def buildAllComponents(self):
self.assembly.controlData.printSettings()
PrintFormatter.printHeader('Build all components', level=2)
self.assembly.selectAllLibraries()
self.assembly.process(checkout=True,
configure=True,
build=True)
def publishCoverageInfo(self, targetFolder):
PrintFormatter.printHeader('Publish Coverage Info to server', level=2)
target = self.assembly.controlData.publish_coverage_info_target
custusx = self._createComponent(cxComponents.CustusX)
source = '%s/gcov/coverage_info' % self.assembly.controlData.getRootDir()
target_path = '%s/%s' % (target.path, targetFolder)
self.publish(source, target.server, target.user, target_path)
def removePreviousJob(self):
'remove all stuff from previous run of the installer'
PrintFormatter.printHeader('Removing files from previous install', 3)
shell.rm_r('%s/%s' % (self.install_root, self.system_base_name))
shell.rm_r('%s/%s*.%s' % (self.installer_path, self.system_base_name, self._getInstallerPackageSuffix()))
shell.removeTree('%s/temp/Install' % self.root_dir)
shell.removeTree('%s/%s' % (self.install_root, self.system_base_name))
def runCatchTests(self, tag):
PrintFormatter.printHeader('Run catch tests using tag %s' % tag, level=3)
# Run all Catch tests and write them in xml format to ./Catch.<tagname>.TestResults.xml
custusx = self._createComponent(cxComponents.CustusX)
catchDir = '%s/bin' % custusx.buildPath()
outpath = self._getTestResultsPath()
self._getTestRunner().runCatch(catchDir, tag=tag, outpath=outpath)
def clearTestData(self):
PrintFormatter.printHeader('Clearing all old test data', level=3)
cxData = self._createComponent(cxComponents.CustusXData)
#custusx = self._createComponent(cxComponents.CustusX)
testRunner = self._getTestRunner()
testRunner.resetCustusXDataRepo(cxData.sourcePath())
testRunner.removeResultFiles(outPath=self._getTestResultsPath())
def clearTestData(self):
PrintFormatter.printHeader('Clearing all old test data', level=3)
cxData = self._createComponent(cxComponents.CustusXData)
#custusx = self._createComponent(cxComponents.CustusX)
testRunner = self._getTestRunner()
testRunner.resetCustusXDataRepo(cxData.sourcePath())
testRunner.removeResultFiles(outPath=self._getTestResultsPath())
def publishUserDocs(self, targetFolder):
PrintFormatter.printHeader('Publish User Docs to server', level=2)
target = self.assembly.controlData.publish_user_documentation_target
custusx = self._createComponent(cxComponents.CustusX)
source = '%s/doc/html_pure' % custusx.buildPath()
target_path = '%s/%s' % (target.path, targetFolder)
self.publish(source, target.server, target.user, target_path)
def removePreviousJob(self):
'remove all stuff from previous run of the installer'
PrintFormatter.printHeader('Removing files from previous install', 3)
shell.rm_r('%s/%s' % (self.install_root, self.system_base_name))
shell.rm_r('%s/%s*.%s' % (self.installer_path, self.system_base_name, self._getInstallerPackageSuffix()))
shell.removeTree('%s/temp/Install' % self.root_dir)
shell.removeTree('%s/%s' % (self.install_root, self.system_base_name))
def publishUserDocs(self, targetFolder):
PrintFormatter.printHeader('Publish User Docs to server', level=2)
target = self.assembly.controlData.publish_user_documentation_target
custusx = self._createComponent(cxComponents.CustusX)
source = '%s/doc/html_pure' % custusx.buildPath()
target_path = '%s/%s' % (target.path, targetFolder)
self.publish(source, target.server, target.user, target_path)
def runCatchTestsWrappedInCTest(self, tag):
PrintFormatter.printHeader('Run catch tests wrapped in ctest', level=2)
custusx = self._createComponent(cxComponents.CustusX)
appPath = '%s/bin' % custusx.buildPath()
outpath = self._getTestResultsPath()
testRunner = self._getTestRunner()
testRunner.runCatchTestsWrappedInCTestGenerateJUnit(tag, appPath, outpath)
