本文整理汇总了Python中raptor_tests.SmokeTest.mustnotmatch_singleline方法的典型用法代码示例。如果您正苦于以下问题：Python SmokeTest.mustnotmatch_singleline方法的具体用法？Python SmokeTest.mustnotmatch_singleline怎么用？Python SmokeTest.mustnotmatch_singleline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.mustnotmatch_singleline方法的6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 mustnotmatch_singleline [as 别名]
def run():
t = SmokeTest()
t.usebash = True
t.command = "sbs -b smoke_suite/test_resources/simple_dll/bld.inf -c arm.v5.udeb.rvct4_0.linkerfeedback -c arm.v5.urel.rvct4_0.linkerfeedback -f-"
gen_fdb_match = [
".*armlink.*-o.*epoc32/release/armv5/udeb/createstaticdll.dll.sym.*--feedback=.*createstaticdll_dll/armv5/udeb/createstaticdll_udeb_feedback.fdb.*",
".*armlink.*-o.*epoc32/release/armv5/urel/createstaticdll.dll.sym.*--feedback=.*createstaticdll_dll/armv5/urel/createstaticdll_urel_feedback.fdb.*"
]
use_fdb_match = [
".*armcc.*--feedback=.*createstaticdll_dll/armv5/udeb/createstaticdll_udeb_feedback.fdb.*test/smoke_suite/test_resources/simple_dll/CreateStaticDLL.cpp.*",
".*armcc.*--feedback=.*createstaticdll_dll/armv5/urel/createstaticdll_urel_feedback.fdb.*test/smoke_suite/test_resources/simple_dll/CreateStaticDLL.cpp.*"
]
t.name = "linkerfeedback_initial_build"
t.targets = [
"$(EPOCROOT)/epoc32/release/armv5/udeb/createstaticdll.dll.sym",
"$(EPOCROOT)/epoc32/release/armv5/urel/createstaticdll.dll.sym",
"$(EPOCROOT)/epoc32/release/armv5/lib/createstaticdll.dso",
"$(EPOCROOT)/epoc32/release/armv5/lib/createstaticdll{000a0000}.dso",
"$(EPOCROOT)/epoc32/release/armv5/udeb/createstaticdll.dll",
"$(EPOCROOT)/epoc32/release/armv5/urel/createstaticdll.dll"
]
t.addbuildtargets('smoke_suite/test_resources/simple_dll/bld.inf', [
"createstaticdll_dll/armv5/udeb/createstaticdll_udeb_feedback.fdb",
"createstaticdll_dll/armv5/urel/createstaticdll_urel_feedback.fdb",
"createstaticdll_dll/armv5/udeb/CreateStaticDLL.o",
"createstaticdll_dll/armv5/urel/CreateStaticDLL.o"
])
t.mustmatch_singleline = gen_fdb_match
t.mustnotmatch_singleline = use_fdb_match
t.run()
# Note: we neutralise the targets in the following in order to ensure
# that they aren't cleaned from the initial build
# Instead we confirm that the "right thing" happens in these next builds
# in terms of tools calls based on the linker feedback files being present
# and:
# (a) newer than the object files (triggering re-compile and re-link)
# (b) older than the object files (nothing to be done)
t.name = "linkerfeedback_first_rebuild"
t.targets = []
t.mustmatch_singleline = gen_fdb_match + use_fdb_match
t.mustnotmatch_singleline = []
t.run()
t.name = "linkerfeedback_second_rebuild"
t.targets = []
t.mustmatch_singleline = []
t.mustnotmatch_singleline = gen_fdb_match + use_fdb_match
t.run()
t.name = "linkerfeedback"
t.print_result()
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 mustnotmatch_singleline [as 别名]
def run():
t = SmokeTest()
command = "sbs -k -b smoke_suite/test_resources/simple/longcompiles.inf -c armv7_urel{variant} -c winscw_udeb{variant} -c arm.v5.urel.gcce4_4_1{variant}"
talon_warning = ".*Command line length '\d+' exceeds the shell limit on this system of '\d+'. If this recipe is a compile, try using the '.use_compilation_command_file' variant to reduce overall command line length."
targets = [
"$(EPOCROOT)/epoc32/release/armv7/urel/longcompiles.exe",
"$(EPOCROOT)/epoc32/release/winscw/udeb/longcompiles.exe",
"$(EPOCROOT)/epoc32/release/armv5/urel/longcompiles.exe",
]
t.name = "longcompile_no_command_file"
t.description = """
Confirm OS-specific behaviour on massive compilation command lines.
