def migrate_results_trees(self, expected_results, confirmed_results):
cwd = os.getcwd()
expected_results = moresh.relative_path(expected_results, cwd)
confirmed_results = moresh.relative_path(confirmed_results, cwd)
# Files are listed in 'topdown' order.
logging.debug("Migrating %s to %s"%(confirmed_results,expected_results))
common_files, unique_to_expected, unique_to_confirmed =\
moresh.compare_trees(expected_results, confirmed_results, ["\.svn"])
# Overwritten results
for expected_filepath, confirmed_filepath in common_files:
mv_cmd = 'mv -f %s %s'%(confirmed_filepath, expected_filepath)
logging.debug(mv_cmd)
os.system(mv_cmd)
# Old expected results to be removed
for expected_filepath in unique_to_expected:
logging.debug("recursive_remove %s --force"%expected_filepath)
version_control.recursive_remove(expected_filepath, '--force')
# New expected results to be added
for confirmed_filepath in unique_to_confirmed:
expected_filepath = confirmed_filepath.replace('.confirmed', '')
assert not os.path.exists(expected_filepath)
if os.path.isdir(confirmed_filepath) \
and moresh.is_recursively_empty(confirmed_filepath):
continue # Do not add empty directory to version control.
rename_cmd = 'os.rename("%s", "%s")'%(confirmed_filepath, expected_filepath)
logging.debug(rename_cmd)
eval(rename_cmd)
version_control.recursive_add(expected_filepath)
def toString(self, expkey=None, short=False):
s = '%s\n' % relative_path(self.expdir)
if short and expkey is None:
return s
for key, value in self.getKey(expkey).iteritems():
s += ' %s= %s\n' % (key.ljust(30), value)
return s
def toString(self, expkey=None, short=False):
s = '%s\n' % relative_path(self.expdir)
if short and expkey is None:
return s
for key, value in self.getKey(expkey).iteritems():
s += ' %s= %s\n' % (key.ljust(30), value)
return s
def migrate_results_trees(self, expected_results, confirmed_results):
cwd = os.getcwd()
expected_results = moresh.relative_path(expected_results, cwd)
confirmed_results = moresh.relative_path(confirmed_results, cwd)
# Files are listed in 'topdown' order.
logging.debug("Migrating %s to %s" %
(confirmed_results, expected_results))
common_files, unique_to_expected, unique_to_confirmed =\
moresh.compare_trees(expected_results, confirmed_results, ["\.svn"])
# Overwritten results
for expected_filepath, confirmed_filepath in common_files:
mv_cmd = 'mv -f %s %s' % (confirmed_filepath, expected_filepath)
logging.debug(mv_cmd)
os.system(mv_cmd)
# Old expected results to be removed
for expected_filepath in unique_to_expected:
logging.debug("recursive_remove %s --force" % expected_filepath)
version_control.recursive_remove(expected_filepath, '--force')
# New expected results to be added
for confirmed_filepath in unique_to_confirmed:
expected_filepath = confirmed_filepath.replace('.confirmed', '')
assert not os.path.exists(expected_filepath)
if os.path.isdir(confirmed_filepath) \
and moresh.is_recursively_empty(confirmed_filepath):
continue # Do not add empty directory to version control.
rename_cmd = 'os.rename("%s", "%s")' % (confirmed_filepath,
expected_filepath)
logging.debug(rename_cmd)
eval(rename_cmd)
version_control.recursive_add(expected_filepath)
def compile(self, publish_dirpath=""):
succeeded = True
if self.isCompilable():
# Remove old compile log if any
publish_target = os.path.join(
publish_dirpath, os.path.basename(self.__log_file_path))
if os.path.islink(publish_target) or os.path.isfile(
publish_target):
os.remove(publish_target)
assert not os.path.exists(publish_target)
# Ensure compilation is needed
if self.compilationSucceeded():
logging.debug("Already successfully compiled %s" %
self.getInternalExecPath())
succeeded = True
elif self.__attempted_to_compile:
logging.debug("Already attempted to compile %s" %
self.getInternalExecPath())
succeeded = False
# First compilation attempt
else:
#print "+++ SHORTCUT!!!", self.name
#succeeded = True
succeeded = self.__first_compilation_attempt()
#print "+++ FIRST ATTEMPT", self.name, succeeded
# Publish the compile log
if succeeded and publish_dirpath:
logging.debug("Publishing the compile log %s" %
self.__log_file_path)
toolkit.symlink(self.__log_file_path,
moresh.relative_path(publish_target))
# Account for dependencies
#print "+++ Success", self.name, succeeded
for dep in self.dependencies:
succeeded = (succeeded and dep.compile(publish_dirpath))
#print "+++ DEPcompile", succeeded
return succeeded
def compile(self, publish_dirpath=""):
succeeded = True
if self.isCompilable():
# Remove old compile log if any
publish_target = os.path.join(publish_dirpath,
os.path.basename(self.__log_file_path))
if os.path.islink(publish_target) or os.path.isfile(publish_target):
os.remove(publish_target)
assert not os.path.exists(publish_target)
# Ensure compilation is needed
if self.compilationSucceeded():
logging.debug("Already successfully compiled %s"%self.getInternalExecPath())
succeeded = True
elif self.__attempted_to_compile:
logging.debug("Already attempted to compile %s"%self.getInternalExecPath())
succeeded = False
# First compilation attempt
else:
#print "+++ SHORTCUT!!!", self.name
#succeeded = True
succeeded = self.__first_compilation_attempt()
#print "+++ FIRST ATTEMPT", self.name, succeeded
# Publish the compile log
if succeeded and publish_dirpath:
logging.debug("Publishing the compile log %s"%self.__log_file_path)
toolkit.symlink(self.__log_file_path,
moresh.relative_path(publish_target))
# Account for dependencies
#print "+++ Success", self.name, succeeded
for dep in self.dependencies:
succeeded = (succeeded and dep.compile(publish_dirpath))
#print "+++ DEPcompile", succeeded
return succeeded
