# Copyright 2012-2018 The Meson development team
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
# http://www.apache.org/licenses/LICENSE-2.0
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
from . import mlog
import pickle , os , uuid
cross: Implement support for loading cross files from system paths
One thing that makes cross compiling with meson a pain is the need for
cross files. The problem is not with cross files themselves (they're
actually rather brilliant in that they allow for a much greater deal of
flexibility than autotools hardcoded paths approach) but that each user
needs to reimplement them themselves, when for most people what they
really want is a cross file that could be provided by their distro, all
they really want is the correct toolchain.
This patch is the first stop to making it easier for distros to ship
their own cross files (and for users to put their's somewhere safe so
they don't get `git clean`ed. It allows the cross files (on Linux and
*BSD) to be stored in home and system paths (~/.config/meson/cross,
/usr/share/meson/cross, and /usr/local/share/meson/cross), and to be
loaded by simply by specificying --cross-file.
With this patch meson will check the locations its always checked first,
(is cross file absolute, or is it relative to $PWD), then will check
~/.config/meson/cross, /usr/local/share/meson/cross,
/usr/share/meson/cross, (or $XDG_CONFIG_PATH and $XDG_DATA_DIRS) for the
files, raising an exception if it cannot find the specified cross file.
Fixes #2283
7 years ago
import sys
from pathlib import PurePath
from collections import OrderedDict
from . mesonlib import MesonException
from . mesonlib import default_libdir , default_libexecdir , default_prefix
import ast
version = ' 0.46.0.dev1 '
backendlist = [ ' ninja ' , ' vs ' , ' vs2010 ' , ' vs2015 ' , ' vs2017 ' , ' xcode ' ]
default_yielding = False
class UserOption :
def __init__ ( self , name , description , choices , yielding ) :
super ( ) . __init__ ( )
self . name = name
self . choices = choices
self . description = description
if yielding is None :
yielding = default_yielding
if not isinstance ( yielding , bool ) :
raise MesonException ( ' Value of " yielding " must be a boolean. ' )
self . yielding = yielding
# Check that the input is a valid value and return the
# "cleaned" or "native" version. For example the Boolean
# option could take the string "true" and return True.
def validate_value ( self , value ) :
raise RuntimeError ( ' Derived option class did not override validate_value. ' )
class UserStringOption ( UserOption ) :
def __init__ ( self , name , description , value , choices = None , yielding = None ) :
super ( ) . __init__ ( name , description , choices , yielding )
self . set_value ( value )
def validate ( self , value ) :
if not isinstance ( value , str ) :
raise MesonException ( ' Value " %s " for string option " %s " is not a string. ' % ( str ( value ) , self . name ) )
def set_value ( self , newvalue ) :
self . validate ( newvalue )
self . value = newvalue
def validate_value ( self , value ) :
self . validate ( value )
return value
class UserBooleanOption ( UserOption ) :
def __init__ ( self , name , description , value , yielding = None ) :
super ( ) . __init__ ( name , description , [ True , False ] , yielding )
self . set_value ( value )
def tobool ( self , thing ) :
if isinstance ( thing , bool ) :
return thing
if thing . lower ( ) == ' true ' :
return True
if thing . lower ( ) == ' false ' :
return False
raise MesonException ( ' Value %s is not boolean (true or false). ' % thing )
def set_value ( self , newvalue ) :
self . value = self . tobool ( newvalue )
def __bool__ ( self ) :
return self . value
def validate_value ( self , value ) :
return self . tobool ( value )
class UserIntegerOption ( UserOption ) :
def __init__ ( self , name , description , min_value , max_value , value , yielding = None ) :
super ( ) . __init__ ( name , description , [ True , False ] , yielding )
self . min_value = min_value
self . max_value = max_value
self . set_value ( value )
c = [ ]
if min_value is not None :
c . append ( ' >= ' + str ( min_value ) )
if max_value is not None :
c . append ( ' <= ' + str ( max_value ) )
self . choices = ' , ' . join ( c )
def set_value ( self , newvalue ) :
if isinstance ( newvalue , str ) :
newvalue = self . toint ( newvalue )
if not isinstance ( newvalue , int ) :
raise MesonException ( ' New value for integer option is not an integer. ' )
if self . min_value is not None and newvalue < self . min_value :
raise MesonException ( ' New value %d is less than minimum value %d . ' % ( newvalue , self . min_value ) )
