def check_tools(required_tools, targeted_platform_variant=None, quiet=False):
exitcode = 0
# Only test the highest version of each tool -- and only do so once per tool.
required_tools = get_unique_tools_with_greatest_version(required_tools)
required_tools_name_width = 10
if required_tools:
required_tools_name_width = max(
[len(tool.tool) for tool in required_tools]) + 1
if not targeted_platform_variant:
targeted_platform_variant = buildinfo.get_natural_platform_variant()
else:
targeted_platform_variant = buildinfo.fuzzy_match_platform_variant(
targeted_platform_variant)
if required_tools:
for tool in required_tools:
if tool.platforms is None and tool.verify is None:
if not quiet:
eprintc(
'''No information for %s.
Please provide information to be able to verify that %s
is properly set up on this machine.''' % (tool.tool, tool.tool), ERROR_COLOR)
exitcode = 1
else:
platforms = buildinfo.get_implied_platform_variants(
tool.platforms)
#print('tool %s has implied platforms %s; looking for %s' % (tool.tool, '|'.join(platforms), targeted_platform_variant))
if targeted_platform_variant in platforms:
if verify_command_in_path(tool,
required_tools_name_width,
quiet=quiet):
exitcode = 1
if os.name == 'nt':
if os.path.exists(os.path.join(os.getcwd(), 'TempWmicBatchFile.bat')):
os.remove(os.path.join(os.getcwd(), 'TempWmicBatchFile.bat'))
return exitcode
def check_tools(required_tools, targeted_platform_variant=None, quiet=False):
exitcode = 0
# Only test the highest version of each tool -- and only do so once per tool.
required_tools = get_unique_tools_with_greatest_version(required_tools)
required_tools_name_width = 10
if required_tools:
required_tools_name_width = max([len(tool.tool) for tool in required_tools]) + 1
if not targeted_platform_variant:
targeted_platform_variant = buildinfo.get_natural_platform_variant()
else:
targeted_platform_variant = buildinfo.fuzzy_match_platform_variant(targeted_platform_variant)
if required_tools:
for tool in required_tools:
if tool.platforms is None and tool.verify is None:
if not quiet:
eprintc('''No information for %s.
Please provide information to be able to verify that %s
is properly set up on this machine.''' % (tool.tool, tool.tool), ERROR_COLOR)
exitcode = 1
else:
platforms = buildinfo.get_implied_platform_variants(tool.platforms)
#print('tool %s has implied platforms %s; looking for %s' % (tool.tool, '|'.join(platforms), targeted_platform_variant))
if targeted_platform_variant in platforms:
if verify_command_in_path(tool, required_tools_name_width, quiet=quiet):
exitcode = 1
if os.name == 'nt':
if os.path.exists(os.path.join(os.getcwd(), 'TempWmicBatchFile.bat')):
os.remove(os.path.join(os.getcwd(), 'TempWmicBatchFile.bat'))
return exitcode
def _check_app_checked_out():
if not os.path.isdir(os.path.join(APP_FOLDER, '.bzr')):
eprintc('''
Sadm has not been installed with a bzr checkout command. This will prevent sadm
from updating itself. Recommended install command for sadm is:
bzr co --lightweight %s/sadm/built.%s/trunk <installdir>''' % (
DEFAULT_MASTER_REPOROOT, buildinfo.get_natural_platform_variant()),
ERROR_COLOR)
sys.exit(1)
else:
print('\nSadm has been installed correctly with a bzr checkout.')
def get_targeted_platform_variant(self):
"""
Return the platform variant that's currently being targeted by this
sandbox. This identifier (e.g., "linux_x86-64" or "win_32") is opaque
to the build system, and does not obey any consistent rules across
platforms.
"""
global _TPV
tpv = self._get_conf(_SETTINGS_SECTION, _PLATFORM_VARIANT_KEY)
if tpv is None:
if _TPV is None:
_TPV = buildinfo.get_natural_platform_variant()
tpv = _TPV
return tpv
def get_targeted_platform_variant(self):
'''
Return the platform variant that's currently being targeted by this
sandbox. This identifier (e.g., "linux_x86-64" or "win_32") is opaque
to the build system, and does not obey any consistent rules across
platforms.
'''
global _TPV
tpv = self._get_conf(_SETTINGS_SECTION, _PLATFORM_VARIANT_KEY)
if tpv is None:
if _TPV is None:
_TPV = buildinfo.get_natural_platform_variant()
tpv = _TPV
return tpv
def checkin(sb, folder_to_publish, dry_run):
msg = str(sb.get_build_id())
if buildinfo.get_natural_platform_variant() != sb.get_targeted_platform_variant():
msg += ' ' + sb.get_targeted_platform_variant()
msg = '%s from %s' % (msg, str(buildinfo.BuildInfo()))
cmd = 'bzr ci -m "%s"' % msg
vprint(cmd, verbosity=1)
err = 0
if not dry_run:
try:
vcs.checkin(folder_to_publish, msg)
push_loc = '%s%s/%s/built.%s' % (DEFAULT_ARCHIVE_REPO, sb.get_branch(), # fix_julie repo structure knowledge
sb.get_top_component(),
sb.get_targeted_platform_variant())
vcs.push(folder_to_publish, push_loc)
except:
txt = traceback.format_exc()
if 'PointlessCommit' in txt:
vprint('No changes need to be committed.', verbosity=1)
else:
raise
return err
def test_get_default_platform_variant(self):
self.assertTrue(buildinfo.get_natural_platform_variant() in buildinfo.get_known_platform_variants())
def test_get_built_root(self):
root = _makeroot('/sandboxes/foo.trunk.quick/')
x = sandbox.Sandbox(root)
self.assertEqual(root + sandbox._BUILTROOT[0:-1] + '.' + buildinfo.get_natural_platform_variant() + '/', x.get_built_root())