def build_isolated_workspace(
context,
packages=None,
start_with=None,
no_deps=False,
unbuilt=False,
n_jobs=None,
force_cmake=False,
pre_clean=False,
force_color=False,
quiet=False,
interleave_output=False,
no_status=False,
limit_status_rate=10.0,
lock_install=False,
no_notify=False,
continue_on_failure=False,
summarize_build=None,
):
"""Builds a catkin workspace in isolation
This function will find all of the packages in the source space, start some
executors, feed them packages to build based on dependencies and topological
ordering, and then monitor the output of the executors, handling loggings of
the builds, starting builds, failing builds, and finishing builds of
packages, and handling the shutdown of the executors when appropriate.
:param context: context in which to build the catkin workspace
:type context: :py:class:`catkin_tools.verbs.catkin_build.context.Context`
:param packages: list of packages to build, by default their dependencies will also be built
:type packages: list
:param start_with: package to start with, skipping all packages which proceed it in the topological order
:type start_with: str
:param no_deps: If True, the dependencies of packages will not be built first
:type no_deps: bool
:param n_jobs: number of parallel package build n_jobs
:type n_jobs: int
:param force_cmake: forces invocation of CMake if True, default is False
:type force_cmake: bool
:param force_color: forces colored output even if terminal does not support it
:type force_color: bool
:param quiet: suppresses the output of commands unless there is an error
:type quiet: bool
:param interleave_output: prints the output of commands as they are received
:type interleave_output: bool
:param no_status: disables status bar
:type no_status: bool
:param limit_status_rate: rate to which status updates are limited; the default 0, places no limit.
:type limit_status_rate: float
:param lock_install: causes executors to synchronize on access of install commands
:type lock_install: bool
:param no_notify: suppresses system notifications
:type no_notify: bool
:param continue_on_failure: do not stop building other jobs on error
:type continue_on_failure: bool
:param summarize_build: if True summarizes the build at the end, if None and continue_on_failure is True and the
the build fails, then the build will be summarized, but if False it never will be summarized.
:type summarize_build: bool
:raises: SystemExit if buildspace is a file or no packages were found in the source space
or if the provided options are invalid
"""
pre_start_time = time.time()
# Assert that the limit_status_rate is valid
if limit_status_rate < 0:
sys.exit("[build] @!@{rf}Error:@| The value of --status-rate must be greater than or equal to zero.")
# Declare a buildspace marker describing the build config for error checking
buildspace_marker_data = {
'workspace': context.workspace,
'profile': context.profile,
'install': context.install,
'install_space': context.install_space_abs,
'devel_space': context.devel_space_abs,
'source_space': context.source_space_abs}
# Check build config
if os.path.exists(os.path.join(context.build_space_abs, BUILDSPACE_MARKER_FILE)):
with open(os.path.join(context.build_space_abs, BUILDSPACE_MARKER_FILE)) as buildspace_marker_file:
existing_buildspace_marker_data = yaml.load(buildspace_marker_file)
misconfig_lines = ''
for (k, v) in existing_buildspace_marker_data.items():
new_v = buildspace_marker_data.get(k, None)
if new_v != v:
misconfig_lines += (
'\n - %s: %s (stored) is not %s (commanded)' %
(k, v, new_v))
if len(misconfig_lines) > 0:
sys.exit(clr(
"\n@{rf}Error:@| Attempting to build a catkin workspace using build space: "
"\"%s\" but that build space's most recent configuration "
"differs from the commanded one in ways which will cause "
"problems. Fix the following options or use @{yf}`catkin "
"clean -b`@| to remove the build space: %s" %
(context.build_space_abs, misconfig_lines)))
# Summarize the context
summary_notes = []
if force_cmake:
summary_notes += [clr("@!@{cf}NOTE:@| Forcing CMake to run for each package.")]
log(context.summary(summary_notes))
# Make sure there is a build folder and it is not a file
if os.path.exists(context.build_space_abs):
if os.path.isfile(context.build_space_abs):
sys.exit(clr(
"[build] @{rf}Error:@| Build space '{0}' exists but is a file and not a folder."