if self . max_value is not None and newvalue > self . max_value :
raise MesonException ( ' New value %d is more than maximum value %d . ' % ( newvalue , self . max_value ) )
self . value = newvalue
def toint ( self , valuestring ) :
try :
return int ( valuestring )
except :
raise MesonException ( ' Value string " %s " is not convertable to an integer. ' % valuestring )
def validate_value ( self , value ) :
return self . toint ( value )
class UserComboOption ( UserOption ) :
def __init__ ( self , name , description , choices , value , yielding = None ) :
super ( ) . __init__ ( name , description , choices , yielding )
if not isinstance ( self . choices , list ) :
raise MesonException ( ' Combo choices must be an array. ' )
for i in self . choices :
if not isinstance ( i , str ) :
raise MesonException ( ' Combo choice elements must be strings. ' )
self . set_value ( value )
def set_value ( self , newvalue ) :
if newvalue not in self . choices :
optionsstring = ' , ' . join ( [ ' " %s " ' % ( item , ) for item in self . choices ] )
raise MesonException ( ' Value " %s " for combo option " %s " is not one of the choices. Possible choices are: %s . ' % ( newvalue , self . name , optionsstring ) )
self . value = newvalue
def validate_value ( self , value ) :
if value not in self . choices :
raise MesonException ( ' Value %s not one of accepted values. ' % value )
return value
class UserArrayOption ( UserOption ) :
def __init__ ( self , name , description , value , * * kwargs ) :
super ( ) . __init__ ( name , description , kwargs . get ( ' choices ' , [ ] ) , yielding = kwargs . get ( ' yielding ' , None ) )
self . set_value ( value , user_input = False )
def validate ( self , value , user_input ) :
# User input is for options defined on the command line (via -D
# options). Users can put their input in as a comma separated
# string, but for defining options in meson_options.txt the format
# should match that of a combo
if not user_input :
if isinstance ( value , str ) :
if not value . startswith ( ' [ ' ) :
raise MesonException ( ' Valuestring does not define an array: ' + value )
newvalue = ast . literal_eval ( value )
else :
newvalue = value
else :
assert isinstance ( value , str )
if value . startswith ( ' [ ' ) :
newvalue = ast . literal_eval ( value )
else :
newvalue = [ v . strip ( ) for v in value . split ( ' , ' ) ]
if len ( set ( newvalue ) ) != len ( newvalue ) :
mlog . log ( mlog . red ( ' DEPRECATION: ' ) , ''' Duplicated values in an array type is deprecated.
This will become a hard error in the future . ''' )
if not isinstance ( newvalue , list ) :
raise MesonException ( ' " {0} " should be a string array, but it is not ' . format ( str ( newvalue ) ) )
for i in newvalue :
if not isinstance ( i , str ) :
raise MesonException ( ' String array element " {0} " is not a string. ' . format ( str ( newvalue ) ) )
if self . choices :
bad = [ x for x in newvalue if x not in self . choices ]
if bad :
raise MesonException ( ' Options " {} " are not in allowed choices: " {} " ' . format (
' , ' . join ( bad ) , ' , ' . join ( self . choices ) ) )
return newvalue
def set_value ( self , newvalue , user_input = True ) :
self . value = self . validate ( newvalue , user_input )
def validate_value ( self , value ) :
self . validate ( value )
return value
# This class contains all data that must persist over multiple
# invocations of Meson. It is roughly the same thing as
# cmakecache.
class CoreData :
def __init__ ( self , options ) :
self . guid = str ( uuid . uuid4 ( ) ) . upper ( )
self . test_guid = str ( uuid . uuid4 ( ) ) . upper ( )
self . regen_guid = str ( uuid . uuid4 ( ) ) . upper ( )
self . target_guids = { }
self . version = version
self . init_builtins ( options )
self . init_backend_options ( self . builtins [ ' backend ' ] . value )
self . user_options = { }
self . compiler_options = { }
self . base_options = { }
# These external_*args, are set via env vars CFLAGS, LDFLAGS, etc
# but only when not cross-compiling.
self . external_preprocess_args = { } # CPPFLAGS only
self . external_args = { } # CPPFLAGS + CFLAGS
self . external_link_args = { } # CFLAGS + LDFLAGS (with MSVC: only LDFLAGS)
cross: Implement support for loading cross files from system paths
One thing that makes cross compiling with meson a pain is the need for
cross files. The problem is not with cross files themselves (they're
actually rather brilliant in that they allow for a much greater deal of
flexibility than autotools hardcoded paths approach) but that each user
needs to reimplement them themselves, when for most people what they
really want is a cross file that could be provided by their distro, all
they really want is the correct toolchain.
