/
generic_tools.py
1131 lines (878 loc) · 35.7 KB
/
generic_tools.py
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#
# Copyright 2009 Eigenlabs Ltd. http://www.eigenlabs.com
#
# This file is part of EigenD.
#
# EigenD is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# EigenD is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with EigenD. If not, see <http://www.gnu.org/licenses/>.
#
#
# This is all completely barking mad
#
import glob
import os
import os.path
import sys
import SCons.Environment
import shutil
import zipfile
from os.path import join
from SCons.Util import Split
class PiGenericEnvironment(SCons.Environment.Environment):
class __Shared:
pass
class __Library:
def __init__(self,name):
self.name = name
self.users = []
self.libnode = None
self.deps = []
def set_library(self,libnode, dependencies):
assert self.libnode is None
self.libnode = libnode
self.deps = dependencies
def add_user(self,user_node):
self.users.append(user_node)
def fixup(self,env):
if self.libnode is None:
#raise RuntimeError('library %s used but not defined' % self.name)
return
for u in self.users:
env.Depends(u,self.libnode)
def cache_dir(self):
return os.path.join(os.environ.get('HOME'),'.sconscache')
def get_shlib(self,libname):
if libname not in self.shared.shlibmap:
self.shared.shlibmap[libname] = self.__Library(libname)
return self.shared.shlibmap[libname]
def addlibname(self,libobj,libname,dependencies=[]):
l = self.get_shlib(libname)
l.set_library(libobj,dependencies)
return libobj
def addlibuser(self,target,libnames):
for libname in libnames:
l = self.get_shlib(libname)
l.add_user(target)
def __libs_fixup(self):
for l in self.shared.shlibmap.itervalues():
l.fixup(self)
def __runtime_fixup(self):
r = self.shared.runtime
for u in self.shared.runtime_user:
self.Depends(u,r)
def add_runtime_files(self,files):
self.shared.runtime.extend(files)
def add_runtime_user(self,files):
self.shared.runtime_user.extend(files)
def set_hidden(self,hidden):
pass
def PiExports(self,token,package,public):
text = exports_template % dict(libtoken=token.upper())
target = '%s_exports.h' % token
def action(target,source,env):
t = target[0].abspath
outp = file(t,"w")
outp.write(source[0].value)
outp.close()
os.chmod(t,0755)
run_exp = self.Command(join(self['EXPDIR'],target),self.Value(text),action)
if package and public:
e2 = self.Clone()
e2.set_package(package)
root1 = e2.subst('$HDRSTAGEDIR')
e2.Install(root1,run_exp)
def PiSharedLibrary(self,target,sources,libraries={},package=None,hidden=True,deffile=None,per_agent=None,public=False,locked=False):
env = self.Clone()
env.Append(PILIBS=libraries)
env.Append(CCFLAGS='-DBUILDING_%s' % target.upper())
env.Replace(SHLIBNAME=target)
env.set_hidden(hidden)
env.set_agent_group(per_agent)
objects = env.SharedObject(sources)
self.Depends(objects,self.PiExports(target,package,public))
bin_library=env.SharedLibrary(target,objects)
run_library=env.Install(env.subst('$BINRUNDIR'),bin_library)
inst_library = []
env.addlibuser(bin_library[0],libraries)
env.addlibname(run_library[0],target,dependencies=libraries)
if package:
env.set_package(package)
inst_library = env.Install(env.subst('$BINSTAGEDIR'),run_library)
return inst_library+run_library
@staticmethod
def safe_mkdir(d):
try:
os.makedirs(d)
except:
pass
def Clone(self,*args,**kwds):
g = self.shared
