Attachment 12203 Details for Bug 12916 – Xtest in XAA mode report log

Xtest in XAA mode report log

report_XAA (text/plain), 331.55 KB, created by Pi, Fengming on 2007-10-25 19:18:02 UTC

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Creator: Pi, Fengming

Created: 2007-10-25 19:18:02 UTC

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obsolete

>                           VSW5 DETAILED RESULTS REPORT
>
>
>SECTION: Xproto
>
>TEST CASE: AllocColor
>
>TEST PURPOSE #3
>Assertion AllocColor-3.(B)
>When a client sends an invalid AllocColor protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: AllocColorCells
>
>TEST PURPOSE #3
>Assertion AllocColorCells-3.(B)
>When a client sends an invalid AllocColorCells protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocColorCells protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocColorCells protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: AllocColorPlanes
>
>TEST PURPOSE #3
>Assertion AllocColorPlanes-3.(B)
>When a client sends an invalid AllocColorPlanes protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocColorPlanes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocColorPlanes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: AllocNamedColor
>
>TEST PURPOSE #3
>Assertion AllocNamedColor-3.(B)
>When a client sends an invalid AllocNamedColor protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocNamedColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Create colourmap with alloc set to AllocNone.
>METH: Send an invalid AllocNamedColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: AllowEvents
>
>TEST PURPOSE #3
>Assertion AllowEvents-3.(B)
>When a client sends an invalid AllowEvents protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid AllowEvents protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid AllowEvents protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: Bell
>
>TEST PURPOSE #2
>Assertion Bell-2.(A)
>When a client sends an invalid Bell protocol request to the
>X server, in which the length field of the request is not
>the minimum length required to contain the request, then the
>X server sends back a BadLength error to the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid Bell protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid Bell protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid Bell protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid Bell protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test Bell failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test Bell failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion Bell-3.(B)
>When a client sends an invalid Bell protocol request to the
>X server, in which the length field of the request exceeds
>the maximum length accepted by the X server, then the X
>server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid Bell protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid Bell protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeActivePointerGrab
>
>TEST PURPOSE #3
>Assertion ChangeActivePointerGrab-3.(B)
>When a client sends an invalid ChangeActivePointerGrab
>protocol request to the X server, in which the length field
>of the request exceeds the maximum length accepted by the X
>server, then the X server sends back a BadLength error to
>the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeActivePointerGrab protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeActivePointerGrab protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeGC
>
>TEST PURPOSE #3
>Assertion ChangeGC-3.(B)
>When a client sends an invalid ChangeGC protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeHosts
>
>TEST PURPOSE #3
>Assertion ChangeHosts-3.(B)
>When a client sends an invalid ChangeHosts protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeHosts protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeHosts protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeKeyboardControl
>
>TEST PURPOSE #3
>Assertion ChangeKeyboardControl-3.(B)
>When a client sends an invalid ChangeKeyboardControl
>protocol request to the X server, in which the length field
>of the request exceeds the maximum length accepted by the X
>server, then the X server sends back a BadLength error to
>the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeKeyboardControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeKeyboardControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeKeyboardMapping
>
>TEST PURPOSE #3
>Assertion ChangeKeyboardMapping-3.(B)
>When a client sends an invalid ChangeKeyboardMapping
>protocol request to the X server, in which the length field
>of the request exceeds the maximum length accepted by the X
>server, then the X server sends back a BadLength error to
>the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeKeyboardMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeKeyboardMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangePointerControl
>
>TEST PURPOSE #3
>Assertion ChangePointerControl-3.(B)
>When a client sends an invalid ChangePointerControl
>protocol request to the X server, in which the length field
>of the request exceeds the maximum length accepted by the X
>server, then the X server sends back a BadLength error to
>the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangePointerControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangePointerControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeProperty
>
>TEST PURPOSE #3
>Assertion ChangeProperty-3.(B)
>When a client sends an invalid ChangeProperty protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeProperty protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeProperty protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeSaveSet
>
>TEST PURPOSE #3
>Assertion ChangeSaveSet-3.(B)
>When a client sends an invalid ChangeSaveSet protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeSaveSet protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeSaveSet protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ChangeWindowAttributes
>
>TEST PURPOSE #3
>Assertion ChangeWindowAttributes-3.(B)
>When a client sends an invalid ChangeWindowAttributes
>protocol request to the X server, in which the length field
>of the request exceeds the maximum length accepted by the X
>server, then the X server sends back a BadLength error to
>the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ChangeWindowAttributes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ChangeWindowAttributes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ClearArea
>
>TEST PURPOSE #3
>Assertion ClearArea-3.(B)
>When a client sends an invalid ClearArea protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ClearArea protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ClearArea protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CloseFont
>
>TEST PURPOSE #3
>Assertion CloseFont-3.(B)
>When a client sends an invalid CloseFont protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CloseFont protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CloseFont protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ConfigureWindow
>
>TEST PURPOSE #3
>Assertion ConfigureWindow-3.(B)
>When a client sends an invalid ConfigureWindow protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ConfigureWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ConfigureWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ConvertSelection
>
>TEST PURPOSE #3
>Assertion ConvertSelection-3.(B)
>When a client sends an invalid ConvertSelection protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ConvertSelection protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ConvertSelection protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CopyArea
>
>TEST PURPOSE #3
>Assertion CopyArea-3.(B)
>When a client sends an invalid CopyArea protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CopyArea protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CopyArea protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CopyColormapAndFree
>
>TEST PURPOSE #3
>Assertion CopyColormapAndFree-3.(B)
>When a client sends an invalid CopyColormapAndFree protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CopyColormapAndFree protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CopyColormapAndFree protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CopyGC
>
>TEST PURPOSE #3
>Assertion CopyGC-3.(B)
>When a client sends an invalid CopyGC protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CopyGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CopyGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CopyPlane
>
>TEST PURPOSE #3
>Assertion CopyPlane-3.(B)
>When a client sends an invalid CopyPlane protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CopyPlane protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CopyPlane protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CirculateWindow
>
>TEST PURPOSE #3
>Assertion CirculateWindow-3.(B)
>When a client sends an invalid CirculateWindow protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CirculateWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CirculateWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CreateColormap
>
>TEST PURPOSE #3
>Assertion CreateColormap-3.(B)
>When a client sends an invalid CreateColormap protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CreateColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CreateColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CreateCursor
>
>TEST PURPOSE #3
>Assertion CreateCursor-3.(B)
>When a client sends an invalid CreateCursor protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CreateCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CreateCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CreateGC
>
>TEST PURPOSE #3
>Assertion CreateGC-3.(B)
>When a client sends an invalid CreateGC protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CreateGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CreateGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CreateGlyphCursor
>
>TEST PURPOSE #3
>Assertion CreateGlyphCursor-3.(B)
>When a client sends an invalid CreateGlyphCursor protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CreateGlyphCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CreateGlyphCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CreatePixmap
>
>TEST PURPOSE #3
>Assertion CreatePixmap-3.(B)
>When a client sends an invalid CreatePixmap protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CreatePixmap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CreatePixmap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: CreateWindow
>
>TEST PURPOSE #3
>Assertion CreateWindow-3.(B)
>When a client sends an invalid CreateWindow protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid CreateWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid CreateWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: DeleteProperty
>
>TEST PURPOSE #3
>Assertion DeleteProperty-3.(B)
>When a client sends an invalid DeleteProperty protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid DeleteProperty protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid DeleteProperty protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: DestroySubwindows
>
>TEST PURPOSE #3
>Assertion DestroySubwindows-3.(B)
>When a client sends an invalid DestroySubwindows protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid DestroySubwindows protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid DestroySubwindows protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: DestroyWindow
>
>TEST PURPOSE #3
>Assertion DestroyWindow-3.(B)
>When a client sends an invalid DestroyWindow protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid DestroyWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid DestroyWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: FillPoly
>
>TEST PURPOSE #3
>Assertion FillPoly-3.(B)
>When a client sends an invalid FillPoly protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid FillPoly protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid FillPoly protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: FreeColormap
>
>TEST PURPOSE #3
>Assertion FreeColormap-3.(B)
>When a client sends an invalid FreeColormap protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid FreeColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid FreeColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: FreeColors
>
>TEST PURPOSE #3
>Assertion FreeColors-3.(B)
>When a client sends an invalid FreeColors protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid FreeColors protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid FreeColors protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: FreeCursor
>
>TEST PURPOSE #3
>Assertion FreeCursor-3.(B)
>When a client sends an invalid FreeCursor protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid FreeCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid FreeCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ForceScreenSaver
>
>TEST PURPOSE #2
>Assertion ForceScreenSaver-2.(A)
>When a client sends an invalid ForceScreenSaver protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ForceScreenSaver protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ForceScreenSaver protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ForceScreenSaver protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ForceScreenSaver protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test ForceScreenSaver failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test ForceScreenSaver failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion ForceScreenSaver-3.(B)
>When a client sends an invalid ForceScreenSaver protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ForceScreenSaver protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ForceScreenSaver protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: FreeGC
>
>TEST PURPOSE #3
>Assertion FreeGC-3.(B)
>When a client sends an invalid FreeGC protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid FreeGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid FreeGC protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: FreePixmap
>
>TEST PURPOSE #3
>Assertion FreePixmap-3.(B)
>When a client sends an invalid FreePixmap protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid FreePixmap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid FreePixmap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GrabButton
>
>TEST PURPOSE #3
>Assertion GrabButton-3.(B)
>When a client sends an invalid GrabButton protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GrabButton protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GrabButton protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GrabKey
>
>TEST PURPOSE #3
>Assertion GrabKey-3.(B)
>When a client sends an invalid GrabKey protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GrabKey protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GrabKey protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GrabKeyboard
>
>TEST PURPOSE #3
>Assertion GrabKeyboard-3.(B)
>When a client sends an invalid GrabKeyboard protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GrabKeyboard protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GrabKeyboard protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GrabPointer
>
>TEST PURPOSE #3
>Assertion GrabPointer-3.(B)
>When a client sends an invalid GrabPointer protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GrabPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GrabPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GrabServer
>
>TEST PURPOSE #2
>Assertion GrabServer-2.(A)
>When a client sends an invalid GrabServer protocol request
>to the X server, in which the length field of the request is
>not the minimum length required to contain the request, then
>the X server sends back a BadLength error to the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GrabServer protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GrabServer protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GrabServer protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GrabServer protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GrabServer failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GrabServer failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GrabServer-3.(B)
>When a client sends an invalid GrabServer protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GrabServer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GrabServer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetAtomName
>
>TEST PURPOSE #3
>Assertion GetAtomName-3.(B)
>When a client sends an invalid GetAtomName protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetAtomName protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetAtomName protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetFontPath
>
>TEST PURPOSE #2
>Assertion GetFontPath-2.(A)
>When a client sends an invalid GetFontPath protocol request
>to the X server, in which the length field of the request is
>not the minimum length required to contain the request, then
>the X server sends back a BadLength error to the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetFontPath protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetFontPath protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetFontPath protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetFontPath protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GetFontPath failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GetFontPath failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GetFontPath-3.(B)
>When a client sends an invalid GetFontPath protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetFontPath protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetFontPath protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetGeometry
>
>TEST PURPOSE #3
>Assertion GetGeometry-3.(B)
>When a client sends an invalid GetGeometry protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetGeometry protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetGeometry protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetImage
>
>TEST PURPOSE #3
>Assertion GetImage-3.(B)
>When a client sends an invalid GetImage protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetImage protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetImage protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetInputFocus
>
>TEST PURPOSE #2
>Assertion GetInputFocus-2.(A)
>When a client sends an invalid GetInputFocus protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetInputFocus protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetInputFocus protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetInputFocus protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetInputFocus protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GetInputFocus failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GetInputFocus failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GetInputFocus-3.(B)
>When a client sends an invalid GetInputFocus protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetInputFocus protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetInputFocus protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetKeyboardControl
>
>TEST PURPOSE #2
>Assertion GetKeyboardControl-2.(A)
>When a client sends an invalid GetKeyboardControl protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetKeyboardControl protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetKeyboardControl protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetKeyboardControl protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetKeyboardControl protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GetKeyboardControl failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GetKeyboardControl failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GetKeyboardControl-3.(B)
>When a client sends an invalid GetKeyboardControl protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetKeyboardControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetKeyboardControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetKeyboardMapping
>
>TEST PURPOSE #3
>Assertion GetKeyboardMapping-3.(B)
>When a client sends an invalid GetKeyboardMapping protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetKeyboardMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetKeyboardMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetModifierMapping
>
>TEST PURPOSE #2
>Assertion GetModifierMapping-2.(A)
>When a client sends an invalid GetModifierMapping protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetModifierMapping protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetModifierMapping protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetModifierMapping protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetModifierMapping protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GetModifierMapping failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GetModifierMapping failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GetModifierMapping-3.(B)
>When a client sends an invalid GetModifierMapping protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetModifierMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetModifierMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetMotionEvents
>
>TEST PURPOSE #3
>Assertion GetMotionEvents-3.(B)
>When a client sends an invalid GetMotionEvents protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetMotionEvents protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetMotionEvents protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetPointerControl
>
>TEST PURPOSE #2
>Assertion GetPointerControl-2.(A)
>When a client sends an invalid GetPointerControl protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetPointerControl protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetPointerControl protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetPointerControl protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetPointerControl protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GetPointerControl failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GetPointerControl failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GetPointerControl-3.(B)
>When a client sends an invalid GetPointerControl protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetPointerControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetPointerControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetPointerMapping
>
>TEST PURPOSE #2
>Assertion GetPointerMapping-2.(A)
>When a client sends an invalid GetPointerMapping protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetPointerMapping protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetPointerMapping protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetPointerMapping protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetPointerMapping protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GetPointerMapping failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GetPointerMapping failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GetPointerMapping-3.(B)
>When a client sends an invalid GetPointerMapping protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetPointerMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetPointerMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetProperty
>
>TEST PURPOSE #3
>Assertion GetProperty-3.(B)
>When a client sends an invalid GetProperty protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetProperty protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetProperty protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetScreenSaver
>
>TEST PURPOSE #2
>Assertion GetScreenSaver-2.(A)
>When a client sends an invalid GetScreenSaver protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetScreenSaver protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetScreenSaver protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetScreenSaver protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetScreenSaver protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test GetScreenSaver failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test GetScreenSaver failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion GetScreenSaver-3.(B)
>When a client sends an invalid GetScreenSaver protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetScreenSaver protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetScreenSaver protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetSelectionOwner
>
>TEST PURPOSE #3
>Assertion GetSelectionOwner-3.(B)
>When a client sends an invalid GetSelectionOwner protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetSelectionOwner protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetSelectionOwner protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: GetWindowAttributes
>
>TEST PURPOSE #3
>Assertion GetWindowAttributes-3.(B)
>When a client sends an invalid GetWindowAttributes protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid GetWindowAttributes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid GetWindowAttributes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ImageText16
>
>TEST PURPOSE #3
>Assertion ImageText16-3.(B)
>When a client sends an invalid ImageText16 protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ImageText16 protocol request to the X server with length
>METH:   greater than that accepted by the X server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ImageText16 protocol request to the X server with length
>METH:   greater than that accepted by the X server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ImageText8
>
>TEST PURPOSE #3
>Assertion ImageText8-3.(B)
>When a client sends an invalid ImageText8 protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ImageText8 protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ImageText8 protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: InstallColormap
>
>TEST PURPOSE #3
>Assertion InstallColormap-3.(B)
>When a client sends an invalid InstallColormap protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid InstallColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid InstallColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: InternAtom
>
>TEST PURPOSE #3
>Assertion InternAtom-3.(B)
>When a client sends an invalid InternAtom protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid InternAtom protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid InternAtom protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: KillClient
>
>TEST PURPOSE #3
>Assertion KillClient-3.(B)
>When a client sends an invalid KillClient protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid KillClient protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid KillClient protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: LookupColor
>
>TEST PURPOSE #3
>Assertion LookupColor-3.(B)
>When a client sends an invalid LookupColor protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid LookupColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid LookupColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ListExtensions
>
>TEST PURPOSE #2
>Assertion ListExtensions-2.(A)
>When a client sends an invalid ListExtensions protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListExtensions protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListExtensions protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListExtensions protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListExtensions protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test ListExtensions failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test ListExtensions failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion ListExtensions-3.(B)
>When a client sends an invalid ListExtensions protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListExtensions protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListExtensions protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ListFonts
>
>TEST PURPOSE #3
>Assertion ListFonts-3.(B)
>When a client sends an invalid ListFonts protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListFonts protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListFonts protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ListFontsWithInfo
>
>TEST PURPOSE #3
>Assertion ListFontsWithInfo-3.(B)
>When a client sends an invalid ListFontsWithInfo protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListFontsWithInfo protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListFontsWithInfo protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ListHosts
>
>TEST PURPOSE #2
>Assertion ListHosts-2.(A)
>When a client sends an invalid ListHosts protocol request
>to the X server, in which the length field of the request is
>not the minimum length required to contain the request, then
>the X server sends back a BadLength error to the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListHosts protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListHosts protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListHosts protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListHosts protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test ListHosts failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test ListHosts failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion ListHosts-3.(B)
>When a client sends an invalid ListHosts protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListHosts protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListHosts protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ListInstalledColormaps
>
>TEST PURPOSE #3
>Assertion ListInstalledColormaps-3.(B)
>When a client sends an invalid ListInstalledColormaps
>protocol request to the X server, in which the length field
>of the request exceeds the maximum length accepted by the X
>server, then the X server sends back a BadLength error to
>the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListInstalledColormaps protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListInstalledColormaps protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ListProperties
>
>TEST PURPOSE #3
>Assertion ListProperties-3.(B)
>When a client sends an invalid ListProperties protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ListProperties protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ListProperties protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: MapSubwindows
>
>TEST PURPOSE #3
>Assertion MapSubwindows-3.(B)
>When a client sends an invalid MapSubwindows protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid MapSubwindows protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid MapSubwindows protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: MapWindow
>
>TEST PURPOSE #3
>Assertion MapWindow-3.(B)
>When a client sends an invalid MapWindow protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid MapWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid MapWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: NoOperation
>
>TEST PURPOSE #3
>Assertion NoOperation-3.(A)
>When a client sends an invalid NoOperation protocol request
>to the X server, in which the length field of the request is
>less than the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid NoOperation protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid NoOperation protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test NoOperation failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test NoOperation failed with 1 error.