def runCatch(self, path, tag, outpath=None, outfile=None):
'Run all Catch tests at path and write them in junit xml format to outfile'
if not outfile:
baseName = self._createCatchBaseFilenameFromTag(tag)
outfile = '%s/%s.junit.xml' % (outpath, baseName)
PrintFormatter.printInfo('Run catch with tag %s, results to %s' %
(tag, outfile))
shell.changeDir(path)
shell.rm_r(outfile)
exe = self._getCatchExecutable(path)
if (platform.system() == 'Windows'):
cmd = 'set_run_environment.bat %s %s --reporter junit --out %s' % (
exe, tag, outfile)
else:
cmd = '%s %s --reporter junit --out %s' % (exe, tag, outfile)
result = shell.run(cmd, ignoreFailure=True, keep_output=True)
if result.returncode >= 0:
PrintFormatter.printInfo('catch reported %s failing tests' %
result.returncode)
# if result.returncode < 0:
if self._catch_has_failed(result):
PrintFormatter.printInfo('catch failed with returncode %s' %
result.returncode)
PrintFormatter.printInfo('Removing outfile %s' % outfile)
shell.rm_r(outfile)
PrintFormatter.printHeader('Analyzing catch failure', 2)
PrintFormatter.printInfo('Running catch tests wrapped in ctest.')
PrintFormatter.printInfo('This should identify crashing tests.')
self.runCatchTestsWrappedInCTestGenerateJUnit(tag, path, outpath)
def testInstallation(self):
PrintFormatter.printHeader('Test installation', level=2)
appPath = self._getInstalledBinaryPath()
self._testExecutable(appPath, 'Catch', '-h')
self._testExecutable(appPath, self.system_base_name) # defaults to CustusX
self._testExecutable(appPath, 'OpenIGTLinkServer')
self._testExecutable(appPath, 'LogConsole')
def try_job_release(self):
'''
Create a tagged release and publish to server.
Build, run all tests, publish binaries and
documentation to the web server.
Requires a git_tag as input.
Assumed to be run on the release branch (should work OK on others as well)
'''
if self.options.job_release_I:
PrintFormatter.printHeader('Building release for tag "%s"' % self.controlData().git_tag, 1);
if self.is_main_build():
self.controlData().build_developer_doc = True
self.controlData().build_user_doc = True
self.resetInstallerStep()
self.createUnitTestedPackageStep()
self.integrationTestPackageStep(skip_extra_install_step_checkout=True)
self.cxBuilder.finish()
if self.options.job_release_II:
targetFolder = self.cxInstaller.getTaggedFolderName()
PrintFormatter.printHeader('Creating and publishing release for tag "%s"' % self.controlData().git_tag, 1);
if targetFolder != self.controlData().git_tag:
PrintFormatter.printInfo("Warning: Target folder [%s] not equal to controldata tag [%s]" % (targetFolder, self.controlData().git_tag) )
self.publishTaggedRelease()
if self.is_main_build():
self.publishTaggedDocumentation()
self.cxBuilder.finish()
def runCatch(self, path, tag, outpath=None, outfile=None):
'Run all Catch tests at path and write them in junit xml format to outfile'
if not outfile:
baseName = self._createCatchBaseFilenameFromTag(tag)
outfile = '%s/%s.junit.xml' % (outpath, baseName)
PrintFormatter.printInfo('Run catch with tag %s, results to %s' % (tag, outfile))
shell.changeDir(path)
shell.rm_r(outfile)
exe = self._getCatchExecutable(path)
if(platform.system() == 'Windows'):
cmd = 'set_run_environment.bat %s %s --reporter junit --out %s' % (exe, tag, outfile)
else:
cmd = '%s %s --reporter junit --out %s' % (exe, tag, outfile)
result = shell.run(cmd, ignoreFailure=True, keep_output=True)
if result.returncode >= 0:
PrintFormatter.printInfo('catch reported %s failing tests' % result.returncode)
# if result.returncode < 0:
if self._catch_has_failed(result):
PrintFormatter.printInfo('catch failed with returncode %s' % result.returncode)
PrintFormatter.printInfo('Removing outfile %s' % outfile)
shell.rm_r(outfile)
PrintFormatter.printHeader('Analyzing catch failure', 2)
PrintFormatter.printInfo('Running catch tests wrapped in ctest.')
