本文整理汇总了Python中raptor_tests.SmokeTest.logfileOption方法的典型用法代码示例。如果您正苦于以下问题：Python SmokeTest.logfileOption方法的具体用法？Python SmokeTest.logfileOption怎么用？Python SmokeTest.logfileOption使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类raptor_tests.SmokeTest的用法示例。
在下文中一共展示了SmokeTest.logfileOption方法的8个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的Python代码示例。
示例1: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
t = SmokeTest()
t.id = "29"
t.name = "armv7_testcode"
t.command = "sbs -b smoke_suite/test_resources/simple_test/bld.inf -c " + \
"armv7.test -f - "
# Don't allow -f to be appended
t.logfileOption = lambda :""
t.targets = [
"$(EPOCROOT)/epoc32/release/armv7/urel/simple_test_auto.exe",
"$(EPOCROOT)/epoc32/release/armv7/urel/simple_test_manual.exe",
"$(EPOCROOT)/epoc32/release/armv7/udeb/simple_test_auto.exe",
"$(EPOCROOT)/epoc32/release/armv7/udeb/simple_test_manual.exe",
"$(EPOCROOT)/epoc32/include/testexportheader.h",
"$(EPOCROOT)/epoc32/data/z/test/simple_test/armv7.auto.bat",
"$(EPOCROOT)/epoc32/data/z/test/simple_test/armv7.manual.bat"
]
t.mustmatch = [".*/epoc32/data/z/test/simple_test/armv7.auto.bat</build>.*"]
t.run()
return t示例2: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
t = SmokeTest()
t.description = """talon_test: two part test
1) Test talon's -c option
2) Test talon with a script file that has some blank lines and a single non-blank command line
"""
# Don't need these as we are not invoking Raptor
t.logfileOption = lambda : ""
t.makefileOption = lambda : ""
# Set up variables for talon
bindir = ReplaceEnvs("$(SBS_HOME)/$(HOSTPLATFORM_DIR)/bin")
bash = bindir + "/bash"
talon = bindir + "/talon"
# Adjust if on Windows - three "tries" for Bash on Windows.
# 1 Default try
if "win" in sys.platform.lower():
bash = ReplaceEnvs("$(SBS_HOME)/win32/cygwin/bin/bash.exe")
talon = ReplaceEnvs("$(SBS_HOME)/$(HOSTPLATFORM_DIR)/bin/talon.exe")
# 2 Bash from a Cygwin
if os.environ.has_key("SBS_CYGWIN"):
bash = ReplaceEnvs("$(SBS_CYGWIN)/bin/bash.exe")
# 3 Bash from an env. var.
if os.environ.has_key("SBS_SHELL"):
bash = os.environ["SBS_SHELL"]
# Talon's command line
commandline="\"|name=commandlinetest;COMPONENT_META=commandline/group/bld.inf;PROJECT_META=commandline.mmp;|echo Command line invocation output\""
# Talon's "shell script"
scriptfile=ReplaceEnvs("$(SBS_HOME)/test/smoke_suite/test_resources/talon_test/script")