>3 FAIL
>
>TEST PURPOSE #4
>Assertion NoOperation-4.(B)
>When a client sends an invalid NoOperation protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid NoOperation protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid NoOperation protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>4 UNRESOLVED
>
>TEST CASE: OpenFont
>
>TEST PURPOSE #3
>Assertion OpenFont-3.(B)
>When a client sends an invalid OpenFont protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid OpenFont protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid OpenFont protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyArc
>
>TEST PURPOSE #3
>Assertion PolyArc-3.(B)
>When a client sends an invalid PolyArc protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyArc protocol request to the X server with length
>METH:   greater than that accepted by the X server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyArc protocol request to the X server with length
>METH:   greater than that accepted by the X server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyFillArc
>
>TEST PURPOSE #3
>Assertion PolyFillArc-3.(B)
>When a client sends an invalid PolyFillArc protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyFillArc protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyFillArc protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyFillRectangle
>
>TEST PURPOSE #3
>Assertion PolyFillRectangle-3.(B)
>When a client sends an invalid PolyFillRectangle protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyFillRectangle protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyFillRectangle protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyLine
>
>TEST PURPOSE #3
>Assertion PolyLine-3.(B)
>When a client sends an invalid PolyLine protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyLine protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyLine protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyPoint
>
>TEST PURPOSE #3
>Assertion PolyPoint-3.(B)
>When a client sends an invalid PolyPoint protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyPoint protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyPoint protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyRectangle
>
>TEST PURPOSE #3
>Assertion PolyRectangle-3.(B)
>When a client sends an invalid PolyRectangle protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyRectangle protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyRectangle protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolySegment
>
>TEST PURPOSE #3
>Assertion PolySegment-3.(B)
>When a client sends an invalid PolySegment protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolySegment protocol request to the X server with length
>METH:   greater than that accepted by the X server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolySegment protocol request to the X server with length
>METH:   greater than that accepted by the X server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyText16
>
>TEST PURPOSE #3
>Assertion PolyText16-3.(B)
>When a client sends an invalid PolyText16 protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyText16 protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyText16 protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PolyText8
>
>TEST PURPOSE #3
>Assertion PolyText8-3.(B)
>When a client sends an invalid PolyText8 protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PolyText8 protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PolyText8 protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: PutImage
>
>TEST PURPOSE #3
>Assertion PutImage-3.(B)
>When a client sends an invalid PutImage protocol request to
>the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid PutImage protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid PutImage protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryBestSize
>
>TEST PURPOSE #3
>Assertion QueryBestSize-3.(B)
>When a client sends an invalid QueryBestSize protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryBestSize protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryBestSize protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryColors
>
>TEST PURPOSE #3
>Assertion QueryColors-3.(B)
>When a client sends an invalid QueryColors protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryColors protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryColors protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryExtension
>
>TEST PURPOSE #3
>Assertion QueryExtension-3.(B)
>When a client sends an invalid QueryExtension protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryExtension protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryExtension protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryFont
>
>TEST PURPOSE #3
>Assertion QueryFont-3.(B)
>When a client sends an invalid QueryFont protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryFont protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryFont protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryKeymap
>
>TEST PURPOSE #2
>Assertion QueryKeymap-2.(A)
>When a client sends an invalid QueryKeymap protocol request
>to the X server, in which the length field of the request is
>not the minimum length required to contain the request, then
>the X server sends back a BadLength error to the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryKeymap protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryKeymap protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryKeymap protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryKeymap protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test QueryKeymap failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test QueryKeymap failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion QueryKeymap-3.(B)
>When a client sends an invalid QueryKeymap protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryKeymap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryKeymap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryPointer
>
>TEST PURPOSE #3
>Assertion QueryPointer-3.(B)
>When a client sends an invalid QueryPointer protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryTree
>
>TEST PURPOSE #3
>Assertion QueryTree-3.(B)
>When a client sends an invalid QueryTree protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryTree protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryTree protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: QueryTextExtents
>
>TEST PURPOSE #3
>Assertion QueryTextExtents-3.(B)
>When a client sends an invalid QueryTextExtents protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid QueryTextExtents protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid QueryTextExtents protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: RecolorCursor
>
>TEST PURPOSE #3
>Assertion RecolorCursor-3.(B)
>When a client sends an invalid RecolorCursor protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid RecolorCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid RecolorCursor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: ReparentWindow
>
>TEST PURPOSE #3
>Assertion ReparentWindow-3.(B)
>When a client sends an invalid ReparentWindow protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid ReparentWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid ReparentWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: RotateProperties
>
>TEST PURPOSE #3
>Assertion RotateProperties-3.(B)
>When a client sends an invalid RotateProperties protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid RotateProperties protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid RotateProperties protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SendEvent
>
>TEST PURPOSE #3
>Assertion SendEvent-3.(B)
>When a client sends an invalid SendEvent protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SendEvent protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SendEvent protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetAccessControl
>
>TEST PURPOSE #2
>Assertion SetAccessControl-2.(A)
>When a client sends an invalid SetAccessControl protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetAccessControl protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetAccessControl protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetAccessControl protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetAccessControl protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test SetAccessControl failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test SetAccessControl failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion SetAccessControl-3.(B)
>When a client sends an invalid SetAccessControl protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetAccessControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetAccessControl protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetClipRectangles
>
>TEST PURPOSE #3
>Assertion SetClipRectangles-3.(B)
>When a client sends an invalid SetClipRectangles protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetClipRectangles protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetClipRectangles protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetCloseDownMode
>
>TEST PURPOSE #2
>Assertion SetCloseDownMode-2.(A)
>When a client sends an invalid SetCloseDownMode protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetCloseDownMode protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetCloseDownMode protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetCloseDownMode protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetCloseDownMode protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test SetCloseDownMode failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test SetCloseDownMode failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion SetCloseDownMode-3.(B)
>When a client sends an invalid SetCloseDownMode protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetCloseDownMode protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetCloseDownMode protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetDashes
>
>TEST PURPOSE #3
>Assertion SetDashes-3.(B)
>When a client sends an invalid SetDashes protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetDashes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetDashes protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetFontPath
>
>TEST PURPOSE #3
>Assertion SetFontPath-3.(B)
>When a client sends an invalid SetFontPath protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetFontPath protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetFontPath protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetInputFocus
>
>TEST PURPOSE #3
>Assertion SetInputFocus-3.(B)
>When a client sends an invalid SetInputFocus protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetInputFocus protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetInputFocus protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetModifierMapping
>
>TEST PURPOSE #2
>Assertion SetModifierMapping-2.(A)
>When a client sends an invalid SetModifierMapping protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request plus zero or more keycode groups, then the X server
>sends back a BadLength error to the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetModifierMapping protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request + zero keycode groups.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetModifierMapping protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request + zero keycode groups.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetModifierMapping protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request + n keycode groups.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetModifierMapping protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request + n keycode groups.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test SetModifierMapping failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test SetModifierMapping failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion SetModifierMapping-3.(B)
>When a client sends an invalid SetModifierMapping protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetModifierMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetModifierMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetPointerMapping
>
>TEST PURPOSE #3
>Assertion SetPointerMapping-3.(B)
>When a client sends an invalid SetPointerMapping protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetPointerMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetPointerMapping protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: StoreColors
>
>TEST PURPOSE #4
>Assertion StoreColors-4.(B)
>When a client sends an invalid StoreColors protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid StoreColors protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid StoreColors protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>4 UNRESOLVED
>
>TEST CASE: StoreNamedColor
>
>TEST PURPOSE #4
>Assertion StoreNamedColor-4.(B)
>When a client sends an invalid StoreNamedColor protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid StoreNamedColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid StoreNamedColor protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>4 UNRESOLVED
>
>TEST CASE: SetScreenSaver
>
>TEST PURPOSE #3
>Assertion SetScreenSaver-3.(B)
>When a client sends an invalid SetScreenSaver protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetScreenSaver protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetScreenSaver protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: SetSelectionOwner
>
>TEST PURPOSE #3
>Assertion SetSelectionOwner-3.(B)
>When a client sends an invalid SetSelectionOwner protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid SetSelectionOwner protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid SetSelectionOwner protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: TranslateCoords
>
>TEST PURPOSE #3
>Assertion TranslateCoords-3.(B)
>When a client sends an invalid TranslateCoords protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid TranslateCoords protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid TranslateCoords protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UngrabButton
>
>TEST PURPOSE #3
>Assertion UngrabButton-3.(B)
>When a client sends an invalid UngrabButton protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UngrabButton protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UngrabButton protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UngrabKey
>
>TEST PURPOSE #3
>Assertion UngrabKey-3.(B)
>When a client sends an invalid UngrabKey protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UngrabKey protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UngrabKey protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UngrabKeyboard
>
>TEST PURPOSE #3
>Assertion UngrabKeyboard-3.(B)
>When a client sends an invalid UngrabKeyboard protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UngrabKeyboard protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UngrabKeyboard protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UngrabPointer
>
>TEST PURPOSE #3
>Assertion UngrabPointer-3.(B)
>When a client sends an invalid UngrabPointer protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UngrabPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UngrabPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UngrabServer
>
>TEST PURPOSE #2
>Assertion UngrabServer-2.(A)
>When a client sends an invalid UngrabServer protocol
>request to the X server, in which the length field of the
>request is not the minimum length required to contain the
>request, then the X server sends back a BadLength error to
>the client.
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UngrabServer protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UngrabServer protocol request to the X server with length
>METH:   one less than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UngrabServer protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UngrabServer protocol request to the X server with length
>METH:   one greater than the minimum length required to contain the request.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>REPORT: Test UngrabServer failed with 1 error.
>  INFO: Processing a big request
>  REPORT: Expect: wanted NOTHING, got TIMEOUT! (server may be dead)
>  REPORT: Test UngrabServer failed with 1 error.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion UngrabServer-3.(B)
>When a client sends an invalid UngrabServer protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UngrabServer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UngrabServer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UnmapSubwindows
>
>TEST PURPOSE #3
>Assertion UnmapSubwindows-3.(B)
>When a client sends an invalid UnmapSubwindows protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UnmapSubwindows protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UnmapSubwindows protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UnmapWindow
>
>TEST PURPOSE #3
>Assertion UnmapWindow-3.(B)
>When a client sends an invalid UnmapWindow protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UnmapWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UnmapWindow protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: UninstallColormap
>
>TEST PURPOSE #3
>Assertion UninstallColormap-3.(B)
>When a client sends an invalid UninstallColormap protocol
>request to the X server, in which the length field of the
>request exceeds the maximum length accepted by the X server,
>then the X server sends back a BadLength error to the
>client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid UninstallColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid UninstallColormap protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>TEST CASE: WarpPointer
>
>TEST PURPOSE #3
>Assertion WarpPointer-3.(B)
>When a client sends an invalid WarpPointer protocol request
>to the X server, in which the length field of the request
>exceeds the maximum length accepted by the X server, then
>the X server sends back a BadLength error to the client.
>Reason for omission: There is no known portable test method for this assertion
>METH: Call library function testfunc() to do the following:
>METH: Open a connection to the X server using native byte sex.
>METH: Send an invalid WarpPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>METH: Open a connection to the X server using reversed byte sex.
>METH: Send an invalid WarpPointer protocol request to the X server with length
>METH:   one greater than the maximum length accepted by the server.
>METH: Verify that the X server sends back a BadLength error.
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>INFO: Processing a big request
>child process was terminated by signal 13 (SIGPIPE)
>3 UNRESOLVED
>
>SECTION: Xlib3
>
>TEST CASE: XCloseDisplay
>
>TEST PURPOSE #14
>Assertion XCloseDisplay-14.(A)
>When the last connection to the X server closes with a
>closedown mode of DestroyAll, then the server destroys all
>lingering resources from clients that have terminated in
>RetainPermanent or RetainTemporary mode.
>METH: Set the closedown mode of client Dsp to DestroyAll using XSetCloseDownMode.
>METH: Open 2 clients with XOpenDisplay.
>METH: Set the closedown mode of the first to RetainPermanent using XSetCloseDownMode.
>METH: Set the closedown mode of the second to RetainTemporary using XSetCloseDownMode.
>METH: Create a font for each client using XLoadFont.
>METH: Create a window for each client using XCreateSimpleWindow.
>METH: Create a pixmap for each client using XCreatePixmap.
>METH: Create a colormap for each client using XCreateColormap.
>METH: Create a cursor for each client using XCreateFontCursor.
>METH: Create a gc for each client using XCreateGC.
>METH: Close the 2 clients.
>METH: Close client Dsp using XCloseDisplay.
>METH:
>METH: Open client Dsp using XOpenDisplay.
>METH: Free the GCs using XFreeGC.
>METH: Verify that a BadGC error occurred.
>METH: Free the cursors using XFreeCursor.
>METH: Verify that a BadCursor error occurred.
>METH: Free the colormaps using XFreeColormap.
>METH: Verify that a BadColor occurred.
>METH: Draw on the pixmaps with XDrawPoint.
>METH: Verify that a BadDrawable error occurred.
>METH: Draw on the windows using XDrawPoint.
>METH: Verify that a BadDrawable error occurred.
>METH: Free the fonts using XUnloadFont.
>METH: Verify that a BadFont error occurred.
>REPORT: XCloseDisplay() did not unload font id a00001 for a client with a closedown mode of RetainPermanent.
>REPORT: Got error Success instead of BadFont
>REPORT: XCloseDisplay() did not destroy pixmap id a00003 for a client with a closedown mode of RetainPermanent.
>REPORT: Got error Success instead of BadDrawable
>REPORT: XCloseDisplay() did not destroy window id a00002 for a client with a closedown mode of RetainPermanent.
>REPORT: Got error Success instead of BadDrawable
>REPORT: XCloseDisplay() did not destroy colourmap a00004 for a client with a closedown mode of RetainPermanent.
>REPORT: Got error Success instead of BadColor
>REPORT: XCloseDisplay() did not destroy cursor id a00006 for a client with a closedown mode of RetainPermanent.
>REPORT: Got error Success instead of BadCursor
>REPORT: XCloseDisplay() did not destroy GC id 8078970 for a client with a closedown mode of RetainPermanent
>REPORT: Got error Success instead of BadGC
>REPORT: XCloseDisplay() did not unload font id c00001 for a client with a closedown mode of RetainTemporary.
>REPORT: Got error Success instead of BadFont
>REPORT: XCloseDisplay() did not destroy pixmap id c00003 for a client with a closedown mode of RetainTemporary.
>REPORT: Got error Success instead of BadDrawable
>REPORT: XCloseDisplay() did not destroy window id c00002 for a client with a closedown mode of RetainTemporary.
>REPORT: Got error Success instead of BadDrawable
>REPORT: XCloseDisplay() did not destroy colourmap c00004 for a client with a closedown mode of RetainTemporary.
>REPORT: Got error Success instead of BadColor
>REPORT: XCloseDisplay() did not destroy cursor id c00006 for a client with a closedown mode of RetainTemporary.
>REPORT: Got error Success instead of BadCursor
>REPORT: XCloseDisplay() did not destroy GC id 8079c20 for a client with a closedown mode of RetainTemporary
>REPORT: Got error Success instead of BadGC
>14 FAIL
>
>TEST PURPOSE #15
>Assertion XCloseDisplay-15.(A)
>When the last connection to the X server closes with a
>closedown mode of DestroyAll, then the server deletes all
>but the predefined atom IDs.
>METH: Set the closedown mode to DestroyAll using XSetCloseDownMode.
>METH: Create and intern the atom XT_TEST_Atom using XInternAtom.