PrintFormatter.printInfo('This should identify crashing tests.')
self.runCatchTestsWrappedInCTestGenerateJUnit(tag, path, outpath)
def _testExecutable(self, path, filename, arguments=''):
PrintFormatter.printHeader('Test executable %s' % filename, level=3)
fullname = '%s/%s%s' % (path, filename, self._getExecutableSuffix())
cx.utils.cxUtilities.assertTrue(
os.path.exists(fullname),
'Checking existence of installed executable %s' % fullname)
cmd = '%s %s' % (fullname, arguments)
self._runApplicationForDuration(cmd, timeout=3)
def testInstallation(self):
PrintFormatter.printHeader('Test installation', level=2)
appPath = self._getInstalledBinaryPath()
self._testExecutable(appPath, 'Catch', '-h')
self._testExecutable(appPath,
self.system_base_name) # defaults to CustusX
self._testExecutable(appPath, 'OpenIGTLinkServer')
self._testExecutable(appPath, 'LogConsole')
def publishCoverageInfo(self, targetFolder):
PrintFormatter.printHeader('Publish Coverage Info to server', level=2)
target = self.assembly.controlData.publish_coverage_info_target
custusx = self._createComponent(cxComponents.CustusX)
source = '%s/gcov/coverage_info' % self.assembly.controlData.getRootDir(
)
target_path = '%s/%s' % (target.path, targetFolder)
self.publish(source, target.server, target.user, target_path)
def _operation(self, lib, methodname):
#print '\n================== %s %s========================' % (methodname, lib.name())
#print '\n%s %-*s %s' % ('='*20, 20, methodname + " " + lib.name(), '='*20)
text = methodname+" "+lib.name()
PrintFormatter.printHeader(text)
# print '\n%s %s' % ('='*20, " %s ".ljust(60, '=')%text)
method = getattr(lib, methodname)
method()
def runCatchTestsWrappedInCTest(self, tag):
PrintFormatter.printHeader('Run catch tests wrapped in ctest', level=2)
custusx = self._createComponent(cxComponents.CustusX)
appPath = '%s/bin' % custusx.buildPath()
outpath = self._getTestResultsPath()
testRunner = self._getTestRunner()
testRunner.runCatchTestsWrappedInCTestGenerateJUnit(
tag, appPath, outpath)
def _operation(self, lib, methodname):
#print '\n================== %s %s========================' % (methodname, lib.name())
#print '\n%s %-*s %s' % ('='*20, 20, methodname + " " + lib.name(), '='*20)
text = methodname + " " + lib.name()
PrintFormatter.printHeader(text)
# print '\n%s %s' % ('='*20, " %s ".ljust(60, '=')%text)
method = getattr(lib, methodname)
method()
def runCatchTests(self, tag):
PrintFormatter.printHeader('Run catch tests using tag %s' % tag,
level=3)
# Run all Catch tests and write them in xml format to ./Catch.<tagname>.TestResults.xml
custusx = self._createComponent(cxComponents.CustusX)
catchDir = '%s/bin' % custusx.buildPath()
outpath = self._getTestResultsPath()
self._getTestRunner().runCatch(catchDir, tag=tag, outpath=outpath)
def installPackage(self):
'''
Install the package to the default location on this machine,
based on root_dir if necessary.