c = SCons.Environment.Environment.Clone(self,*args,**kwds)
c.shared = g
return c
def clear_dir(self,var):
path = self.Dir(self[var]).abspath
print 'clearing',path
shutil.rmtree(path, ignore_errors=True)
self.safe_mkdir(path)
def Initialise(self):
self.clear_dir('STAGEDIR')
self.clear_dir('PKGDIR')
def Finalise(self):
self.__libs_fixup()
self.__runtime_fixup()
if not self.shared.release:
raise RuntimeError('PiRelease not called')
print "building release",self.subst('$PI_RELEASE'),'compatible with',self.subst('$PI_COMPATIBLE')
for (k,v) in self.shared.agent_groups.items():
self.__build_manifest(k,v[0],v[1],v[2])
def __getpython(self):
status=os.popen('"%s" %s' % (self['PI_PYTHON'],join(os.path.dirname(__file__),'detect.py')),'r').read(1024)
(exe,incpath,libpath,libs,linkextra,prefix) = [s.strip() for s in status.split(';')]
self.Append(CPPPATH=[incpath])
self.Append(LIBS=libs)
self.Append(LIBPATH=libpath)
self.Append(LINKFLAGS=linkextra)
self.Replace(PI_PREFIX=prefix or None)
def libmapper(self,target,source,env,for_signature):
libs = env['PILIBS']
map = []
for l in libs:
ll=env.get_shlib(l)
if not ll.libnode:
map.append('-l%s' % l)
else:
map.append('"%s"' % ll.libnode.abspath)
return ' '.join(map)
def get_pyd_run_dir(self,target,source,env,for_signature):
if 'PI_AGENTGROUP' in env:
return env.subst('$PYDRUNDIR_PLUGIN')
return env.subst('$PYDRUNDIR_GLOBAL')
def get_pyd_stage_dir(self,target,source,env,for_signature):
if 'PI_AGENTGROUP' in env:
return env.subst('$PYDSTAGEDIR_PLUGIN')
return env.subst('$PYDSTAGEDIR_GLOBAL')
def get_mod_run_dir(self,target,source,env,for_signature):
if 'PI_AGENTGROUP' in env:
return env.subst('$MODRUNDIR_PLUGIN')
return env.subst('$MODRUNDIR_GLOBAL')
def get_mod_stage_dir(self,target,source,env,for_signature):
if 'PI_AGENTGROUP' in env:
return env.subst('$MODSTAGEDIR_PLUGIN')
return env.subst('$MODSTAGEDIR_GLOBAL')
def get_bin_run_dir(self,target,source,env,for_signature):
if 'PI_AGENTGROUP' in env:
return env.subst('$BINRUNDIR_PLUGIN')
return env.subst('$BINRUNDIR_GLOBAL')
def get_bin_stage_dir(self,target,source,env,for_signature):
if 'PI_AGENTGROUP' in env:
return env.subst('$BINSTAGEDIR_PLUGIN')
return env.subst('$BINSTAGEDIR_GLOBAL')
def __init__(self,platform,install_prefix,userdir_suffix,python = None,**kwds):
SCons.Environment.Environment.__init__(self,ENV = os.environ,**kwds)
self.py_template = generic_py_template
self.shared = self.__Shared()
self.shared.package_descriptions = {}
self.shared.packages = []
self.shared.agent_groups = {}
self.shared.shlibmap = {}
self.shared.release = None
self.shared.collections = {}
self.shared.lib_pkgs = {}
self.shared.py_pkgs = {}
self.shared.runtime = []
self.shared.runtime_user = []
self.shared.organisation = 'Eigenlabs'
self.Replace(PI_PLATFORM=platform)
self.Replace(PI_PYTHON=os.environ.get('PI_PYTHON',python) or sys.executable)
self.__getpython()
print "platform: %s python: %s" % (platform,self['PI_PYTHON'])
#self.set_tool('pip',self.WhereIs('pip'))
self.Replace(ROOTINSTALLDIR=os.path.join('/',install_prefix))
self.Replace(LIBMAPPER=self.libmapper)
self.Replace(EXPDIR=join('#tmp','exp'))
self.Replace(PKGDIR=join('#tmp','pkg'))
self.Replace(TMPDIR=join('#tmp','obj'))
self.Replace(STAGEDIR=join('#tmp','stage','$PI_PACKAGENAME'))
self.Replace(RELEASESTAGEROOTDIR=join('$STAGEDIR',install_prefix))