>METH: Close all the server displays.
>METH: Open the display.
>METH: Verify that the atom XT_TEST_Atom no longer exists.
>METH: Verify that each of the predefined atoms exists.
>REPORT: The atom XT_TEST_Atom was not destroyed.
>15 FAIL
>
>TEST PURPOSE #16
>Assertion XCloseDisplay-16.(A)
>When the last connection to the server closes with a
>closedown mode of DestroyAll, then the server deletes all
>properties on all the root windows.
>METH: For each screen:
>METH:   Obtain the root window of the screen using RootWindow.
>METH:   Set the XA_PRIMARY property on the window using XChangeProperty.
>METH: Close all connections to the server using XCloseDisplay.
>METH: Open a server connection using XOpenDisplay.
>METH: For each screen:
>METH:   Obtain the value of the XA_PRIMARY property using XGetWindowProperty.
>METH:   Verify that returned type was None, the returned format was 0 and
>METH:   that the bytes_after_return was 0.
>REPORT: XCloseDisplay() did not destroy all properties on root window of screen 0.
>16 FAIL
>
>TEST PURPOSE #19
>Assertion XCloseDisplay-19.(A)
>When the last connection to the server closes with a
>closedown mode of DestroyAll, then the server restores the
>default font path.
>METH: Set the closedown mode of a connection to DestroyAll.
>METH: Set the font path to XT_FONTPATH using XSetFontPath
>METH: Close all connections to the server using XCloseDisplay.
>METH: Open a connection using XOpenDisplay.
>METH: Set the closedown mode of the connection to DestroyAll.
>METH: Set the font path to XT_FONTPATH_GOOD using XSetFontPath
>METH: Close all connections to the server using XCloseDisplay.
>METH: Verify that the font path is restored in each case to the same font path.
>METH: Set the font path to the restored font path using XSetFontPath.
>METH: Verify that no error occurs.
>METH: Verify that the cursor font can be accessed.
>REPORT: Number of directories was not set to default
>REPORT:   was 12, expecting 13
>REPORT: Font path component was not set to default
>REPORT:   was '/usr/share/X11/fonts/misc', expecting '/GFX/Test/Xtest/xts5/fonts'
>REPORT: Font path component was not set to default
>REPORT:   was '/usr/share/X11/fonts/100dpi/:unscaled', expecting '/usr/share/X11/fonts/misc'
>REPORT: Font path component was not set to default
>REPORT:   was '/usr/share/X11/fonts/75dpi/:unscaled', expecting '/usr/share/X11/fonts/100dpi/:unscaled'
>REPORT: Font path component was not set to default
>REPORT:   was '/usr/share/X11/fonts/Type1', expecting '/usr/share/X11/fonts/75dpi/:unscaled'
>REPORT: Font path component was not set to default
>REPORT:   was '/usr/share/X11/fonts/100dpi', expecting '/usr/share/X11/fonts/Type1'
>REPORT: Font path component was not set to default
>REPORT:   was '/usr/share/X11/fonts/75dpi', expecting '/usr/share/X11/fonts/100dpi'
>REPORT: Font path component was not set to default
>REPORT:   was '/opt/X11R7/lib/X11/fonts/misc/', expecting '/usr/share/X11/fonts/75dpi'
>REPORT: Font path component was not set to default
>REPORT:   was '/opt/X11R7/lib/X11/fonts/TTF/', expecting '/opt/X11R7/lib/X11/fonts/misc/'
>REPORT: Font path component was not set to default
>REPORT:   was '/opt/X11R7/lib/X11/fonts/OTF', expecting '/opt/X11R7/lib/X11/fonts/TTF/'
>REPORT: Font path component was not set to default
>REPORT:   was '/opt/X11R7/lib/X11/fonts/Type1/', expecting '/opt/X11R7/lib/X11/fonts/OTF'
>REPORT: Font path component was not set to default
>REPORT:   was '/opt/X11R7/lib/X11/fonts/100dpi/', expecting '/opt/X11R7/lib/X11/fonts/Type1/'
>REPORT: Font path component was not set to default
>REPORT:   was '/opt/X11R7/lib/X11/fonts/75dpi/', expecting '/opt/X11R7/lib/X11/fonts/100dpi/'
>19 FAIL
>
>TEST PURPOSE #20
>Assertion XCloseDisplay-20.(A)
>When the last connection to the server closes with a
>closedown mode of DestroyAll, then the server restores the
>input focus to PointerRoot.
>METH: Set the closedown mode of a connection to DestroyAll.
>METH: Set the input focus of a connection to None with XSetInputFocus.
>METH: Close all connections to the server using XCloseDisplay.
>METH: Open a connection using XOpenDisplay.
>METH: Obtain the current input focus using XGetInputFocus.
>METH: Verify that the input focus is PointerRoot.
>REPORT: XCloseDisplay() set the input focus to 0 instead of PointerRoot (1).
>20 FAIL
>
>TEST CASE: XMinCmapsOfScreen
>
>TEST PURPOSE #1
>Assertion XMinCmapsOfScreen-1.(B)
>A call to XMinCmapsOfScreen returns the minimum number of
>installed colourmaps supported by the screen screen.
>Reason for omission: There is no known reliable test method for this assertion
>METH: Obtain the minimum allowed number of installed colourmaps using XMinCmapsOfScreen.
>METH: Call that number minm.
>METH: Create minm colormaps for each visual, and collect them all into a set.
>METH: For each possible subset of size minm, install all of the colormaps in that
>METH: subset, and verify that they all stay installed.
>REPORT: colormap did not stay installed
>1 FAIL
>
>TEST CASE: MinCmapsOfScreen
>
>TEST PURPOSE #1
>Assertion MinCmapsOfScreen-1.(B)
>A call to MinCmapsOfScreen returns the minimum number of
>installed colourmaps supported by the screen screen.
>Reason for omission: There is no known reliable test method for this assertion
>METH: Obtain the minimum allowed number of installed colourmaps using MinCmapsOfScreen.
>METH: Call that number minm.
>METH: Create minm colormaps for each visual, and collect them all into a set.
>METH: For each possible subset of size minm, install all of the colormaps in that
>METH: subset, and verify that they all stay installed.
>REPORT: colormap did not stay installed
>1 FAIL
>
>SECTION: Xlib4
>
>TEST CASE: XChangeWindowAttributes
>
>TEST PURPOSE #3
>Assertion XChangeWindowAttributes-3.(A)
>When the border is changed or the background set such that
>the border tile origin changes, then the border is
>repainted.
>METH: Create a window.
>METH: Set the border-pixmap
>METH: Map window over a patterned background.
>METH: Change border-pixmap
>METH: Verify that border has changed by pixel checking.
>METH: Create a window, with no border, and a tiled background.
>METH: Create a child window, with a parent relative background and a border pixmap.
>METH: Map windows.
>METH: Save image.
>METH: Change the child window background causing the border pixmap to be retiled
>METH: because the border_tile origin will change.
>METH: Verify the border changed.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>REPORT: Changing the border tile origin by changing
>REPORT: the background pixmap from ParentRelative
>REPORT: did not cause a border retiling.
>3 FAIL
>
>TEST PURPOSE #14
>Assertion XChangeWindowAttributes-14.(A)
>When the background-pixmap attribute is set to
>ParentRelative, then each time the background pixmap is
>required it is taken from the parent window at the time that
>it is required, with the background tile origin aligned with
>the origin of the parent window.
>METH: Set background-pixmap to ParentRelative.
>METH: For a variety of parent backgrounds
>METH:   Clear child window.
>METH:   Verify that background changes to that set for the parent.
>REPORT: Bad pixel in tiled area at (4, 0)
>REPORT: ParentRelative check failed for 'maketile' background
>REPORT: Bad pixel in tiled area at (0, 0)
>REPORT: ParentRelative check failed for 'pattern' background
>14 FAIL
>
>TEST CASE: XConfigureWindow
>
>TEST PURPOSE #3
>Assertion XConfigureWindow-3.(A)
>When a call to XConfigureWindow resizes the window, then
>the subwindows of the window are repositioned according to
>their win-gravity attribute and a GravityNotify event is
>generated for each repositioned subwindow after the
>ConfigureNotify event.
>METH: For each win-gravity attribute (apart from UnmapGravity)
>METH:   Create window with subwindows.
>METH:   Enable SubstructureNotify|StructureNotify events on all windows.
>METH:   Set win-gravity on window.
>METH:   Call XConfigureWindow to resize window.
>METH:   Verify window positions by pixel check.
>METH:   Verify ConfigureNotify on resized window.
>METH:   Verify ConfigureNotify on parent of resized window.
>METH:   If NorthWestGravity || StaticGravity
>METH:     Verify that no gravity events are received.
>METH:   else
>METH:     Verify GravityNotify events received on each repositioned subwindow.
>METH:     Verify gravity events are received on the parent of each subwindow.
>METH:   Verify that configure events arrive before gravity events.
>REPORT: A total of 7 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>3 FAIL
>
>TEST CASE: XCreateWindow
>
>TEST PURPOSE #12
>Assertion XCreateWindow-12.(A)
>When the background-pixmap attribute is set to
>ParentRelative, then each time the background pixmap is
>required it is taken from the parent window at the time that
>it is required, with the background tile origin aligned with
>the origin of the parent window.
>METH: Set background-pixmap to ParentRelative.
>METH: For a variety of parent backgrounds
>METH:   Clear child window.
>METH:   Verify that background changes to that set for the parent.
>REPORT: Bad pixel in tiled area at (4, 0)
>REPORT: ParentRelative check failed for 'maketile' background
>REPORT: Bad pixel in tiled area at (0, 0)
>REPORT: ParentRelative check failed for 'pattern' background
>12 FAIL
>
>TEST CASE: XResizeWindow
>
>TEST PURPOSE #2
>Assertion XResizeWindow-2.(A)
>When a call to XResizeWindow actually changes the size of
>the window, then the subwindows of the window are
>repositioned according to their win-gravity attribute and a
>GravityNotify event is generated for each repositioned
>subwindow after the ConfigureNotify event.
>METH: For each win-gravity attribute (apart from UnmapGravity)
>METH:   Create window with subwindows.
>METH:   Enable SubstructureNotify|StructureNotify events on all windows.
>METH:   Set win-gravity on window.
>METH:   Call XResizeWindow to resize window.
>METH:   Verify window positions by pixel check.
>METH:   Verify ConfigureNotify on resized window.
>METH:   Verify ConfigureNotify on parent of resized window.
>METH:   If NorthWestGravity || StaticGravity
>METH:     Verify that no gravity events are received.
>METH:   else
>METH:     Verify GravityNotify events received on each repositioned subwindow.
>METH:     Verify gravity events are received on the parent of each subwindow.
>METH:   Verify that configure events arrive before gravity events.
>REPORT: A total of 7 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>2 FAIL
>
>TEST CASE: XSetWindowBackgroundPixmap
>
>TEST PURPOSE #2
>Assertion XSetWindowBackgroundPixmap-2.(A)
>When background_pixmap is ParentRelative, then each time
>the background pixmap is required it is taken from the
>parent window at the time that it is required, with the
>background tile origin aligned with the origin of the parent
>window.
>METH: Set background-pixmap to ParentRelative.
>METH: For a variety of parent backgrounds
>METH:   Clear child window.
>METH:   Verify that background changes to that set for the parent.
>REPORT: Bad pixel in tiled area at (4, 0)
>REPORT: ParentRelative check failed for 'maketile' background
>REPORT: Bad pixel in tiled area at (0, 0)
>REPORT: ParentRelative check failed for 'pattern' background
>2 FAIL
>
>TEST CASE: XSetWindowBorderPixmap
>
>TEST PURPOSE #1
>Assertion XSetWindowBorderPixmap-1.(A)
>A call to XSetWindowBorderPixmap sets the border pixmap of
>the window to the pixmap specified by border_pixmap.
>METH: Create a window, with a wide border.
>METH: Set the border-pixel by calling XSetWindowBorderPixmap.
>METH: Unmap then remap the window, to ensure the border change occurs.
>METH: Get the border-pixel.
>METH: Verify the border pixel was set.
>METH: Reset the border-pixel by calling XSetWindowBorderPixmap.
>METH: Unmap then remap the window, to ensure the border change occurs.
>METH: Get the border-pixel.
>METH: Verify the border pixel was set.
>REPORT: A total of 62 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>1 FAIL
>
>TEST PURPOSE #6
>Assertion XSetWindowBorderPixmap-6.(C)
>If windows with depth other than one are supported: When
>border_pixmap and the window do not have the same depth,
>then a BadMatch error occurs.
>METH: Use depth of 1 for the pixmap.
>METH: Find a visual not of depth 1.
>METH: If not such a visual
>METH:   UNSUPPORTED
>METH: else
>METH:   Attempt to set border_pixmap to the depth 1 pixmap.
>METH:   Verify that a BadMatch error occurs.
>REPORT: Unexpected error BadMatch
>REPORT: BadMatch (invalid parameter attributes)
>REPORT: Protocol request was X_CreateColormap
>REPORT: Unexpected Xlib error
>REPORT: Unexpected error BadMatch
>REPORT: BadMatch (invalid parameter attributes)
>REPORT: Protocol request was X_CreateWindow
>REPORT: Unexpected Xlib error
>6 UNRESOLVED
>
>TEST PURPOSE #7
>Assertion XSetWindowBorderPixmap-7.(C)
>If multiple window depths are supported: When border_pixmap
>is CopyFromParent, and the window does not have the same
>depth as the parent window, then a BadMatch error occurs.
>METH: If two different depth windows are supported.
>METH:   Create window with different depth to parent.
>METH:   Attempt to set border_pixmap to ParentRelative.
>METH:   Verify that a BadMatch error occurs.
>METH: else
>METH:   UNSUPPORTED.
>REPORT: Unexpected error BadWindow
>REPORT: BadWindow (invalid Window parameter)
>REPORT: Protocol request was X_DestroyWindow
>REPORT: Unexpected Xlib error
>REPORT: Unexpected error BadColor
>REPORT: BadColor (invalid Colormap parameter)
>REPORT: Protocol request was X_FreeColormap
>REPORT: Unexpected Xlib error
>REPORT: Unexpected error BadWindow
>REPORT: BadWindow (invalid Window parameter)
>REPORT: Protocol request was X_CreateWindow
>REPORT: Unexpected Xlib error
>7 UNRESOLVED
>
>TEST PURPOSE #8
>Assertion XSetWindowBorderPixmap-8.(A)
>When the window argument is an InputOnly window then a
>BadMatch error occurs.
>METH: Create an InputOnly window.
>METH: Call test function using InputOnly window as the window argument.
>METH: Verify that a BadMatch error occurs.
>REPORT: Unexpected error BadWindow
>REPORT: BadWindow (invalid Window parameter)
>REPORT: Protocol request was X_DestroyWindow
>REPORT: Unexpected Xlib error
>8 UNRESOLVED
>
>TEST CASE: XSetWindowBorderWidth
>
>TEST PURPOSE #1
>Assertion XSetWindowBorderWidth-1.(A)
>A call to XSetWindowBorderWidth sets the border width of
>the specified window to width.
>METH: Create parent window with a child.
>METH: Call XSetWindowBorderWidth to set the window border width to 4.
>METH: Verify that window border width was set using Pixchecking
>METH: Call XSetWindowBorderWidth to set the window border width to 10.
>METH: Verify that window border width was set using Pixchecking
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0001.err for results
>1 FAIL
>
>SECTION: Xlib5
>
>TEST CASE: XInternAtom
>
>TEST PURPOSE #6
>Assertion XInternAtom-6.(A)
>When the last connection to the server closes, then atoms
>created by a call to XInternAtom will become undefined.
>METH: Ensure we can open a new display.
>METH: Create an atom by calling XInternAtom.
>METH: Close the last connection to the server.
>METH: Allow sufficient time for the server to register the close display
>METH: Open a new connection to the server.
>METH: Verify that the atom is undefined.
>REPORT: Closing last connection to server did not
>REPORT: clear the defined atom XTEST_ATOM_FIVE
>REPORT: Expected value: 0 (None)
>REPORT: Returned value: 700 (XTEST_ATOM_FIVE)
>REPORT: Possible reason: Other connections open to server
>REPORT: during test run
>6 FAIL
>
>SECTION: Xlib7
>
>TEST CASE: XCreateColormap
>
>TEST PURPOSE #11
>Assertion XCreateColormap-11.(A)
>When XCreateColormap is called with an invalid visual, then
>a BadValue error occurs.
>METH: Make a visual structure invalid using badvis.
>METH: Create a colourmap for this visual with XCreateColorMap.
>METH: Verify that a BadValue error occurred.
>REPORT: Got BadMatch, Expecting BadValue
>11 FAIL
>
>TEST CASE: XFreeColormap
>
>TEST PURPOSE #3
>Assertion XFreeColormap-3.(A)
>When the colormap argument is an installed colourmap, then
>a call to XFreeColormap uninstalls the colourmap.
>METH: For each visual class:
>METH:   Create a colourmap with XCreateColormap.
>METH:   Install the colourmap with XInstallColormap.
>METH:   Obtain a list of installed colourmaps with XListInstalledColormaps.
>METH:   Verify that the created colourmap is in the list.
>METH:   Free the colourmap with XFreeColormap.
>METH:   Obtain a list of installed colourmaps with XListInstalledColormaps.
>METH:   Verify that the created colourmap is not in the list.
>REPORT: The installed colourmap was not on the required list.