'''
PrintFormatter.printHeader('Install package', level=3)
file = self.findInstallerFile()
PrintFormatter.printInfo('Installing file %s' % file)
self._installFile(file)
def publishUserDocs(self, artefactFolder, targetFolder):
PrintFormatter.printHeader('Publish User Docs to server', level=2)
source = '%s/html_pure' % artefactFolder
if not os.path.exists(source):
PrintFormatter.printInfo("Warning folder don't exist: [%s]" % source)
target = self.assembly.controlData.publish_user_documentation_target
custusx = self._createComponent(cxComponents.CustusX)
target_path = '%s/%s' % (target.path, targetFolder)
self.publish(source, target.server, target.user, target_path)
def installPackage(self):
'''
Install the package to the default location on this machine,
based on root_dir if necessary.
'''
PrintFormatter.printHeader('Install package', level=3)
file = self.findInstallerFile()
PrintFormatter.printInfo('Installing file %s' % file)
self._installFile(file)
def publishUserDocs(self, artefactFolder, targetFolder):
PrintFormatter.printHeader('Publish User Docs to server', level=2)
source = '%s/html_pure' % artefactFolder
if not os.path.exists(source):
PrintFormatter.printInfo("Warning folder don't exist: [%s]" %
source)
target = self.assembly.controlData.publish_user_documentation_target
custusx = self._createComponent(cxComponents.CustusX)
target_path = '%s/%s' % (target.path, targetFolder)
self.publish(source, target.server, target.user, target_path)
def checkoutCustusXAndData(self):
'checkout only CustusX and data. Required if the first build step was not run, f.ex. during integration tests'
assembly = self.cxBuilder.assembly
PrintFormatter.printHeader('Checkout libraries required for integration test', level=2)
#custusx = assembly.getComponent(cx.build.cxComponents.CustusX)
#cxdata = assembly.getComponent(cx.build.cxComponents.CustusXData)
#assembly.selectLibraries([custusx.name(), cxdata.name()])
assembly.selectTestLibraries()
assembly.process(checkout=True)
def removePreviousInstaller(self):
PrintFormatter.printHeader('Removing previous installer', 3);
shell.removeTree(self._getStandardInstallerPackagePath()); # remove everything
initialInstaller = self.createInstallerObject(installer_path=self._getInitialInstallerPackagePath())
shell.rm_r(initialInstaller._getInstallerPackagePattern())
standardInstaller = self.createInstallerObject()
shell.rm_r(standardInstaller._getInstallerPackagePattern())
def _runCTestUnitTests(self):
PrintFormatter.printHeader('Run ctest tests', level=3)
# Run all tests and write them in xml format to ctest.unit.*.xml,
# ctest.xml means ctest format, junit.xml means junit format
custusx = self._createComponent(cxComponents.CustusX)
testRunner = self._getTestRunner()
basename = 'ctest.unit.testresults'
outpath = self._getTestResultsPath()
ctestfile = '%s/%s.ctest.xml' % (outpath, basename)
testRunner.runCTest(custusx.buildPath(), outfile=ctestfile)
junitfile='%s/%s.junit.xml' % (outpath, basename)
testRunner.convertCTestFile2JUnit(ctestfile, junitfile)
def _runCTestUnitTests(self):
PrintFormatter.printHeader('Run ctest tests', level=3)
# Run all tests and write them in xml format to ctest.unit.*.xml,
# ctest.xml means ctest format, junit.xml means junit format
custusx = self._createComponent(cxComponents.CustusX)
testRunner = self._getTestRunner()
basename = 'ctest.unit.testresults'
outpath = self._getTestResultsPath()
ctestfile = '%s/%s.ctest.xml' % (outpath, basename)
testRunner.runCTest(custusx.buildPath(), outfile=ctestfile)
junitfile = '%s/%s.junit.xml' % (outpath, basename)
testRunner.convertCTestFile2JUnit(ctestfile, junitfile)
def removePreviousInstaller(self):
PrintFormatter.printHeader('Removing previous installer', 3)
shell.removeTree(self._getStandardInstallerPackagePath())
# remove everything
initialInstaller = self.createInstallerObject(
installer_path=self._getInitialInstallerPackagePath())
shell.rm_r(initialInstaller._getInstallerPackagePattern())
standardInstaller = self.createInstallerObject()
shell.rm_r(standardInstaller._getInstallerPackagePattern())
def runCppCheck(self):
PrintFormatter.printHeader('Run CppCheck', level=2)
custusx = self._createComponent(cxComponents.CustusX)
sourceDir = custusx.sourcePath()
rootDir = self.assembly.controlData.getRootDir()
shell.run(['cppcheck',
'--enable=all',
'--xml-version=2',
'-i%s/source/ThirdParty/' % sourceDir,
'-i%s/source/resource/testUtilities/cisst_code/' % sourceDir,
'%s/source 2> %s/cppcheck-result.xml' % (sourceDir, rootDir)
])
def generateCoverageReport(self):
'''
Given that lcov is initialized and ctest is run,
Generate html output from the gcov data.
