def test_add_existing_app_object(self):
self.assertEqual(self.app.queue, [])
app = BuildApp()
app.pool_size = 2
self.app.add(app)
self.assertIs(app, self.app.queue[0])
self.assertIsNot(app, BuildApp())
self.assertIsNot(BuildApp(), self.app.queue[0])
def test_add_existing_app_object(self):
self.assertEqual(self.app.queue, [])
app = BuildApp()
app.pool_size = 2
self.app.add(app)
self.assertIs(app, self.app.queue[0])
self.assertIsNot(app, BuildApp())
self.assertIsNot(BuildApp(), self.app.queue[0])
def mine(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool_size = 4
gh = get_connection(conf)
pprint(mine_github_pulls(gh, app, conf))
def mine(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool_size = 4
gh = get_connection(conf)
pprint(mine_github_pulls(gh, app, conf))
class TestBuildAppMinimalConfig(CommonAppSuite, TestCase):
@classmethod
def setUp(self):
self.app = BuildApp()
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
self.c = None
def tearDown(self):
self.app.close_pool()
class TestBuildAppMinimalConfig(CommonAppSuite, TestCase):
@classmethod
def setUp(self):
self.app = BuildApp()
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
self.c = None
def tearDown(self):
self.app.close_pool()
def triage(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool = 'thread'
j = JeerahClient(conf)
j.connect()
query_data = giza.jeerah.triage.query(j, app, conf)
pprint(giza.jeerah.triage.report(query_data, conf))
def planning(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool = 'thread'
j = JeerahClient(conf)
j.connect()
query_data = giza.jeerah.progress.query(j, app, conf)
pprint(giza.jeerah.planning.report(query_data, conf))
def actions(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool_size = 4
gh = get_connection(conf)
results = []
for pull in mine_github_pulls(gh, app, conf):
if pull['merge_safe'] is True:
results.append(pull)
pprint(results)
def actions(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool_size = 4
gh = get_connection(conf)
results = []
for pull in mine_github_pulls(gh, app, conf):
if pull['merge_safe'] is True:
results.append(pull)
pprint(results)
def test_single_runner_app(self):
self.assertEqual(self.app.queue, [])
self.assertEqual(self.app.results, [])
app = BuildApp()
app.pool_size = 2
t = app.add('task')
t.job = sum
t.args = [[1, 2], 0]
t.description = 'test task'
self.app.add(app)
self.app.run()
self.assertEqual(self.app.results[0], 3)
def test_single_runner_app(self):
self.assertEqual(self.app.queue, [])
self.assertEqual(self.app.results, [])
app = BuildApp()
app.pool_size = 2
t = app.add('task')
t.job = sum
t.args = [[1, 2], 0]
t.description = 'test task'
self.app.add(app)
self.app.run()
self.assertEqual(self.app.results[0], 3)
def api(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
app.extend_queue(apiarg_tasks(c))
def build_translation_model(args):
conf = fetch_config(args)
if args.t_translate_config is None:
tconf = conf.system.files.data.translate
elif os.path.isfile(args.t_translate_config):
tconf = TranslateConfig(args.t_translate_config, conf)
else:
logger.error(args.t_translate_config + " doesn't exist")
return
if os.path.exists(tconf.paths.project) is False:
os.makedirs(tconf.paths.project)
elif os.path.isfile(tconf.paths.project):
logger.error(tconf.paths.project + " is a file")
sys.exit(1)
elif os.listdir(tconf.paths.project) != []:
logger.error(tconf.paths.project + " must be empty")
