def setUp(self):
self.opts_string = """
++ unix-linux-x86_64-3.2.0-gcc-4.7.2 _ KEY1 = VAL1
-- unix-linux-*-3.2.0-gcc dbg KEY2 = VAL2
# COMMENT
-- unix-linux-*-3.2.0-gcc- dbg KEY2 = VAL2
!! * dbg_mt_exc KEY3 = VAL3
>> unix- opt_mt KEY4 = VAL4_1 \
VAL4_2
"""
self.opts_file = StringIO(self.opts_string)
self.expected_vals = ((1, (optiontypes.OptionCommand.ADD,
optiontypes.Uplid('unix', 'linux', 'x86_64',
'3.2.0', 'gcc', '4.7.2'),
optiontypes.Ufid(), 'KEY1', 'VAL1')),
(2, (optiontypes.OptionCommand.INSERT,
optiontypes.Uplid('unix', 'linux', '*',
'3.2.0', 'gcc'),
optiontypes.Ufid(['dbg']), 'KEY2', 'VAL2')),
(5, (optiontypes.OptionCommand.INSERT,
optiontypes.Uplid('unix', 'linux', '*',
'3.2.0', 'gcc'),
optiontypes.Ufid(['dbg']), 'KEY2', 'VAL2')),
(6, (optiontypes.OptionCommand.OVERRIDE,
optiontypes.Uplid(),
optiontypes.Ufid(['dbg', 'mt',
'exc']), 'KEY3', 'VAL3')),
(7, (optiontypes.OptionCommand.APPEND,
optiontypes.Uplid('unix'),
optiontypes.Ufid(['opt', 'mt']), 'KEY4',
'VAL4_1 VAL4_2')))
def make_ufid_from_cmdline_options(opts):
"""Create an Ufid from the specified command-line options.
Args:
opts (dict): The specified command-line options.
Returns:
An Ufid object.
Raises:
InvalidUfidError on invalid UFID.
"""
if opts.ufid:
ufid = optiontypes.Ufid.from_str(opts.ufid)
if not optiontypes.Ufid.is_valid(ufid.flags):
raise blderror.InvalidUfidError(
'The UFID, "%s", is invalid. Each part of a UFID must be '
'in the following list of valid flags: %s.' %
(opts.ufid, ", ".join(
sorted(optiontypes.Ufid.VALID_FLAGS.keys()))))
return ufid
ufid_map = {
'abi_bits': {
'64': '64'
},
'build_type': {
'debug': 'dbg',
'release': 'opt'
},
'safe': {
True: 'safe'
},
'safe2': {
True: 'safe2'
},
'cpp_std': {
'11': 'cpp11'
},
'noexception': {
False: 'exc'
},
'library_type': {
'shared': 'shr'
}
}
flags = []
for opt in ufid_map:
attr = getattr(opts, opt, None)
if attr is not None:
if attr in ufid_map[opt]:
flags.append(ufid_map[opt][attr])
# always use mt
flags.append('mt')
return optiontypes.Ufid(flags)
def make_ufid_from_cmdline_options(opts):
"""Create an Ufid from the specified command-line options.
Args:
opts (dict): The specified command-line options.
Returns:
An Ufid object.
Raises:
InvalidUfidError on invalid UFID.