On Linux, all should be well, but on Windows the compile will fail
together with a talon warning with some potentially useful advice.
"""
t.command = command.format(variant="")
if t.onWindows:
t.targets = []
t.mustmatch_singleline = [talon_warning]
t.warnings = 24
t.errors = 1
t.returncode = 1
else:
t.targets = targets
t.mustnotmatch_singleline = [talon_warning]
t.run()
t.name = "longcompile_command_file"
t.description = """
Confirm that a command file is used with the .use_compilation_command_file
variant, and that the build succeeds on all host OS platforms.
"""
t.command = command.format(variant=".use_compilation_command_file")
t.targets = targets
t.addbuildtargets(
"smoke_suite/test_resources/simple/longcompiles.inf",
[
"longcompiles_exe/armv7/urel/cc.cmdfile",
"longcompiles_exe/winscw/udeb/cc.cmdfile",
"longcompiles_exe/armv5/urel/cc.cmdfile",
],
)
t.mustmatch_singleline = []
t.mustnotmatch_singleline = []
t.warnings = 0
t.errors = 0
t.returncode = 0
t.run()
t.name = "longcompiles"
t.print_result()
return t示例3: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import mustnotmatch_singleline [as 别名]
def run():
t = SmokeTest()
t.name = "slim_debug"
t.description = """Exercise the slim_debug variant, checking that command line arguments
are applied selectively."""
t.usebash = True
t.command = "sbs -b smoke_suite/test_resources/simple_dll/bld.inf -c armv5.slimdebug -f-"
t.targets = [
"$(EPOCROOT)/epoc32/release/armv5/udeb/createstaticdll.dll.sym",
"$(EPOCROOT)/epoc32/release/armv5/urel/createstaticdll.dll.sym",
"$(EPOCROOT)/epoc32/release/armv5/lib/createstaticdll.dso",
"$(EPOCROOT)/epoc32/release/armv5/lib/createstaticdll{000a0000}.dso",
"$(EPOCROOT)/epoc32/release/armv5/udeb/createstaticdll.dll",
"$(EPOCROOT)/epoc32/release/armv5/urel/createstaticdll.dll"
]
t.addbuildtargets('smoke_suite/test_resources/simple_dll/bld.inf',
[
"createstaticdll_dll/armv5/udeb/CreateStaticDLL.o",
"createstaticdll_dll/armv5/urel/CreateStaticDLL.o"
])
t.mustnotmatch_singleline = ["\+.*armcc.*--no_debug_macros --remove_unneeded_entities.*--DNDEBUG"]
t.mustmatch_singleline = ["\+.*armcc.*--no_debug_macros --remove_unneeded_entities.*-D_DEBUG"]
t.run()
return t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 mustnotmatch_singleline [as 别名]
def run():
t = SmokeTest()
t.id = "113"
t.name = "make_engine_errors"
t.description = "Errors reported by gmake and emake should be escaped to ensure that the logs are valid XML"
t.mustmatch_singleline = ["Circular b <- a dependency",
"non_existent_&_needs_escaping.txt"]
t.mustnotmatch_singleline = ["Circular b <- a dependency",
"non_existent_&_needs_escaping.txt"]
t.usebash = True
t.errors = 1
t.returncode = 1
base_command = "sbs --no-depend-generate -b smoke_suite/test_resources/make_engine_errors/bld.inf -f-"
t.id = "113a"
t.name = "gmake_engine_errors"
t.command = base_command + " -e make"
t.run()
t.id = "113b"
t.name = "emake_engine_errors"
t.command = base_command + " -e emake"
t.run()
t.id = "113c"
t.name = "emake_engine_errors_with_merged_streams"
t.command = base_command + " -e emake --mo=--emake-mergestreams=1"
t.run()
t.id = "113"
t.name = "make_engine_errors"
t.print_result()
return t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 mustnotmatch_singleline [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6: run
# 需要导入模块: from raptor_tests import SmokeTest [as 别名]
# 或者: from raptor_tests.SmokeTest import mustnotmatch_singleline [as 别名]
def run():