.format(context.build_space_abs)))
# If it dosen't exist, create it
else:
log("[build] Creating build space: '{0}'".format(context.build_space_abs))
os.makedirs(context.build_space_abs)
# Write the current build config for config error checking
with open(os.path.join(context.build_space_abs, BUILDSPACE_MARKER_FILE), 'w') as buildspace_marker_file:
buildspace_marker_file.write(yaml.dump(buildspace_marker_data, default_flow_style=False))
# Get all the packages in the context source space
# Suppress warnings since this is a utility function
workspace_packages = find_packages(context.source_space_abs, exclude_subspaces=True, warnings=[])
# Get packages which have not been built yet
unbuilt_pkgs = get_unbuilt_packages(context, workspace_packages)
# Handle unbuilt packages
if unbuilt:
# Check if there are any unbuilt
if len(unbuilt_pkgs) > 0:
# Add the unbuilt packages
packages.extend(list(unbuilt_pkgs))
else:
log("[build] No unbuilt packages to be built.")
return
# If no_deps is given, ensure packages to build are provided
if no_deps and packages is None:
log(clr("[build] @!@{rf}Error:@| With no_deps, you must specify packages to build."))
return
# Find list of packages in the workspace
packages_to_be_built, packages_to_be_built_deps, all_packages = determine_packages_to_be_built(
packages, context, workspace_packages)
if not no_deps:
# Extend packages to be built to include their deps
packages_to_be_built.extend(packages_to_be_built_deps)
# Also re-sort
try:
packages_to_be_built = topological_order_packages(dict(packages_to_be_built))
except AttributeError:
log(clr("[build] @!@{rf}Error:@| The workspace packages have a circular "
"dependency, and cannot be built. Please run `catkin list "
"--deps` to determine the problematic package(s)."))
return
# Check the number of packages to be built
if len(packages_to_be_built) == 0:
log(clr('[build] No packages to be built.'))
return
# Assert start_with package is in the workspace
verify_start_with_option(
start_with,
packages,
all_packages,
packages_to_be_built + packages_to_be_built_deps)
# Populate .catkin file if we're not installing
# NOTE: This is done to avoid the Catkin CMake code from doing it,
# which isn't parallel-safe. Catkin CMake only modifies this file if
# it's package source path isn't found.
if not context.install:
dot_catkin_file_path = os.path.join(context.devel_space_abs, '.catkin')
# If the file exists, get the current paths
if os.path.exists(dot_catkin_file_path):
dot_catkin_paths = open(dot_catkin_file_path, 'r').read().split(';')
else:
dot_catkin_paths = []
# Update the list with the new packages (in topological order)
packages_to_be_built_paths = [
os.path.join(context.source_space_abs, path)
for path, pkg in packages_to_be_built
]
new_dot_catkin_paths = [
os.path.join(context.source_space_abs, path)
for path in [os.path.join(context.source_space_abs, path) for path, pkg in all_packages]
if path in dot_catkin_paths or path in packages_to_be_built_paths
]
# Write the new file if it's different, otherwise, leave it alone
if dot_catkin_paths == new_dot_catkin_paths:
wide_log("[build] Package table is up to date.")
else:
wide_log("[build] Updating package table.")
open(dot_catkin_file_path, 'w').write(';'.join(new_dot_catkin_paths))
# Remove packages before start_with
if start_with is not None:
for path, pkg in list(packages_to_be_built):
if pkg.name != start_with:
wide_log(clr("@!@{pf}Skipping@| @{gf}---@| @{cf}{}@|").format(pkg.name))
packages_to_be_built.pop(0)
else:
break
# Get the names of all packages to be built
packages_to_be_built_names = [p.name for _, p in packages_to_be_built]
packages_to_be_built_deps_names = [p.name for _, p in packages_to_be_built_deps]
# Generate prebuild jobs, if necessary
prebuild_jobs = {}
setup_util_exists = os.path.exists(os.path.join(context.devel_space_abs, '_setup_util.py'))
if context.link_devel and (not setup_util_exists or (force_cmake and len(packages) == 0)):
wide_log('[build] Preparing linked develspace...')