# Environment variables needed by talon - TALON_SHELL must be bash; the other two can be arbitrary.
os.environ["TALON_SHELL"]=bash
os.environ["TALON_BUILDID"]=str(t.id)
os.environ["TALON_RECIPEATTRIBUTES"]="component=talontest"
# First part of test - command line
t.name = "talon_test command line"
t.id = "100a"
t.command = "%s -c %s" % (talon, commandline)
t.targets = []
t.mustmatch_multiline = ["<recipe component=talontest>.*<!\[CDATA\[.*\+ echo Command line invocation output" +
".*\]\]><time start='\d+\.\d+' elapsed='\d+\.\d+' />" +
".*<status exit='ok' attempt='1' />.*</recipe>"]
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
# Second part of test - script file
t.name = "talon_test script file"
t.id = "100b"
t.command = "%s %s" % (talon, scriptfile)
t.targets = []
t.mustmatch_multiline = ["<recipe component=talontest>.*<!\[CDATA\[.*\+ echo Script file output" +
".*\]\]><time start='\d+\.\d+' elapsed='\d+\.\d+' />" +
".*<status exit='ok' attempt='1' />.*</recipe>"]
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
# Print final result
t.name = "talon_test"
t.id = "100"
t.print_result()
# Delete the added environment variables
del os.environ["TALON_SHELL"]
del os.environ["TALON_BUILDID"]
del os.environ["TALON_RECIPEATTRIBUTES"]
return t示例3: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
result = SmokeTest.PASS
t = SmokeTest()
t.id = "0057a"
t.name = "gccxml"
t.usebash = True
t.command = "sbs -b smoke_suite/test_resources/simple_gui/bld.inf " + \
"-c gccxml_urel -m ${SBSMAKEFILE} -f ${SBSLOGFILE} && " + \
"grep -o 'gcc.*-fpermissive' ${SBSLOGFILE}"
t.targets = [
"$(EPOCROOT)/epoc32/release/gccxml/includeheaders.txt",
"$(EPOCROOT)/epoc32/release/gccxml/urel/helloworldexe.gxp"
]
t.addbuildtargets('smoke_suite/test_resources/simple_gui/bld.inf', [
"helloworld_exe/gccxml/HelloWorld.mmp.xml",
"helloworld_exe/helloworld_HelloWorld.rsc.d",
"helloworld_exe/gccxml/HelloWorld.rss.rfi",
"helloworld_reg_exe/helloworld_reg_HelloWorld_reg.rsc.d",
"helloworld_exe/gccxml/HelloWorld_reg.rss.rfi",
"helloworld_exe/gccxml/urel/HelloWorld_Application.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_Application.xml",
"helloworld_exe/gccxml/urel/HelloWorld_AppUi.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_AppUi.xml",
"helloworld_exe/gccxml/urel/HelloWorld_AppView.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_AppView.xml",
"helloworld_exe/gccxml/urel/HelloWorld_Document.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_Document.xml",
"helloworld_exe/gccxml/urel/HelloWorld_Main.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_Main.xml"
])
t.mustmatch = [
".*gcc.*-fpermissive.*"
]
# Windows-only until formal delivery of a Linux version of gccxml_cc1plus
t.run("windows")
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
elif t.result == SmokeTest.SKIP:
return t
t = AntiTargetSmokeTest()
t.id = "0057b"
t.name = "gccxml_reallyclean"
t.command = "sbs -b smoke_suite/test_resources/simple_gui/bld.inf " + \
"-c gccxml_urel REALLYCLEAN"
t.antitargets = ["$(EPOCROOT)/epoc32/release/gccxml/urel/helloworldexe.gxp"]
t.addbuildantitargets('smoke_suite/test_resources/simple_gui/bld.inf', [
"helloworld_exe/gccxml/HelloWorld.mmp.xml",
"helloworld_exe/helloworld_HelloWorld.rsc.d",
"helloworld_exe/gccxml/HelloWorld.rss.rfi",
"helloworld_reg_exe/helloworld_reg_HelloWorld_reg.rsc.d",
"helloworld_exe/gccxml/HelloWorld_reg.rss.rfi",
"helloworld_exe/gccxml/urel/HelloWorld_Application.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_Application.xml",
"helloworld_exe/gccxml/urel/HelloWorld_AppUi.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_AppUi.xml",
"helloworld_exe/gccxml/urel/HelloWorld_AppView.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_AppView.xml",
"helloworld_exe/gccxml/urel/HelloWorld_Document.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_Document.xml",
"helloworld_exe/gccxml/urel/HelloWorld_Main.xml.d",
"helloworld_exe/gccxml/urel/HelloWorld_Main.xml"
])
t.run("windows")
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
t = SmokeTest()
t.id = "0057c"
t.name = "gccxml_var2"
t.command = "sbs -b smoke_suite/test_resources/simple_gui/BldVar2.inf " + \
"-c gccxml_urel -f -"
# Don't allow -m or -f to be appended
t.logfileOption = lambda :""
t.makefileOption = lambda :""
t.mustmatch = [".*__KERNEL_MODE__.*"]
t.errors = 1 # not really VAR2 code, so it wont build cleanly
t.returncode = 1
t.run("windows")
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
t = SmokeTest()
t.id = "0057d"
t.name = "gccxml_stdcpp"
t.command = "sbs -b smoke_suite/test_resources/simple_gui/Bld_stdcpp.inf " + \
"-c gccxml_urel -f -"
# Don't allow -m or -f to be appended
t.logfileOption = lambda :""
t.makefileOption = lambda :""
t.mustmatch = [".*__SYMBIAN_STDCPP_SUPPORT__.*"]
t.errors = 0 # reset after previous run
#.........这里部分代码省略.........