This patch is the first stop to making it easier for distros to ship
their own cross files (and for users to put their's somewhere safe so
they don't get `git clean`ed. It allows the cross files (on Linux and
*BSD) to be stored in home and system paths (~/.config/meson/cross,
/usr/share/meson/cross, and /usr/local/share/meson/cross), and to be
loaded by simply by specificying --cross-file.
With this patch meson will check the locations its always checked first,
(is cross file absolute, or is it relative to $PWD), then will check
~/.config/meson/cross, /usr/local/share/meson/cross,
/usr/share/meson/cross, (or $XDG_CONFIG_PATH and $XDG_DATA_DIRS) for the
files, raising an exception if it cannot find the specified cross file.
Fixes #2283
7 years ago
self . cross_file = self . __load_cross_file ( options . cross_file )
self . wrap_mode = options . wrap_mode
self . compilers = OrderedDict ( )
self . cross_compilers = OrderedDict ( )
self . deps = OrderedDict ( )
self . modules = { }
# Only to print a warning if it changes between Meson invocations.
self . pkgconf_envvar = os . environ . get ( ' PKG_CONFIG_PATH ' , ' ' )
cross: Implement support for loading cross files from system paths
One thing that makes cross compiling with meson a pain is the need for
cross files. The problem is not with cross files themselves (they're
actually rather brilliant in that they allow for a much greater deal of
flexibility than autotools hardcoded paths approach) but that each user
needs to reimplement them themselves, when for most people what they
really want is a cross file that could be provided by their distro, all
they really want is the correct toolchain.
This patch is the first stop to making it easier for distros to ship
their own cross files (and for users to put their's somewhere safe so
they don't get `git clean`ed. It allows the cross files (on Linux and
*BSD) to be stored in home and system paths (~/.config/meson/cross,
/usr/share/meson/cross, and /usr/local/share/meson/cross), and to be
loaded by simply by specificying --cross-file.
With this patch meson will check the locations its always checked first,
(is cross file absolute, or is it relative to $PWD), then will check
~/.config/meson/cross, /usr/local/share/meson/cross,
/usr/share/meson/cross, (or $XDG_CONFIG_PATH and $XDG_DATA_DIRS) for the
files, raising an exception if it cannot find the specified cross file.
Fixes #2283
7 years ago
@staticmethod
def __load_cross_file ( filename ) :
""" Try to load the cross file.
If the filename is None return None . If the filename is an absolute
( after resolving variables and ~ ) , return that absolute path . Next ,
check if the file is relative to the current source dir . If the path
still isn ' t resolved do the following:
Windows :
- Error
* :
cross: Implement support for loading cross files from system paths
One thing that makes cross compiling with meson a pain is the need for
cross files. The problem is not with cross files themselves (they're
actually rather brilliant in that they allow for a much greater deal of
flexibility than autotools hardcoded paths approach) but that each user
needs to reimplement them themselves, when for most people what they
really want is a cross file that could be provided by their distro, all
they really want is the correct toolchain.
This patch is the first stop to making it easier for distros to ship
their own cross files (and for users to put their's somewhere safe so
they don't get `git clean`ed. It allows the cross files (on Linux and
*BSD) to be stored in home and system paths (~/.config/meson/cross,
/usr/share/meson/cross, and /usr/local/share/meson/cross), and to be
loaded by simply by specificying --cross-file.
With this patch meson will check the locations its always checked first,
(is cross file absolute, or is it relative to $PWD), then will check
~/.config/meson/cross, /usr/local/share/meson/cross,
/usr/share/meson/cross, (or $XDG_CONFIG_PATH and $XDG_DATA_DIRS) for the
files, raising an exception if it cannot find the specified cross file.
Fixes #2283
7 years ago
- $ XDG_DATA_HOME / meson / cross ( or ~ / . local / share / meson / cross if
undefined )
- $ XDG_DATA_DIRS / meson / cross ( or
/ usr / local / share / meson / cross : / usr / share / meson / cross if undefined )
- Error
Non - Windows follows the Linux path and will honor XDG_ * if set . This
simplifies the implementation somewhat .
cross: Implement support for loading cross files from system paths
One thing that makes cross compiling with meson a pain is the need for
cross files. The problem is not with cross files themselves (they're
actually rather brilliant in that they allow for a much greater deal of
flexibility than autotools hardcoded paths approach) but that each user
needs to reimplement them themselves, when for most people what they
really want is a cross file that could be provided by their distro, all
they really want is the correct toolchain.