>3 UNRESOLVED
>
>TEST CASE: XFreeColors
>
>TEST PURPOSE #6
>Assertion XFreeColors-6.(A)
>When a specified pixel is not a valid entry in the colormap
>argument, then a BadValue error occurs.
>METH: For all supported visual types:
>METH:   Create a colormap with alloc set to AllocNone.
>METH:   Free a pixel with pixel value of 2power(longbits)-1 with XFreeColors.
>METH:   Verify that a BadValue error occurred.
>METH:
>METH:   Create a colormap using XCreateColormap with alloc set to AllocNone.
>METH:   Allocate one readonly cell in the colormap with XAllocColor.
>METH:   Construct an array with the same pixel in both elements.
>METH:   Deallocate the colormap cells indicated by the array with XFreeColors.
>METH:   Verify that a BadValue error occurred.
>REPORT: Got BadAccess, Expecting BadValue
>REPORT: Got BadAccess, Expecting BadValue
>6 FAIL
>
>TEST PURPOSE #9
>Assertion XFreeColors-9.(A)
>When more than one pixel value is not a valid entry in the
>colormap argument, then a BadValue error occurs which will
>report any one of the invalid pixel values.
>METH: For each supported visual class:
>METH:   Create a colormap using XCreateColormap with alloc set to AllocNone.
>METH:   Allocate one readonly cell in the colormap with XAllocColor.
>METH:   Construct an array with two invalid pixel values and one valid pixel value.
>METH:   Deallocate the colormap cells indicated by the array with XFreeColors.
>METH:   Verify that a BadValue error occurred.
>METH:   Verify that the bad value reported was one of the invalid pixel array elements.
>REPORT: Got BadAccess, Expecting BadValue
>9 FAIL
>
>TEST CASE: XQueryColor
>
>TEST PURPOSE #3
>Assertion XQueryColor-3.(A)
>When the pixel component in the XColor structure named by
>the def_in_out argument is not a valid entry in the colormap
>argument, then a BadValue error occurs.
>METH: For each supported visual class:
>METH:   Create a colormap with XCreateColormap with alloc set to AllocNone.
>METH:   Call XQueryColor with pixel component = -1.
>METH:   Verify that a BadValue error occurs.
>REPORT: Got Success, Expecting BadValue
>3 FAIL
>
>TEST CASE: XQueryColors
>
>TEST PURPOSE #3
>Assertion XQueryColors-3.(A)
>When the pixel component in one or more of the ncolors
>XColor structures named by the defs_in_out argument is not a
>valid entry in the colormap argument, then a BadValue error
>occurs which will report any one of the invalid pixel
>values.
>METH: For each supported visual class:
>METH:   Create a colormap with XCreateColormap with alloc set to AllocNone.
>METH:   Allocate a r/o colormap cell with XAllocColor.
>METH:   Call XQueryColors with pixel array comprising pixel components 0L, -1L, -2L.
>METH:   Verify that a BadValue error occurs.
>METH:   Verify that the reported BadValue was either -1 or -2.
>REPORT: Got Success, Expecting BadValue
>3 FAIL
>
>SECTION: Xlib9
>
>TEST CASE: XCopyArea
>
>TEST PURPOSE #22
>Assertion XCopyArea-22.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>22 FAIL
>
>TEST CASE: XCopyPlane
>
>TEST PURPOSE #24
>Assertion XCopyPlane-24.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>24 FAIL
>
>TEST CASE: XDrawArc
>
>TEST PURPOSE #32
>Assertion XDrawArc-32.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>32 FAIL
>
>TEST PURPOSE #42
>Assertion XDrawArc-42.(A)
>When the line_style is LineOnOffDash, then cap_style
>applies to all internal ends of the individual dashes,
>except CapNotLast is treated as CapButt.
>METH: Set graphics coordinates for dashed lines
>METH: 	(includes horizontal and vertical cases,
>METH: 	and includes joins and caps where relevant).
>METH: Set the line_style of the GC to LineOnOffDash using XChangeGC.
>METH: Set the dash_list of the GC to using XSetDashes.
>METH: For cap_style CapNotLast, CapButt, CapProjecting, CapRound:
>METH: 	Set the cap_style of the GC using XChangeGC.
>METH: 	Draw paths.
>METH: 	Pixmap verify.
>METH: 	Clear drawable.
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0001.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0002.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0003.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0004.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0005.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0006.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0007.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0008.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0009.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0010.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0011.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0012.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0013.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0014.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0015.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0016.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0017.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0018.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0019.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0020.err for results
>REPORT: A total of 4 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0021.err for results
>42 WARNING
>
>TEST PURPOSE #63
>Assertion XDrawArc-63.(A)
>When the cap_style is CapNotLast and the line_width is zero
>(0), then this is equivalent to CapButt except that the
>final endpoint is not drawn.
>METH: Draw line with CapButt.
>METH: Set GC component function to GXxor.
>METH: Draw line with CapNotLast.
>METH: Verify that only the final end point is set.
>REPORT: Pixel mismatch in image
>REPORT: See file Err0022.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0023.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0024.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0025.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0026.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0027.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0028.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0029.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0030.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0031.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0032.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0033.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0034.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0035.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0036.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0037.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0038.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0039.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0040.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0041.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0042.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0043.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0044.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0045.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>63 WARNING
>
>TEST PURPOSE #66
>Assertion XDrawArc-66.(A)
>When the cap_style is CapRound and line-width is not zero,
>then the line has a circular arc, with the diamater equal to
>the line_width, centred on the endpoint.
>METH: For a variety of line widths.
>METH:   Draw line with CapRound.
>METH:   Pixmap verify.
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0046.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0047.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0048.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0049.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0050.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0051.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0052.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0053.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0054.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0055.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0056.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0057.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0058.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0059.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0060.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0061.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0062.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0063.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0064.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0065.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0066.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0067.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0068.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0069.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0070.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0071.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0072.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0073.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0074.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0075.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0076.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0077.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0078.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0079.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0080.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0081.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0082.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0083.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0084.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0085.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0086.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0087.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0088.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0089.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0090.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0091.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0092.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0093.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0094.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0095.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0096.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0097.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0098.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0099.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0100.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0101.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0102.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0103.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0104.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0105.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0106.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0107.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0108.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0109.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0110.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0111.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0112.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0113.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0114.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0115.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0116.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0117.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0118.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0119.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0120.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0121.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0122.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0123.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0124.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0125.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0126.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0127.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0128.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0129.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0130.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0131.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0132.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0133.err for results
>66 WARNING
>
>TEST PURPOSE #73
>Assertion XDrawArc-73.(A)
>When a line has coincident endpoints (x1=x2, y1=y2), and
>the cap_style is applied to both endpoints and the
>line_width is not equal to zero and the cap_style is
>CapRound, then the closed path is a circle, centered at the
>endpoint, and with the diameter equal to the line-width.
>METH: Draw zero length line with CapRound.
>METH: Pixmap verify.
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0134.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0135.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0136.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0137.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0138.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0139.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0140.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0141.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0142.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0143.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0144.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0145.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0146.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0147.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0148.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0149.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0150.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0151.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0152.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0153.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0154.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0155.err for results
>73 WARNING
>
>TEST CASE: XDrawArcs
>
>TEST PURPOSE #35
>Assertion XDrawArcs-35.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>35 FAIL
>
>TEST PURPOSE #45
>Assertion XDrawArcs-45.(A)
>When the line_style is LineOnOffDash, then cap_style
>applies to all internal ends of the individual dashes,
>except CapNotLast is treated as CapButt.
>METH: Set graphics coordinates for dashed lines
>METH: 	(includes horizontal and vertical cases,
>METH: 	and includes joins and caps where relevant).
>METH: Set the line_style of the GC to LineOnOffDash using XChangeGC.
>METH: Set the dash_list of the GC to using XSetDashes.
>METH: For cap_style CapNotLast, CapButt, CapProjecting, CapRound:
>METH: 	Set the cap_style of the GC using XChangeGC.
>METH: 	Draw paths.
>METH: 	Pixmap verify.
>METH: 	Clear drawable.
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0001.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0002.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0003.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0004.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0005.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0006.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0007.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0008.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0009.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0010.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0011.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0012.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0013.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0014.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0015.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0016.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0017.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0018.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0019.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0020.err for results
>REPORT: A total of 8 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0021.err for results
>45 WARNING
>
>TEST PURPOSE #66
>Assertion XDrawArcs-66.(A)
>When the cap_style is CapNotLast and the line_width is zero
>(0), then this is equivalent to CapButt except that the
>final endpoint is not drawn.
>METH: Draw line with CapButt.
>METH: Set GC component function to GXxor.
>METH: Draw line with CapNotLast.
>METH: Verify that only the final end point is set.
>REPORT: Pixel mismatch in image
>REPORT: See file Err0022.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0023.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0024.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0025.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0026.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0027.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0028.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0029.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0030.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0031.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0032.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0033.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0034.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0035.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0036.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0037.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0038.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0039.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0040.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0041.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0042.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0043.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0044.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>REPORT: Pixel mismatch in image
>REPORT: See file Err0045.err for details
>REPORT: Cap style incorrect for thin line and CapNotLast
>66 WARNING
>
>TEST PURPOSE #69
>Assertion XDrawArcs-69.(A)
>When the cap_style is CapRound and line-width is not zero,
>then the line has a circular arc, with the diamater equal to
>the line_width, centred on the endpoint.
>METH: For a variety of line widths.
>METH:   Draw line with CapRound.
>METH:   Pixmap verify.
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0046.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0047.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0048.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0049.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0050.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0051.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0052.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0053.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0054.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0055.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0056.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0057.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0058.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0059.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0060.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0061.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0062.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0063.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0064.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0065.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0066.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0067.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0068.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0069.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0070.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0071.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0072.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0073.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0074.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0075.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0076.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0077.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0078.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0079.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0080.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0081.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0082.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0083.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0084.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0085.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0086.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0087.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0088.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0089.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0090.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0091.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0092.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0093.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0094.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0095.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0096.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0097.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0098.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0099.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0100.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0101.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0102.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0103.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0104.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0105.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0106.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0107.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0108.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0109.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0110.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0111.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0112.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0113.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0114.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0115.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0116.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0117.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0118.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0119.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0120.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0121.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0122.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0123.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0124.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0125.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0126.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0127.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0128.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0129.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0130.err for results
>REPORT: A total of 2 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0131.err for results
>REPORT: A total of 6 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0132.err for results
>REPORT: A total of 1 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0133.err for results
>69 WARNING
>
>TEST PURPOSE #76
>Assertion XDrawArcs-76.(A)
>When a line has coincident endpoints (x1=x2, y1=y2), and
>the cap_style is applied to both endpoints and the
>line_width is not equal to zero and the cap_style is
>CapRound, then the closed path is a circle, centered at the
>endpoint, and with the diameter equal to the line-width.
>METH: Draw zero length line with CapRound.
>METH: Pixmap verify.
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0134.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0135.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0136.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0137.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0138.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0139.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0140.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0141.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0142.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0143.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0144.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0145.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0146.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0147.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0148.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0149.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0150.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0151.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0152.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0153.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0154.err for results
>REPORT: A total of 3 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0155.err for results
>76 WARNING
>
>TEST CASE: XDrawImageString16
>
>TEST PURPOSE #6
>Assertion XDrawImageString16-6.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>6 FAIL
>
>TEST CASE: XDrawImageString
>
>TEST PURPOSE #6
>Assertion XDrawImageString-6.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>6 FAIL
>
>TEST CASE: XDrawLine
>
>TEST PURPOSE #21
>Assertion XDrawLine-21.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>21 FAIL
>
>TEST CASE: XDrawLines
>
>TEST PURPOSE #26
>Assertion XDrawLines-26.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>26 FAIL
>
>TEST CASE: XDrawPoint
>
>TEST PURPOSE #18
>Assertion XDrawPoint-18.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>18 FAIL
>
>TEST CASE: XDrawPoints
>
>TEST PURPOSE #21
>Assertion XDrawPoints-21.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>21 FAIL
>
>TEST CASE: XDrawRectangle
>
>TEST PURPOSE #21
>Assertion XDrawRectangle-21.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>21 FAIL
>
>TEST CASE: XDrawRectangles
>
>TEST PURPOSE #23
>Assertion XDrawRectangles-23.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>23 FAIL
>
>TEST CASE: XDrawSegments
>
>TEST PURPOSE #22
>Assertion XDrawSegments-22.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>22 FAIL
>
>TEST CASE: XDrawString
>
>TEST PURPOSE #21
>Assertion XDrawString-21.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>21 FAIL
>
>TEST CASE: XDrawString16
>
>TEST PURPOSE #21
>Assertion XDrawString16-21.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>21 FAIL
>
>TEST CASE: XDrawText
>
>TEST PURPOSE #25
>Assertion XDrawText-25.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>25 FAIL
>
>TEST CASE: XDrawText16
>
>TEST PURPOSE #25
>Assertion XDrawText16-25.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>25 FAIL
>
>TEST CASE: XFillArc
>
>TEST PURPOSE #21
>Assertion XFillArc-21.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>21 FAIL
>
>TEST CASE: XFillArcs
>
>TEST PURPOSE #23
>Assertion XFillArcs-23.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>23 FAIL
>
>TEST CASE: XFillPolygon
>
>TEST PURPOSE #26
>Assertion XFillPolygon-26.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>26 FAIL
>
>TEST CASE: XFillRectangle
>
>TEST PURPOSE #20
>Assertion XFillRectangle-20.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>20 FAIL
>
>TEST CASE: XFillRectangles
>
>TEST PURPOSE #21
>Assertion XFillRectangles-21.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>21 FAIL
>
>TEST CASE: XLoadQueryFont
>
>TEST PURPOSE #1
>Assertion XLoadQueryFont-1.(A)
>When the name argument names an existing font, then a call
>to XLoadQueryFont loads the font named name, and returns a
>pointer to an XFontStruct structure which contains
>information on the font.
>METH: For each VSW5 font:
>METH:   Load and query font.
>METH:   Compare returned XFontStruct with known good structures.
>REPORT: min_bounds, rbearing was 0, expecting 2
>REPORT: min_bounds, width was 0, expecting 3
>REPORT: min_bound check failed
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>1 FAIL
>
>TEST CASE: XListFonts
>
>TEST PURPOSE #3
>Assertion XListFonts-3.(A)
>Each asterisk (*) in the string is a wildcard for any
>number of characters.
>METH: Set patternarg to "x*t*t*"
>METH: Call XListFonts.
>METH: Verify that at least all the VSW5 fonts are returned, and
>METH: that any other returned string matches the patternarg.
>REPORT: name xtfont0 repeated in list
>REPORT: name xtfont1 repeated in list
>REPORT: name xtfont2 repeated in list
>REPORT: name xtfont3 repeated in list
>REPORT: name xtfont5 repeated in list
>REPORT: name xtfont6 repeated in list
>3 FAIL
>
>TEST PURPOSE #4
>Assertion XListFonts-4.(A)
>Each question mark (?) in the string is a wildcard for a
>single character.
>METH: Set patternarg to "x?f?nt?"
>METH: Call XListFonts.
>METH: Verify that returned count is at least XT_NFONTS
>METH: Verify that the VSW5 font names are returned.
>METH: Verify that any other name returned matches the patternarg.
>REPORT: name xtfont0 repeated in list
>REPORT: name xtfont1 repeated in list
>REPORT: name xtfont2 repeated in list
>REPORT: name xtfont3 repeated in list
>REPORT: name xtfont5 repeated in list
>REPORT: name xtfont6 repeated in list
>4 FAIL
>
>TEST CASE: XListFontsWithInfo
>
>TEST PURPOSE #3
>Assertion XListFontsWithInfo-3.(A)
>Each asterisk (*) in the string is a wildcard for any
>number of characters.
>METH: Set patternarg to "x*t*t*"
>METH: Call XListFontsWithInfo.
>METH: Verify that at least all the VSW5 fonts are returned, and
>METH: that any other returned string matches the patternarg.
>REPORT: name xtfont0 repeated in list
>REPORT: name xtfont1 repeated in list
>REPORT: name xtfont2 repeated in list
>REPORT: min_bounds, rbearing was 0, expecting 2
>REPORT: min_bounds, width was 0, expecting 3
>REPORT: min_bound check failed
>REPORT: font information was incorrect
>REPORT: name xtfont3 repeated in list
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: font information was incorrect
>REPORT: name xtfont5 repeated in list
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: font information was incorrect
>REPORT: name xtfont6 repeated in list
>3 FAIL
>
>TEST PURPOSE #4
>Assertion XListFontsWithInfo-4.(A)
>Each question mark (?) in the string is a wildcard for a
>single character.
>METH: Set patternarg to "x?f?nt?"
>METH: Call XListFontsWithInfo.
>METH: Verify that returned count is at least XT_NFONTS
>METH: Verify that the VSW5 font names are returned.
>METH: Verify that any other name returned matches the patternarg.
>METH: Verify that font information is correct for the VSW5 fonts.
>REPORT: name xtfont0 repeated in list
>REPORT: name xtfont1 repeated in list
>REPORT: name xtfont2 repeated in list
>REPORT: min_bounds, rbearing was 0, expecting 2
>REPORT: min_bounds, width was 0, expecting 3
>REPORT: min_bound check failed
>REPORT: font information was incorrect
>REPORT: name xtfont3 repeated in list
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: font information was incorrect
>REPORT: name xtfont5 repeated in list
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: font information was incorrect
>REPORT: name xtfont6 repeated in list
>4 FAIL
>
>TEST CASE: XPutImage
>
>TEST PURPOSE #19
>Assertion XPutImage-19.(A)
>The value for plane_mask is truncated to the depth of the
>GC.