示例4: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
t = SmokeTest()
t.description = """
Tests the creation and content of an .iby romfile for the armv5.test
configuration. Also tests for creation of relevant test batch files.
"""
t.usebash = True
# Don't allow -m or -f to be appended
t.logfileOption = lambda :""
t.makefileOption = lambda :""
t.id = "55a"
# Check content of iby file is correct
# Check batch files are generated
t.name = "romfile_general"
t.command = "sbs -b $(EPOCROOT)/src/ongoing/group/romfile/other_name.inf " \
+ "-c armv5.test ROMFILE -m ${SBSMAKEFILE} -f ${SBSLOGFILE} " \
+ "&& cat $(EPOCROOT)/epoc32/rom/src/ongoing/group/romfile/armv5test.iby"
t.targets = [
"$(EPOCROOT)/epoc32/rom/src/ongoing/group/romfile/armv5test.iby",
"$(EPOCROOT)/epoc32/data/z/test/src/armv5.auto.bat",
"$(EPOCROOT)/epoc32/data/z/test/src/armv5.manual.bat"
]
# Check the content of the generated .iby file.
t.mustmatch = [
# The comment that is put at the start of the file.
r".*// epoc32/rom/src/ongoing/group/romfile/armv5test\.iby\n.*",
# The batch files that are added by the build system.
r".*\ndata=/epoc32/data/z/test/src/armv5\.auto\.bat test/src\.auto\.bat\n.*",
r".*\ndata=/epoc32/data/z/test/src/armv5\.manual\.bat test/src\.manual\.bat\n.*",
# Some normal files.
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_rand\.exe\s+sys/bin/t_rand\.exe\n.*",
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_swapfsys\.exe\s+sys/bin/t_swapfsys\.exe\n.*",
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_localtime\.exe\s+sys/bin/t_localtime\.exe\n.*",
# Some files where the MMP file has the PAGED or UNPAGED keywords.
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_pagestress\.exe\s+sys/bin/t_pagestress\.exe paged\n.*",
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_fsys\.exe\s+sys/bin/t_fsys\.exe unpaged\n.*",
# Some files where the MMP file has the ROMTARGET or RAMTARGET keywords.
r".*\ndata=/epoc32/release/##MAIN##/##BUILD##/t_prel\.dll\s+/sys/bin/t_prel\.dll attrib=r\n.*",
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_sysbin\.exe\s+sys/bin/t_sysbin\.exe\n.*",
r".*\ndata=/epoc32/release/##MAIN##/##BUILD##/t_sysbin\.exe\s+/sys/bin/t_sysbin_ram\.exe attrib=r\n.*",
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_sysbin\.exe\s+/sys/bin/t_sysbina\.exe\n.*",
r".*\nfile=/epoc32/release/##MAIN##/##BUILD##/t_sysbin\.exe\s+/system/programs/t_sysbinb\.exe\n.*"
]