sys.exit(1)
with open(os.path.join(tconf.paths.project, "translate.yaml"), 'w') as f:
yaml.dump(tconf.dict(), f, default_flow_style=False)
tconf.conf.runstate.pool_size = tconf.settings.pool_size
run_args = get_run_args(tconf)
app = BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force)
os.environ['IRSTLM'] = tconf.paths.irstlm
setup_train(tconf)
setup_tune(tconf)
setup_test(tconf)
for idx, parameter_set in enumerate(run_args):
parameter_set = list(parameter_set)
parameter_set.append(idx)
parameter_set.append(tconf)
t = app.add()
t.job = build_model
t.args = parameter_set
t.description = "model_" + str(parameter_set[9])
app.run()
aggregate_model_data(tconf.paths.project)
from_addr = "*****@*****.**"
to_addr = [tconf.settings.email]
with open(tconf.paths.project + "/data.csv") as data:
msg = MIMEText(data.read())
msg['Subject'] = "Model Complete"
msg['From'] = from_addr
msg['To'] = ", ".join(to_addr)
server = smtplib.SMTP("localhost")
server.sendmail(from_addr, to_addr, msg.as_string())
server.quit()
def build_translation_model(args):
conf = fetch_config(args)
if args.t_translate_config is None:
tconf = conf.system.files.data.translate
elif os.path.isfile(args.t_translate_config):
tconf = TranslateConfig(args.t_translate_config, conf)
else:
logger.error(args.t_translate_config + " doesn't exist")
return
if os.path.exists(tconf.paths.project) is False:
os.makedirs(tconf.paths.project)
elif os.path.isfile(tconf.paths.project):
logger.error(tconf.paths.project + " is a file")
sys.exit(1)
elif os.listdir(tconf.paths.project) != []:
logger.error(tconf.paths.project + " must be empty")
sys.exit(1)
with open(os.path.join(tconf.paths.project, "translate.yaml"), 'w') as f:
yaml.dump(tconf.dict(), f, default_flow_style=False)
tconf.conf.runstate.pool_size = tconf.settings.pool_size
run_args = get_run_args(tconf)
app = BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force)
os.environ['IRSTLM'] = tconf.paths.irstlm
setup_train(tconf)
setup_tune(tconf)
setup_test(tconf)
for idx, parameter_set in enumerate(run_args):
parameter_set = list(parameter_set)
parameter_set.append(idx)
parameter_set.append(tconf)
t = app.add()
t.job = build_model
t.args = parameter_set
t.description = "model_" + str(parameter_set[9])
app.run()
aggregate_model_data(tconf.paths.project)
from_addr = "*****@*****.**"
to_addr = [tconf.settings.email]
with open(tconf.paths.project + "/data.csv") as data:
msg = MIMEText(data.read())
msg['Subject'] = "Model Complete"
msg['From'] = from_addr
msg['To'] = ", ".join(to_addr)
server = smtplib.SMTP("localhost")
server.sendmail(from_addr, to_addr, msg.as_string())
server.quit()
def api(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
app.extend_queue(apiarg_tasks(c))
def source(args):
args.builder = 'html'
conf = fetch_config(args)
with BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
sphinx_content_preperation(app, conf)
def robots(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
app.pool = 'serial'
app.extend_queue(robots_txt_tasks(c))
def source(args):
args.builder = 'html'
conf = fetch_config(args)
with BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
sphinx_content_preperation(app, conf)
def robots(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
app.pool = 'serial'
app.extend_queue(robots_txt_tasks(c))
def main(args):
"""
Removes build artifacts from ``build/`` directory.