This patch is the first stop to making it easier for distros to ship
their own cross files (and for users to put their's somewhere safe so
they don't get `git clean`ed. It allows the cross files (on Linux and
*BSD) to be stored in home and system paths (~/.config/meson/cross,
/usr/share/meson/cross, and /usr/local/share/meson/cross), and to be
loaded by simply by specificying --cross-file.
With this patch meson will check the locations its always checked first,
(is cross file absolute, or is it relative to $PWD), then will check
~/.config/meson/cross, /usr/local/share/meson/cross,
/usr/share/meson/cross, (or $XDG_CONFIG_PATH and $XDG_DATA_DIRS) for the
files, raising an exception if it cannot find the specified cross file.
Fixes #2283
7 years ago
"""
if filename is None :
return None
filename = os . path . expanduser ( os . path . expandvars ( filename ) )
if os . path . isabs ( filename ) :
return filename
path_to_try = os . path . abspath ( filename )
if os . path . exists ( path_to_try ) :
return path_to_try
if sys . platform != ' win32 ' :
cross: Implement support for loading cross files from system paths
One thing that makes cross compiling with meson a pain is the need for
cross files. The problem is not with cross files themselves (they're
actually rather brilliant in that they allow for a much greater deal of
flexibility than autotools hardcoded paths approach) but that each user
needs to reimplement them themselves, when for most people what they
really want is a cross file that could be provided by their distro, all
they really want is the correct toolchain.
This patch is the first stop to making it easier for distros to ship
their own cross files (and for users to put their's somewhere safe so
they don't get `git clean`ed. It allows the cross files (on Linux and
*BSD) to be stored in home and system paths (~/.config/meson/cross,
/usr/share/meson/cross, and /usr/local/share/meson/cross), and to be
loaded by simply by specificying --cross-file.
With this patch meson will check the locations its always checked first,
(is cross file absolute, or is it relative to $PWD), then will check
~/.config/meson/cross, /usr/local/share/meson/cross,
/usr/share/meson/cross, (or $XDG_CONFIG_PATH and $XDG_DATA_DIRS) for the
files, raising an exception if it cannot find the specified cross file.
Fixes #2283
7 years ago
paths = [
os . environ . get ( ' XDG_DATA_HOME ' , os . path . expanduser ( ' ~/.local/share ' ) ) ,
] + os . environ . get ( ' XDG_DATA_DIRS ' , ' /usr/local/share:/usr/share ' ) . split ( ' : ' )
for path in paths :
path_to_try = os . path . join ( path , ' meson ' , ' cross ' , filename )
if os . path . exists ( path_to_try ) :
return path_to_try
raise MesonException ( ' Cannot find specified cross file: ' + filename )
raise MesonException ( ' Cannot find specified cross file: ' + filename )
def sanitize_prefix ( self , prefix ) :
if not os . path . isabs ( prefix ) :
raise MesonException ( ' prefix value {!r} must be an absolute path '
' ' . format ( prefix ) )
if prefix . endswith ( ' / ' ) or prefix . endswith ( ' \\ ' ) :
# On Windows we need to preserve the trailing slash if the
# string is of type 'C:\' because 'C:' is not an absolute path.
if len ( prefix ) == 3 and prefix [ 1 ] == ' : ' :
pass
# If prefix is a single character, preserve it since it is
# the root directory.
elif len ( prefix ) == 1 :
pass
else :
prefix = prefix [ : - 1 ]
return prefix
def sanitize_dir_option_value ( self , prefix , option , value ) :
'''
If the option is an installation directory option and the value is an
absolute path , check that it resides within prefix and return the value
as a path relative to the prefix .
This way everyone can do f . ex , get_option ( ' libdir ' ) and be sure to get
the library directory relative to prefix .