pkg_dict = dict([(pkg.name, (pth, pkg)) for pth, pkg in all_packages])
if 'catkin' in packages_to_be_built_names + packages_to_be_built_deps_names:
# Use catkin as the prebuild package
prebuild_pkg_path, prebuild_pkg = pkg_dict['catkin']
else:
# Generate explicit prebuild package
prebuild_pkg_path = generate_prebuild_package(context.build_space_abs, context.devel_space_abs, force_cmake)
prebuild_pkg = parse_package(prebuild_pkg_path)
# Create the prebuild job
prebuild_job = create_catkin_build_job(
context,
prebuild_pkg,
prebuild_pkg_path,
dependencies=[],
force_cmake=force_cmake,
pre_clean=pre_clean,
prebuild=True)
# Add the prebuld job
prebuild_jobs[prebuild_job.jid] = prebuild_job
# Remove prebuild jobs from normal job list
for prebuild_jid, prebuild_job in prebuild_jobs.items():
if prebuild_jid in packages_to_be_built_names:
packages_to_be_built_names.remove(prebuild_jid)
# Initial jobs list is just the prebuild jobs
jobs = [] + list(prebuild_jobs.values())
# Get all build type plugins
build_job_creators = {
ep.name: ep.load()['create_build_job']
for ep in pkg_resources.iter_entry_points(group='catkin_tools.jobs')
}
# It's a problem if there aren't any build types available
if len(build_job_creators) == 0:
sys.exit('Error: No build types availalbe. Please check your catkin_tools installation.')
# Construct jobs
for pkg_path, pkg in all_packages:
if pkg.name not in packages_to_be_built_names:
continue
# Ignore metapackages
if 'metapackage' in [e.tagname for e in pkg.exports]:
continue
# Get actual execution deps
deps = [
p.name for _, p
in get_cached_recursive_build_depends_in_workspace(pkg, packages_to_be_built)
if p.name not in prebuild_jobs
]
# All jobs depend on the prebuild job if it's defined
for j in prebuild_jobs.values():
deps.append(j.jid)
# Determine the job parameters
build_job_kwargs = dict(
context=context,
package=pkg,
package_path=pkg_path,
dependencies=deps,
force_cmake=force_cmake,
pre_clean=pre_clean)
# Create the job based on the build type
build_type = get_build_type(pkg)
if build_type in build_job_creators:
jobs.append(build_job_creators[build_type](**build_job_kwargs))
else:
wide_log(clr(
"[build] @!@{yf}Warning:@| Skipping package `{}` because it "
"has an unsupported package build type: `{}`"
).format(pkg.name, build_type))
wide_log(clr("[build] Note: Available build types:"))
for bt_name in build_job_creators.keys():
wide_log(clr("[build] - `{}`".format(bt_name)))
# Queue for communicating status
event_queue = Queue()
try:
# Spin up status output thread
status_thread = ConsoleStatusController(
'build',
['package', 'packages'],
jobs,
n_jobs,
[pkg.name for _, pkg in context.packages],
[p for p in context.whitelist],
[p for p in context.blacklist],
event_queue,
show_notifications=not no_notify,
show_active_status=not no_status,
show_buffered_stdout=not quiet and not interleave_output,
show_buffered_stderr=not interleave_output,
show_live_stdout=interleave_output,
show_live_stderr=interleave_output,
show_stage_events=not quiet,
show_full_summary=(summarize_build is True),
pre_start_time=pre_start_time,
active_status_rate=limit_status_rate)
status_thread.start()
# Initialize locks
locks = {
'installspace': asyncio.Lock() if lock_install else FakeLock()
}
# Block while running N jobs asynchronously
try:
all_succeeded = run_until_complete(execute_jobs(
'build',
jobs,
locks,
event_queue,
os.path.join(context.build_space_abs, '_logs'),
max_toplevel_jobs=n_jobs,
continue_on_failure=continue_on_failure,
continue_without_deps=False))
except Exception:
status_thread.keep_running = False
all_succeeded = False
status_thread.join(1.0)
wide_log(str(traceback.format_exc()))
status_thread.join(1.0)
# Warn user about new packages
now_unbuilt_pkgs = get_unbuilt_packages(context, workspace_packages)
new_pkgs = [p for p in unbuilt_pkgs if p not in now_unbuilt_pkgs]
if len(new_pkgs) > 0:
log(clr("[build] @/@!Note:@| @/Workspace packages have changed, "
"please re-source setup files to use them.@|"))
if all_succeeded:
# Create isolated devel setup if necessary
if context.isolate_devel:
if not context.install:
_create_unmerged_devel_setup(context, now_unbuilt_pkgs)
else:
_create_unmerged_devel_setup_for_install(context)
return 0
else:
return 1
except KeyboardInterrupt:
wide_log("[build] Interrupted by user!")