'''
PrintFormatter.printHeader('Generating coverage report', level=2)
gcovTempDir = '%s/gcov' % self.assembly.controlData.getRootDir()
gcovResultDir = '%s/gcov/coverage_info' % self.assembly.controlData.getRootDir()
custusx = self._createComponent(cxComponents.CustusX)
buildDir = custusx.buildPath()
sourceDir = custusx.sourcePath()
shell.run(['lcov',
'--capture',
'--directory %s' % buildDir,
'--output-file %s/cx_test.gcov' % gcovTempDir
])
shell.run(['lcov',
'--add-tracefile %s/cx_base.gcov' % gcovTempDir,
'--add-tracefile %s/cx_test.gcov' % gcovTempDir,
'--output-file %s/cx_total.gcov' % gcovTempDir
])
shell.run(['lcov',
'--extract %s/cx_total.gcov "%s/source/*"' % (gcovTempDir, sourceDir),
'--output-file %s/cx_clean0.gcov' % gcovTempDir
])
filterList = ["/opt/*",
"/Library/Frameworks/*",
"/external/*",
"/external_code/*",
"/Library/*",
"/include/boost/*",
"/include/c++/*",
"/include/qt4/*",
"/usr/*",
"/working/Tube-Segmentation-Framework/*",
"/working/ISB_DataStreaming/*",
"/working/Level-Set-Segmentation/*",
"/moc*.cxx",
"/CustusX/build_*",
"/Examples/*"]
filterList = ["/ThirdParty/*",
"/moc*.cxx",
"/Examples/*"]
fileFilter = " ".join(filterList)
shell.run(['lcov',
'--remove %s/cx_clean0.gcov %s' % (gcovTempDir, fileFilter),
'--output-file %s/cx_clean1.gcov' % gcovTempDir
])
shell.run(['genhtml',
'%s/cx_clean1.gcov' % gcovTempDir,
'--output-directory %s' % gcovResultDir
])
def runCppCheck(self):
PrintFormatter.printHeader('Run CppCheck', level=2)
custusx = self._createComponent(cxComponents.CustusX)
sourceDir = custusx.sourcePath()
rootDir = self.assembly.controlData.getRootDir()
shell.run([
'cppcheck', '--enable=all', '--xml-version=2',
'-i%s/source/ThirdParty/' % sourceDir,
'-i%s/source/plugins/org.custusx.anglecorrection/core/Tests/catch.hpp'
% sourceDir,
'-i%s/source/resource/testUtilities/cisst_code/' % sourceDir,
'%s/source 2> %s/cppcheck-result.xml' % (sourceDir, rootDir)
])
def generateCoverageReport(self):
'''
Given that lcov is initialized and ctest is run,
Generate html output from the gcov data.