'''
if option . endswith ( ' dir ' ) and os . path . isabs ( value ) and \
option not in builtin_dir_noprefix_options :
# Value must be a subdir of the prefix
# commonpath will always return a path in the native format, so we
# must use pathlib.PurePath to do the same conversion before
# comparing.
if os . path . commonpath ( [ value , prefix ] ) != str ( PurePath ( prefix ) ) :
m = ' The value of the {!r} option is {!r} which must be a ' \
' subdir of the prefix {!r} . \n Note that if you pass a ' \
' relative path, it is assumed to be a subdir of prefix. '
raise MesonException ( m . format ( option , value , prefix ) )
# Convert path to be relative to prefix
skip = len ( prefix ) + 1
value = value [ skip : ]
return value
def init_builtins ( self , options ) :
self . builtins = { }
# Sanitize prefix
options . prefix = self . sanitize_prefix ( options . prefix )
# Initialize other builtin options
for key in get_builtin_options ( ) :
if hasattr ( options , key ) :
value = getattr ( options , key )
value = self . sanitize_dir_option_value ( options . prefix , key , value )
setattr ( options , key , value )
else :
value = get_builtin_option_default ( key , prefix = options . prefix )
args = [ key ] + builtin_options [ key ] [ 1 : - 1 ] + [ value ]
self . builtins [ key ] = builtin_options [ key ] [ 0 ] ( * args )
def init_backend_options ( self , backend_name ) :
self . backend_options = { }
if backend_name == ' ninja ' :
self . backend_options [ ' backend_max_links ' ] = UserIntegerOption ( ' backend_max_links ' ,
' Maximum number of linker processes to run or 0 for no limit ' ,
0 , None , 0 )
def get_builtin_option ( self , optname ) :
if optname in self . builtins :
return self . builtins [ optname ] . value
raise RuntimeError ( ' Tried to get unknown builtin option %s . ' % optname )
def set_builtin_option ( self , optname , value ) :
if optname == ' prefix ' :
value = self . sanitize_prefix ( value )
elif optname in self . builtins :
prefix = self . builtins [ ' prefix ' ] . value
value = self . sanitize_dir_option_value ( prefix , optname , value )
else :
raise RuntimeError ( ' Tried to set unknown builtin option %s . ' % optname )
self . builtins [ optname ] . set_value ( value )
def validate_option_value ( self , option_name , override_value ) :
for opts in ( self . builtins , self . base_options , self . compiler_options , self . user_options ) :
if option_name in opts :
opt = opts [ option_name ]
return opt . validate_value ( override_value )
raise MesonException ( ' Tried to validate unknown option %s . ' % option_name )
def load ( build_dir ) :
filename = os . path . join ( build_dir , ' meson-private ' , ' coredata.dat ' )
load_fail_msg = ' Coredata file {!r} is corrupted. Try with a fresh build tree. ' . format ( filename )
try :
with open ( filename , ' rb ' ) as f :
obj = pickle . load ( f )
except pickle . UnpicklingError :
raise MesonException ( load_fail_msg )
if not isinstance ( obj , CoreData ) :
raise MesonException ( load_fail_msg )
if obj . version != version :
raise MesonException ( ' Build directory has been generated with Meson version %s , which is incompatible with current version %s . \n Please delete this build directory AND create a new one. ' %
( obj . version , version ) )
return obj
def save ( obj , build_dir ) :
filename = os . path . join ( build_dir , ' meson-private ' , ' coredata.dat ' )
if obj . version != version :
raise MesonException ( ' Fatal version mismatch corruption. ' )
with open ( filename , ' wb ' ) as f :
pickle . dump ( obj , f )
def get_builtin_options ( ) :
return list ( builtin_options . keys ( ) )
def is_builtin_option ( optname ) :
return optname in get_builtin_options ( )
def get_builtin_option_choices ( optname ) :
if is_builtin_option ( optname ) :
if builtin_options [ optname ] [ 0 ] == UserStringOption :
return None
elif builtin_options [ optname ] [ 0 ] == UserBooleanOption :
return [ True , False ]
else :
return builtin_options [ optname ] [ 2 ]
else :