t.mustnotmatch = [
# Try to detect file paths that contain two or more slashes in a row,
# without flagging C++ style comments.
r"\w//+\w"
]
t.warnings = 0 if t.onWindows else 2
t.run()
t.id = "55b"
# t.targets and t.warnings are the same as above and thus omitted
t.name = "romfile_whatlog"
t.command = "sbs -b $(EPOCROOT)/src/ongoing/group/romfile/other_name.inf " \
+ "-c armv5.test ROMFILE -f -"
t.mustmatch = [
# Check whatlog output includes batch files and .iby file
r".*/epoc32/rom/src/ongoing/group/romfile/armv5test.iby</build>.*",
r".*/epoc32/data/z/test/src/armv5.auto.bat</build>.*",
r".*/epoc32/data/z/test/src/armv5.manual.bat</build>.*"
]
t.mustnotmatch = []
t.run()
t.id = "55c"
t.name = "romfile_mmp_include_twice"
t.command = "sbs -b $(EPOCROOT)/src/e32test/group/bld.inf " \
+ "-b $(EPOCROOT)/src/falcon/test/bld.inf " \
+ "-c armv5.test ROMFILE -m ${SBSMAKEFILE} -f ${SBSLOGFILE} " \
+ "&& cat $(EPOCROOT)/epoc32/rom/src/e32test/group/armv5test.iby"
t.targets = [
"$(EPOCROOT)/epoc32/rom/src/e32test/group/armv5test.iby"
]
# Check the content of the generated .iby file
t.mustmatch = [
r".*\ndevice\[MAGIC\]=/epoc32/release/##KMAIN##/##BUILD##/d_nanowait\.ldd\s+sys/bin/d_nanowait\.ldd\n.*",
r".*\ndevice\[MAGIC\]=/epoc32/release/##KMAIN##/##BUILD##/d_pagingexample_2_post.ldd\s+sys/bin/d_pagingexample_2_post.ldd\n.*",
]
t.mustnotmatch = [
# These two files are from two mmp files that included in both bld.inf
# They shouldn't be in the ROM
r".*/d_medch.ldd\s.*"
r".*/d_dma.ldd\s.*"
]
t.warnings = 0
t.run()
#.........这里部分代码省略.........
示例5: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
result = SmokeTest.PASS
t = SmokeTest()
# Override logfileoption and makefileoption to stop them adding '-f' and '-m'
t.logfileOption = lambda : ""
t.makefileOption = lambda : ""
t.id = "0083a"
t.name = "splitlog_filter"
t.description = "Tests scanlog_filter output"
t.usebash = True
t.command = "sbs -b smoke_suite/test_resources/simple/bld.inf -c armv5 " + \
"--filters=FilterSplitlog " + \
"-f $(EPOCROOT)/epoc32/build/splitlog.xml " + \
"&& cat $(EPOCROOT)/epoc32/build/splitlog.xml"
t.targets = [
"$(EPOCROOT)/epoc32/release/armv5/udeb/test.exe",
"$(EPOCROOT)/epoc32/release/armv5/udeb/test.exe.map",
"$(EPOCROOT)/epoc32/release/armv5/urel/test.exe",
"$(EPOCROOT)/epoc32/release/armv5/urel/test.exe.map"
]
t.addbuildtargets('smoke_suite/test_resources/simple/bld.inf', [
"test_/armv5/udeb/test.o",
"test_/armv5/urel/test.o"
])
t.mustmatch = [
".*<info.*"
]
t.mustnotmatch = [
".*<clean.*",
".*</clean>.*",
".*<whatlog.*",
".*</whatlog>.*",
".*<recipe.*",
".*</recipe>.*"
]
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
t.id = "0083b"
t.name = "splitlog_cleancheck"
t.command = "cat $(EPOCROOT)/epoc32/build/splitlog.clean.xml"
t.targets = []
t.mustmatch = [
".*<clean.*",
".*</clean>.*"
]
t.mustnotmatch = [
".*<info.*"
".*<whatlog.*",
".*</whatlog>.*",
".*<recipe.*",
".*</recipe>.*"
]
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
t.id = "0083c"
t.name = "splitlog_whatlogcheck"
t.command = "cat $(EPOCROOT)/epoc32/build/splitlog.whatlog.xml"
t.mustmatch = [
".*<whatlog.*",
".*</whatlog>.*"
]
t.mustnotmatch = [
".*<info.*",
".*<clean.*",
".*</clean>.*",
".*<recipe.*",
".*</recipe>.*"
]
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
t.id = "0083d"
t.name = "splitlog_recipecheck"
t.command = "cat $(EPOCROOT)/epoc32/build/splitlog.recipe.xml"
t.mustmatch = [
".*<recipe.*",
".*</recipe>.*"
]
t.mustnotmatch = [
".*<info.*",
".*<clean.*",
".*</clean>.*",
".*<whatlog.*",
".*</whatlog>.*"
]
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
t.id = "83"
t.name = "splitlog_filter"
#.........这里部分代码省略.........