event_queue.put(None)
def build_isolated_workspace(context,
packages=None,
start_with=None,
no_deps=False,
unbuilt=False,
n_jobs=None,
force_cmake=False,
pre_clean=False,
force_color=False,
quiet=False,
interleave_output=False,
no_status=False,
limit_status_rate=10.0,
lock_install=False,
no_notify=False,
continue_on_failure=False,
summarize_build=None,
relaxed_constraints=False,
influx_url=None,
influx_db=None):
"""Builds a catkin workspace in isolation
This function will find all of the packages in the source space, start some
executors, feed them packages to build based on dependencies and topological
ordering, and then monitor the output of the executors, handling loggings of
the builds, starting builds, failing builds, and finishing builds of
packages, and handling the shutdown of the executors when appropriate.
:param context: context in which to build the catkin workspace
:type context: :py:class:`catkin_tools.verbs.catkin_build.context.Context`
:param packages: list of packages to build, by default their dependencies will also be built
:type packages: list
:param start_with: package to start with, skipping all packages which proceed it in the topological order
:type start_with: str
:param no_deps: If True, the dependencies of packages will not be built first
:type no_deps: bool
:param n_jobs: number of parallel package build n_jobs
:type n_jobs: int
:param force_cmake: forces invocation of CMake if True, default is False
:type force_cmake: bool
:param force_color: forces colored output even if terminal does not support it
:type force_color: bool
:param quiet: suppresses the output of commands unless there is an error
:type quiet: bool
:param interleave_output: prints the output of commands as they are received
:type interleave_output: bool
:param no_status: disables status bar
:type no_status: bool
:param limit_status_rate: rate to which status updates are limited; the default 0, places no limit.
:type limit_status_rate: float
:param lock_install: causes executors to synchronize on access of install commands
:type lock_install: bool
:param no_notify: suppresses system notifications
:type no_notify: bool
:param continue_on_failure: do not stop building other jobs on error
:type continue_on_failure: bool
:param summarize_build: if True summarizes the build at the end, if None and continue_on_failure is True and the
the build fails, then the build will be summarized, but if False it never will be summarized.
:type summarize_build: bool
:param relaxed_constraints If true, do not use exec_deps for topological ordering
:type relaxed_constraints bool
:param influx_url Url to access an InfluxDB instance
:type influx_url string Url of the form user:password@host:port
:param influx_db Database name in InfluxDB
:type influx_db string
:raises: SystemExit if buildspace is a file or no packages were found in the source space
or if the provided options are invalid
"""
pre_start_time = time.time()
# Assert that the limit_status_rate is valid
if limit_status_rate < 0:
sys.exit(
"[build] @!@{rf}Error:@| The value of --status-rate must be greater than or equal to zero."
)
# Declare a buildspace marker describing the build config for error checking
buildspace_marker_data = {
'workspace': context.workspace,
'profile': context.profile,
'install': context.install,
'install_space': context.install_space_abs,
'devel_space': context.devel_space_abs,
'source_space': context.source_space_abs
}
# Check build config
if os.path.exists(
os.path.join(context.build_space_abs, BUILDSPACE_MARKER_FILE)):
with open(os.path.join(
context.build_space_abs,
BUILDSPACE_MARKER_FILE)) as buildspace_marker_file:
existing_buildspace_marker_data = yaml.safe_load(
buildspace_marker_file)
misconfig_lines = ''
for (k, v) in existing_buildspace_marker_data.items():
new_v = buildspace_marker_data.get(k, None)
if new_v != v:
misconfig_lines += (
'\n - %s: %s (stored) is not %s (commanded)' %
(k, v, new_v))
if len(misconfig_lines) > 0:
sys.exit(
clr("\n@{rf}Error:@| Attempting to build a catkin workspace using build space: "
"\"%s\" but that build space's most recent configuration "
"differs from the commanded one in ways which will cause "
"problems. Fix the following options or use @{yf}`catkin "
"clean -b`@| to remove the build space: %s" %
(context.build_space_abs, misconfig_lines)))
# Summarize the context
summary_notes = []
if force_cmake:
summary_notes += [
clr("@!@{cf}NOTE:@| Forcing CMake to run for each package.")