>METH: Set foreground to pattern of 1's and 0's
>METH: Set plane-mask to values larger than the depth.
>METH: Verify that result is what would be expected if the extra bits
>METH:  were masked off.
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x0
>REPORT: got pixel 0x55555555, expecting 0x1
>REPORT: got pixel 0x55555555, expecting 0x50
>REPORT: got pixel 0x55555555, expecting 0x545
>REPORT: got pixel 0x55555555, expecting 0x1105
>REPORT: got pixel 0x55555555, expecting 0x101050
>REPORT: got pixel 0x55555555, expecting 0x1545111
>19 FAIL
>
>TEST CASE: XQueryFont
>
>TEST PURPOSE #1
>Assertion XQueryFont-1.(A)
>When the font_ID argument is a valid Font resource, then a
>call to XQueryFont returns a pointer to an XFontStruct
>structure which contains information on the font with font
>ID font_ID.
>METH: For each VSW5 font
>METH:   Load font with XLoadFont.
>METH:   Set font_ID to font
>METH:   Call XQueryFont.
>METH:   Verify returned XFontStruct with known good one.
>REPORT: min_bounds, rbearing was 0, expecting 2
>REPORT: min_bounds, width was 0, expecting 3
>REPORT: min_bound check failed
>REPORT: Returned XFontStruct was incorrect
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: Returned XFontStruct was incorrect
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: Returned XFontStruct was incorrect
>1 FAIL
>
>TEST PURPOSE #2
>Assertion XQueryFont-2.(A)
>When the font_ID argument specifies a GContext, then a
>call to XQueryFont returns a pointer to an XFontStruct
>structure which contains information on the font in the
>corresponding GC's font field.
>METH: Load font with
>REPORT: min_bounds, rbearing was 0, expecting 2
>REPORT: min_bounds, width was 0, expecting 3
>REPORT: min_bound check failed
>REPORT: Returned XFontStruct was incorrect
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: Returned XFontStruct was incorrect
>REPORT: max_bounds, lbearing was 0, expecting -2
>REPORT: max_bounds, width was 0, expecting -3
>REPORT: max_bounds check failed
>REPORT: Returned XFontStruct was incorrect
>2 FAIL
>
>SECTION: Xlib10
>
>TEST CASE: XInstallColormap
>
>TEST PURPOSE #1
>Assertion XInstallColormap-1.(A)
>A call to XInstallColormap installs the specified colourmap
>for its associated screen.
>METH: For each visual type.
>METH:   Create colourmap.
>METH:   Install colourmap.
>METH:   Verify that new colourmap has been installed by listing the installed
>METH:   colourmaps.
>REPORT: Colourmap was not installed
>1 FAIL
>
>TEST PURPOSE #4
>Assertion XInstallColormap-4.(A)
>When the specified colourmap is not already an installed
>colourmap, then a ColormapNotify event is generated on each
>window that has that colourmap.
>METH: For each visual.
>METH:   Create windows.
>METH:   Create colormap for those windows.
>METH:   Set the window colour maps.
>METH:   Create another window without using the new colour map.
>METH:   Install the colour map.
>METH:   Verify that a colour map notify event is received on the windows that have
>METH:   that colour map.
>METH:   Verify that the event is not received on the other window.
>REPORT: Path check error (66 should be 70)
>REPORT: This is usually caused by a programming error in the test-suite
>4 UNRESOLVED
>
>SECTION: Xlib11
>
>TEST CASE: EnterNotify
>
>TEST PURPOSE #7
>Assertion EnterNotify-7.(A)
>When the pointer moves from window A to window B and A is
>an inferior of B, then an EnterNotify event is generated on
>window B with detail set to NotifyInferior.
>METH: Build window hierarchy.
>METH: Move pointer to known location.
>METH: Set window B.
>METH: Set window A to child of window B.
>METH: Select for EnterNotify and LeaveNotify events on windows A and B.
>METH: Move pointer from window A to window B.
>METH: Verify EnterNotify event received on window B.
>METH: Verify that detail is set to NotifyInferior.
>METH: Verify that all EnterNotify events are delivered after all
>METH: LeaveNotify events.
>REPORT: Got detail 0, expected 2
>REPORT: No LeaveNotify events delivered
>REPORT: Event ordering could not be compared due to missing events
>7 FAIL
>
>TEST PURPOSE #8
>Assertion EnterNotify-8.(A)
>When the pointer moves from window A to window B and B is
>an inferior of A, then an EnterNotify event is generated
>once on each window between window A and window B,
>exclusive, in window hierarchy order, with detail set to
>NotifyVirtual and then on window B with detail set to
>NotifyAncestor.
>METH: Create client.
>METH: Build window hierarchy.
>METH: Move pointer to known location.
>METH: Set window A.
>METH: Set window B to inferior of window A.
>METH: Select for EnterNotify and LeaveNotify events on all windows.
>METH: Move pointer from window A to window B.
>METH: Verify events delivered, between window A and window B, exclusive,
>METH: in proper order.
>METH: Verify that detail is set to NotifyVirtual.
>METH: Verify that event delivered to window B with detail set to NotifyAncestor.
>METH: Verify that all EnterNotify events are delivered after all
>METH: LeaveNotify events.
>REPORT: Unexpectedly delivered EnterNotify event on 0x1200001 window
>REPORT: Event delivery was not as expected
>8 FAIL
>
>TEST PURPOSE #9
>Assertion EnterNotify-9.(A)
>When the pointer moves from window A to window B and there
>exists a window C that is their least common ancestor, then
>an EnterNotify event is generated once on each window
>between window C and window B, exclusive, with detail set to
>NotifyNonlinearVirtual and then on window B with detail set
>to NotifyNonlinear.
>METH: Create client.
>METH: Build window hierarchy.
>METH: Move pointer to known location.
>METH: Set windows A, B, and C.
>METH: Select for EnterNotify and LeaveNotify events on all windows.
>METH: Move pointer from window A to window B.
>METH: Verify events delivered, between window C and window B, exclusive,
>METH: in proper order.
>METH: Verify that detail is set to NotifyNonlinearVirtual.
>METH: Verify that event delivered to window B with detail set to NotifyNonlinear.
>METH: Verify that all EnterNotify events are delivered after all
>METH: LeaveNotify events.
>REPORT: Unexpectedly delivered EnterNotify event on 0x1200001 window
>REPORT: Event delivery was not as expected
>9 FAIL
>
>TEST CASE: LeaveNotify
>
>TEST PURPOSE #2
>Assertion LeaveNotify-2.(A)
>When a LeaveNotify event is generated, then all clients
>having set LeaveWindowMask event mask bits on the event
>window are delivered a LeaveNotify event.
>METH: Create clients client2 and client3.
>METH: Create window.
>METH: Move pointer inside of window.
>METH: Select for LeaveNotify events on window.
>METH: Select for LeaveNotify events on window with client2.
>METH: Select for no events on window with client3.
>METH: Warp pointer outside window.
>METH: Verify that a single LeaveNotify event was received.
>METH: Verify that a single LeaveNotify event was received by client2.
>METH: Verify that no events were received by client2.
>REPORT: Expected LeaveNotify event not delivered.
>2 FAIL
>
>TEST PURPOSE #4
>Assertion LeaveNotify-4.(A)
>When a LeaveNotify event is delivered and the child of the
>event window contains the initial pointer position, then
>subwindow is set to that child.
>METH: Build window hierarchy.
>METH: Create the hierarchy.
>METH: Move pointer to inside of child window.
>METH: Set LeaveWindowMask event mask bits on the eventw.
>METH: Move pointer to outside  of windows.
>METH: Verify that a LeaveNotify event was received.
>METH: Verify that subwindow is set to the source window.
>REPORT: Expected LeaveNotify event on window 0x1000006 from client 0x8069fc0
>REPORT: Event delivery was not as expected
>4 FAIL
>
>TEST PURPOSE #5
>Assertion LeaveNotify-5.(A)
>When a LeaveNotify event is delivered and the child of the
>event window does not contain the initial pointer position,
>then subwindow is set to None.
>METH: Build window hierarchy.
>METH: Create the hierarchy.
>METH: Move pointer to inside of window.
>METH: Set LeaveWindowMask event mask bits on the eventw.
>METH: Move pointer to outside  of windows.
>METH: Verify that a LeaveNotify event was received.
>METH: Verify that subwindow is set to None.
>METH:   since only one event was expected, it must be first in list
>REPORT: Expected LeaveNotify event on window 0x1000008 from client 0x8069fc0
>REPORT: Event delivery was not as expected
>5 FAIL
>
>TEST PURPOSE #8
>Assertion LeaveNotify-8.(A)
>When the pointer moves from window A to window B and A is
>an inferior of B, then a LeaveNotify event is generated on
>window A with detail set to NotifyAncestor and then on each
>window between window A and window B, exclusive, with detail
>set to NotifyVirtual.
>METH: Build window hierarchy.
>METH: Move pointer to known location.
>METH: Set window B.
>METH: Set window A to child of window B.
>METH: Select for EnterNotify and LeaveNotify events on windows A and B.
>METH: Move pointer from window A to window B.
>METH: Verify that the expected events were delivered.
>METH: Verify that event delivered to window A with detail set to NotifyAncestor.
>METH: Verify events delivered, between window A and window B, exclusive,
>METH: in proper order.
>METH: Verify that detail is set to NotifyVirtual.
>METH: Verify that all LeaveNotify events are delivered before all
>METH: EnterNotify events.
>REPORT: Expected LeaveNotify event on window 0x100000d from client 0x8069fc0
>REPORT: Event delivery was not as expected
>8 FAIL
>
>TEST PURPOSE #9
>Assertion LeaveNotify-9.(A)
>When the pointer moves from window A to window B and B is
>an inferior of A, then a LeaveNotify event is generated on
>window A with detail set to NotifyInferior.
>METH: Build window hierarchy.
>METH: Move pointer to known location.
>METH: Set window A.
>METH: Set window B to child of window A.
>METH: Select for LeaveNotify and EnterNotify events on windows A and B.
>METH: Move pointer from window A to window B.
>METH: Verify LeaveNotify event received on window A.
>METH: Verify that detail is set to NotifyInferior.
>METH: Verify that all LeaveNotify events are delivered before all
>METH: EnterNotify events.
>REPORT: Expected event not generated
>9 FAIL
>
>TEST PURPOSE #10
>Assertion LeaveNotify-10.(A)
>When the pointer moves from window A to window B and there
>exists a window C that is their least common ancestor, then
>a LeaveNotify event is generated on window A with detail set
>to NotifyNonlinear and then on each window between window A
>and window C, exclusive, with detail set to
>NotifyNonlinearVirtual.
>METH: Build window hierarchy.
>METH: Move pointer to known location.
>METH: Set windows A, B, and C.
>METH: Select for LeaveNotify and EnterNotify events on window A and
>METH: between windows A and C, exclusive.
>METH: Select for LeaveNotify and EnterNotify events between windows B and C.
>METH: Move pointer from window A to window B.
>METH: Verify that event delivered to window A with detail set to NotifyNonlinear.
>METH: Verify events delivered in proper order.
>METH: Verify that detail is set to NotifyNonlinearVirtual on events delivered on
>METH: each window between window A and window C, exclusive.
>METH: Verify that all LeaveNotify events are delivered before all
>METH: EnterNotify events.
>REPORT: Expected LeaveNotify event on window 0x10001b6 from client 0x8069fc0
>REPORT: Event delivery was not as expected
>10 FAIL
>
>TEST PURPOSE #14
>Assertion LeaveNotify-14.(A)
>When a LeaveNotify event is delivered and the event window
>is the focus window, then focus is set to True.
>METH: Build window hierarchy.
>METH: Set input focus to eventw.
>METH: Move pointer to window.
>METH: Select LeaveNotify events on the eventw.
>METH: Call XWarpPointer to move the pointer to outside of window.
>METH: Verify event was delivered with focus set to True.
>METH: Move pointer back to window.
>METH: Set input focus to known window.
>METH: Call XWarpPointer to move the pointer to eventw.
>METH: Verify event was delivered with focus set to False.
>REPORT: Expected LeaveNotify event on window 0x1000705 from client 0x8069fc0
>REPORT: Event delivery was not as expected
>REPORT: Expected LeaveNotify event on window 0x1000705 from client 0x8069fc0
>REPORT: Expected LeaveNotify event on window 0x1000705 from client 0x8069fc0
>REPORT: Event delivery was not as expected
>14 FAIL
>
>TEST PURPOSE #15
>Assertion LeaveNotify-15.(A)
>When a LeaveNotify event is delivered and the event window
>is an inferior of the focus window, then focus is set to
>True.
>METH: Build window hierarchy.
>METH: Set input focus to ancestor of window eventw.
>METH: Move pointer to event window.
>METH: Select LeaveNotify events on the eventw.
>METH: Call XWarpPointer to move the pointer outside event window.
>METH: Verify event was delivered with focus set to True.
>REPORT: Expected LeaveNotify event on window 0x100070d from client 0x8069fc0
>REPORT: Event delivery was not as expected
>15 FAIL
>
>TEST CASE: MotionNotify
>
>TEST PURPOSE #1
>Assertion MotionNotify-1.(A)
>When the pointer is moved and the pointer motion begins and
>ends in the same window, then a MotionNotify event is
>generated.
>METH: Create client2.
>METH: Create window.
>METH: Move pointer to inside of window.
>METH: Set PointerMotionMask event mask bits on window.
>METH: Set PointerMotionMask event mask bits on window with client2.
>METH: Synthesize expected event.
>METH: Call XWarpPointer to move the pointer with motion beginning and
>METH: ending in window.
>METH: Verify that a MotionNotify event was received.
>METH: Verify event members.
>METH: Verify that only one MotionNotify event was received.
>METH: Verify that no other events were received.
>METH: Verify that a MotionNotify event was received by client2.
>METH: Verify event members for client2.
>METH: Verify that only one MotionNotify event was received.
>METH: Verify that no other events were received.
>METH: Call XWarpPointer to move the pointer multiple times with
>METH: motion beginning and ending in window.
>METH: Verify that multiple MotionNotify events were received.
>METH: Verify that no other events were received.
>REPORT: No events delivered.
>REPORT: Incorrect event type UNDEFINED (0), was expecting MotionNotify
>REPORT: Delivered event did not match expected event
>REPORT: No events delivered to client2.
>REPORT: Incorrect event type UNDEFINED (0), was expecting MotionNotify
>REPORT: Delivered event did not match expected event
>REPORT: Missing 5 events.
>1 FAIL
>
>TEST PURPOSE #13
>Assertion MotionNotify-13.(A)
>When a MotionNotify event is generated, then all clients
>which have set PointerMotionHintMask and one or more of
>Button1MotionMask, Button2MotionMask, Button3MotionMask,
>Button4MotionMask, Button5MotionMask, ButtonMotionMask,
>or PointerMotionMaskeventmaskbitsontheeventwindoware
>delivered a MotionNotify event with is_hint set to
>NotifyHint or NotifyNormal.
>METH: Create client2.
>METH: Create window.
>METH: Move pointer to inside of window.
>METH: Set PointerMotionMask and PointerMotionHintMask event mask bits on window.
>METH: Set PointerMotionMask and PointerMotionHintMask event mask bits on window
>METH: with client2.
>METH: Synthesize expected event.
>METH: Call XWarpPointer to move the pointer with motion beginning and
>METH: ending in window.
>METH: Verify that a MotionNotify event was received.
>METH: Verify event members.
>METH: Verify that only one MotionNotify event was received.
>METH: Verify that no other events were received.
>METH: Verify that a MotionNotify event was received by client2.
>METH: Verify event members for client2.
>METH: Verify that only one MotionNotify event was received.
>METH: Verify that no other events were received.
>REPORT: No events delivered.
>REPORT: Incorrect event type UNDEFINED (134552037), was expecting MotionNotify
>REPORT: Delivered event did not match expected event
>REPORT: No events delivered to client2.
>REPORT: Incorrect event type UNDEFINED (134552037), was expecting MotionNotify
>REPORT: Delivered event did not match expected event
>13 FAIL
>
>TEST PURPOSE #15
>Assertion MotionNotify-15.(A)
>When a MotionNotify event is delivered and the source
>window is an inferior of the event window and the source
>window is a child of the event window, then subwindow is set
>to the source window.
>METH: Create window hierarchy.
>METH: Create the hierarchy.
>METH: Move pointer to inside of window.
>METH: Select no events on the sourcew.
>METH: Set PointerMotionMask event mask bits on the eventw.
>METH: Call XWarpPointer to move the pointer with motion beginning and
>METH: ending in window.
>METH: Verify that a MotionNotify event was received.
>METH: Verify that subwindow is set to the source window.
>REPORT: Expected MotionNotify event on window 0x1000005 from client 0x8073fc0
>REPORT: Event delivery was not as expected
>15 FAIL
>
>TEST PURPOSE #16
>Assertion MotionNotify-16.(A)
>When a MotionNotify event is delivered and the source
>window is an inferior of the event window and the source
>window is not a child of the event window, then subwindow is
>set to the child of the event window that is an ancestor of
>the source window.
>METH: Create window hierarchy.
>METH: Create the hierarchy.
>METH: Move pointer to inside of window.
>METH: Select no events on the sourcew.
>METH: Set PointerMotionMask event mask bits on the eventw.
>METH: Call XWarpPointer to move the pointer with motion beginning and
>METH: ending in window.
>METH: Verify that a MotionNotify event was received.