t = SmokeTest()
t.id = "51a"
t.name = "tools2_exe_lib"
t.command = "sbs -b smoke_suite/test_resources/tools2/bld.inf -c tools2"
t.targets = [
"$(EPOCROOT)/epoc32/release/tools2/deb/libtool_lib1.a",
"$(EPOCROOT)/epoc32/release/tools2/deb/libtool_lib2.a",
"$(EPOCROOT)/epoc32/release/tools2/deb/tool_exe.exe",
"$(EPOCROOT)/epoc32/release/tools2/rel/libtool_lib1.a",
"$(EPOCROOT)/epoc32/release/tools2/rel/libtool_lib2.a",
"$(EPOCROOT)/epoc32/release/tools2/rel/tool_exe.exe",
"$(EPOCROOT)/epoc32/tools/tool_exe.exe",
]
t.addbuildtargets(
"smoke_suite/test_resources/tools2/bld.inf",
[
"libtool_lib1_a/libtool_lib1_lib/tools2/rel/tool_lib1_b.o",
"libtool_lib1_a/libtool_lib1_lib/tools2/rel/tool_lib1_a.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/rel/tool_lib2_b.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/rel/tool_lib2_a.o",
"libtool_lib1_a/libtool_lib1_lib/tools2/deb/tool_lib1_b.o",
"libtool_lib1_a/libtool_lib1_lib/tools2/deb/tool_lib1_a.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/deb/tool_lib2_a.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/deb/tool_lib2_b.o",
"tool_exe_exe/tool_exe_exe/tools2/rel/tool_exe_a.o",
"tool_exe_exe/tool_exe_exe/tools2/rel/tool_exe_b.o",
"tool_exe_exe/tool_exe_exe/tools2/deb/tool_exe_b.o",
"tool_exe_exe/tool_exe_exe/tools2/deb/tool_exe_a.o",
],
)
t.run("windows") # tools2 output is platform dependent
if t.result == SmokeTest.SKIP:
t.targets = [
"$(EPOCROOT)/epoc32/release/tools2/$(HOSTPLATFORM_DIR)/deb/tool_exe",
"$(EPOCROOT)/epoc32/release/tools2/$(HOSTPLATFORM_DIR)/deb/libtool_lib1.a",
"$(EPOCROOT)/epoc32/release/tools2/$(HOSTPLATFORM_DIR)/deb/libtool_lib2.a",
"$(EPOCROOT)/epoc32/release/tools2/$(HOSTPLATFORM_DIR)/rel/tool_exe",
"$(EPOCROOT)/epoc32/release/tools2/$(HOSTPLATFORM_DIR)/rel/libtool_lib1.a",
"$(EPOCROOT)/epoc32/release/tools2/$(HOSTPLATFORM_DIR)/rel/libtool_lib2.a",
"$(EPOCROOT)/epoc32/tools/tool_exe",
]
t.addbuildtargets(
"smoke_suite/test_resources/tools2/bld.inf",
[
"libtool_lib1_a/libtool_lib1_lib/tools2/rel/$(HOSTPLATFORM_DIR)/tool_lib1_b.o",
"libtool_lib1_a/libtool_lib1_lib/tools2/rel/$(HOSTPLATFORM_DIR)/tool_lib1_a.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/rel/$(HOSTPLATFORM_DIR)/tool_lib2_b.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/rel/$(HOSTPLATFORM_DIR)/tool_lib2_a.o",
"libtool_lib1_a/libtool_lib1_lib/tools2/deb/$(HOSTPLATFORM_DIR)/tool_lib1_b.o",
"libtool_lib1_a/libtool_lib1_lib/tools2/deb/$(HOSTPLATFORM_DIR)/tool_lib1_a.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/deb/$(HOSTPLATFORM_DIR)/tool_lib2_a.o",
"libtool_lib2_a/libtool_lib2_lib/tools2/deb/$(HOSTPLATFORM_DIR)/tool_lib2_b.o",
"tool_exe_exe/tool_exe_exe/tools2/rel/$(HOSTPLATFORM_DIR)/tool_exe_a.o",
"tool_exe_exe/tool_exe_exe/tools2/rel/$(HOSTPLATFORM_DIR)/tool_exe_b.o",
"tool_exe_exe/tool_exe_exe/tools2/deb/$(HOSTPLATFORM_DIR)/tool_exe_b.o",
"tool_exe_exe/tool_exe_exe/tools2/deb/$(HOSTPLATFORM_DIR)/tool_exe_a.o",
],
)
t.run("linux") # tools2 output is platform dependent
t.id = "51b"
t.name = "tools2_nohrh"
t.usebash = True
t.command = "sbs -b smoke_suite/test_resources/tools2/bootstrap.inf -c tools2.nohrh -f -"
t.targets = ["$(EPOCROOT)/epoc32/include/bootstrap_header_abc.h"]
t.mustmatch_singleline = ["empty\.hrh"]
t.mustnotmatch_singleline = ["Symbian_OS.hrh", "symbian_os.hrh", "feature_settings.hrh"]
t.run()
t.id = "51"
t.name = "tools2"
t.print_result()
return t