"""
if opts.ufid:
ufid = optiontypes.Ufid.from_str(opts.ufid)
if not optiontypes.Ufid.is_valid(ufid.flags):
raise blderror.InvalidUfidError(
'The UFID, "%s", is invalid. Each part of a UFID must be '
'in the following list of valid flags: %s.' %
(opts.ufid, ", ".join(sorted(
optiontypes.Ufid.VALID_FLAGS.keys()))))
return ufid
ufid_map = {
'abi_bits': {'64': ['64']},
'build_type': {'Debug': ['dbg'],
'Release': ['opt'],
'RelWithDebInfo': ['opt', 'dbg' ]},
'safe': {True: ['safe']},
'safe2': {True: ['safe2']},
'assert_level': {'aopt': ['aopt'],
'adbg': ['adbg'],
'asafe': ['asafe'],
'anone': ['anone']},
'review_level': {'ropt': ['ropt'],
'rdbg': ['rdbg'],
'rsafe': ['rsafe'],
'rnone': ['rnone']},
'cpp_std': {'03': ['cpp03'], '11': ['cpp11'], '14': ['cpp14'], '17': ['cpp17']},
'noexception': {False: ['exc']},
'library_type': {'shared': ['shr']}
}
# always use mt
flags = ['mt']
for opt in ufid_map:
attr = getattr(opts, opt, None)
if attr is not None:
if attr in ufid_map[opt]:
flags.extend(ufid_map[opt][attr])
return optiontypes.Ufid(flags)
def configure(self):
self.ctx.msg('Prefix', self.ctx.env['PREFIX'])
if self.uplid == self.actual_uplid:
self.ctx.msg('Uplid', self.uplid)
else:
self.ctx.msg('Uplid - effective (this is *used*):',
str(self.uplid) + ' (from BDE_WAF_UPLID)',
color='YELLOW')
self.ctx.msg('Uplid - actual (this is *not* used):',
self.actual_uplid, color='YELLOW')
if os.getenv('BDE_WAF_UFID'):
self.ctx.msg('Ufid',
str(self.ufid) + ' (from BDE_WAF_UFID)')
else:
self.ctx.msg('Ufid', self.ufid)
if self.ctx.options.verbose >= 1:
self.ctx.msg('OS type', self.uplid.os_type)
self.ctx.msg('OS name', self.uplid.os_name)
self.ctx.msg('CPU type', self.uplid.cpu_type)
self.ctx.msg('OS version', self.uplid.os_ver)
self.ctx.msg('Compiler type', self.uplid.comp_type)
self.ctx.msg('Compiler version', self.uplid.comp_ver)
loader = repocontextloader.RepoContextLoader(self.ctx.path.abspath())
loader.load()
self.repo_context = loader.repo_context
if self.ctx.options.verify:
self._verify()
build_flags_parser = buildflagsparser.BuildFlagsParser(
self.ctx.env['SHLIB_MARKER'],
self.ctx.env['STLIB_MARKER'],
self.ctx.env['LIB_ST'].replace('.', '\.').replace(
'%s', r'([^ =]+)$'),
self.ctx.env['LIBPATH_ST'].replace('.', '\.').replace(
'%s', r'([^ =]+)'),
self.ctx.env['CPPPATH_ST'].replace('.', '\.').replace(
'%s', r'([^ =]+)'),
'/D' if self.uplid.comp_type == 'cl' else '-D')
default_rules = optionsutil.get_default_option_rules()
# Enable -Werror for building .cpp files (but not .t.cpp) if --werror
# is enabled.
if self.ctx.options.werror == 'cpp':
default_rules.append(optiontypes.OptionRule(
optiontypes.OptionCommand.ADD,
optiontypes.Uplid.from_str('*-*-*-*-gcc-*'),
optiontypes.Ufid(),
'COMPONENT_BDEBUILD_CXXFLAGS',
'-Werror'))
default_rules.append(optiontypes.OptionRule(
optiontypes.OptionCommand.ADD,
optiontypes.Uplid.from_str('*-*-*-*-clang-*'),
optiontypes.Ufid(),
'COMPONENT_BDEBUILD_CXXFLAGS',
'-Werror'))
debug_opt_keys = self.ctx.options.debug_opt_keys.split(',') if \
self.ctx.options.debug_opt_keys is not None else []
self.build_config = buildconfigfactory.make_build_config(
self.repo_context, build_flags_parser, self.uplid, self.ufid,
default_rules, debug_opt_keys)
def print_list(label, l):
if len(l):
self.ctx.msg(label, ' '.join([str(i) for i in l]))
print_list('Configured package groups',
sorted(self.build_config.package_groups))
print_list('Configured stand-alone packages',
sorted(self.build_config.stdalone_packages))
print_list('Configured third-party packages',
sorted(self.build_config.third_party_dirs))
print_list('Loading external dependencies',
sorted(self.build_config.external_dep))
self._configure_external_libs()
if self.build_config.soname_overrides:
for uor_name in self.build_config.soname_overrides:
self.ctx.msg('Override SONAME for %s' % uor_name,
self.build_config.soname_overrides[uor_name])
self.install_config = installconfig.InstallConfig(
self.ufid,
self.ctx.options.use_dpkg_install,
self.ctx.options.use_flat_include_dir,
self.ctx.options.libdir,
self.ctx.options.bindir,
self.ctx.options.lib_suffix)