]
log(context.summary(summary_notes))
# Make sure there is a build folder and it is not a file
if os.path.exists(context.build_space_abs):
if os.path.isfile(context.build_space_abs):
sys.exit(
clr("[build] @{rf}Error:@| Build space '{0}' exists but is a file and not a folder."
.format(context.build_space_abs)))
# If it dosen't exist, create it
else:
log("[build] Creating build space: '{0}'".format(
context.build_space_abs))
os.makedirs(context.build_space_abs)
# Write the current build config for config error checking
with open(os.path.join(context.build_space_abs, BUILDSPACE_MARKER_FILE),
'w') as buildspace_marker_file:
buildspace_marker_file.write(
yaml.dump(buildspace_marker_data, default_flow_style=False))
# Get all the packages in the context source space
# Suppress warnings since this is a utility function
workspace_packages = find_packages(context.source_space_abs,
exclude_subspaces=True,
warnings=[])
# Get packages which have not been built yet
built_packages, unbuilt_pkgs = get_built_unbuilt_packages(
context, workspace_packages)
# Handle unbuilt packages
if unbuilt:
# Check if there are any unbuilt
if len(unbuilt_pkgs) > 0:
# Add the unbuilt packages
packages.extend(list(unbuilt_pkgs))
else:
log("[build] No unbuilt packages to be built.")
return
# If no_deps is given, ensure packages to build are provided
if no_deps and packages is None:
log(
clr("[build] @!@{rf}Error:@| With no_deps, you must specify packages to build."
))
return
# Find list of packages in the workspace
packages_to_be_built, packages_to_be_built_deps, all_packages = determine_packages_to_be_built(
packages, context, workspace_packages)
if not no_deps:
# Extend packages to be built to include their deps
packages_to_be_built.extend(packages_to_be_built_deps)
# Also re-sort
try:
packages_to_be_built = topological_order_packages(
dict(packages_to_be_built))
except AttributeError:
log(
clr("[build] @!@{rf}Error:@| The workspace packages have a circular "
"dependency, and cannot be built. Please run `catkin list "
"--deps` to determine the problematic package(s)."))
return
# Check the number of packages to be built
if len(packages_to_be_built) == 0:
log(clr('[build] No packages to be built.'))
# Assert start_with package is in the workspace
verify_start_with_option(start_with, packages, all_packages,
packages_to_be_built)
# Populate .catkin file if we're not installing
# NOTE: This is done to avoid the Catkin CMake code from doing it,
# which isn't parallel-safe. Catkin CMake only modifies this file if
# it's package source path isn't found.
if not context.install:
dot_catkin_file_path = os.path.join(context.devel_space_abs, '.catkin')
# If the file exists, get the current paths
if os.path.exists(dot_catkin_file_path):
dot_catkin_paths = open(dot_catkin_file_path,
'r').read().split(';')
else:
dot_catkin_paths = []
# Update the list with the new packages (in topological order)
packages_to_be_built_paths = [
os.path.join(context.source_space_abs, path)
for path, pkg in packages_to_be_built
]
new_dot_catkin_paths = [
os.path.join(context.source_space_abs, path) for path in [
os.path.join(context.source_space_abs, path)
for path, pkg in all_packages
] if path in dot_catkin_paths or path in packages_to_be_built_paths
]
# Write the new file if it's different, otherwise, leave it alone
if dot_catkin_paths == new_dot_catkin_paths:
wide_log("[build] Package table is up to date.")
else:
wide_log("[build] Updating package table.")