self.Replace(RELEASESTAGEDIR=join('$RELEASESTAGEROOTDIR','$PI_COLLECTION-$PI_RELEASE'))
self.Replace(MODSTAGEDIR=self.get_mod_stage_dir)
self.Replace(MODRUNDIR=self.get_mod_run_dir)
self.Replace(PYDSTAGEDIR=self.get_pyd_stage_dir)
self.Replace(PYDRUNDIR=self.get_pyd_run_dir)
self.Replace(BINSTAGEDIR=self.get_bin_stage_dir)
self.Replace(BINRUNDIR=self.get_bin_run_dir)
self.Replace(MODSTAGEDIR_GLOBAL=join('$RELEASESTAGEDIR','modules','$PI_PYTHONPKG'))
self.Replace(MODRUNDIR_GLOBAL=join('#tmp','modules','$PI_PYTHONPKG'))
self.Replace(MODSTAGEDIR_PLUGIN=join('$RELEASESTAGEDIR','plugins','$PI_ORGANISATION','$PI_AGENTGROUP'))
self.Replace(MODRUNDIR_PLUGIN=join('#tmp','plugins','$PI_ORGANISATION','$PI_AGENTGROUP'))
self.Replace(BINSTAGEDIR_GLOBAL=join('$RELEASESTAGEDIR','bin'))
self.Replace(BINRUNDIR_GLOBAL=join('#tmp','bin'))
self.Replace(BINSTAGEDIR_PLUGIN=join('$RELEASESTAGEDIR','plugins','$PI_ORGANISATION','$PI_AGENTGROUP'))
self.Replace(BINRUNDIR_PLUGIN=join('#tmp','plugins','$PI_ORGANISATION','$PI_AGENTGROUP'))
self.Replace(HDRSTAGEDIR=join('$RELEASESTAGEDIR','include'))
self.Replace(PYDSTAGEDIR_GLOBAL=join('$RELEASESTAGEDIR','modules'))
self.Replace(PYDRUNDIR_GLOBAL=join('#tmp','modules'))
self.Replace(PYDSTAGEDIR_PLUGIN=join('$RELEASESTAGEDIR','plugins','$PI_ORGANISATION','$PI_AGENTGROUP'))
self.Replace(PYDRUNDIR_PLUGIN=join('#tmp','plugins','$PI_ORGANISATION','$PI_AGENTGROUP'))
self.Replace(RESSTAGEDIR=join('$RELEASESTAGEDIR','resources'))
self.Replace(RESRUNDIR=join('#tmp','resources'))
self.Replace(ETCSTAGEDIR=join('$RELEASESTAGEDIR','etc','$PI_PACKAGENAME'))
self.Append(CPPPATH='$EXPDIR')
if os.environ.get('PI_VERBOSE') is None:
self.Replace(PRINT_CMD_LINE_FUNC=self.print_cmd)
self.Replace(INSTALLROOTDIR=join(os.path.sep,install_prefix))
self.Replace(INSTALLDIR=join('$INSTALLROOTDIR','$PI_COLLECTION-$PI_RELEASE'))
self.Replace(HDRINSTALLDIR=join('$INSTALLDIR','include'))
self.Replace(MODINSTALLDIR=join('$INSTALLDIR','modules'))
self.Replace(PYDINSTALLDIR=join('$INSTALLDIR','modules'))
self.Replace(BININSTALLDIR=join('$INSTALLDIR','bin'))
self.Replace(RESINSTALLDIR=join('$INSTALLDIR','resources'))
self.Replace(ETCINSTALLDIR=join('$INSTALLDIR','etc','$PI_PACKAGENAME'))
self.Replace(ETCROOTINSTALLDIR=join('$INSTALLDIR','etc'))
self.Replace(PI_MODPREFIX='')
self.Replace(PI_MODSUFFIX='.so')
self.Replace(PI_MODLINKFLAGS='$SHLINKFLAGS')
self.Replace(PILIBS=[])
self.Replace(IS_LINUX_PPC32=False)
self.Replace(IS_LINUX_PPC64=False)
self.Replace(IS_LINUX_86=False)
self.Replace(IS_LINUX_8664=False)
self.Replace(IS_LINUX=False)
self.Replace(IS_MACOSX=False)
self.Replace(IS_MACOSX_PPC32=False)
self.Replace(IS_MACOSX_PPC64=False)
self.Replace(IS_MACOSX_86=False)
self.Replace(IS_WINDOWS=False)
self.Replace(IS_BIGENDIAN=False)
self.Replace(PI_RELEASE=lambda target,source,env,for_signature: self.shared.release)
self.Replace(PI_COMPATIBLE=lambda target,source,env,for_signature: self.shared.compatible)
self.Replace(PI_COLLECTION=lambda target,source,env,for_signature: self.shared.collection)
self.Replace(PI_ORGANISATION=lambda target,source,env,for_signature: self.shared.organisation)
self.Alias('target-exports',join('#tmp','exp'))
self.Alias('target-default',join('#tmp','plugins'))
self.Alias('target-default',join('#tmp','bin'))
self.Alias('target-default',join('#tmp','modules'))