>METH: Verify that subwindow is set to the source window.
>REPORT: Expected MotionNotify event on window 0x1000007 from client 0x8073fc0
>REPORT: Event delivery was not as expected
>16 FAIL
>
>SECTION: Xlib12
>
>TEST CASE: XSync
>
>TEST PURPOSE #2
>Assertion XSync-2.(A)
>A call to XSync calls the client's error handling routine
>for each error event received.
>METH: Create client1.
>METH: Create pixmap with client1.
>METH: Create client2.
>METH: Call XFreePixmap from client2.
>METH: Call XSync from client2 to insure all potential errors arrive.
>METH: Verify that an error was received.
>REPORT: Missing error event
>REPORT: Unexpected error BadPixmap
>REPORT: BadPixmap (invalid Pixmap parameter)
>REPORT: Protocol request was X_FreePixmap
>REPORT: Unexpected Xlib error
>2 FAIL
>
>SECTION: Xlib13
>
>TEST CASE: XAllowEvents
>
>TEST PURPOSE #1
>Assertion XAllowEvents-1.(A)
>When the specified time is earlier than the last-grab time
>of the most recent active grab for the client or later than
>the current X server time, then a call to XAllowEvents has
>no effect.
>METH: Grab and freeze pointer with a given time.
>METH: Call XAllowEvents with earlier time and AsyncPointer.
>METH: Verify that the pointer is still frozen.
>METH: Get current server time.
>METH: Call XAllowEvents with a later time.
>METH: Verify that the pointer is still frozen.
>REPORT: Events allowed when time was earlier than last-grab time
>REPORT: Events allowed when time was later than current server time
>1 FAIL
>
>TEST PURPOSE #5
>Assertion XAllowEvents-5.(B)
>When the event_mode argument is SyncPointer and the pointer
>is frozen and actively grabbed by the client, then pointer
>event processing is resumed normally until the next
>ButtonPress or ButtonRelease event is reported to the
>client, at which time the pointer again appears to freeze,
>unless the reported event causes the pointer grab to be
>released.
>Reason for omission: There is no known reliable test method for this assertion
>METH: Grab and freeze the pointer.
>METH: Call XAllowEvents with event_mode SyncPointer.
>METH: Verify that pointer is not frozen.
>METH: If test extension available:
>METH:   Press a button.
>METH:   Verify that the pointer is frozen.
>REPORT: Could not freeze pointer
>5 UNRESOLVED
>
>TEST PURPOSE #28
>Assertion XAllowEvents-28.(A)
>When the event_mode argument is AsyncKeyboard,
>SyncKeyboard, or ReplayKeyboard, then a call to
>XAllowEvents has no effect on the processing of pointer
>events.
>METH: Grab and freeze pointer.
>METH: For each event_mode AsyncKeyboard SyncKeyboard ReplayKeyboard
>METH:   Call XAllowEvents.
>METH:   Verify that pointer is still frozen.
>REPORT: Pointer was released when event_mode was AsyncKeyboard
>REPORT: Pointer was released when event_mode was SyncKeyboard
>REPORT: Pointer was released when event_mode was ReplayKeyboard
>28 FAIL
>
>TEST CASE: XChangeActivePointerGrab
>
>TEST PURPOSE #1
>Assertion XChangeActivePointerGrab-1.(A)
>When the pointer is actively grabbed by the client and the
>specified time is not earlier than the last-pointer-grab
>time nor later than the current X server time, then a call
>to XChangeActivePointerGrab changes the specified dynamic
>parameters.
>METH: Create grab_window.
>METH: Grab pointer with XGrabPointer using an event_mask of EnterWindowMask.
>METH: Check that just enter events are reported.
>METH: Call XChangeActivePointerGrab to change event_mask to PointerMotionMask.
>METH: Verify that now only motion events are reported.
>REPORT: Event mask was not changed - no pointer motion event received
>1 FAIL
>
>TEST CASE: XChangeKeyboardControl
>
>TEST PURPOSE #9
>Assertion XChangeKeyboardControl-9.(A)
>If LED s are supported: When both KBLed and KBLedMode are
>specified, then the state of the LED specified by led is
>changed to the state specified by led_mode.
>METH: Set value_mask to KBLed | KBLedMode.
>METH: Set led value.
>METH: Set led_mode value.
>METH: Call XChangeKeyboardControl.
>METH: Get new keyboard state.
>METH: Verify that change occurred.
>REPORT: Led mask was 80080004, expecting 8008000f
>9 FAIL
>
>TEST PURPOSE #10
>Assertion XChangeKeyboardControl-10.(A)
>If LED s are supported: When KBLedMode is specified and
>KBLed is not specified, then the state of all LED s is
>changed to the mode specified by led_mode.
>METH: Set value_mask to KBLed.
>METH: Set led_mode value.
>METH: Call XChangeKeyboardControl.
>METH: Get new keyboard state.
>METH: Verify that change occurred.
>REPORT: All leds were not set to correct value
>REPORT:   led_mask was 0xffffffe4, expecting 0xffffffff
>10 FAIL
>
>TEST CASE: XGrabKeyboard
>
>TEST PURPOSE #4
>Assertion XGrabKeyboard-4.(A)
>A call to XGrabKeyboard overrides any active keyboard grab
>by this client.
>METH: Call XGrabKeyboard with pointer_mode GrabModeAsync.
>METH: Check that pointer is not frozen.
>METH: Call XGrabKeyboard with pointer_mode GrabModeSync.
>METH: Verify that pointer is frozen and so the last grab was overriden.
>REPORT: Could not setup grab
>4 UNRESOLVED
>
>TEST PURPOSE #13
>Assertion XGrabKeyboard-13.(A)
>When pointer_mode is GrabModeAsync, then pointer event
>processing is unaffected by activation of the grab.
>METH: Grab keyboard with pointer_mode GrabModeAsync.
>METH: Verify that pointer events are still received.
>REPORT: Pointer events were affected by GrabModeAsync
>13 FAIL
>
>TEST PURPOSE #15
>Assertion XGrabKeyboard-15.(A)
>When the pointer is frozen, then the actual pointer changes
>are not lost and are processed after the grab is released or
>the client calls XAllowEvents.
>METH: Call XGrabKeyboard with pointer_mode GrabModeSync.
>METH: Warp pointer to create some pointer events.
>METH: Check that they are not received yet.
>METH: Release grab.
>METH: Verify that events are now received.
>REPORT: Events were not saved while pointer was frozen
>15 FAIL
>
>TEST PURPOSE #16
>Assertion XGrabKeyboard-16.(A)
>When the event window for an active grab becomes not
>viewable, then the grab is released automatically.
>METH: Call XGrabKeyboard with pointer_mode GrabModeSync to freeze pointer.
>METH: Unmap the grab_window.
>METH: Verify that pointer is unfrozen, and that therefore the grab has
>METH: been released.
>REPORT: Grab was not released when grab_window was unmapped
>16 FAIL
>
>TEST PURPOSE #17
>Assertion XGrabKeyboard-17.(A)
>A successful call to XGrabKeyboard sets the
>last-keyboard-grab time to the specified time, with
>CurrentTime being replaced by the current X server time.
>METH: Get a server time.
>METH: Use this time in the XGrabKeyboard call with a pointer_mode of GrabModeSync.
>METH: Check that pointer is frozen.
>METH: Call XUngrabKeyboard with time-1.
>METH: Verify that pointer is still frozen.
>METH: Call XUngrabKeyboard with time.
>METH: Verify that pointer is released.
>REPORT: Last-keyboard-grab time not set correctly
>17 FAIL
>
>TEST CASE: XGrabPointer
>
>TEST PURPOSE #2
>Assertion XGrabPointer-2.(A)
>After a call to XGrabPointer is made by a client, pointer
>events are reported only to that client.
>METH: Create second client.
>METH: Create grab window.
>METH: Select pointer events for both clients.
>METH: Grab the pointer.
>METH: Warp pointer.
>METH: Verify that the event is only reported to grabbing client.
>REPORT: No pointer event occurred on the grabbing client
>2 FAIL
>
>TEST PURPOSE #4
>Assertion XGrabPointer-4.(A)
>When owner_events is False, then all generated pointer
>events that are selected by the event_mask are reported with
>respect to the grab_window.
>METH: Set owner_events to False.
>METH: Create grab window.
>METH: Create other window.
>METH: Set event-mask to select pointer events.
>METH: Grab pointer.
>METH: Warp pointer to other window.
>METH: Verify that events are reported with respect to the grab window.
>REPORT: No pointer event was received
>4 UNRESOLVED
>
>TEST PURPOSE #5
>Assertion XGrabPointer-5.(A)
>When owner_events is True, and a pointer event is
>generated that would normally be reported to the client,
>then it is reported on the window that it would normally be
>reported on.
>METH: Create window for grab window.
>METH: Create window2.
>METH: Set owner_events to True.
>METH: Select pointer events on window2.
>METH: Grab pointer.
>METH: Warp pointer in window2.
>METH: Verify that pointer events are generated on window2.
>REPORT: No pointer event was received
>5 UNRESOLVED
>
>TEST PURPOSE #6
>Assertion XGrabPointer-6.(A)
>When owner_events is True, and a pointer event is
>generated that would not normally be reported to the client,
>and it is selected by event_mask, then it is reported on
>the grab_window.
>METH: Create window for grab window.
>METH: Create window2.
>METH: Set owner_events to True.
>METH: Select pointer events in event_mask.
>METH: Do not select pointer events on window2.
>METH: Grab pointer.
>METH: Warp pointer in window2.
>METH: Verify that pointer events are generated on the grab window.
>REPORT: No pointer event was received
>6 UNRESOLVED
>
>TEST PURPOSE #7
>Assertion XGrabPointer-7.(A)
>When pointer_mode is GrabModeAsync, then pointer event
>processing continues normally.
>METH: Grab pointer with pointer_mode GrabModeAsync.
>METH: Warp pointer.
>METH: Verify that pointer events are received.
>REPORT: No pointer event was received
>7 UNRESOLVED
>
>TEST PURPOSE #8
>Assertion XGrabPointer-8.(A)
>When pointer_mode is GrabModeAsync and the pointer is
>currently frozen by this client, then the processing of
>events for the pointer is resumed.
>METH: Freeze pointer by grabbing keyboard with pointer_mode GrabModeSync.
>METH: Warp pointer.
>METH: Verify that no pointer events received yet.
>METH: Grab pointer with GrabModeAsync.
>METH: Verify that the pointer event is now released.
>REPORT: Normal pointer processing was not restored
>8 FAIL
>
>TEST PURPOSE #10
>Assertion XGrabPointer-10.(A)
>When the pointer is frozen, then the actual pointer changes
>are not lost and are processed after the grab is released or
>the client calls XAllowEvents.
>METH: Grab pointer with GrabModeSync.
>METH: Warp pointer.
>METH: Verify that no pointer events are received.
>METH: Release pointer.
>METH: Verify that pointer events are now received.
>REPORT: Pointer event was not saved while pointer was frozen
>10 FAIL
>
>TEST PURPOSE #17
>Assertion XGrabPointer-17.(A)
>When the pointer is not initially in the confine_to window,
>then it is warped automatically to the closest edge just
>before the grab activates and enter and leave events are
>generated.
>METH: Create confine_to window.
>METH: Create grab_window.
>METH: Create spare window 'win'.
>METH: Warp pointer to win.
>METH: Enable events on win and grab and confine_to windows.
>METH: Grab pointer.
>METH: Verify that a leave event is generated on win.
>METH: Verify that an enter event is generated on the confine_to window.
>REPORT: No leave notify event for win received
>REPORT: Incorrect event type EnterNotify, was expecting LeaveNotify
>REPORT: No enter notify event for confine_to received
>REPORT: Incorrect event type LeaveNotify, was expecting EnterNotify
>REPORT: No grab-mode leave notify event for win received
>REPORT: Incorrect event type EnterNotify, was expecting LeaveNotify
>REPORT: No grab-mode enter notify event for grab_window received
>17 FAIL
>
>TEST CASE: XSetModifierMapping
>
>TEST PURPOSE #8
>Assertion XSetModifierMapping-8.(A)
>When a KeyCode is not in the range returned by
>XDisplayKeycodes, then a BadValue error occurs.
>METH: Call XDisplayKeycodes to get range of valid keycodes.
>METH: Set up map with keycode less than the minimum value.
>METH: Call XSetModifierMapping.
>METH: Verify that a BadValue error occurs.
>METH:
>METH: Set up map with keycode greater than the maximum value (if possible).
>METH: Call XSetModifierMapping.
>METH: Verify that a BadValue error occurs.
>REPORT: Got Success, Expecting BadValue
>8 FAIL
>
>TEST CASE: XUngrabPointer
>
>TEST PURPOSE #1
>Assertion XUngrabPointer-1.(A)
>When the client has actively grabbed the pointer with a
>call to XGrabPointer, XGrabButton or from a normal button
>press, then a call to XUngrabPointer releases the pointer
>and any queued events.
>METH: Create a grab window.
>METH: Grab pointer with pointer_mode GrabModeSync.
>METH: Warp pointer within the grab window.
>METH: Verify that no pointer events are received.
>METH: Call XUngrabPointer to release pointer.
>METH: Verify that pointer events are now received.
>REPORT: Pointer event was not saved while pointer was frozen
>1 FAIL
>
>TEST CASE: XWarpPointer
>
>TEST PURPOSE #7
>Assertion XWarpPointer-7.(A)
>A call to XWarpPointer generates events as though the
>pointer position had been instantaneously moved by the user.
>METH: Create dest_w.
>METH: Position pointer at 0,0 in dest_w.
>METH: Enable events.
>METH: Call XWarpPointer to move pointer within window.
>METH: Verify that only one motion event is generated.
>REPORT: Incorrect event type UNDEFINED (0), was expecting MotionNotify
>7 FAIL
>
>SECTION: Xlib14
>
>TEST CASE: XGetICValues
>
>TEST PURPOSE #1
>Assertion XGetICValues-1.(C)
>If the implementation is X11R5 or later: A call to
>XGetICValues shall fetch the values specified by ic_names
>into the variable ic_val associated with the input context,
>ic. XICValues returns NULL if no error occured, otherwise it
>returns a pointer to the first argument that could not be
>set.
>METH: For all locales, create an input method and for all supported styles
>METH: create an input context, then fetch the general ic values.
>REPORT: Unable to open fontset, -vsw-*-*-r-normal--*-120-75-75-*-*-*-*
>REPORT: Couldn't setup input styles.
>1 FAIL
>
>TEST PURPOSE #2
>Assertion XGetICValues-2.(C)
>If the implementation is X11R5 or later: A call to
>XGetICValues shallfetch the values specified by ic_names
>into the variable ic_val associated with the input context,
>ic. XICValues returns NULL if no error occured, otherwise it
>returns a pointer to the first argument that could not be
>set.
>METH: For all locales, create an input method and for all supported styles
>METH: create an input context, then fetch the preedit ic values.
>REPORT: Unable to open fontset, -vsw-*-*-r-normal--*-120-75-75-*-*-*-*
>REPORT: Couldn't setup input styles.
>2 FAIL
>
>TEST PURPOSE #3
>Assertion XGetICValues-3.(C)
>If the implementation is X11R5 or later: A call to
>XGetICValues shall fetch the values specified by ic_names
>into the variable ic_val associated with the input context,
>ic. XICValues returns NULL if no error occured, otherwise it
>returns a pointer to the first argument that could not be
>set.
>METH: For all locales, create an input method and for all supported styles
>METH: create an input context, then fetch the status ic values.
>REPORT: Unable to open fontset, -vsw-*-*-r-normal--*-120-75-75-*-*-*-*
>REPORT: Couldn't setup input styles.
>3 FAIL
>
>TEST CASE: XmbDrawString
>
>TEST PURPOSE #1
>Assertion XmbDrawString-1.(C)
>If the implementation is X11R5 or later: On a call to
>XmbDrawString the image of each 8-bit character in the
>string, as defined by the fontset shall be treated as an
>additional mask for a fill operation on the drawable.
>METH: For each locales, for all fontsets, draw all the characters between
>METH: 0&255, by setting up strings to point to groups of characters at a time.
>METH: Pixmap verify.  Only one Visual will be tested since XDrawString is being
>METH: tested elsewhere.
>REPORT: A total of 576 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>REPORT: A total of 1075 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0001.err for results
>REPORT: A total of 922 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0002.err for results
>REPORT: A total of 684 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0003.err for results
>REPORT: A total of 1090 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0004.err for results
>REPORT: A total of 879 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0005.err for results
>1 FAIL
>
>TEST CASE: XmbDrawText
>
>TEST PURPOSE #1
>Assertion XmbDrawText-1.(C)
>If the implementation is X11R5 or later: On a call to
>XmbDrawText each of the text items, specifying a string
>chars of 8-bit characters from a font with interstring
>spacing given by delta, shall be drawn in turn.
>METH: For all locales, for all fontsets, draw all the
>METH: characters between 0&255 in all the xtest fonts, by setting
>METH: up XTestItem structs to point to groups of characters at a time.
>METH: Pixmap verify.  Only one visual will be tested, since XDrawText is
>METH: being tested elsewhere and XmbDrawText eventually calls the same
>METH: routines as XDrawText.