open(dot_catkin_file_path,
'w').write(';'.join(new_dot_catkin_paths))
# Remove packages before start_with
if start_with is not None:
for path, pkg in list(packages_to_be_built):
if pkg.name != start_with:
wide_log(
clr("@!@{pf}Skipping@| @{gf}---@| @{cf}{}@|").format(
pkg.name))
packages_to_be_built.pop(0)
else:
break
# Get the names of all packages to be built
packages_to_be_built_names = [p.name for _, p in packages_to_be_built]
packages_to_be_built_deps_names = [
p.name for _, p in packages_to_be_built_deps
]
# Generate prebuild and prebuild clean jobs, if necessary
prebuild_jobs = {}
setup_util_present = os.path.exists(
os.path.join(context.devel_space_abs, '_setup_util.py'))
catkin_present = 'catkin' in (packages_to_be_built_names +
packages_to_be_built_deps_names)
catkin_built = 'catkin' in built_packages
prebuild_built = 'catkin_tools_prebuild' in built_packages
# Handle the prebuild jobs if the develspace is linked
prebuild_pkg_deps = []
if context.link_devel:
prebuild_pkg = None
# Construct a dictionary to lookup catkin package by name
pkg_dict = dict([(pkg.name, (pth, pkg)) for pth, pkg in all_packages])
if setup_util_present:
# Setup util is already there, determine if it needs to be
# regenerated
if catkin_built:
if catkin_present:
prebuild_pkg_path, prebuild_pkg = pkg_dict['catkin']
elif prebuild_built:
if catkin_present:
# TODO: Clean prebuild package
ct_prebuild_pkg_path = get_prebuild_package(
context.build_space_abs, context.devel_space_abs,
force_cmake)
ct_prebuild_pkg = parse_package(ct_prebuild_pkg_path)
prebuild_jobs[
'caktin_tools_prebuild'] = create_catkin_clean_job(
context,
ct_prebuild_pkg,
ct_prebuild_pkg_path,
dependencies=[],
dry_run=False,
clean_build=True,
clean_devel=True,
clean_install=True)
# TODO: Build catkin package
prebuild_pkg_path, prebuild_pkg = pkg_dict['catkin']
prebuild_pkg_deps.append('catkin_tools_prebuild')
else:
# How did these get here??
log("Warning: devel space setup files have an unknown origin.")
else:
# Setup util needs to be generated
if catkin_built or prebuild_built:
log("Warning: generated devel space setup files have been deleted."
)
if catkin_present:
# Build catkin package
prebuild_pkg_path, prebuild_pkg = pkg_dict['catkin']
else:
# Generate and buildexplicit prebuild package
prebuild_pkg_path = get_prebuild_package(
context.build_space_abs, context.devel_space_abs,
force_cmake)
prebuild_pkg = parse_package(prebuild_pkg_path)
if prebuild_pkg is not None:
# Create the prebuild job
prebuild_job = create_catkin_build_job(
context,
prebuild_pkg,
prebuild_pkg_path,
build_dependencies=prebuild_pkg_deps,
run_dependencies=[],
force_cmake=force_cmake,
pre_clean=pre_clean,
prebuild=True)
# Add the prebuld job
prebuild_jobs[prebuild_job.jid] = prebuild_job
# Remove prebuild jobs from normal job list
for prebuild_jid, prebuild_job in prebuild_jobs.items():
if prebuild_jid in packages_to_be_built_names:
packages_to_be_built_names.remove(prebuild_jid)
# Initial jobs list is just the prebuild jobs
jobs = [] + list(prebuild_jobs.values())
# Get all build type plugins
build_job_creators = {
ep.name: ep.load()['create_build_job']
for ep in pkg_resources.iter_entry_points(group='catkin_tools.jobs')
}
# It's a problem if there aren't any build types available
if len(build_job_creators) == 0:
sys.exit(
'Error: No build types available. Please check your catkin_tools installation.'