'''
PrintFormatter.printHeader('Generating coverage report', level=2)
gcovTempDir = '%s/gcov' % self.assembly.controlData.getRootDir()
gcovResultDir = '%s/gcov/coverage_info' % self.assembly.controlData.getRootDir(
)
custusx = self._createComponent(cxComponents.CustusX)
buildDir = custusx.buildPath()
sourceDir = custusx.sourcePath()
shell.run([
'lcov', '--capture',
'--directory %s' % buildDir,
'--output-file %s/cx_test.gcov' % gcovTempDir
])
shell.run([
'lcov',
'--add-tracefile %s/cx_base.gcov' % gcovTempDir,
'--add-tracefile %s/cx_test.gcov' % gcovTempDir,
'--output-file %s/cx_total.gcov' % gcovTempDir
])
shell.run([
'lcov',
'--extract %s/cx_total.gcov "%s/source/*"' %
(gcovTempDir, sourceDir),
'--output-file %s/cx_clean0.gcov' % gcovTempDir
])
filterList = [
"/opt/*", "/Library/Frameworks/*", "/external/*",
"/external_code/*", "/Library/*", "/include/boost/*",
"/include/c++/*", "/include/qt4/*", "/usr/*",
"/working/Tube-Segmentation-Framework/*",
"/working/ISB_DataStreaming/*",
"/working/Level-Set-Segmentation/*", "/moc*.cxx",
"/CustusX/build_*", "/Examples/*"
]
filterList = ["/ThirdParty/*", "/moc*.cxx", "/Examples/*"]
fileFilter = " ".join(filterList)
shell.run([
'lcov',
'--remove %s/cx_clean0.gcov %s' % (gcovTempDir, fileFilter),
'--output-file %s/cx_clean1.gcov' % gcovTempDir
])
shell.run([
'genhtml',
'%s/cx_clean1.gcov' % gcovTempDir,
'--output-directory %s' % gcovResultDir
])
def createReleaseFolder(self):
'''
Create a folder containing all the files required for a Release.
Ready to be moved to a distribution server.
'''
PrintFormatter.printHeader('create local release folder', level=2)
targetPath = self._generateReleaseFolderName()
PrintFormatter.printInfo('Creating folder %s' % targetPath)
#shell.run('mkdir -p %s' % targetPath)
shell.makeDirs(targetPath)
installerFile = self.findInstallerFile()
self._copyFile(installerFile, targetPath)
# self.copyReleaseFiles(targetPath)
return targetPath
def createReleaseFolder(self):
'''
Create a folder containing all the files required for a Release.
Ready to be moved to a distribution server.
'''
PrintFormatter.printHeader('create local release folder', level=2)
targetPath = self._generateReleaseFolderName()
PrintFormatter.printInfo('Creating folder %s' % targetPath)
#shell.run('mkdir -p %s' % targetPath)
shell.makeDirs(targetPath)
installerFile = self.findInstallerFile()
self._copyFile(installerFile, targetPath)
# self.copyReleaseFiles(targetPath)
return targetPath
def runLineCounter(self):
PrintFormatter.printHeader('Run Line counter SLOCCOUNT', level=2)
custusx = self._createComponent(cxComponents.CustusX)
sourceDir = custusx.sourcePath()
rootDir = self.assembly.controlData.getRootDir()
results_file = '%s/sloccount_raw.sc' % rootDir
shell.run(['sloccount',
'--duplicates --wide --details',
'%s >%s' % (sourceDir, results_file)
])
cleaned_results_file = '%s/sloccount.sc' % rootDir
filter = '--remove="3rdParty/ config/ install/ /data/"'
cx.utils.cxClean_sloccount.clean_sloccount(results_file, cleaned_results_file, filter)
def runLineCounter(self):
PrintFormatter.printHeader('Run Line counter SLOCCOUNT', level=2)
custusx = self._createComponent(cxComponents.CustusX)
sourceDir = custusx.sourcePath()
rootDir = self.assembly.controlData.getRootDir()
results_file = '%s/sloccount_raw.sc' % rootDir