>REPORT: A total of 327 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>REPORT: A total of 1041 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0001.err for results
>REPORT: A total of 1068 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0002.err for results
>REPORT: A total of 936 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0003.err for results
>REPORT: A total of 325 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0004.err for results
>REPORT: A total of 1001 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0005.err for results
>REPORT: A total of 900 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0006.err for results
>REPORT: A total of 816 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0007.err for results
>1 FAIL
>
>TEST CASE: XmbLookupString
>
>TEST PURPOSE #1
>Assertion XmbLookupString-1.(C)
>If the implementation is X11R5 or later: A call to
>XmbLookupString shall return the string from the input
>method specified in the buffer_return argument. If no string
>is returned the buffer_return argument shall remain
>unchanged. The KeySym into which the KeyCode from the event
>was mapped shall be returned in the keysym_return argument
>if it is non-NULL and the status_return argument indicates
>that a KeySym was returned. If both a string and a KeySym
>are returned, the KeySym value does not necessarily
>correspond to the string returned. XmbLookupString returns
>the length of the string in bytes. The text is returned in
>the encoding of the locale bound to the input method of the
>specified input context, ic.
>METH: For all locales, create an input method and
>METH: for all supported styles create an input context,
>METH: Obtain the keycode corresponding to the keysym XK_b using XKeysymToKeycode.
>METH: Obtain the string and keysym bound to that keycode using XmbLookupString.
>METH: Verify that the returned string is correct.
>METH: Obtain the string and keysym bound to that keycode using XmbLookupString with state = ShiftMask.
>METH: Verify that the returned string is correct.
>REPORT: XmbLookupString() returned keysym 0 instead of 98.
>REPORT: XmbLookupString() returned 0 instead of 1.
>REPORT: XmbLookupString() returned string "Xtest uninitialiased string." instead of "b".
>REPORT: XmbLookupString() returned keysym 0 instead of 66.
>REPORT: XmbLookupString() returned string "Xtest uninitialiased string." instead of "B".
>REPORT: XmbLookupString() returned keysym 0 instead of 98.
>REPORT: XmbLookupString() returned 0 instead of 1.
>REPORT: XmbLookupString() returned string "Xtest uninitialiased string." instead of "b".
>REPORT: XmbLookupString() returned keysym 0 instead of 66.
>REPORT: XmbLookupString() returned string "Xtest uninitialiased string." instead of "B".
>1 FAIL
>
>TEST CASE: XwcDrawString
>
>TEST PURPOSE #1
>Assertion XwcDrawString-1.(C)
>If the implementation is X11R5 or later: On a call to
>XwcDrawString the image of each 8-bit character in the
>wstring, as defined by the fontset shall be treated as an
>additional mask for a fill operation on the drawable.
>METH: For each locales, for all fontsets, draw all the characters between
>METH: 0&255, by setting up strings to point to groups of characters at a time.
>METH: Pixmap verify.  Only one Visual will be tested since XDrawString is being
>METH: tested elsewhere.
>REPORT: A total of 576 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>REPORT: A total of 1075 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0001.err for results
>REPORT: A total of 922 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0002.err for results
>REPORT: A total of 684 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0003.err for results
>REPORT: A total of 1090 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0004.err for results
>REPORT: A total of 879 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0005.err for results
>1 FAIL
>
>TEST CASE: XwcDrawText
>
>TEST PURPOSE #1
>Assertion XwcDrawText-1.(C)
>If the implementation is X11R5 or later: On a call to
>XwcDrawText each of the text items, specifying a string
>chars of 8-bit characters from a font with interstring
>spacing given by delta, shall be drawn in turn.
>METH: For all locales, for all fontsets, draw all the
>METH: characters between 0&255 in all the xtest fonts, by setting
>METH: up XTestItem structs to point to groups of characters at a time.
>METH: Pixmap verify.  Only one visual will be tested, since XDrawText is
>METH: being tested elsewhere and XwcDrawText eventually calls the same
>METH: routines as XDrawText.
>REPORT: A total of 327 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0000.err for results
>REPORT: A total of 1041 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0001.err for results
>REPORT: A total of 1068 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0002.err for results
>REPORT: A total of 140 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0003.err for results
>REPORT: A total of 325 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0004.err for results
>REPORT: A total of 1001 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0005.err for results
>REPORT: A total of 900 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0006.err for results
>REPORT: A total of 124 out of 9000 pixels were bad
>REPORT: Pixel check failed. See file Err0007.err for results
>1 FAIL
>
>TEST CASE: XwcLookupString
>
>TEST PURPOSE #1
>Assertion XwcLookupString-1.(C)
>If the implementation is X11R5 or later: A call to
>XwcLookupString shall return the string from the input
>method specified in the buffer_return argument. If no string
>is returned the buffer_return argument shall remain
>unchanged. The KeySym into which the KeyCode from the event
>was mapped shall be returned in the keysym_return argument
>if it is non-NULL and the status_return argument indicates
>that a KeySym was returned. If both a string and a KeySym
>are returned, the KeySym value does not necessarily
>correspond to the string returned. XwcLookupString returns
>the length of the string in bytes. The text is returned in
>the encoding of the locale bound to the input method of the
>specified input context, ic.
>METH: For all locales, create an input method and
>METH: for all supported styles create an input context,
>METH: Obtain the keycode corresponding to the keysym XK_b using XKeysymToKeycode.
>METH: Obtain the string and keysym bound to that keycode using XwcLookupString.
>METH: Verify that the returned string is correct.
>METH: Obtain the string and keysym bound to that keycode using XwcLookupString with state = ShiftMask.
>METH: Verify that the returned string is correct.
>REPORT: XwcLookupString() returned keysym 0 instead of 98.
>REPORT: XwcLookupString() returned 0 instead of 1.
>REPORT: XwcLookupString() returned string "Xtest uninitialiased string." instead of "b".
>REPORT: XwcLookupString() returned keysym 0 instead of 66.
>REPORT: XwcLookupString() returned string "Xtest uninitialiased string." instead of "".
>REPORT: XwcLookupString() returned keysym 0 instead of 98.
>REPORT: XwcLookupString() returned 0 instead of 1.
>REPORT: XwcLookupString() returned string "Xtest uninitialiased string." instead of "b".
>REPORT: XwcLookupString() returned keysym 0 instead of 66.
>REPORT: XwcLookupString() returned string "Xtest uninitialiased string." instead of "".
>1 FAIL
>
>SECTION: Xlib17
>
>TEST CASE: XKeycodeToKeysym
>
>TEST PURPOSE #1
>Assertion XKeycodeToKeysym-1.(A)
>A call to XKeycodeToKeysym returns the KeySym specified by
>element index of the KeyCode vector specified by the keycode
>argument.
>METH: Obtain the KeyCode corresponding to KeySym XK_a using XKeysymToKeycode.
>METH: Obtain the KeySym corresponding to the KeyCode using XKeycodeToKeysym with index = 0.
>METH: Verify that the KeySym returned is XK_a.
>METH: Obtain the KeySym corresponding to the KeyCode using XKeycodeToKeysym with index = 1.
>METH: Verify that the KeySym returned is XK_A.
>REPORT: XKeysymToKeycode() returned 0 for KeySym XK_a
>1 UNRESOLVED
>
>TEST CASE: XKeysymToKeycode
>
>TEST PURPOSE #1
>Assertion XKeysymToKeycode-1.(A)
>A call to XKeysymToKeycode returns the KeyCode defined for
>the KeySym specified by the keysym argument.
>METH: Verify that XK_a and XK_A map to the same KeyCode using XKeysymToKeycode.
>METH: Verify that the returned KeyCode maps to XK_a using XKeycodeToKeysym with index 0.
>METH: Verify that the returned KeyCode maps to XK_A using XKeycodeToKeysym with index 1.
>REPORT: XKeysymToKeycode() returned KeyCode 0 which did not map to KeySym XK_a.
>REPORT: XKeysymToKeycode() returned KeyCode 0 which did not map to KeySym XK_A.
>1 FAIL
>
>TEST CASE: XLookupString
>
>TEST PURPOSE #1
>Assertion XLookupString-1.(A)
>A call to XLookupString returns in the keysym_return
>argument the KeySym and in the buffer_return the string of
>maximum length bytes_buffer specified by the keycode and
>state of the event_struct argument, using the standard shift
>modifier computations as defined in the X protocol
>specification, and returns the length of the returned
>string.
>METH: Obtain the keycode corresponding to the keysym XK_b using XKeysymToKeycode.
>METH: Obtain the string and keysym bound to that keycode using XLookupString.
>METH: Verify that the returned string is correct.
>METH: Obtain the string and keysym bound to that keycode using XLookupString with state = ShiftMask.
>METH: Verify that the returned string is correct.
>REPORT: XLookupString() returned keysym 0 instead of 98.
>REPORT: XLookupString() returned 0 instead of 1.
>REPORT: XLookupString() returned string "Xtest uninitialised string." instead of "b".
>REPORT: XLookupString() returned keysym 0 instead of 66.
>REPORT: XLookupString() returned string "Xtest uninitialised string." instead of "B".
>1 FAIL
>
>TEST PURPOSE #2
>Assertion XLookupString-2.(A)
>When the KeySym corresponding to the event_struct argument
>has been rebound, then the bound string is returned,
>truncated to bytes_buffer, in the buffer_return argument.
>METH: Rebind the keysym XK_c to the string XtestRebound using XRebindKeysym.
>METH: Obtain the keycode bound to the XK_c keysym using XKeysymToKeycode.
>METH: Obtain the first three characters of the string to which the keycode is bound using XLookupString.
>METH: Verify that the returned string is correct.
>REPORT: XLookupString() returned keysym 0 instead of 98.
>REPORT: XLookupString() returned 0 instead of 3.
>REPORT: XLookupString() returned string "" instead of "Xte".
>2 FAIL
>
>TEST CASE: XRebindKeysym
>
>TEST PURPOSE #1
>Assertion XRebindKeysym-1.(B)
>A call to XRebindKeysym rebinds the meaning of the keysym
>argument for use in XLookupString to the bytes_string length
>string and to use the mod_count modifiers specified by the
>list argument.
>Reason for omission: There is no known reliable test method for this assertion
>METH: Set map between keysyms that will be used and keycodes.
>METH: Open new connection to get refreshed mappings.
>METH: Bind the keysym XK_A to a string using XRebindKeysym.
>METH: Bind the keysym XK_A with modifiers to a second string using XRebindKeysym.
>METH: Obtain the keycode bound to the XK_A keysym using XKeysymToKeycode.
>METH: Obtain the binding for the keycode without modifiers using XLookupString.
>METH: Verify that the keysym is correctly bound to the string astring.
>METH: Obtain the binding for the keycode with modifiers using XLookupString.
>METH: Verify that the keysym is correctly bound to the string modstring.
>REPORT: XRebindKeysym() bound XK_A to "A" instead of "String to bind to modified key".
>1 FAIL
>
>TEST CASE: XRefreshKeyboardMapping
>
>TEST PURPOSE #1
>Assertion XRefreshKeyboardMapping-1.(A)
>When the request component of the event_map argument is
>MappingKeyboard, then a call to XRefreshKeyboardMapping
>modifies the keymap information based on that specified by
>the event_map argument.
>METH: Map the keycode which maps to KeySym XK_a onto XK_b using XChangeKeyboardMapping.
>METH: Verify that a MappingNotify event is generated.
>METH: Update the keymap information with XRefreshKeyboardMapping.
>METH: Obtain the KeySym corresponding to the keycode.
>METH: Verify that KeySym is XK_b.
>METH: Reset the keycode to map onto XK_a using XChangeKeyboardMapping.
>REPORT: XKeysymToKeycode() returned 0 for KeySym 97.
>1 UNRESOLVED
>
>TEST CASE: XWriteBitmapFile
>
>TEST PURPOSE #3
>Assertion XWriteBitmapFile-3.(A)
>When the file filename cannot be opened for writing, then a
>call to XWriteBitmapFile returns BitmapOpenFailed.
>METH: Create a suitable bitmap.
>METH: Create an unwritable directory.
>METH: Call XWriteBitmapFile to write the bitmap file.
>METH: Verify that a BitmapOpenFailed error occurred.
>REPORT: XWriteBitmapFile did not return expected value.
>REPORT: Expected 1 (BitmapOpenFailed)
>REPORT: Returned 0
>3 FAIL
>
>SECTION: Xt8
>
>TEST CASE: XtMakeGeometryRequest
>
>TEST PURPOSE #3
>Assertion XtMakeGeometryRequest-3.(A)
>When the class of the parent of the widget w is not a
>subclass of compositeWidgetClass a call to XtGeometryResult
>XtMakeGeometryRequest(w, request, reply_return) shall issue
>an invalidParent error.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create core class test widgets
>TEST: Call XtMakeGeometryRequest
>  TEST: Error handler was invoked
>  ERROR: Error handler was not invoked
>3 FAIL
>
>TEST PURPOSE #4
>Assertion XtMakeGeometryRequest-4.(A)
>When the geometry_manager field of the parent of the widget
>w is NULL a call to XtGeometryResult
>XtMakeGeometryRequest(w, request, reply_return) shall issue
>an invalidGeometryManager error.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create avsform3 widget in avsform widget
>PREP: Create windows for widgets and map them
>TEST: Change geometry of labelw_good widget
>  TEST: Error handler was invoked
>  ERROR: Error handler was not invoked
>4 FAIL
>
>TEST CASE: XtMakeResizeRequest
>
>TEST PURPOSE #3
>Assertion XtMakeResizeRequest-3.(A)
>When the class of the parent of the widget w is not a
>subclass of compositeWidgetClass a call to XtGeometryResult
>XtMakeResizeRequest(w, width, height, width_return,
>height_return) shall issue an invalidParent error.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create test widgets
>TEST: Call XtMakeResizeRequest
>  TEST: Error handler was invoked
>  ERROR: Error handler was not invoked
>3 FAIL
>
>TEST PURPOSE #4
>Assertion XtMakeResizeRequest-4.(A)
>When the geometry_manager field of the parent of the widget
>w is NULL a call to XtGeometryResult XtMakeResizeRequest(w,
>width, height, width_return, height_return) shall issue an
>invalidGeometryManager error.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create avsform3 widget in avsform widget
>PREP: Create windows for widgets and map them
>TEST: Call XtMakeResizeRequest
>  TEST: Error handler was invoked
>  ERROR: Error handler was not invoked
>4 FAIL
>
>SECTION: Xt9
>
>TEST CASE: XtGrabKey
>
>TEST PURPOSE #1
>Assertion XtGrabKey-1.(A)
>When the widget widget is realized a successful call to
>void XtGrabKey(widget, keycode, modifiers, owner_events,
>pointer_mode, keyboard_mode) shall call XGrabKey to
>establish a passive key grab for the widget widget.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Disable autorepeat (which would break this test)
>PREP: Set up the XtToolkitError handler
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label: Xt Function: XtGrabKey in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Create windows for widgets and map them
>PREP: Establish passive grab with XtGrabKey
>PREP: Send KeyRelease outside grab widget
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 92
>ERROR: ************************************************
>1 FAIL
>
>TEST PURPOSE #2
>Assertion XtGrabKey-2.(A)
>When the widget widget is not realized a successful call to
>void XtGrabKey(widget, keycode, modifiers, owner_events
>pointer_mode, keyboard_mode) shall cause XGrabKey to be
>called to establish a passive key grab for the specified
>widget when it is realized.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Disable autorepeat (which would break this test)
>PREP: Set up the XtToolkitError handler
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label: Xt Function: XtGrabKey in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Establish passive grab with XtGrabKey
>PREP: Create windows for widgets and map them
>PREP: Send KeyRelease outside grab widget
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 93
>ERROR: ************************************************
>2 FAIL
>
>TEST PURPOSE #3
>Assertion XtGrabKey-3.(A)
>When the widget widget is realized a successful call to
>void XtGrabKey(widget, keycode, modifiers, owner_events
>pointer_mode, keyboard_mode) shall cause XGrabKey to be
>called to establish a passive key grab for the specified
>widget when the widget is next realized following an
>unrealize action on the widget.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Disable autorepeat (which would break this test)
>PREP: Set up the XtToolkitError handler
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label: Xt Function: XtGrabKey in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Create windows for widgets and map them
>PREP: Establish passive grab with XtGrabKey
>PREP: Unrealize grab widget
>PREP: Realize grab widget
>PREP: Send KeyRelease outside grab widget
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 92
>ERROR: ************************************************
>3 FAIL
>
>TEST CASE: XtUngrabKey
>
>TEST PURPOSE #1
>Assertion XtUngrabKey-1.(A)
>A successful call to void XtUngrabKey(widget, keycode,
>modifiers) when the widget widget has a passive key grab
>established for keycode and modifiers shall cancel the grab.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Set up the XtToolkitError handler
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label: Xt Function: XtUngrabKey in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Create windows for widgets and map them
>PREP: Disable autorepeat (which would break this test)
>PREP: Register passive grab on any key, any modifier
>PREP: Release the grab
>PREP: Send KeyRelease outside grab widget
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 97
>ERROR: ************************************************
>1 FAIL
>
>TEST PURPOSE #2
>Assertion XtUngrabKey-2.(A)
>A successful call to void XtUngrabKey(widget, keycode,
>modifiers) when the widget widget is not realized and has a
>deferred passive key grab established for keycode and
>modifiers shall cancel the key grab.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Set up the XtToolkitError handler
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label: Xt Function: XtUngrabKey in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Create windows for widgets and map them
>PREP: Disable autorepeat (which would break this test)
>PREP: Unrealize widget
>PREP: Register passive grab on any key, any modifier
>PREP: Release the grab
>PREP: Realize widget
>PREP: Send KeyRelease outside grab widget
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 98
>ERROR: ************************************************
>2 FAIL
>
>TEST CASE: XtGrabKeyboard
>
>TEST PURPOSE #1
>Assertion XtGrabKeyboard-1.(A)
>When the widget widget is realized a successful call to int
>XtGrabKeyboard(widget, owner_events, pointer_mode,
>keyboard_mode, time) shall call XGrabKeyboard to make an
>active grab of the keyboard for the specified widget.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Set up the XtToolkitError handler
>PREP: Disable autorepeat (which would break this test)
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label: Xt Function: XtGrabKeyboard in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Create windows for widgets and map them
>PREP: Grab Keyboard
>PREP: Simulate user input
>TEST: Analyze events
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 104
>ERROR: ************************************************
>1 FAIL
>
>TEST CASE: XtUngrabKeyboard
>
>TEST PURPOSE #1
>Assertion XtUngrabKeyboard-1.(A)
>A successful call to void XtUngrabKeyboard(widget, time)
>shall cancel the active keyboard grab for the widget widget.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Set up the XtToolkitError handler
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label: Xt Function: XtUngrabKeyboard in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Create windows for widgets and map them
>TEST: Grab and ungrab keyboard
>PREP: Simulate user input
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 96
>ERROR: ************************************************
>  TEST: Events were not grabbed
>  ERROR: Expected key press outside window count of 1, Received 0
>  ERROR: Expected key release outside window count of 1, Received 0
>1 FAIL
>
>TEST CASE: XtSetKeyboardFocus
>
>TEST PURPOSE #5
>Assertion XtSetKeyboardFocus-5.(A)
>After a successful call to void XtSetKeyboardFocus(subtree,
>descendant) when the FocusChange event has been selected by
>the widget descendant and the pointer moves into the
>specified subtree a FocusIn event shall be generated for
>descendant.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Add focus change event handler to rowcolw
>PREP: Set Keyboard focus to panedw subtree with rowcolw as descendant
>TEST: Check FocusIn event was received
>TEST: Actively grab keyboard
>ERROR: wait_for: Timed-out waiting for child to exit.