"""
c = fetch_config(args)
app = BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force)
to_remove = set()
if c.runstate.git_branch is not None:
to_remove.add(os.path.join(c.paths.projectroot, c.paths.branch_output))
if c.runstate.builder != []:
for edition, language, builder in get_builder_jobs(c):
builder_path = resolve_builder_path(builder, edition, language, c)
builder_path = os.path.join(c.paths.projectroot, c.paths.branch_output, builder_path)
to_remove.add(builder_path)
dirpath, base = os.path.split(builder_path)
to_remove.add(os.path.join(dirpath, 'doctrees-' + base))
m = 'remove artifacts associated with the {0} builder in {1} ({2}, {3})'
logger.debug(m.format(builder, c.git.branches.current, edition, language))
if c.runstate.days_to_save is not None:
published_branches = ['docs-tools', 'archive', 'public', 'primer', c.git.branches.current]
published_branches.extend(c.git.branches.published)
for build in os.listdir(os.path.join(c.paths.projectroot, c.paths.output)):
build = os.path.join(c.paths.projectroot, c.paths.output, build)
branch = os.path.split(build)[1]
if branch in published_branches:
continue
elif not os.path.isdir(build):
continue
elif os.stat(build).st_mtime > c.runstate.days_to_save:
to_remove.add(build)
to_remove.add(os.path.join(c.paths.projectroot, c.paths.output, 'public', branch))
logger.debug('removed stale artifacts: "{0}" and "build/public/{0}"'.format(branch))
for fn in to_remove:
if os.path.isdir(fn):
job = shutil.rmtree
else:
job = os.remove
t = app.add('task')
t.job = job
t.args = fn
m = 'removing artifact: {0}'.format(fn)
t.description = m
logger.critical(m)
app.run()
def test_single_runner_app_with_many_subtasks(self):
self.assertEqual(self.app.queue, [])
self.assertEqual(self.app.results, [])
app = BuildApp()
app.pool_size = 2
for _ in range(10):
t = app.add('task')
t.job = sum
t.description = 'test task'
t.args = [[1, 2], 0]
self.app.add(app)
self.app.run()
self.assertEqual(len(self.app.results), 10)
self.assertEqual(self.app.results[0], 3)
self.assertEqual(sum(self.app.results), 30)
def create_branch(args):
"""
Takes a single branch name and (if necessary) creates a new branch. Then,
populates the ``build/<branch>`` directory for the new branch using either
the parent branch or ``master``. Safe to run multiple times (after a rebase)
to update the build cache from master.
Also calls :method:`~giza.operations.build_env.fix_build_environment()` to
tweak the new build output to update hashes and on-disk copies of the
environment to prevent unnecessary full-rebuilds from sphinx.
"""
conf = fetch_config(args)
g = GitRepo(conf.paths.projectroot)
branch = conf.runstate.git_branch
base_branch = g.current_branch()
if base_branch == branch:
base_branch = 'master'
logger.warning(
'seeding build data for branch "{0}" from "master"'.format(branch))
branch_builddir = os.path.join(conf.paths.projectroot, conf.paths.output,
branch)
base_builddir = os.path.join(conf.paths.projectroot, conf.paths.output,
base_branch)
if g.branch_exists(branch):
logger.info('checking out branch "{0}"'.format(branch))
else:
logger.info(
'creating and checking out a branch named "{0}"'.format(branch))
g.checkout_branch(branch)
cmd = "rsync -r --times --checksum {0}/ {1}".format(
base_builddir, branch_builddir)
logger.info('seeding build directory for "{0}" from "{1}"'.format(
branch, base_branch))
try:
subprocess.check_call(args=cmd.split())
logger.info('branch creation complete.')
except subprocess.CalledProcessError:
logger.error(cmd)
# get a new config here for the new branch
conf = fetch_config(args)
builders = get_existing_builders(conf)
with BuildApp.new(pool_type='process',
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
app.exted_queue(fix_build_env_tasks(builders, conf))
def test_single_runner_app_with_many_subtasks(self):
self.assertEqual(self.app.queue, [])
self.assertEqual(self.app.results, [])
app = BuildApp()
app.pool_size = 2
for _ in range(10):
t = app.add('task')
t.job = sum
t.description = 'test task'
t.args = [[1, 2], 0]
self.app.add(app)
self.app.run()
self.assertEqual(len(self.app.results), 10)
self.assertEqual(self.app.results[0], 3)
self.assertEqual(sum(self.app.results), 30)
def redirects(args):
c = fetch_config(args)
if args.dry_run is True:
print(''.join(make_redirect(c)))
else:
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
app.extend_queue(redirect_tasks(c))
def steps(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
if c.runstate.clean_generated is True:
app.extend_queue(step_clean(c))
else:
app.extend_queue(step_tasks(c))
def stats(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool_size = 4
gh = get_connection(conf)
users = set()
result = {'merge_safe': 0, 'total': 0}
for pull in mine_github_pulls(gh, app, conf):
result['total'] += 1