self.Alias('target-default',join('#tmp','plugins'))
self.Alias('target-default',join('#tmp','resources'))
self.Alias('target-stage',join('#tmp','stage'))
self.Replace(PI_COMPILER=os.path.join(os.path.dirname(__file__),'compile.py'))
self.Replace(PI_PIPCMD=os.path.join(os.path.dirname(__file__),'pip_cmd','pip.py'))
@staticmethod
def print_cmd(line,targets,source,env):
targets=" ".join([target.path for target in targets])
cmds=line.split()
if cmds[0]==env['PI_PYTHON']:
cmds=cmds[1:]
while cmds[0].startswith('-'):
cmds=cmds[1:]
print "%s (%s)" % (targets,cmds[0])
@staticmethod
def __isinlist(filename,filter):
for f in filter:
if filename.endswith(f):
return True
return False
def __installdir(self,root,src,dest=None):
for f in os.listdir(src):
if f=='.svn': continue
if f=='.git': continue
if f=='.': continue
if f=='..': continue
if f.endswith('.pyc'): continue
if f.endswith('.pyo'): continue
fqs=join(src,f)
fqd=join(dest,f) if dest else f
if os.path.isdir(fqs):
self.__installdir(root,fqs,fqd)
continue
self.InstallAs(join(root,fqd),fqs)
def __installpy(self,root1,root2,src,subdirs,dest=None):
for f in os.listdir(src):
if f=='.svn': continue
if f=='.': continue
if f=='..': continue
if f.endswith('.pyc'): continue
if f.endswith('.pyo'): continue
fqs=join(src,f)
fqd=join(dest,f) if dest else f
if os.path.isdir(fqs):
if subdirs==None or self.__isinlist(fqs,subdirs):
self.__installpy(root1,root2,fqs,None,fqd)
continue
if f.endswith('_test.py') or not f.endswith('.py'):
continue
pyc_node=self.Command(join(root1,fqd+'c'),fqs,'"$PI_PYTHON" "$PI_COMPILER" $TARGET $SOURCE')
if root2:
self.InstallAs(self.File(join(root2,fqd+'c')),pyc_node)
@staticmethod
def read_lexicon(source,e2m):
m2e=dict()
input=file(source)
lineno=0
for line in input:
lineno=lineno+1
fields = line.split(':')
if len(fields) != 4:
continue
music = ''.join(fields[0].split())
classification = fields[2].strip().lower()
english = fields[1].strip().lower()
if english == '' or english == 'unused' or classification == 'unused' or classification == '':
continue
if music:
if not music.isdigit():
return 'line %d invalid music word: %s' % (lineno,music)
if music in m2e:
return 'line %d duplicate music word: %s' % (lineno,music)
else:
music = None
if english in e2m:
return 'line %d duplicate english word: %s' % (lineno,english)
e2m[english]=(music,classification)
if music:
m2e[music]=(english,classification)
return None
@staticmethod
def build_lexicon(target,source,env):
e2m=dict()
err = PiGenericEnvironment.read_lexicon(source[0].abspath,e2m)
if err:
raise SCons.Errors.BuildError(node=source,errstr=err)
output=file(target[0].abspath,'w')
output.write('lexicon={\n')
for (e,(m,c)) in e2m.iteritems():
e = e.replace("'","\\'")
if m is not None:
output.write(" '%s': ('%s','%s'),\n" % (e,m,c))
else:
output.write(" '%s': (None,'%s'),\n" % (e,c))
output.write("}\n");
output.write('reverse_lexicon={\n')
for (e,(m,c)) in e2m.iteritems():
e = e.replace("'","\\'")
if m is not None:
output.write(" '%s': ('%s','%s'),\n" % (m,e,c))
output.write("}\n");
output.close()
def PiLexicon(self,target,source,package=None,per_agent=None):
return self.PiDynamicPython(target,source,PiGenericEnvironment.build_lexicon,package=package,per_agent=per_agent)
def PiDynamicPython(self,target,source,builder,package=None,per_agent=None):
env = self.Clone()
tgt=env.File(target).srcnode().abspath