示例6: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
t = SmokeTest()
t.description = "Test the passing of parameters to log filters"
command = "sbs -b smoke_suite/test_resources/simple/bld.inf -c armv5_urel --filters="
# no parameters means count all tags
t.name = "filter_params_all_tags"
t.command = command + "FilterTagCounter"
t.mustmatch_singleline = [
"^info \d+ \d+",
"^whatlog \d+ \d+",
"^clean \d+ \d+"
]
t.run()
# empty parameter lists are valid
t.name = "filter_params_all_tags2"
t.command = command + "FilterTagCounter[]"
t.run()
# parameters mean report only those tags
t.name = "filter_params_info"
t.command = command + "FilterTagCounter[info]"
t.mustmatch_singleline = [
"^info \d+ \d+"
]
t.mustnotmatch_singleline = [
"^whatlog \d+ \d+",
"^clean \d+ \d+"
]
t.run()
# multiple parameters are valid
t.name = "filter_params_info_clean"
t.command = command + "FilterTagCounter[info,clean]"
t.mustmatch_singleline = [
"^info \d+ \d+",
"^clean \d+ \d+"
]
t.mustnotmatch_singleline = [
"^whatlog \d+ \d+"
]
t.run()
# using the same filter with different parameters is valid
t.name = "filter_params_info_clean2"
t.command = command + "FilterTagCounter[info],FilterTagCounter[clean]"
t.run()
# using the same filter with the same parameters is valid too
t.name = "filter_params_info_clean3"
t.command = command + "FilterTagCounter[info,clean],FilterTagCounter[info,clean]"
t.run()
# parameters must work with the sbs_filter script as well
command = "sbs_filter --filters=%s < smoke_suite/test_resources/logexamples/filter_component.log"
t.logfileOption = lambda :""
t.makefileOption = lambda :""
# should still work with no parameters
t.name = "sbs_filter_no_params"
t.command = command % "FilterComp"
t.mustmatch_singleline = [
]
t.mustnotmatch_singleline = [
"[<>]" # no elements should be printed at all as no bld.inf is selected
]
t.run()
# should work with an empty parameter list
t.name = "sbs_filter_no_params2"
t.command = command % "FilterComp[]"
t.run()
# with a parameter
t.name = "sbs_filter_one_param"
t.command = command % "FilterComp[email]"
t.stdout = [
"<error bldinf='y:/src/email/bld.inf'>email error #1</error>",
"<error bldinf='y:/src/email/bld.inf'>email error #2</error>",
"<warning bldinf='y:/src/email/bld.inf'>email warning #1</warning>",
"<warning bldinf='y:/src/email/bld.inf'>email warning #2</warning>",
"<whatlog bldinf='y:/src/email/bld.inf' config='armv5_urel' mmp='y:/src/email/a.mmp'>",
"<build>/epoc32/data/email_1</build>",
"<build>/epoc32/data/email_2</build>",
"</whatlog>",
"<recipe bldinf='y:/src/email/bld.inf' name='dummy'>",
"+ make_email",
"email was made fine",
"<status exit='ok'></status>",
"</recipe>",
"<fake bldinf='y:src/email/bld.inf'>",
" <foo>",
" <bar>",
" <fb>fb email</fb>",
" </bar>",
#.........这里部分代码省略.........