if pull['merge_safe'] is True:
result['merge_safe'] += 1
users.add(pull['user'])
result['user_count'] = len(users)
result['users'] = list(users)
pprint(result)
def redirects(args):
c = fetch_config(args)
if args.dry_run is True:
print(''.join(make_redirect(c)))
else:
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
app.extend_queue(redirect_tasks(c))
def stats(args):
conf = fetch_config(args)
app = BuildApp(conf)
app.pool_size = 4
gh = get_connection(conf)
users = set()
result = {'merge_safe': 0, 'total': 0}
for pull in mine_github_pulls(gh, app, conf):
result['total'] += 1
if pull['merge_safe'] is True:
result['merge_safe'] += 1
users.add(pull['user'])
result['user_count'] = len(users)
result['users'] = list(users)
pprint(result)
def steps(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
if c.runstate.clean_generated is True:
app.extend_queue(step_clean(c))
else:
app.extend_queue(step_tasks(c))
def extract(args):
conf = fetch_config(args)
with BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
path = fetch_package(conf.runstate._path, conf)
extract_package_at_root(path, conf)
builders = get_existing_builders(conf)
app.extend_queue(fix_build_env_tasks(builders, conf))
def extract(args):
conf = fetch_config(args)
with BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
path = fetch_package(conf.runstate._path, conf)
extract_package_at_root(path, conf)
builders = get_existing_builders(conf)
app.extend_queue(fix_build_env_tasks(builders, conf))
def images(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
if c.runstate.clean_generated is True:
app.extend_queue(image_clean(c))
else:
for (_, (bconf, sconf)) in get_restricted_builder_jobs(c):
app.extend_queue(image_tasks(bconf, sconf))
def images(args):
c = fetch_config(args)
with BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force).context() as app:
if c.runstate.clean_generated is True:
app.extend_queue(image_clean(c))
else:
for (_, (bconf, sconf)) in get_restricted_builder_jobs(c):
app.extend_queue(image_tasks(bconf, sconf))
def create_branch(args):
"""
Takes a single branch name and (if necessary) creates a new branch. Then,
populates the ``build/<branch>`` directory for the new branch using either
the parent branch or ``master``. Safe to run multiple times (after a rebase)
to update the build cache from master.
Also calls :method:`~giza.operations.build_env.fix_build_environment()` to
tweak the new build output to update hashes and on-disk copies of the
environment to prevent unnecessary full-rebuilds from sphinx.
"""
conf = fetch_config(args)
g = GitRepo(conf.paths.projectroot)
branch = conf.runstate.git_branch
base_branch = g.current_branch()
if base_branch == branch:
base_branch = 'master'
logger.warning('seeding build data for branch "{0}" from "master"'.format(branch))
branch_builddir = os.path.join(conf.paths.projectroot,
conf.paths.output, branch)
base_builddir = os.path.join(conf.paths.projectroot,
conf.paths.output, base_branch)
if g.branch_exists(branch):
logger.info('checking out branch "{0}"'.format(branch))
else:
logger.info('creating and checking out a branch named "{0}"'.format(branch))
g.checkout_branch(branch)
cmd = "rsync -r --times --checksum {0}/ {1}".format(base_builddir, branch_builddir)
logger.info('seeding build directory for "{0}" from "{1}"'.format(branch, base_branch))
try:
subprocess.check_call(args=cmd.split())
logger.info('branch creation complete.')
except subprocess.CalledProcessError:
logger.error(cmd)
# get a new config here for the new branch
conf = fetch_config(args)
builders = get_existing_builders(conf)
with BuildApp.new(pool_type='process',
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
app.exted_queue(fix_build_env_tasks(builders, conf))
def sphinx(args):
if args.runner == 'serial':
args.serial_sphinx = True
conf = fetch_config(args)
logger.warning('not for production use: this expects that content generation is complete.')
app = BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force)
r = sphinx_builder_tasks(app, conf)
raise SystemExit(r)
def main(args):
"""
Uploads all build artifacts to the production environment. Does not build or
render artifacts.
"""
c = fetch_config(args)
app = BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force)
deploy_tasks(c, app)
if c.runstate.dry_run is False:
app.run()
def main(args):
"""
Uploads all build artifacts to the production environment. Does not build or
render artifacts.
"""
c = fetch_config(args)
app = BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force)
deploy_tasks(c, app)
if c.runstate.dry_run is False:
app.run()
def sphinx(args):
if args.runner == 'serial':
args.serial_sphinx = True
conf = fetch_config(args)
logger.warning(
'not for production use: this expects that content generation is complete.'