src=[env.File(s) for s in env.Flatten((source,))]
pypackage=os.path.basename(env.Dir('.').srcnode().abspath)
if per_agent:
pypackage = per_agent
env.set_agent_group(pypackage)
env.set_python_pkg(pypackage)
prod1=env.Command(join(env.subst('$MODRUNDIR'),target),src,builder)
prod2 = []
if package:
env.set_package(package)
prod2 = env.Install(env.subst('$MODSTAGEDIR'),prod1)
return prod1+prod2
def PiDocumentation(self,file):
pass
def PiIncludeFiles(self,package=None):
if not package:
return
env = self.Clone()
env.set_package(package)
me=env.Dir('.').srcnode().abspath
incname=os.path.basename(me)
root1 = os.path.join(env.subst('$HDRSTAGEDIR'),incname)
for hdr in glob.glob(join(me,'*.h')):
env.Install(root1,env.File(hdr))
for hdr in glob.glob(join(me,'*.pip')):
env.Install(root1,env.File(hdr))
def PiBuildSystem(self,package=None):
env = self.Clone()
env.set_package(package)
dst = os.path.join(env.subst('$RELEASESTAGEDIR'),'tools')
src = os.path.join(os.path.dirname(__file__))
env.__installdir(dst,src)
def PiPythonPackage(self,package=None,per_agent=None,subdirs=(),resources=()):
env = self.Clone()
def build_version(target,source,env):
output=file(target[0].abspath,'w')
output.write(env.subst('version = "$PI_RELEASE"'))
output.write("\n")
output.close()
node=env.PiDynamicPython('version.py',[],build_version,package=package,per_agent=per_agent)
env.Depends(node,env.Value(self.shared.release))
me=env.Dir('.').srcnode().abspath
pypackage=os.path.basename(me)
if per_agent:
pypackage = per_agent
env.set_agent_group(pypackage)
env.set_python_pkg(pypackage)
root1 = env.subst('$MODRUNDIR')
root2 = None
if package:
env.set_package(package)
root2 = env.subst('$MODSTAGEDIR')
if per_agent:
self.shared.agent_groups[pypackage][0] = package
env.__installpy(root1,root2,me,subdirs)
res=[]
for f in resources:
for x in glob.glob(join(me,f)):
env.Install(root1,env.File(x))
if root2:
env.Install(root2,env.File(x))
def PiResources(self,section,files,package=None):
env = self.Clone()
me=env.Dir('.').srcnode().abspath
res=[]
res.extend(glob.glob(join(me,files)))
if package:
env.set_package(package)
stageroot = join(env['RESSTAGEDIR'],section)
env.Install(stageroot,res)
runroot = join(env['RESRUNDIR'],section)
env.Install(runroot,res)
def PiRelease(self,collection,release,compatible,organisation=None):
if self.shared.release:
return False
c = collection or 'release'
self.shared.release=release
self.shared.compatible=compatible
self.shared.collection=c
self.shared.organisation=organisation or 'Eigenlabs'
return True
def set_agent_group(self,ag):
if ag:
self.Replace(PI_AGENTGROUP=ag)
if not ag in self.shared.agent_groups:
self.shared.agent_groups[ag] = [None,[],{}]
def set_python_pkg(self,pkg):
self.Replace(PI_PYTHONPKG=pkg)
def set_package(self,pkg):
self.Replace(PI_PACKAGENAME=pkg)
if not pkg in self.shared.packages:
self.shared.packages.append(pkg)
def PiPackageDescription(env,pkg,desc=None,longdesc=None,version=None,groups=None,depends=None,required=True,pkgid=None):
meta = {}
meta['desc'] = desc or pkg
meta['longdesc'] = longdesc or pkg
meta['version'] = version
meta['groups'] = groups or ()
meta['depends'] = depends or ()
meta['required'] = required
meta['pkgid'] = pkgid
env.shared.package_descriptions[pkg] = meta
if not pkg in env.shared.packages:
env.shared.packages.append(pkg)
