def test_limit(self):
with shell.tempDir() as d:
shell.mkdir(d + "/A/K/X", createParents=True)
shell.mkdir(d + "/A/K/Y", createParents=True)
shell.mkdir(d + "/A/L", createParents=True)
shell.mkdir(d + "/B")
shell.mkdir(d + "/C")
shell.touch(d + "/A/L/x.txt")
shell.touch(d + "/A/K/x.txt")
shell.touch(d + "/A/K/X/x.txt")
shell.touch(d + "/A/K/Y/x.txt")
shell.touch(d + "/B/x.txt")
shell.touch(d + "/C/x.txt")
def action(d):
self.assertTrue(shell.isFile(d + "/A/K/x.txt"))
self.assertTrue(shell.isFile(d + "/A/K/X/x.txt"))
self.assertTrue(shell.isFile(d + "/A/K/Y/x.txt"))
self.assertTrue(shell.isFile(d + "/C/x.txt"))
self.assertFalse(shell.isFile(d + "/B/x.txt"))
self.assertFalse(shell.isFile(d + "/A/L/x.txt"))
self.assertFalse(shell.isDir(d + "/B"))
self.assertFalse(shell.isDir(d + "/A/L"))
utils.withLimitedDir(d, ['./C', 'A/K/'], action)
def Checkout(self,
tag,
module_list,
az=None,
timestamp=None,
nonrecursive=0):
tmp = {}
for m in module_list:
base, mod, dir = self.fix(m, ".")
if tmp.has_key(base):
tmp[base].append(mod)
else:
tmp[base] = [mod]
for base in tmp.keys():
ns = None
if self.shadow:
ns = self.shadow + base
if az:
dir = None
else:
dir = base
shell.mkdir(dir)
_Cvs(self.root + base, ns).Checkout(tag, tmp[base], az, timestamp,
nonrecursive, dir)
def Checkout(self, tag, module_list, az=None, timestamp=None, nonrecursive=0):
tmp={}
for m in module_list:
base, mod, dir = self.fix(m, ".")
if tmp.has_key(base):
tmp[base].append( mod )
else:
tmp[base]=[mod]
for base in tmp.keys():
ns=None
if self.shadow:
ns=self.shadow + base
if az:
dir = None
else:
dir = base
shell.mkdir(dir)
_Cvs(self.root + base, ns).Checkout(tag,
tmp[base],
az,
timestamp,
nonrecursive,
dir)
def get_distribution(self,
dist_id,
profile_id,
build_type,
search_cvs=1):
location = self.find_distribution(dist_id, profile_id, build_type, 1, search_cvs)
path = self.natify_path(self.module_name)
if location:
if location[-4:] == ".rna":
import archive
archive.Extract(location)
else:
shell.mkdir(os.path.dirname(path))
shell.cp(location, path)
cleanup()
if not os.path.exists(path):
# FIXME: This error message needs to point to the
# (so far nonexistant) documentation
outmsg.send("distribution=\"%s\" not found." % ( self.module_name ))
return [ self.module_name ]
def checkout(
self,
root=None,
tag=None,
date=None,
az=None, ## Native path
nonrecursive=None,
zap=None,
download_only=None,
system_id=None,
profile=None,
build_type=None):
import distributions
import cvs
import shell
try:
if self.checkin_dep_only:
return
except AttributeError:
pass
if self.type == "cvs":
distributions.setup()
tmpdir = distributions.tmpdir()
tmpdir = os.path.join(tmpdir, "module")
cvs.Checkout(tag or self.cvs_tag, self.cvs_path or self.name, root
or self.cvs_root, tmpdir, date or self.cvs_date,
nonrecursive, zap)
if ((tag or self.cvs_tag) and (date or self.cvs_date)
and not os.path.exists(tmpdir)):
cvs.Checkout(self.cvs_tag, self.cvs_path or self.name, root
or self.cvs_root, tmpdir, self.cvs_date,
nonrecursive, zap)
if not os.path.exists(tmpdir):
raise cvs.cvs_error
shell.mkdir(os.path.dirname(az or self.path()))
os.rename(tmpdir, az or self.path())
distributions.cleanup()
elif self.type == "distribution":
df = distributions.DistFinder(self.name, root or self.cvs_root, tag
or self.tag, date or self.cvs_date)
fun = df.get_distribution
if download_only:
fun = df.download_distribution
if not system_id:
system_id = sysinfo.id
return df.get_distribution(
sysinfo.PLATFORM_HASH.get(system_id).distribution_id,
profile, build_type)
def runTest(files, fun):
with shell.tempDir() as d:
c = mkConfig(d)
studDir = shell.pjoin(d, student)
shell.mkdir(studDir)
for f in files:
shell.touch(shell.pjoin(studDir, f))