示例7: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
t = SmokeTest()
t.logfileOption = lambda :""
t.id = "0074a"
t.name = "configpath"
t.description = """Test --configpath option for sbs. Specify two remote
locations and use the variants in those folders along with ones in
each of the default folders."""
# the variants here affect compile steps so we only need to see a single compile
# to know whether the variant is doing its thing or not.
t.addbuildtargets("smoke_suite/test_resources/simple/bld.inf",
["test_/armv5/udeb/test.o"])
result = SmokeTest.PASS
# the extra config folders are
# smoke_suite/test_resources/configpathtest/v{2,3}
sbshome = os.environ["SBS_HOME"].replace("\\","/")
aFolder = sbshome + "/test/smoke_suite/test_resources/configpathtest/v2"
bFolder = sbshome + "/test/smoke_suite/test_resources/configpathtest/v3"
common = "sbs -b smoke_suite/test_resources/simple/bld.inf " + \
"-c armv5.configpathtest1.configpathtest2.configpathtest3"
# run the command using the built-in default systemConfig
t.command = common + " --configpath=" + aFolder + os.pathsep + bFolder + \
" -f -"
t.mustmatch = [
".*armv5_udeb.configpathtest1.configpathtest2.configpathtest3.*",
".*armv5_urel.configpathtest1.configpathtest2.configpathtest3.*",
".*Duplicate variant 'configpathtest3'.*",
".*-DTESTPASSED.*",
".*-DOSVARIANT95WASAPPLIED.*"
]
t.mustnotmatch = [
".*sbs: error: Unknown variant.*",
".*-DTESTFAILED.*"
]
# Duplicate variant is Info not Warn
t.warnings = 0
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
# run the command again using a systemConfig from $HOME/.sbs_init.xml
# and the configpath as two separate options.
t.usebash = True
homedir = sbshome + "/test/smoke_suite/test_resources/configpathtest/home"
t.command = "export HOME=" + homedir + "; " + common + \
" --configpath=" + aFolder + " --configpath=" + bFolder + " -f -"
t.id = "0074b"
t.mustmatch = [
".*armv5_udeb.configpathtest1.configpathtest2.configpathtest3.*",
".*armv5_urel.configpathtest1.configpathtest2.configpathtest3.*",
".*Duplicate variant 'configpathtest3'.*"
]
t.mustnotmatch = [
".*sbs: error: Unknown variant.*"
]
t.run()
if t.result == SmokeTest.FAIL:
result = SmokeTest.FAIL
# Clean
t.mustmatch = []
t.targets = []
t.id = "0074c"
t.name = "CLEAN"
t.command = "sbs -b smoke_suite/test_resources/simple/bld.inf -c armv5 " + \
"REALLYCLEAN"
t.run() # Does not contribute to results
t.id = "74"
t.name = "configpath"
t.result = result
t.print_result()
return t示例8: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import logfileOption [as 别名]
def run():
t = SmokeTest()
t.description = """talon_test: three part test
1) Test talon's -c option
2) Test talon with a script file that has some blank lines and a single non-blank command line
3) Test talon with a command that outputs control characters
"""
# Don't need these as we are not invoking Raptor
t.logfileOption = lambda : ""
t.makefileOption = lambda : ""
# Set up variables for talon
bindir = ReplaceEnvs("$(SBS_HOME)/$(HOSTPLATFORM_DIR)/bin")
bash = "/bin/bash"
talon = bindir + "/talon"