shell.run([
'sloccount', '--duplicates --wide --details',
'%s >%s' % (sourceDir, results_file)
])
cleaned_results_file = '%s/sloccount.sc' % rootDir
filter = '--remove="3rdParty/ config/ install/ /data/"'
cx.utils.cxClean_sloccount.clean_sloccount(results_file,
cleaned_results_file,
filter)
def createInstallerPackage(self):
PrintFormatter.printHeader('Package the build', level=2)
self.removePreviousInstaller()
custusx = self._createComponent(cxComponents.CustusX)
shell.changeDir(custusx.buildPath())
# run cpack directly instead of make package: this avoids the overhead of a extra make,
# which can be time-consuming for f.ex. doxygen genersaion
shell.run('cpack')
#if(self.assembly.controlData.getCMakeGenerator() == 'Eclipse CDT4 - Ninja'):
# shell.run('ninja package')
#elif(platform.system() == 'Windows'):
# shell.run('jom package')
#else:
# shell.run('make package')
self._movePackageToStandardLocation()
def createInstallerPackage(self):
PrintFormatter.printHeader('Package the build', level=2)
self.removePreviousInstaller()
custusx = self._createComponent(cxComponents.CustusX)
shell.changeDir(custusx.buildPath())
# run cpack directly instead of make package: this avoids the overhead of a extra make,
# which can be time-consuming for f.ex. doxygen genersaion
shell.run('cpack')
#if(self.assembly.controlData.getCMakeGenerator() == 'Eclipse CDT4 - Ninja'):
# shell.run('ninja package')
#elif(platform.system() == 'Windows'):
# shell.run('jom package')
#else:
# shell.run('make package')
self._movePackageToStandardLocation()
def publishReleaseFolder(self, source, targetFolder, target):
'''
Copy a release folder to server
'''
PrintFormatter.printHeader('copy/publish package to medtek server', level=2)
remoteServerPath = target.path
target_path = '%s/%s/%s' % (target.path, targetFolder, self._getUserFriendlyPlatformName())
PrintFormatter.printInfo('Publishing contents of [%s] to server [%s], remote path [%s]' % (source, target.server, target_path))
targetBasePath = '%s/%s' % (target.path, targetFolder) # need to create parent folder explicitly
transfer = cx.utils.cxSSH.RemoteFileTransfer()
transfer.connect(target.server, target.user)
transfer.remote_mkdir(targetBasePath)
transfer.remote_rmdir(target_path) # remove old content if any
transfer.copyFolderContentsToRemoteServer(source, target_path);
transfer.close()
def publishReleaseFolder(self, source, targetFolder, target):
'''
Copy a release folder to server
'''
PrintFormatter.printHeader('copy/publish package to medtek server', level=2)
remoteServerPath = target.path
target_path = '%s/%s/%s' % (target.path, targetFolder, self._getUserFriendlyPlatformName())
PrintFormatter.printInfo('Publishing contents of [%s] to server [%s], remote path [%s]' % (source, target.server, target_path))
targetBasePath = '%s/%s' % (target.path, targetFolder) # need to create parent folder explicitly
transfer = cx.utils.cxSSH.RemoteFileTransfer()
transfer.connect(target.server, target.user)
transfer.remote_mkdir(targetBasePath)
transfer.remote_rmdir(target_path) # remove old content if any
transfer.copyFolderContentsToRemoteServer(source, target_path);
transfer.close()
def resetCoverage(self):
'''
Initialize lcov by resetting all existing counters
and initializing/generating counters for all files.