)
app = BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force)
r = sphinx_builder_tasks(app, conf)
raise SystemExit(r)
class TestBuildAppStandardConfig(CommonAppSuite, TestCase):
def setUp(self):
self.c = Configuration()
self.c.runstate = RuntimeStateConfig()
self.app = BuildApp(self.c)
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
def test_conf_object_consistent_in_task(self):
self.assertEqual(self.app.queue, [])
t = self.app.add('task')
self.assertIs(self.c, t.conf)
self.assertIs(self.c, self.app.queue[0].conf)
def test_conf_object_consistent_in_app(self):
self.assertEqual(self.app.queue, [])
self.app.add('app')
self.assertIs(self.c, self.app.conf)
self.assertIs(self.c, self.app.queue[0].conf)
def test_conf_object_consistent_in_new_task(self):
self.assertEqual(self.app.queue, [])
t = Task()
self.assertIsNone(t.conf)
self.app.add(t)
self.assertIsNotNone(t.conf)
self.assertIs(self.c, self.app.queue[0].conf)
self.assertIs(self.c, t.conf)
def test_force_options(self):
self.assertEquals(self.c.runstate.force, self.app.force)
self.assertFalse(self.c.runstate.force)
self.assertFalse(self.app.force)
self.app._force = None
self.assertFalse(self.app.force)
def test_default_pool_size(self):
self.assertIsNotNone(self.c)
self.assertIsNotNone(self.app.conf)
self.app._pool_size = None
self.assertEquals(self.c.runstate.pool_size, self.app.pool_size)
def tearDown(self):
self.app.close_pool()
class TestBuildAppStandardConfig(CommonAppSuite, TestCase):
def setUp(self):
self.c = Configuration()
self.c.runstate = RuntimeStateConfig()
self.app = BuildApp(self.c)
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
def test_conf_object_consistent_in_task(self):
self.assertEqual(self.app.queue, [])
t = self.app.add('task')
self.assertIs(self.c, t.conf)
self.assertIs(self.c, self.app.queue[0].conf)
def test_conf_object_consistent_in_app(self):
self.assertEqual(self.app.queue, [])
self.app.add('app')
self.assertIs(self.c, self.app.conf)
self.assertIs(self.c, self.app.queue[0].conf)
def test_conf_object_consistent_in_new_task(self):
self.assertEqual(self.app.queue, [])
t = Task()
self.assertIsNone(t.conf)
self.app.add(t)
self.assertIsNotNone(t.conf)
self.assertIs(self.c, self.app.queue[0].conf)
self.assertIs(self.c, t.conf)
def test_force_options(self):
self.assertEquals(self.c.runstate.force, self.app.force)
self.assertFalse(self.c.runstate.force)
self.assertFalse(self.app.force)
self.app._force = None
self.assertFalse(self.app.force)
def test_default_pool_size(self):
self.assertIsNotNone(self.c)
self.assertIsNotNone(self.app.conf)
self.app._pool_size = None
self.assertEquals(self.c.runstate.pool_size, self.app.pool_size)
def tearDown(self):
self.app.close_pool()
def publish_and_deploy(args):
"""
Combines the work of ``giza sphinx`` and ``giza deploy``, to produce build
artifacts and then upload those artifacts to the servers.
"""
c = fetch_config(args)
app = BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force)
sphinx_ret = sphinx_publication(c, app)
if sphinx_ret == 0 or c.runstate.force is True:
deploy_tasks(c, app)
if c.runstate.dry_run is False:
app.run()
else:
logger.warning(sphinx_ret + ' sphinx build(s) failed, and build not forced. not deploying.')
def main(args):
"""
Use Sphinx to generate build artifacts. Can generate artifacts for multiple
output types, content editions and translations.