raise RuntimeError ( ' Tried to get the supported values for an unknown builtin option \' %s \' . ' % optname )
def get_builtin_option_description ( optname ) :
if is_builtin_option ( optname ) :
return builtin_options [ optname ] [ 1 ]
else :
raise RuntimeError ( ' Tried to get the description for an unknown builtin option \' %s \' . ' % optname )
def get_builtin_option_default ( optname , prefix = ' ' , noneIfSuppress = False ) :
if is_builtin_option ( optname ) :
o = builtin_options [ optname ]
if o [ 0 ] == UserComboOption :
return o [ 3 ]
if optname in builtin_dir_noprefix_options :
if noneIfSuppress :
# Return None if argparse defaulting should be suppressed for
# this option (so we can determine the default later based on
# prefix)
return None
elif prefix in builtin_dir_noprefix_options [ optname ] :
return builtin_dir_noprefix_options [ optname ] [ prefix ]
return o [ 2 ]
else :
raise RuntimeError ( ' Tried to get the default value for an unknown builtin option \' %s \' . ' % optname )
builtin_options = {
' buildtype ' : [ UserComboOption , ' Build type to use. ' , [ ' plain ' , ' debug ' , ' debugoptimized ' , ' release ' , ' minsize ' ] , ' debug ' ] ,
' strip ' : [ UserBooleanOption , ' Strip targets on install. ' , False ] ,
' unity ' : [ UserComboOption , ' Unity build. ' , [ ' on ' , ' off ' , ' subprojects ' ] , ' off ' ] ,
' prefix ' : [ UserStringOption , ' Installation prefix. ' , default_prefix ( ) ] ,
' libdir ' : [ UserStringOption , ' Library directory. ' , default_libdir ( ) ] ,
' libexecdir ' : [ UserStringOption , ' Library executable directory. ' , default_libexecdir ( ) ] ,
' bindir ' : [ UserStringOption , ' Executable directory. ' , ' bin ' ] ,
' sbindir ' : [ UserStringOption , ' System executable directory. ' , ' sbin ' ] ,
' includedir ' : [ UserStringOption , ' Header file directory. ' , ' include ' ] ,
' datadir ' : [ UserStringOption , ' Data file directory. ' , ' share ' ] ,
' mandir ' : [ UserStringOption , ' Manual page directory. ' , ' share/man ' ] ,
' infodir ' : [ UserStringOption , ' Info page directory. ' , ' share/info ' ] ,
' localedir ' : [ UserStringOption , ' Locale data directory. ' , ' share/locale ' ] ,
' sysconfdir ' : [ UserStringOption , ' Sysconf data directory. ' , ' etc ' ] ,
' localstatedir ' : [ UserStringOption , ' Localstate data directory. ' , ' var ' ] ,
' sharedstatedir ' : [ UserStringOption , ' Architecture-independent data directory. ' , ' com ' ] ,
' werror ' : [ UserBooleanOption , ' Treat warnings as errors. ' , False ] ,
' warning_level ' : [ UserComboOption , ' Compiler warning level to use. ' , [ ' 1 ' , ' 2 ' , ' 3 ' ] , ' 1 ' ] ,
' layout ' : [ UserComboOption , ' Build directory layout. ' , [ ' mirror ' , ' flat ' ] , ' mirror ' ] ,
' default_library ' : [ UserComboOption , ' Default library type. ' , [ ' shared ' , ' static ' ] , ' shared ' ] ,
' backend ' : [ UserComboOption , ' Backend to use. ' , backendlist , ' ninja ' ] ,
' stdsplit ' : [ UserBooleanOption , ' Split stdout and stderr in test logs. ' , True ] ,
' errorlogs ' : [ UserBooleanOption , " Whether to print the logs from failing tests. " , True ] ,
}
# Special prefix-dependent defaults for installation directories that reside in
# a path outside of the prefix in FHS and common usage.
builtin_dir_noprefix_options = {
' sysconfdir ' : { ' /usr ' : ' /etc ' } ,
' localstatedir ' : { ' /usr ' : ' /var ' , ' /usr/local ' : ' /var/local ' } ,
' sharedstatedir ' : { ' /usr ' : ' /var/lib ' , ' /usr/local ' : ' /var/local/lib ' } ,
}
forbidden_target_names = { ' clean ' : None ,
' clean-ctlist ' : None ,
' clean-gcno ' : None ,
' clean-gcda ' : None ,
' coverage ' : None ,
' coverage-text ' : None ,
' coverage-xml ' : None ,
' coverage-html ' : None ,
' phony ' : None ,
' PHONY ' : None ,
' all ' : None ,
' test ' : None ,
' benchmark ' : None ,
' install ' : None ,
' uninstall ' : None ,
' build.ninja ' : None ,
' scan-build ' : None ,
' reconfigure ' : None ,
' dist ' : None ,
' distcheck ' : None ,
}