return meta
def PiPackageCollection(self,name,**meta):
if 'external' in meta:
for e in meta['external'].values():
if not os.path.exists(e):
print e,'missing, skipping collection',name
return
else:
meta['external'] = {}
self.shared.collections[name] = meta
def get_packages(self,collection):
p = []
g = self.shared.collections[collection]['groups']
for (n,m) in self.shared.package_descriptions.items():
if not m['groups'] or set(m['groups']).intersection(g):
p.append(n)
return p
def Pipfile(env,file):
me=os.path.dirname(env.Dir('.').abspath)
return env.File(file,me)
def PiBranding(self,bmp=None,ico=None,icn=None,cert=None,passwd=None,bg=None,license=None):
if bmp and not self.get('PI_BMPLOGO'): self.Replace(PI_BMPLOGO=self.File(bmp).srcnode().abspath)
if ico and not self.get('PI_ICOLOGO'): self.Replace(PI_ICOLOGO=self.File(ico).srcnode().abspath)
if icn and not self.get('PI_ICNLOGO'): self.Replace(PI_ICNLOGO=self.File(icn).srcnode().abspath)
if cert and not self.get('PI_CERTFILE'): self.Replace(PI_CERTFILE=self.File(cert).srcnode().abspath)
if bg and not self.get('PI_BACKGROUND'): self.Replace(PI_BACKGROUND=self.File(bg).srcnode().abspath)
if license and not self.get('PI_LICENSE'): self.Replace(PI_LICENSE=self.File(license).srcnode().abspath)
if passwd and not self.get('PI_CERTPASS'): self.Replace(PI_CERTPASS=passwd)
def baker_subst(self,kwds):
def escape(s):
return repr(s)[1:-1]
def escape2(s):
return repr(repr(s)[1:-1])[1:-1]
subst=dict(
release = self.subst('$PI_RELEASE'),
compatible = self.subst('$PI_COMPATIBLE'),
platform = self['PI_PLATFORM'],
resrundir = escape(self.Dir(self['RESRUNDIR']).abspath),
binrundir = escape(self.Dir(self['BINRUNDIR']).abspath),
modrundir=escape(self.Dir(self['MODRUNDIR']).abspath),
pydrundir=escape(self.Dir(self['PYDRUNDIR']).abspath),
modinstalldir=escape(self.Dir(self['MODINSTALLDIR']).abspath),
pydinstalldir=escape(self.Dir(self['PYDINSTALLDIR']).abspath),
resinstalldir=escape(self.Dir(self['RESINSTALLDIR']).abspath),
bininstalldir=escape(self.Dir(self['BININSTALLDIR']).abspath),
instrootdir=escape(self.Dir(self['ROOTINSTALLDIR']).abspath),
python = escape(self['PI_PYTHON']),
resrundir2 = escape2(self.Dir(self['RESRUNDIR']).abspath),
binrundir2 = escape2(self.Dir(self['BINRUNDIR']).abspath),
modrundir2=escape2(self.Dir(self['MODRUNDIR']).abspath),
pydrundir2=escape2(self.Dir(self['PYDRUNDIR']).abspath),
modinstalldir2=escape2(self.Dir(self['MODINSTALLDIR']).abspath),
pydinstalldir2=escape2(self.Dir(self['PYDINSTALLDIR']).abspath),
resinstalldir2=escape2(self.Dir(self['RESINSTALLDIR']).abspath),
bininstalldir2=escape2(self.Dir(self['BININSTALLDIR']).abspath),
instrootdir2=escape2(self.Dir(self['ROOTINSTALLDIR']).abspath),
python2 = escape2(self['PI_PYTHON']),
prefix = escape(self['PI_PREFIX']),
prefix2 = escape2(self['PI_PREFIX'])
)
subst.update(kwds)
return subst
def baker(self,target,template,**kwds):
text = template % self.baker_subst(kwds)
def action(target,source,env):
t = target[0].abspath
outp = file(t,"w")
outp.write(source[0].value)
outp.close()
os.chmod(t,0755)
return self.Command(target,self.Value(text),action)
def PiPipBinding(self,module,spec,sources=[],libraries={},package=None,hidden=True,per_agent=None,locked=True):
me=self.Dir('.').abspath
inc=' '.join(map(lambda x: '"%s"'% self.Dir(x).abspath,self['CPPPATH']))