"""
conf = fetch_config(args)
app = BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force)
with Timer("full sphinx build process"):
# In general we try to avoid passing the "app" object between functions
# and mutating it at too many places in the stack (although in earlier
# versions this was the primary idiom). This call is a noted exception,
# and makes it possible to run portions of this process in separate
# targets.
sphinx_publication(conf, app)
def test_build_site(args):
args.languages_to_build = args.editions_to_build = []
args.builder = 'html'
conf = fetch_config(args)
safe_create_directory('build')
with BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
try:
sphinx_publication(conf, args, app)
except:
sphinx_publication(conf, args, app)
if os.path.exists('doc-tools'):
shutil.rmtree('docs-tools')
logger.info('bootstrapped makefile system')
logger.info('updated project skeleton in current directory.')
def test_build_site(args):
args.languages_to_build = args.editions_to_build = []
args.builder = 'html'
conf = fetch_config(args)
safe_create_directory('build')
with BuildApp.new(pool_type=conf.runstate.runner,
pool_size=conf.runstate.pool_size,
force=conf.runstate.force).context() as app:
try:
sphinx_publication(conf, args, app)
except:
sphinx_publication(conf, args, app)
if os.path.exists('doc-tools'):
shutil.rmtree('docs-tools')
logger.info('bootstrapped makefile system')
logger.info('updated project skeleton in current directory.')
def publish_and_deploy(args):
"""
Combines the work of ``giza sphinx`` and ``giza deploy``, to produce build
artifacts and then upload those artifacts to the servers.
"""
c = fetch_config(args)
app = BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force)
sphinx_ret = sphinx_publication(c, app)
if sphinx_ret == 0 or c.runstate.force is True:
deploy_tasks(c, app)
if c.runstate.dry_run is False:
app.run()
else:
logger.warning(
sphinx_ret +
' sphinx build(s) failed, and build not forced. not deploying.')
def setUp(self):
self.c = Configuration()
self.c.runstate = RuntimeStateConfig()
self.app = BuildApp(self.c)
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
def setUp(self):
self.app = BuildApp.new(pool_type=random.choice(['serial', 'thread']),
pool_size=None,
force=None)
self.c = None
def setUp(self):
self.app = BuildApp()
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
self.c = None
def setUp(self):
self.app = BuildApp.new(pool_type=random.choice(['serial', 'thread']),
pool_size=None, force=None)
self.c = None
def test_finalizer_setter_error_app(self):
with self.assertRaises(TypeError):
self.task.finalizers = BuildApp()
def test_finalizer_setter_error_app_in_list(self):
with self.assertRaises(TypeError):
self.task.finalizers = [self.Task(), BuildApp()]
def setUp(self):
self.c = Configuration()
self.c.runstate = RuntimeStateConfig()
self.app = BuildApp(self.c)
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
def run_make_operations(targets, conf):
"""
:param list targets: A list of tuples in the form of ``(<action>, [option,
option])`` that define build targets.
:param Configuration conf: The top level configuration object.
Parses the ``targets`` list and runs tasks defined, including all specified
sphinx targets, all ``push`` deployment targets, and will create the ``env``
packages. Noteworthy behavior:
- The order of options *except* for the action in the first option is not
important.
- If you run ``push`` target with the ``deploy`` option
(i.e. ``push-deploy`` or ``push-<edition>-deploy``), ``giza`` will *not*
run the ``publish`` Sphinx build.
- This interface assumes that all deployment targets (defined in each
project begin with ``push-`` or ``stage-``.) If you have a project with
different deployment targets, you will need to call ``giza deploy``
directly.
- The ``env`` cache targets take the same options as the Sphinx builders and
package the environment for only those builders. If you specify ``env``
after a Sphinx target, ``giza`` will build the cache for only that
package.