)
# Construct jobs
for pkg_path, pkg in all_packages:
if pkg.name not in packages_to_be_built_names:
continue
# Ignore metapackages
if 'metapackage' in [e.tagname for e in pkg.exports]:
continue
# Get actual execution deps
build_deps = [
p.name for _, p in get_cached_recursive_build_depends_in_workspace(
pkg, packages_to_be_built) if p.name not in prebuild_jobs
]
build_for_run_deps = [
p.name for _, p in get_cached_recursive_run_depends_in_workspace(
pkg, packages_to_be_built) if p.name not in prebuild_jobs
]
# All jobs depend on the prebuild jobs if they're defined
if not no_deps:
if relaxed_constraints:
build_for_run_deps = [
p.name for _, p in
get_recursive_build_depends_for_run_depends_in_workspace(
[pkg], packages_to_be_built)
if p.name not in prebuild_jobs
]
else:
# revert to interpreting all dependencies as build dependencies
build_deps = list(set(build_deps + build_for_run_deps))
build_for_run_deps = []
for j in prebuild_jobs.values():
build_deps.append(j.jid)
# Determine the job parameters
build_job_kwargs = dict(context=context,
package=pkg,
package_path=pkg_path,
build_dependencies=build_deps,
run_dependencies=build_for_run_deps,
force_cmake=force_cmake,
pre_clean=pre_clean)
# Create the job based on the build type
build_type = get_build_type(pkg)
if build_type in build_job_creators:
jobs.append(build_job_creators[build_type](**build_job_kwargs))
else:
wide_log(
clr("[build] @!@{yf}Warning:@| Skipping package `{}` because it "
"has an unsupported package build type: `{}`").format(
pkg.name, build_type))
wide_log(clr("[build] Note: Available build types:"))
for bt_name in build_job_creators.keys():
wide_log(clr("[build] - `{}`".format(bt_name)))
# Queue for communicating status
event_queue = Queue()
status_queue = Queue()
monitoring_queue = Queue()
class ForwardingQueue(threading.Thread):
def __init__(self, queues):
super(ForwardingQueue, self).__init__()
self.keep_running = True
self.queues = queues
def run(self):
while self.keep_running:
event = event_queue.get(True)
for queue in self.queues:
queue.put(event)
if event is None:
break
queue_thread = ForwardingQueue([status_queue, monitoring_queue])
threads = [queue_thread]
try:
# Spin up status output thread
status_thread = ConsoleStatusController(
'build', ['package', 'packages'],
jobs,
n_jobs, [pkg.name for _, pkg in context.packages],
[p for p in context.whitelist], [p for p in context.blacklist],
status_queue,
show_notifications=not no_notify,
show_active_status=not no_status,
show_buffered_stdout=not quiet and not interleave_output,
show_buffered_stderr=not interleave_output,
show_live_stdout=interleave_output,
show_live_stderr=interleave_output,
show_stage_events=not quiet,
show_full_summary=(summarize_build is True),
pre_start_time=pre_start_time,
active_status_rate=limit_status_rate)
threads.append(status_thread)
if influx_db is not None:
if not have_influx_db:
sys.exit(
"[build] @!@{rf}Error:@| InfluxDB monitoring is not possible, cannot import influxdb"
)
match = re.match('^(.+):(.+)@(.+):(.+)$', influx_url)
if not match:
sys.exit(
"[build] @!@{rf}Error:@| The value of --influx has to be of the form username:password@host:port"
)
username, password, host, port = match.groups()
influxdb_thread = InfluxDBStatusController(monitoring_queue,
influx_db, host, port,
username, password)
threads.append(influxdb_thread)
for thread in threads:
thread.start()
# Initialize locks
locks = {
'installspace': asyncio.Lock() if lock_install else FakeLock()
}
# Block while running N jobs asynchronously
try:
all_succeeded = run_until_complete(
execute_jobs('build',
jobs,
locks,
event_queue,
context.log_space_abs,
max_toplevel_jobs=n_jobs,
continue_on_failure=continue_on_failure,
continue_without_deps=False,
relaxed_constraints=relaxed_constraints))
except Exception:
all_succeeded = False
for thread in threads:
thread.keep_running = False
for thread in threads:
thread.join(1.0)
wide_log(str(traceback.format_exc()))
event_queue.put(None)
for thread in threads:
thread.join(1.0)
# Warn user about new packages
now_built_packages, now_unbuilt_pkgs = get_built_unbuilt_packages(
context, workspace_packages)
new_pkgs = [p for p in unbuilt_pkgs if p not in now_unbuilt_pkgs]
if len(new_pkgs) > 0:
log(
clr("[build] @/@!Note:@| @/Workspace packages have changed, "
"please re-source setup files to use them.@|"))
if all_succeeded:
# Create isolated devel setup if necessary
if context.isolate_devel:
if not context.install:
_create_unmerged_devel_setup(context, now_unbuilt_pkgs)
else:
_create_unmerged_devel_setup_for_install(context)
return 0
else:
return 1
except KeyboardInterrupt:
wide_log("[build] Interrupted by user!")
event_queue.put(None)
return 130 # EOWNERDEAD return code is not part of the errno module.