def sphinx_publication(c, args, app):
build_prep_tasks(c, app)
# this loop will produce an app for each language/edition/builder combination
build_source_copies = set()
sphinx_app = BuildApp(c)
sphinx_app.pool = app.pool
jobs = itertools.product(args.editions_to_build, args.languages_to_build, args.builder)
for edition, language, builder in jobs:
args.language = language
args.edition = edition
args.builder = builder
build_config = fetch_config(args)
prep_app = app.add('app')
prep_app.conf = build_config
primer_app = prep_app.add('app')
primer_migration_tasks(build_config, primer_app)
sconf = render_sconf(edition, builder, language, build_config)
if build_config.paths.branch_source not in build_source_copies:
build_source_copies.add(build_config.paths.branch_source)
source_tasks(build_config, sconf, prep_app)
source_app = prep_app.add('app')
build_content_generation_tasks(build_config, source_app)
refresh_dependency_tasks(build_config, prep_app)
sphinx_tasks(sconf, build_config, sphinx_app)
logger.info("adding builder job for {0} ({1}, {2})".format(builder, language, edition))
app.add(sphinx_app)
logger.info("sphinx build setup, running now.")
app.run()
logger.info("sphinx build complete.")
logger.info('builds finalized. sphinx output and errors to follow')
sphinx_output = '\n'.join([ o[1] for o in sphinx_app.results ])
ret_code = sum([ o[0] for o in sphinx_app.results ])
output_sphinx_stream(sphinx_output, c)
ret_code = 0
return ret_code
def sphinx_builder_tasks(app, conf):
for ((edition, language, builder), (build_config,
sconf)) in get_builder_jobs(conf):
sphinx_job = sphinx_tasks(sconf, build_config)
sphinx_job.finalizers = finalize_sphinx_build(sconf, build_config)
app.extend_queue(sphinx_job)
logger.info("adding builder job for {0} ({1}, {2})".format(
builder, language, edition))
logger.debug("sphinx build configured, running the build now.")
app.run()
logger.debug("sphinx build complete.")
logger.info('builds finalized. sphinx output and errors to follow')
# process the sphinx build. These oeprations allow us to de-duplicate
# messages between builds.
results = [o for o in app.results if isinstance(o, tuple) and len(o) == 2]
if len(results) == 0:
# this happens (rarely) if the deps on the sphinx task do *not* trigger
# sphinx-build to run.
output = []
ret_code = 0
else:
# add all builders response codes. If they're all then we can return 0,
# otherwise, exit.
ret_code = sum([o[0] for o in results])
# Depending on Python version, output may be a str or bytes instance.
# Assume output is in UTF-8.
outputs = [o[1] for o in results]
if outputs and not isinstance(outputs[0], str):
outputs = [o.decode('utf-8') for o in outputs]
output = [o.split('\n') for o in outputs if o != '']
sphinx_output = list(reduce(itertools.chain, output))
try:
output_sphinx_stream(sphinx_output, conf)
except:
logger.error('problem parsing sphinx output, exiting')
raise SystemExit(1)
if ret_code != 0:
raise SystemExit(ret_code)
return ret_code
def sphinx_builder_tasks(app, conf):
for ((edition, language, builder), (build_config, sconf)) in get_builder_jobs(conf):
sphinx_job = sphinx_tasks(sconf, build_config)
sphinx_job.finalizers = finalize_sphinx_build(sconf, build_config)
app.extend_queue(sphinx_job)
logger.info("adding builder job for {0} ({1}, {2})".format(builder, language, edition))
logger.info("sphinx build configured, running the build now.")
app.run()
logger.info("sphinx build complete.")
logger.info('builds finalized. sphinx output and errors to follow')
# process the sphinx build. These oeprations allow us to de-duplicate
# messages between builds.
results = [o for o in app.results
if isinstance(o, tuple) and len(o) == 2]
if len(results) == 0:
# this happens (rarely) if the deps on the sphinx task do *not* trigger
# sphinx-build to run.
output = []
ret_code = 0
else:
# add all builders response codes. If they're all then we can return 0,
# otherwise, exit.
ret_code = sum([o[0] for o in results])
output = [o[1].split('\n') for o in results if o != '']
sphinx_output = list(reduce(itertools.chain, output))
try:
output_sphinx_stream(sphinx_output, conf)
except:
logger.error('problem parsing sphinx output, exiting')
raise SystemExit(1)
if ret_code != 0:
raise SystemExit(ret_code)
return ret_code
def sphinx_publication(c, args, app):
"""
:arg Configuration c: A :class:`giza.config.main.Configuration()` object.
:arg RuntimeStateConfig args: A :class:`giza.config.runtime.RuntimeState()` object.
:arg BuildApp app: A :class:`giza.core.app.BuildApp()` object.
Adds all required tasks to build a Sphinx site. Specifically:
1. Iterates through the (language * builder * edition) combination and adds
tasks to generate the content in the
<build>/<branch>/source<-edition<-language>> directory. There is one
version of the <build>/<branch>/source directory for every
language/edition combination, but multiple builders can use the same
diretory as needed.
2. Add a task to run the ``sphinx-build`` task.
3. Run all tasks in proper order.
4. Process and print the output of ``sphinx-build``.
:return: The sum of all return codes from all ``sphinx-build`` tasks. All
non-zero statuses represent errors.
:rtype: int
"""
# sphinx-build tasks are separated into their own app.
sphinx_app = BuildApp(c)
sphinx_app.pool = app.pool
# this loop will produce an app for each language/edition/builder combination
build_source_copies = set()
for edition, language, builder in get_builder_jobs(c):
build_config, sconf = get_sphinx_build_configuration(
edition, language, builder, args)
# only do these tasks once per-language+edition combination
if build_config.paths.branch_source not in build_source_copies:
build_source_copies.add(build_config.paths.branch_source)
prep_app = app.add('app')
prep_app.conf = build_config
# this is where we add tasks to transfer the source into the
# ``build/<branch>/source`` directory.
source_tasks(build_config, sconf, prep_app)
# this function runs the entire prep_app compiled until now, so that
# the content generation tasks are created properly
# these operation groups each execute in isolation of each-other and should.
build_content_generation_tasks(build_config, prep_app.add('app'))
refresh_dependency_tasks(build_config, prep_app.add('app'))
# once the source is prepared, we dump a dict with md5 hashes of all
# files, so we can do better dependency resolution the next time.
dump_file_hash_tasks(build_config, prep_app)
# we transfer images to the latex directory directly because offset
# images are included using raw latex, and Sphinx doesn't know how
# to copy images in this case.
latex_image_transfer_tasks(build_config, sconf, prep_app)
msg = 'added source tasks for ({0}, {1}, {2}) in {3}'
logger.info(
msg.format(builder, language, edition,
build_config.paths.branch_source))
# Add sphinx tasks for this builder/language/edition combination
sphinx_tasks(sconf, build_config, sphinx_app)
logger.info("adding builder job for {0} ({1}, {2})".format(
builder, language, edition))
# Connect the special sphinx app to the main app.
app.add(sphinx_app)
logger.info("sphinx build configured, running the build now.")
app.run()
logger.info("sphinx build complete.")
logger.info('builds finalized. sphinx output and errors to follow')
# process the sphinx build. These oeprations allow us to de-duplicate
# messages between builds.
sphinx_output = '\n'.join([o[1] for o in sphinx_app.results])
output_sphinx_stream(sphinx_output, c)
# if entry points return this value, giza will inherit the sum of the Sphinx
# build return codes.
ret_code = sum([o[0] for o in sphinx_app.results])
return ret_code
