def build_all(self):
"""Builds the entire tree. Returns the number of failures."""
failures = 0
path_cache = PathCache(self.env)
# We keep a dummy connection here that does not do anything which
# helps us with the WAL handling. See #144
con = self.connect_to_database()
try:
with reporter.build("build", self):
self.env.plugin_controller.emit("before-build-all",
builder=self)
to_build = self.get_initial_build_queue()
while to_build:
source = to_build.popleft()
prog, build_state = self.build(source,
path_cache=path_cache)
self.extend_build_queue(to_build, prog)
failures += len(build_state.failed_artifacts)
self.env.plugin_controller.emit("after-build-all",
builder=self)
if failures:
reporter.report_build_all_failure(failures)
return failures
finally:
con.close()
def build_all(self):
"""Builds the entire tree. Returns the number of failures."""
failures = 0
path_cache = PathCache(self.env)
# We keep a dummy connection here that does not do anything which
# helps us with the WAL handling. See #144
con = self.connect_to_database()
try:
with reporter.build('build', self):
self.env.plugin_controller.emit('before-build-all',
builder=self)
to_build = self.get_initial_build_queue()
paraArgs = []
while to_build:
# while to_build:
source = to_build.popleft()
# paraArgs.append({'builder': self, 'source': source, 'path_cache': path_cache})
prog, build_state = self.build(
source,
path_cache=path_cache) # @@@@@LUKAS parallelize
# res = lukas_buildStuff(paraArgs) # @@@@@LUKAS parallelize
# for prog, build_state in res:
self.extend_build_queue(to_build, prog)
failures += len(build_state.failed_artifacts)
self.env.plugin_controller.emit('after-build-all',
builder=self)
if failures:
reporter.report_build_all_failure(failures)
return failures
finally:
con.close()
def build_all(self):
"""Builds the entire tree. Returns the number of failures."""
failures = 0
path_cache = PathCache(self.env)
with reporter.build('build', self):
self.env.plugin_controller.emit('before-build-all', builder=self)
to_build = self.get_initial_build_queue()
while to_build:
source = to_build.popleft()
prog, build_state = self.build(source, path_cache=path_cache)
self.extend_build_queue(to_build, prog)
failures += len(build_state.failed_artifacts)
self.env.plugin_controller.emit('after-build-all', builder=self)
if failures:
reporter.report_build_all_failure(failures)
return failures
def build_all(self):
"""Builds the entire tree. Returns the number of failures."""
failures = 0
path_cache = PathCache(self.env)
with reporter.build('build', self):
self.env.plugin_controller.emit('before-build-all', builder=self)
to_build = self.get_initial_build_queue()
while to_build:
source = to_build.popleft()
prog, build_state = self.build(source, path_cache=path_cache)
self.extend_build_queue(to_build, prog)
failures += len(build_state.failed_artifacts)
self.env.plugin_controller.emit('after-build-all', builder=self)
if failures:
reporter.report_build_all_failure(failures)
return failures
def build_all(self):
"""Builds the entire tree. Returns the number of failures."""
failures = 0
path_cache = PathCache(self.env)
# We keep a dummy connection here that does not do anything which
# helps us with the WAL handling. See #144
con = self.connect_to_database()
try:
with reporter.build('build', self):
self.env.plugin_controller.emit('before-build-all', builder=self)
to_build = self.get_initial_build_queue()
while to_build:
source = to_build.popleft()
prog, build_state = self.build(source, path_cache=path_cache)
self.extend_build_queue(to_build, prog)
failures += len(build_state.failed_artifacts)
self.env.plugin_controller.emit('after-build-all', builder=self)
if failures:
reporter.report_build_all_failure(failures)
return failures
finally:
con.close()