cppfile=self.File(module+'_python.cpp')
cppnode=self.Command(cppfile,spec,'"$PI_PYTHON" "$PI_PIPCMD" "'+module+'" $SOURCES $TARGET '+inc)
self.Depends(cppnode,self.Alias('build-tools'))
allsources=[cppnode]
allsources.extend(sources)
bind_env=self.Clone()
bind_env.Prepend(CPPPATH=[me])
bind_env.Append(PILIBS=libraries)
bind_env.set_hidden(hidden)
bind_env.set_agent_group(per_agent)
binding=bind_env.SharedLibrary(module,allsources,SHLIBPREFIX=bind_env['PI_MODPREFIX'],SHLIBSUFFIX=bind_env['PI_MODSUFFIX'],SHLINKFLAGS=bind_env['PI_MODLINKFLAGS'])
bind_env.addlibuser(binding,libraries)
binding_tgt1=bind_env.Install(bind_env.subst('$PYDRUNDIR'),binding[0])
binding_tgt2=[]
if package:
bind_env.set_package(package)
binding_tgt2=bind_env.Install(bind_env.subst('$PYDSTAGEDIR'),binding_tgt1)
return binding_tgt1+binding_tgt2
def PiEtc(self,package,source):
etc_env=self.Clone()
etc_env.set_package(package)
stagesource = etc_env.Install(etc_env['ETCSTAGEDIR'],source)
return stagesource
def PiAgent(self,name,pypackage,pymodule,cversion,extra=[],lexicon=None):
version = '.'.join(self.subst('$PI_RELEASE').split('.'))
env = self.Clone()
meta = (name,pymodule,cversion,version,extra)
env.set_agent_group(pypackage)
env.shared.agent_groups[pypackage][1].append(meta)
if lexicon:
lexfile = env.File(lexicon).srcnode().abspath
e2m = dict()
err = env.read_lexicon(lexfile,e2m)
env.shared.agent_groups[pypackage][2].update(e2m)
def __build_manifest(self,module,package,agent_list,manifest):
env = self.Clone()
env.set_agent_group(module)
if package:
env.set_package(package)
def build_version(target,source,env):
output=file(target[0].abspath,'w')
output.write(env.subst('version = "$PI_RELEASE"'))
output.write("\n")
output.write(env.subst('cversion = "%s"' % source[1].value))
output.write("\n")
output.write(env.subst('plugin = "%s"' % source[0].value))
output.write("\n")
output.close()
textnodes = []
for a in agent_list:
extra = ':'.join(a[4])
if extra: extra=':'+extra
textnodes.append(env.Value('agent %s:%s:%s:%s%s' % (a[0],a[1],a[2],a[3],extra)))
vnode = env.Command(join(env.subst("$MODRUNDIR_PLUGIN"),'%s_version.py' % a[0]),[env.Value(a[0]),env.Value(a[2])],build_version)
if package:
env.Install(env.subst("$MODSTAGEDIR_PLUGIN"),vnode)
for (e,(m,c)) in manifest.items():
textnodes.append(env.Value('vocab %s:%s:%s' % (e,m,c)))
def build_manifest(target,source,env):
t = target[0].abspath
outp = file(t,"w")
for a in source:
outp.write("%s\n" % a.value.lower())
outp.close()
mnode = env.Command(join(env.subst("$MODRUNDIR_PLUGIN"),'Manifest'),textnodes,build_manifest)
if package:
env.Install(env.subst("$MODSTAGEDIR_PLUGIN"),mnode)
def PiPythonBuildWrapper(self,name,package,module,main):
return self.PiPythonWrapper(name,package,module,main)
def PiPythonDebugWrapper(self,name,package,module,main):
return self.PiPythonWrapper(name,package,module,main)
def PiPythonWrapper(self,name,pypackage,module,main,package=None,gui=False):
run_source = self.File('pystub_%s.cpp' % name);
run_source_node = self.baker(run_source,self.py_template,main=main,package=pypackage,module=module)
run_exe = self.PiProgram(name,run_source_node,package=package,gui=gui)
self.Depends(run_exe,self.Dir(pypackage,self.subst('$MODRUNDIR')))
return run_exe
def PiPythonwWrapper(self,name,pypackage,module,main,appname=None,bg=False,di=False,private=False,usegil=False,package=None):