"""
sphinx_opts = {"languages": set(),
"editions": set(),
"builders": set()}
push_opts = {"targets": set(),
"type": None}
packaging_opts = {}
sphinx_builders = avalible_sphinx_builders()
deploy_configs = dict((item['target'], item) for item in conf.system.files.data.push)
tasks = []
for action, options in targets:
if action in sphinx_builders:
tasks.append(sphinx_opts)
add_sphinx_build_options(sphinx_opts, action, options, conf)
elif action in ('stage', 'push'):
tasks.append(push_opts)
push_opts['type'] = action
if 'deploy' not in options:
sphinx_opts['builders'].add('publish')
tasks.append(sphinx_opts)
add_sphinx_build_options(sphinx_opts, action, options, conf)
conf.runstate.fast = False
if action in deploy_configs:
push_opts['targets'].add(action)
for build_option in options:
deploy_target_name = '-'.join((action, build_option))
if build_option in deploy_configs:
push_opts['targets'].add(build_option)
elif deploy_target_name in deploy_configs:
push_opts['targets'].add(deploy_target_name)
elif action.startswith('env'):
if len(packaging_opts) > 0:
packaging_opts = copy.copy(sphinx_opts)
tasks.append(packaging_opts)
add_sphinx_build_options(packaging_opts, False, options, conf)
else:
logger.error('target: {0} not defined in the make interface'.format(action))
app = BuildApp.new(pool_type=conf.runstate.runner,
force=conf.runstate.force,
pool_size=conf.runstate.pool_size)
if sphinx_opts in tasks:
conf.runstate.languages_to_build = list(sphinx_opts['languages'])
conf.runstate.editions_to_build = list(sphinx_opts['editions'])
conf.runstate.builder = list(sphinx_opts['builders'])
if 'publish' in conf.runstate.builder:
conf.runstate.fast = False
derive_command('sphinx', conf)
sphinx_publication(conf, app)
if push_opts in tasks:
if len(push_opts['targets']) == 0:
for lang, edition in itertools.product(conf.runstate.languages_to_build,
conf.runstate.editions_to_build):
push_target_name = [push_opts['type']]
for opt in (edition, lang):
if opt is not None:
push_target_name.append(opt)
push_target_name = '-'.join(push_target_name)
push_opts['targets'].add(push_target_name)
conf.runstate.push_targets = list(push_opts['targets'])
deploy_tasks(conf, app)
derive_command('deploy', conf)
if packaging_opts in tasks:
derive_command('env', conf)
app.add(Task(job=env_package_worker,
args=(conf.runstate, conf),
target=True,
dependency=None))
if len(app.queue) >= 1:
app.run()
def main(args):
"""
Removes build artifacts from ``build/`` directory.
"""
c = fetch_config(args)
app = BuildApp.new(pool_type=c.runstate.runner,
pool_size=c.runstate.pool_size,
force=c.runstate.force)
to_remove = set()
if c.runstate.git_branch is not None:
to_remove.add(os.path.join(c.paths.projectroot, c.paths.branch_output))
if c.runstate.builder != []:
for edition, language, builder in get_builder_jobs(c):
builder_path = resolve_builder_path(builder, edition, language, c)
builder_path = os.path.join(c.paths.projectroot,
c.paths.branch_output, builder_path)
to_remove.add(builder_path)
dirpath, base = os.path.split(builder_path)
to_remove.add(os.path.join(dirpath, 'doctrees-' + base))
m = 'remove artifacts associated with the {0} builder in {1} ({2}, {3})'
logger.debug(
m.format(builder, c.git.branches.current, edition, language))
if c.runstate.days_to_save is not None:
published_branches = [
'docs-tools', 'archive', 'public', 'primer', c.git.branches.current
]
published_branches.extend(c.git.branches.published)
for build in os.listdir(
os.path.join(c.paths.projectroot, c.paths.output)):
build = os.path.join(c.paths.projectroot, c.paths.output, build)
branch = os.path.split(build)[1]
if branch in published_branches:
continue
elif not os.path.isdir(build):
continue
elif os.stat(build).st_mtime > c.runstate.days_to_save:
to_remove.add(build)
to_remove.add(
os.path.join(c.paths.projectroot, c.paths.output, 'public',
branch))
logger.debug(
'removed stale artifacts: "{0}" and "build/public/{0}"'.
format(branch))
for fn in to_remove:
if os.path.isdir(fn):
job = shutil.rmtree
else:
job = os.remove
t = app.add('task')
t.job = job
t.args = fn
m = 'removing artifact: {0}'.format(fn)
t.description = m
logger.critical(m)
app.run()
def setUp(self):
self.app = BuildApp()
self.app.default_pool = random.choice(['serial', 'thread'])
self.app.pool_size = 2
self.c = None
