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reactos/rostests/apitests/localspl/testlist.c

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[LOCALSPL_APITEST] Write an API-Test for localspl.dll. As the original localspl.dll from Windows Server 2003 relies on proper initialization inside spoolsv.exe, we cannot test it standalone as usual. To make testing possible anyway, this program basically does four things: - Injecting our testing code into spoolsv.exe. - Registering and running us as a service in the SYSTEM security context like spoolsv.exe, so that injection is possible at all. - Sending the test name and receiving the console output over named pipes. - Redirecting the received console output to stdout again, so it looks and feels like a standard API-Test. Nevertheless, the testing code in fpEnumPrinters.c is still written like a usual test. The known ok(), skip(), etc. macros can be used as usual, their output is just redirected through the named pipes. Thanks to Thomas for giving me the tip about injecting code into spoolsv! :) svn path=/branches/colins-printing-for-freedom/; revision=68080
2015-06-08 17:15:44 +00:00
/*
* PROJECT: ReactOS Local Spooler API Tests
* LICENSE: GNU GPLv2 or any later version as published by the Free Software Foundation
* PURPOSE: Test list
[LOCALSPL_APITEST] Add a test for fpGetPrintProcessorDirectory, the actual worker function inside localspl.dll at the end of the call chain. With that final test, we should have enough information to implement 100% compatible versions of GetPrintProcessorDirectoryA/W and fpGetPrintProcessorDirectory. [WINSPOOL_APITEST] Initialize some more variables with bogus values to verify that they have actually changed. Next step for CORE-12399 svn path=/trunk/; revision=73264
2016-11-17 22:23:28 +00:00
* COPYRIGHT: Copyright 2015-2016 Colin Finck <colin@reactos.org>
[LOCALSPL_APITEST] Write an API-Test for localspl.dll. As the original localspl.dll from Windows Server 2003 relies on proper initialization inside spoolsv.exe, we cannot test it standalone as usual. To make testing possible anyway, this program basically does four things: - Injecting our testing code into spoolsv.exe. - Registering and running us as a service in the SYSTEM security context like spoolsv.exe, so that injection is possible at all. - Sending the test name and receiving the console output over named pipes. - Redirecting the received console output to stdout again, so it looks and feels like a standard API-Test. Nevertheless, the testing code in fpEnumPrinters.c is still written like a usual test. The known ok(), skip(), etc. macros can be used as usual, their output is just redirected through the named pipes. Thanks to Thomas for giving me the tip about injecting code into spoolsv! :) svn path=/branches/colins-printing-for-freedom/; revision=68080
2015-06-08 17:15:44 +00:00
*/
#define __ROS_LONG64__
#define STANDALONE
#include <apitest.h>
extern void func_fpEnumPrinters(void);
[LOCALSPL_APITEST] Add a test for fpGetPrintProcessorDirectory, the actual worker function inside localspl.dll at the end of the call chain. With that final test, we should have enough information to implement 100% compatible versions of GetPrintProcessorDirectoryA/W and fpGetPrintProcessorDirectory. [WINSPOOL_APITEST] Initialize some more variables with bogus values to verify that they have actually changed. Next step for CORE-12399 svn path=/trunk/; revision=73264
2016-11-17 22:23:28 +00:00
extern void func_fpGetPrintProcessorDirectory(void);
[LOCALSPL_APITEST] Write an API-Test for localspl.dll. As the original localspl.dll from Windows Server 2003 relies on proper initialization inside spoolsv.exe, we cannot test it standalone as usual. To make testing possible anyway, this program basically does four things: - Injecting our testing code into spoolsv.exe. - Registering and running us as a service in the SYSTEM security context like spoolsv.exe, so that injection is possible at all. - Sending the test name and receiving the console output over named pipes. - Redirecting the received console output to stdout again, so it looks and feels like a standard API-Test. Nevertheless, the testing code in fpEnumPrinters.c is still written like a usual test. The known ok(), skip(), etc. macros can be used as usual, their output is just redirected through the named pipes. Thanks to Thomas for giving me the tip about injecting code into spoolsv! :) svn path=/branches/colins-printing-for-freedom/; revision=68080
2015-06-08 17:15:44 +00:00
extern void func_service(void);
const struct test winetest_testlist[] =
{
{ "fpEnumPrinters", func_fpEnumPrinters },
[LOCALSPL_APITEST] Add a test for fpGetPrintProcessorDirectory, the actual worker function inside localspl.dll at the end of the call chain. With that final test, we should have enough information to implement 100% compatible versions of GetPrintProcessorDirectoryA/W and fpGetPrintProcessorDirectory. [WINSPOOL_APITEST] Initialize some more variables with bogus values to verify that they have actually changed. Next step for CORE-12399 svn path=/trunk/; revision=73264
2016-11-17 22:23:28 +00:00
{ "fpGetPrintProcessorDirectory", func_fpGetPrintProcessorDirectory },
[LOCALSPL_APITEST] Write an API-Test for localspl.dll. As the original localspl.dll from Windows Server 2003 relies on proper initialization inside spoolsv.exe, we cannot test it standalone as usual. To make testing possible anyway, this program basically does four things: - Injecting our testing code into spoolsv.exe. - Registering and running us as a service in the SYSTEM security context like spoolsv.exe, so that injection is possible at all. - Sending the test name and receiving the console output over named pipes. - Redirecting the received console output to stdout again, so it looks and feels like a standard API-Test. Nevertheless, the testing code in fpEnumPrinters.c is still written like a usual test. The known ok(), skip(), etc. macros can be used as usual, their output is just redirected through the named pipes. Thanks to Thomas for giving me the tip about injecting code into spoolsv! :) svn path=/branches/colins-printing-for-freedom/; revision=68080
2015-06-08 17:15:44 +00:00
{ "service", func_service },
{ 0, 0 }
};
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