return self.PiPythonWrapper(name,pypackage,module,main,package=package,gui=True)
def Pi3rdParty(self,s,package,release):
assert package in self.shared.package_descriptions
env = self.Clone()
env.set_package(package)
def extract_unzip(target=None,source=None,env=None):
target = target[0].abspath
source = source[0].srcnode().abspath
env.safe_mkdir(target)
os.system('unzip -q %s -d %s' % (source,target))
def extract_python(target=None,source=None,env=None):
target = target[0].abspath
source = source[0].srcnode().abspath
env.safe_mkdir(target)
zip = zipfile.ZipFile(source, 'r')
zip.extractall(target)
extract = extract_unzip if not self['IS_WINDOWS'] else extract_python
if release:
return env.Command(env.Dir(env['RELEASESTAGEDIR']),s,extract)
else:
return env.Command(env.Dir(env['RELEASESTAGEROOTDIR']),s,extract)
def PiGuiProgram(self,target,sources,bg=False,di=False,package=None,appname=None,private=False,libraries=[],hidden=True):
return self.PiProgram(target,sources,libraries=libraries,package=package,hidden=hidden)
def PiProgram(self,name,sources,libraries=[],package=None,gui=False,hidden=True):
env = self.Clone()
env.Append(PILIBS=libraries)
env.set_hidden(hidden)
bld_binary=env.Program(name,env.Split(sources))
run_binary=env.Install(env.subst('$BINRUNDIR'),bld_binary)
env.add_runtime_user(run_binary)
env.addlibuser(bld_binary,libraries)
inst_binary = []
if package:
env.set_package(package)
inst_binary=env.Install(env.subst('$BINSTAGEDIR'),bld_binary)
return run_binary+inst_binary
def PiBinaryDLL(self,target,package=None):
pass
generic_py_template = """
#ifdef _WIN32
#ifdef _DEBUG
#define __REDEF_DEBUG__
#undef _DEBUG
#endif
#endif
#include <Python.h>
#ifdef __REDEF_DEBUG__
#define _DEBUG
#undef __REDEF_DEBUG__
#endif
#include <string.h>
#ifdef _WIN32
#define UNICODE 1
#define _UNICODE 1
#include <windows.h>
#include <shlobj.h>
#endif
#ifdef _WIN32
#define UNICODE 1
#define _UNICODE 1
#include <windows.h>
#include <shlobj.h>
static void get_exe(char *buffer)
{
WCHAR dest [MAX_PATH+1];
HINSTANCE moduleHandle = GetModuleHandle(0);
GetModuleFileName (moduleHandle, dest, MAX_PATH+1);
WideCharToMultiByte(CP_UTF8,0,dest,-1,buffer,MAX_PATH+1,0,0);
}
static void dirname(char *buffer)
{
char *p = strrchr(buffer,'\\\\');
if(p)
{
*p = 0;
}
else
{
buffer[0] = '\\\\';
buffer[1] = 0;
}
}
static void init_pyhome(char *buffer)
{
WCHAR dest [MAX_PATH+1];
SHGetSpecialFolderPath (0, dest, CSIDL_PROGRAM_FILES, 0);
WideCharToMultiByte(CP_UTF8,0,dest,-1,buffer,MAX_PATH+1,0,0);
strcat(buffer,"\\\\Eigenlabs\\\\runtime-1.0.0\\\\Python26");
}
static void init_release_root(char *buffer)
{
get_exe(buffer);
dirname(buffer);
dirname(buffer);
}
static void init_path()
{
char buffer[4096];
get_exe(buffer);
dirname(buffer);
SetDllDirectoryA(buffer);
}
#endif
#ifdef __APPLE__
#include <dlfcn.h>
#include <limits.h>
#include <stdlib.h>
static void get_exe(char *buffer)
{
Dl_info exeInfo;
dladdr ((const void*) get_exe, &exeInfo);
realpath(exeInfo.dli_fname,buffer);
}
static void dirname(char *buffer)
{
char *p = strrchr(buffer,'/');
if(p)
{
*p = 0;
}
else
{
buffer[0] = '/';
buffer[1] = 0;
}
}
static void init_pyhome(char *buffer)
{
strcpy(buffer,PI_PREFIX);
}
static void init_release_root(char *buffer)
{
get_exe(buffer);
dirname(buffer);
dirname(buffer);
}
static void init_path()
{
}
#endif