# The .pc files should be UFID neutral when installed to the DPKG
# environment in Bloomberg. I.e., a single .pc file supports multiple
# UFID-specific types of a library. By default, the installed .pc file
# points to the release library. A client can select a different
# library type (e.g., dbg_mt_exc_safe) by prepending an -L linker flag
# pointing to that particular type. Here, we remove exported macro
# definitions that are specific to any single UFID library type.
if (self.ctx.options.use_dpkg_install and
'bsl' in self.build_config.package_groups):
pg = self.build_config.package_groups['bsl']
remove_flags = []
for f in pg.flags.export_flags:
if (f.find('BDE_BUILD_TARGET') != -1 or
f.find('NDEBUG') != -1):
remove_flags.append(f)
for f in remove_flags:
pg.flags.export_flags.remove(f)
self.ctx.msg('Use flat include directory',
'yes' if self.install_config.is_flat_include else 'no')
self.ctx.msg('Lib install directory', self.install_config.lib_dir)
self.ctx.msg('Pkg-config install directory',
self.install_config.pc_dir)
if self.install_config.lib_suffix:
self.ctx.msg('Lib name suffix', self.install_config.lib_suffix)
num_uors = len(self.build_config.package_groups) + \
len(self.build_config.stdalone_packages) + \
len(self.build_config.third_party_dirs)
num_inner_packages = len(self.build_config.inner_packages)
num_components = 0
for c in map(buildconfigutil.count_components_in_package,
list(self.build_config.inner_packages.values()) +
list(self.build_config.stdalone_packages.values())):
num_components += c
print_list('# UORs, inner packages, and components',
(num_uors, num_inner_packages, num_components))
if self.ctx.options.verbose >= 2:
self.ctx.msg('Build configuration details', self.build_config)
self._save()
def make_ufid_from_cmdline_options(opts):
"""Create an Ufid from the specified command-line options.
Args:
opts (dict): The specified command-line options.
Returns:
An Ufid object.
Raises:
InvalidUfidError on invalid UFID.
"""
if opts.ufid:
ufid = optiontypes.Ufid.from_str(opts.ufid)
if not optiontypes.Ufid.is_valid(ufid.flags):
raise blderror.InvalidUfidError(
'The UFID, "%s", is invalid. Each part of a UFID must be '
"in the following list of valid flags: %s." % (
opts.ufid,
", ".join(sorted(optiontypes.Ufid.VALID_FLAGS.keys())),
))
return ufid
ufid_map = {
"abi_bits": {
"64": ["64"]
},
"build_type": {
"Debug": ["dbg"],
"Release": ["opt"],
"RelWithDebInfo": ["opt", "dbg"],
},
"safe": {
True: ["safe"]
},
"safe2": {
True: ["safe2"]
},
"assert_level": {
"aopt": ["aopt"],
"adbg": ["adbg"],
"asafe": ["asafe"],
"anone": ["anone"],
},
"review_level": {
"ropt": ["ropt"],
"rdbg": ["rdbg"],
"rsafe": ["rsafe"],
"rnone": ["rnone"],
},
"sanitizer": {
"asan": ["asan"],
"msan": ["msan"],
"tsan": ["tsan"],
"ubsan": ["ubsan"],
},
"fuzz": {
True: ["fuzz"]
},
"cpp_std": {
"03": ["cpp03"],
"11": ["cpp11"],
"14": ["cpp14"],
"17": ["cpp17"],
"20": ["cpp20"],
},
"noexception": {
False: ["exc"]
},
"library_type": {
"shared": ["shr"]
},
}
# always use mt
flags = ["mt"]
for opt in ufid_map:
attr = getattr(opts, opt, None)
if attr is not None:
if attr in ufid_map[opt]:
flags.extend(ufid_map[opt][attr])
return optiontypes.Ufid(flags)