>5 FAIL
>
>SECTION: Xt11
>
>TEST CASE: XtCvtStringToFontSet
>
>TEST PURPOSE #1
>Assertion XtCvtStringToFontSet-1.(C)
>If the implementation is X11R5 or later: A successful call
>to Boolean XtCvtStringToFontSet(display, args, num_args,
>from, to, converter_data) when to->addr is not NULL and
>to->size is large enough to store an XtRFontSet type shall
>convert the string specified in from to an XtRFontSet type,
>store it at the location specified by to->addr, set to->size
>to the actual size of the converted data, and return True.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get display
>PREP: Set up required conversion args
>TEST: Check conversion succeeds
>WARNING: ****************************************************************
>WARNING: An Xt warning occured during a toolkit call:
>WARNING: Missing charsets in String to FontSet conversion
>WARNING: ****************************************************************
>WARNING: ****************************************************************
>WARNING: An Xt warning occured during a toolkit call:
>WARNING: Cannot convert string "-vsw-*-*-r-normal--*-120-75-75-*-*-*-*,-vsw-*-*-r-normal--*-180-75-75-*-*-*-*" to type FontSet
>WARNING: ****************************************************************
>1 WARNING
>
>TEST PURPOSE #3
>Assertion XtCvtStringToFontSet-3.(C)
>If the implementation is X11R5 or later: A successful call
>to Boolean XtCvtStringToFontSet(display, args, num_args,
>from, to, converter_data) when to->addr is NULL shall
>convert the string specified in from to an XtRFontSet type,
>allocate space for the converted data, set to->addr to
>specify the location of the data, set to->size to the size
>of the coverted data, and return True.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get display
>PREP: Set up required conversion args
>TEST: Check conversion succeeds
>WARNING: ****************************************************************
>WARNING: An Xt warning occured during a toolkit call:
>WARNING: Missing charsets in String to FontSet conversion
>WARNING: ****************************************************************
>WARNING: ****************************************************************
>WARNING: An Xt warning occured during a toolkit call:
>WARNING: Cannot convert string "-vsw-*-*-r-normal--*-120-75-75-*-*-*-*,-vsw-*-*-r-normal--*-180-75-75-*-*-*-*" to type FontSet
>WARNING: ****************************************************************
>TEST: to->addr and to->size are set
>3 WARNING
>
>TEST PURPOSE #11
>Assertion XtCvtStringToFontSet-11.(C)
>If the implementation is X11R5 or later: A call to Boolean
>XtCvtStringToFontSet(display, args, num_args, from, to,
>converter_data) when the conversion is not performed due to
>an improper value specified in from shall issue a warning
>message and return False.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get display
>PREP: Set up required conversion args
>TEST: Check conversion fails
>ERROR: Expected XtCvtStringToFontSet return value of 0, Received 1
>  TEST: Warning handler is called
>11 FAIL
>
>TEST CASE: XtCallbackReleaseCacheRefList
>
>TEST PURPOSE #1
>Assertion XtCallbackReleaseCacheRefList-1.(A)
>When added to a callback list with client_data specified as
>a pointer to a NULL-terminated list of XtCacheRef values and
>later invoked, void XtCallbackReleaseCacheRefList(object,
>client_data, call_data) shall decrement the reference counts
>for the conversion entries specified by client_data.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Register resource converter
>PREP: Invoke converter twice to cache resources
>TEST: Invoke XtCallbackReleaseCacheRefList callback
>unexpected signal 6 (SIGABRT) received
>1 UNRESOLVED
>
>SECTION: Xt12
>
>TEST CASE: XtSetKeyTranslator
>
>TEST PURPOSE #1
>Assertion XtSetKeyTranslator-1.(A)
>A successful call to void XtSetKeyTranslator(display, proc)
>shall register proc as the KeyCode-to-KeySym translator for
>the display display that will be invoked when a call to
>XtTranslateKeycode is made.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get display
>PREP: Register Key Translator Proc
>PREP: Get keysym for alphabet 'a'
>PREP: Get keycode list for keysym
>PREP: Invoke default keycode-to-keysym translator
>unexpected signal 11 (SIGSEGV) received
>1 UNRESOLVED
>
>TEST CASE: XtTranslateKeycode
>
>TEST PURPOSE #1
>Assertion XtTranslateKeycode-1.(A)
>A successful call to void XtTranslateKeycode(display,
>keycode, modifiers, modifiers_return, keysym_return) shall
>invoke the currently registered KeyCode-to-KeySym translator
>for the KeyCode keycode with the specified arguments and
>return the associated KeySym in keysym_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get display
>PREP: Register Key Translator Proc
>PREP: Get keysym for alphabet 'a'
>PREP: Get keycode list for keysym
>TEST: Invoke keycode-to-keysym translator
>unexpected signal 11 (SIGSEGV) received
>1 UNRESOLVED
>
>TEST PURPOSE #2
>Assertion XtTranslateKeycode-2.(A)
>A successful call to void XtTranslateKeycode(display,
>keycode, modifiers, modifiers_return, keysym_return) shall
>return a mask that indicates the modifiers actually used to
>generate the KeySym in modifiers_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get display
>PREP: Register Key Translator Proc
>PREP: Get keysym for alphabet 'a'
>PREP: Get keycode list for keysym
>unexpected signal 11 (SIGSEGV) received
>2 UNRESOLVED
>
>TEST CASE: XtGetActionKeysym
>
>TEST PURPOSE #1
>Assertion XtGetActionKeysym-1.(A)
>When KeySym XtGetActionKeysym(event, modifiers_return) is
>called from an action procedure, the event pointer event has
>the same value as the event pointer passed to the action
>procedure, and the event is a KeyPress it shall return the
>KeySym that matches the final event specification in the
>traslation table.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create AVS widget
>PREP: Register action table with resource manager
>PREP: Create windows for widgets and map them
>PREP: Get keysym for alphabet 'A'
>PREP: Get keycode list for keysym
>PREP: Invoke action procedure
>unexpected signal 11 (SIGSEGV) received
>1 UNRESOLVED
>
>TEST PURPOSE #2
>Assertion XtGetActionKeysym-2.(A)
>When KeySym XtGetActionKeysym(event, modifiers_return) is
>called from an action procedure, the event pointer event has
>the same value as the event pointer passed to the action
>procedure, and the event is a KeyRelease it shall return the
>KeySym that matches the final event specification in the
>traslation table.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create AVS widget
>PREP: Register action table with resource manager
>PREP: Create windows for widgets and map them
>PREP: Get keysym for alphabet 'A'
>PREP: Get keycode list for keysym
>PREP: Invoke action procedure
>unexpected signal 11 (SIGSEGV) received
>2 UNRESOLVED
>
>TEST PURPOSE #3
>Assertion XtGetActionKeysym-3.(A)
>When KeySym XtGetActionKeysym(event, modifiers_return) is
>called from an action procedure, the event pointer event has
>the same value as the event pointer passed to the action
>procedure, the event is a KeyRelease or a KeyPress event,
>and modifiers_return is non-NULL it shall return the
>modifiers used to generate the KeySym in modifiers_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create AVS widget
>PREP: Register action table with resource manager
>PREP: Create windows for widgets and map them
>PREP: Get keysym for alphabet 'A'
>PREP: Get keycode list for keysym
>PREP: Invoke action procedure
>unexpected signal 11 (SIGSEGV) received
>3 UNRESOLVED
>
>TEST PURPOSE #4
>Assertion XtGetActionKeysym-4.(A)
>When KeySym XtGetActionKeysym(event, modifiers_return) is
>not called from an action procedure and the event is a
>KeyPress it shall invoke the currently registered
>KeyCode-to-KeySym translator for the KeyCode specified by
>the event pointer event and return the associated KeySym and
>a constant that indicates the subset of all modifiers
>examined by the translator in modifiers_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get keysym for alphabet 'A'
>PREP: Get keycode list for keysym
>PREP: Call XtGetActionKeysym
>unexpected signal 11 (SIGSEGV) received
>4 UNRESOLVED
>
>TEST PURPOSE #5
>Assertion XtGetActionKeysym-5.(A)
>When KeySym XtGetActionKeysym(event, modifiers_return) is
>not called from an action procedure and the event is a
>KeyRelease it shall invoke the currently registered
>KeyCode-to-KeySym translator for the KeyCode specified by
>the event pointer event and return the associated KeySym and
>a constant that indicates the subset of all modifiers
>examined by the translator in modifiers_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get keysym for alphabet 'A'
>PREP: Get keycode list for keysym
>PREP: Call XtGetActionKeysym
>unexpected signal 11 (SIGSEGV) received
>5 UNRESOLVED
>
>TEST PURPOSE #6
>Assertion XtGetActionKeysym-6.(A)
>When KeySym XtGetActionKeysym(event, modifiers_return) is
>called from an action procedure, the event pointed to by
>event does not have the same value as the event passed to
>the action procedure, and the event is a KeyPress it shall
>invoke the currently registered KeyCode-to-KeySym translator
>for the KeyCode specified by the event pointer event and
>return the associated KeySym and a constant that indicates
>the subset of all modifiers examined by the translator in
>modifiers_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create AVS widget
>PREP: Register action table with resource manager
>PREP: Create windows for widgets and map them
>PREP: Get keysyms for alphabet 'A' and 'B'
>PREP: Get keycode lists for keysyms
>PREP: Invoke action procedure with event for 'A'
>unexpected signal 11 (SIGSEGV) received
>6 UNRESOLVED
>
>TEST PURPOSE #7
>Assertion XtGetActionKeysym-7.(A)
>When KeySym XtGetActionKeysym(event, modifiers_return) is
>called from an action procedure, the event pointed to by
>event does not have the same value as the event passed to
>the action procedure, and the event is a KeyRelease it shall
>invoke the currently registered KeyCode-to-KeySym translator
>for the KeyCode specified by the event pointer event and
>return the associated KeySym and a constant that indicates
>the subset of all modifiers examined by the translator in
>modifiers_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create AVS widget
>PREP: Register action table with resource manager
>PREP: Create windows for widgets and map them
>PREP: Get keysyms for alphabet 'A' and 'B'
>PREP: Get keycode lists for keysyms
>PREP: Invoke action procedure with event for 'A'
>unexpected signal 11 (SIGSEGV) received
>7 UNRESOLVED
>
>TEST CASE: XtKeysymToKeycodeList
>
>TEST PURPOSE #1
>Assertion XtKeysymToKeycodeList-1.(A)
>A call to void XtKeysymToKeycodeList(display, keysym,
>keycodes_return, keycount_return) shall return all the
>KeyCodes that have the KeySym keysym in their entry for the
>keyboard mapping table associated with the display display
>and return the number KeyCodes on the list in
>keycount_return.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Create windows for widgets and map them
>PREP: Get display
>PREP: Get keysym for alphabet 'a'
>PREP: Get keycode list for keysym
>PREP: Convert keycode to keysym
>unexpected signal 11 (SIGSEGV) received
>1 UNRESOLVED
>
>TEST CASE: XtRegisterGrabAction
>
>TEST PURPOSE #1
>Assertion XtRegisterGrabAction-1.(A)
>After a successful call to void
>XtRegisterGrabAction(action_proc, owner_events, event_mask,
>pointer_mode, keyboard_mode) when a widget for the calling
>process is realized and the procedure action_proc is present
>in the translation table or the accelerator table of this
>widget associated with a KeyPress event shall cause a
>passive key grab to be registered for the widget window on
>every KeyCode that maps to the event detail field in the
>translation or the accelerator table.
>PREP: Initialize toolkit, Open display and Create topLevel root widget
>PREP: Set up the XtToolkitError handler
>PREP: Set up widget tree of depth eight (8) return panedw widget
>PREP: Create boxw1 widget in panedw widget
>PREP: Get the label widget name
>PREP: Create label in boxw1 widget
>PREP: Create boxw2 widget in panedw widget
>PREP: Set height and width of boxw2 widget
>PREP: Create label in boxw1 widget
>PREP: Add action table
>PREP: Parse translation table
>PREP: Add new translations into boxw1 widget
>TEST: Register ActionProc with XtRegisterGrabAction
>TEST: Create windows for widgets and map them
>TEST: Analyse user input
>PREP: Send KeyPress outside grab widget
>ERROR: ************************************************
>ERROR: XError invoking protocol request Unknown
>ERROR: The error was: BadValue (integer parameter out of range for operation)
>ERROR: Number of requests sent over the network connection since opened = 608
>ERROR: ************************************************
>1 FAIL
>                           VSW5 SUMMARY RESULTS REPORT
>
>Test suite version: 5.1.5
>Specification version: Open Group Window Management (X11R5) document set
>Test run by: root
>System: Linux x-945gm 2.6.22 #1 SMP Sun Sep 30 14:11:56 CST 2007 i686
>Test run started: Monday October 15, 2007 11:26:49 PM
>Test run ended:   Monday October 15, 2007 02:28:14 AM
>Journal file: journal
>TCC command line: tcc -e
>Report type: -d 1 -s 1 
>
>
>        CASES TESTS  PASS UNSUP UNTST NOTIU  WARN   FIP  FAIL UNRES  UNIN ABORT
>
>Xproto    122   389   249     2     0     0     0     0    18   120     0     0
>Xlib3     109   161   124     3    26     1     0     0     7     0     0     0
>Xlib4      29   324   270    11    27     5     0     0     8     3     0     0
>Xlib5      15    84    76     2     5     0     0     0     1     0     0     0
>Xlib6       8    50    20     0    30     0     0     0     0     0     0     0
>Xlib7      58   172   144     9    13     0     0     0     5     1     0     0
>Xlib8      29   165   133    10    22     0     0     0     0     0     0     0
>Xlib9      46  1472  1174    23    36   201     8     0    30     0     0     0
>Xlib10     23    95    56     1    36     0     0     0     1     1     0     0
>Xlib11     33   195    72    22    43    43     0     0    15     0     0     0
>Xlib12     27   138   108     2    15    12     0     0     1     0     0     0
>Xlib13     32   269   140     3   101     3     0     0    16     6     0     0
>Xlib14     45    58    44     0     5     0     0     0     9     0     0     0
>Xlib15     45   159   126     0    33     0     0     0     0     0     0     0
>Xlib16     30   105    82     1    22     0     0     0     0     0     0     0
>Xlib17     55   131   103     0    21     0     0     0     5     2     0     0
>Xopen       8   127   125     2     0     0     0     0     0     0     0     0
>Xt3        21    73    73     0     0     0     0     0     0     0     0     0
>Xt4        33   192    94     0    98     0     0     0     0     0     0     0
>Xt5        10    69    28     0    41     0     0     0     0     0     0     0
>Xt6         7    71    71     0     0     0     0     0     0     0     0     0
>Xt7        11   106    97     0     6     3     0     0     0     0     0     0
>Xt8         7    43    35     0     4     0     0     0     4     0     0     0
>Xt9        33   189   124     2    55     0     0     0     8     0     0     0
>Xt10        8    17    16     0     1     0     0     0     0     0     0     0
>Xt11       58   285   247     0    34     0     2     0     1     1     0     0
>Xt12       22    67    44     0    11     0     0     0     1    11     0     0
>Xt13       39   178   131     0    47     0     0     0     0     0     0     0
>Xt14        2    18    18     0     0     0     0     0     0     0     0     0
>Xt15        1     2     0     2     0     0     0     0     0     0     0     0
>XtC        29   147    90     1    56     0     0     0     0     0     0     0
>XtE         1     1     1     0     0     0     0     0     0     0     0     0
>
>TOTAL     996  5552  4115    96   788   268    10     0   130   145     0     0

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