# Adjust if on Windows - three "tries" for Bash on Windows.
# 1 Default try
if "win" in sys.platform.lower():
bash = ReplaceEnvs("$(SBS_HOME)/win32/cygwin/bin/bash.exe")
talon = ReplaceEnvs("$(SBS_HOME)/$(HOSTPLATFORM_DIR)/bin/talon.exe")
# 2 Bash from a Cygwin
if "SBS_CYGWIN" in os.environ:
bash = ReplaceEnvs("$(SBS_CYGWIN)/bin/bash.exe")
# 3 Bash from an env. var.
if "SBS_SHELL" in os.environ:
bash = os.environ["SBS_SHELL"]
# Talon's command line
commandline="\"|name=commandlinetest;COMPONENT_META=commandline/group/bld.inf;PROJECT_META=commandline.mmp;|echo Command line invocation output\""
# Talon's "shell script"
scriptfile=ReplaceEnvs("$(SBS_HOME)/test/smoke_suite/test_resources/talon_test/script")
# Environment variables needed by talon - TALON_SHELL must be bash; the other two can be arbitrary.
os.environ["TALON_SHELL"]=bash
os.environ["TALON_BUILDID"]="{0}_{1}".format("talon_buildid", os.getpid())
os.environ["TALON_RECIPEATTRIBUTES"]="component=talontest"
# First part of test - command line
t.name = "talon_test_command_line"
t.command = "{0} -c {1}".format(talon, commandline)
t.targets = []
t.mustmatch_multiline = ["<recipe component=talontest>.*<!\[CDATA\[.*\+ echo Command line invocation output" +
".*\]\]><time start='\d+\.\d+' elapsed='\d+\.\d+' />" +
".*<status exit='ok' attempt='1' />.*</recipe>"]
t.run()
# Second part of test - script file
t.name = "talon_test_script_file"
t.command = "{0} {1}".format(talon, scriptfile)
t.targets = []
t.mustmatch_multiline = ["<recipe component=talontest>.*<!\[CDATA\[.*\+ echo Script file output" +
".*\]\]><time start='\d+\.\d+' elapsed='\d+\.\d+' />" +
".*<status exit='ok' attempt='1' />.*</recipe>"]
t.run()
# a script which outputs control characters
scriptfile=ReplaceEnvs("$(SBS_HOME)/test/smoke_suite/test_resources/talon_test/ctrl.py")
t.name = "talon_test_control_chars"
t.command = '{0} -c "|name=ctrl;|python {1}"'.format(talon, scriptfile)
t.targets = []
# the script writes "AAA", then each char from 0 to 255, then "ZZZ".
# 0-31 and 127-255 decimal are not allowed in the output, except for 9, 10 and 13.
# check that the non-printable codes are missing and also that CTRL-I, CTRL-J and
# CTRL-M are not converted.
t.mustnotmatch = [ '[\000-\010\013\014\016-\037\177-\377]', '�[9ad];' ]
# do not try and match CTRL-J and CTRL-M explicitly because line ending
# conversions between talon and here will mess things up.
t.mustmatch_multiline = ["<recipe component=talontest>.*<!\[CDATA\[.*" +
"AAA�\011.*.* !\"#\$%&'()\*\+,-\./0123456789:;<=>\[email protected]\[\\\]\^_`abcdefghijklmnopqrstuvwxyz{|}~€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§¨©ª«¬­®¯°±²³´µ¶·¸¹º»¼½¾¿ÀÁÂÃÄÅÆÇÈÉÊËÌÍÎÏÐÑÒÓÔÕÖ×ØÙÚÛÜÝÞßàáâãäåæçèéêëìíîïðñòóôõö÷øùúûüýþÿZZZ" +
".*\]\].*</recipe>"]
t.run()
# Print final result
t.name = "talon_test"
t.print_result()
# Delete the added environment variables
del os.environ["TALON_SHELL"]
del os.environ["TALON_BUILDID"]
del os.environ["TALON_RECIPEATTRIBUTES"]
return t