'''
PrintFormatter.printHeader('Reset gcov coverage counters', level=2)
gcovTempDir = '%s/gcov' % self.assembly.controlData.getRootDir()
gcovResultDir = '%s/gcov/coverage_info' % self.assembly.controlData.getRootDir()
custusx = self._createComponent(cxComponents.CustusX)
buildDir = custusx.buildPath()
shell.run('rm -rf %s' % gcovTempDir)
shell.run('rm -rf %s' % gcovResultDir)
shell.run('mkdir -p %s' % gcovTempDir)
shell.run('mkdir -p %s' % gcovResultDir)
shell.run('lcov --zerocounters -directory %s' % buildDir)
shell.run('lcov --capture --initial --directory %s --output-file %s/cx_base.gcov' % (buildDir, gcovTempDir))
def resetCoverage(self):
'''
Initialize lcov by resetting all existing counters
and initializing/generating counters for all files.
'''
PrintFormatter.printHeader('Reset gcov coverage counters', level=2)
gcovTempDir = '%s/gcov' % self.assembly.controlData.getRootDir()
gcovResultDir = '%s/gcov/coverage_info' % self.assembly.controlData.getRootDir(
)
custusx = self._createComponent(cxComponents.CustusX)
buildDir = custusx.buildPath()
shell.run('rm -rf %s' % gcovTempDir)
shell.run('rm -rf %s' % gcovResultDir)
shell.run('mkdir -p %s' % gcovTempDir)
shell.run('mkdir -p %s' % gcovResultDir)
shell.run('lcov --zerocounters -directory %s' % buildDir)
shell.run(
'lcov --capture --initial --directory %s --output-file %s/cx_base.gcov'
% (buildDir, gcovTempDir))
def runUnitTests(self):
PrintFormatter.printHeader('Run all unit tests', level=2)
self.clearTestData()
self._runCatchUnitTests()
self._runCTestUnitTests()
def runUnstableTests(self):
PrintFormatter.printHeader('Run unstable tests', level=2)
self._runCatchTestsWrappedInCTestOnInstalled('[unstable]')
def runIntegrationTests(self):
PrintFormatter.printHeader('Run integration tests', level=2)
self._runCatchTestsWrappedInCTestOnInstalled(
'[integration]~[unstable]')
def runUnitTests(self):
PrintFormatter.printHeader('Run all unit tests', level=2)
self.clearTestData()
self._runCatchUnitTests()
self._runCTestUnitTests()
def deleteCustusXBuildFolder(self):
PrintFormatter.printHeader(
'Delete all contents of CustusX build folder', level=3)
custusx = self._createComponent(cxComponents.CustusX)
buildDir = custusx.buildPath()
shell.run('rm -rf %s' % buildDir)
def deleteCustusXBuildFolder(self):
PrintFormatter.printHeader('Delete all contents of CustusX build folder', level=3)
custusx = self._createComponent(cxComponents.CustusX)
buildDir = custusx.buildPath()
shell.run('rm -rf %s' % buildDir)
def buildAllComponents(self):
self.assembly.controlData.printSettings()
PrintFormatter.printHeader('Build all components', level=2)
self.assembly.selectAllLibraries()
self.assembly.process(checkout=True, configure=True, build=True)
def _testExecutable(self, path, filename, arguments=''):
PrintFormatter.printHeader('Test executable %s' % filename, level=3)
fullname = '%s/%s%s' % (path, filename, self._getExecutableSuffix())
cx.utils.cxUtilities.assertTrue(os.path.exists(fullname), 'Checking existence of installed executable %s' % fullname)
cmd = '%s %s' % (fullname, arguments)
self._runApplicationForDuration(cmd, timeout=3)
def runUnstableTests(self):
PrintFormatter.printHeader('Run unstable tests', level=2)
self._runCatchTestsWrappedInCTestOnInstalled('[unstable]')
def runUnitTests(self):
PrintFormatter.printHeader('Run unit tests', level=2)
self._runCatchTestsOnInstalled('[unit]~[unstable]')
def runIntegrationTests(self):
PrintFormatter.printHeader('Run integration tests', level=2)
self._runCatchTestsWrappedInCTestOnInstalled('[integration]~[unstable]')