fun(c)
def copyFileIfNotExists(srcDir, path, targetDir):
srcPath = shell.pjoin(srcDir, path)
if not shell.isFile(srcPath):
raise IOError(f'{srcPath} must be a file')
tgtPath = shell.pjoin(targetDir, path)
if shell.isDir(tgtPath):
raise IOError(f'{tgtPath} must not be a directory')
shell.mkdir(shell.dirname(tgtPath), createParents=True)
if shell.isFile(tgtPath):
if not hasSameContent(srcPath, tgtPath):
raise IOError(f'Target file {tgtPath} already exists with content different than in {srcPath}')
else:
shell.cp(srcPath, tgtPath)
def download_distribution(self, dist_id, profile_id, build_type):
"""Download the approperiate distribution into ./distribution so that it can be easily
found by find_distribution_filesystem"""
location = self.find_distribution(dist_id, profile_id, build_type, 0)
if location:
if string.count(location, tmpdir()):
p = string.index(location, tmpdir())
dest = location[:p] + location[p + len(tmpdir()) + 1:]
shell.mkdir(os.path.dirname(dest))
shell.cp(location, dest)
else:
outmsg.send("distribution=\"%s\" not found." % (self.module_name))
cleanup()
def download_distribution(self,
dist_id,
profile_id,
build_type):
"""Download the approperiate distribution into ./distribution so that it can be easily
found by find_distribution_filesystem"""
location = self.find_distribution(dist_id, profile_id, build_type, 0)
if location:
if string.count(location, tmpdir()):
p = string.index(location,tmpdir())
dest = location[:p]+location[p+len(tmpdir())+1:]
shell.mkdir(os.path.dirname(dest))
shell.cp(location, dest)
else:
outmsg.send("distribution=\"%s\" not found." % ( self.module_name ))
cleanup()
def get_distribution(self, dist_id, profile_id, build_type, search_cvs=1):
location = self.find_distribution(dist_id, profile_id, build_type, 1,
search_cvs)
path = self.natify_path(self.module_name)
if location:
if location[-4:] == ".rna":
import archive
archive.Extract(location)
else:
shell.mkdir(os.path.dirname(path))
shell.cp(location, path)
cleanup()
if not os.path.exists(path):
# FIXME: This error message needs to point to the
# (so far nonexistant) documentation
outmsg.send("distribution=\"%s\" not found." % (self.module_name))
return [self.module_name]
def checkin(self, file, new_name, root, path, tag):
print "Processing %s" % file
if not os.path.exists(file):
print "No such file or directory!"
return
setup()
cvsdir=os.path.join(tmpdir(),"CVS")
shell.mkdir(cvsdir)
open(os.path.join(cvsdir,"Root"),"w").write(root+"\n")
open(os.path.join(cvsdir,"Repository"),"w").write(path+"\n")
open(os.path.join(cvsdir,"Entries"),"w").write("")
if tag:
open(os.path.join(cvsdir,"Tag"),"w").write("T"+tag+os.linesep)
self.run('cvs update "%s"' % new_name, 1)
new_path=os.path.join(tmpdir(),new_name)
exists=os.path.exists(new_path)
shell.cp(file, new_path)
if not exists:
self.run('cvs add -kb "%s"' % new_name, 1)
self.run('cvs commit -m "distribution checkin" "%s"' % new_name)
cleanup()
def checkin(self, file, new_name, root, path, tag):
print "Processing %s" % file
if not os.path.exists(file):
print "No such file or directory!"
return
setup()
cvsdir = os.path.join(tmpdir(), "CVS")
shell.mkdir(cvsdir)
open(os.path.join(cvsdir, "Root"), "w").write(root + "\n")
open(os.path.join(cvsdir, "Repository"), "w").write(path + "\n")
open(os.path.join(cvsdir, "Entries"), "w").write("")
if tag:
open(os.path.join(cvsdir, "Tag"),
"w").write("T" + tag + os.linesep)
self.run('cvs update "%s"' % new_name, 1)
new_path = os.path.join(tmpdir(), new_name)
exists = os.path.exists(new_path)
shell.cp(file, new_path)
if not exists:
self.run('cvs add -kb "%s"' % new_name, 1)
self.run('cvs commit -m "distribution checkin" "%s"' % new_name)
cleanup()
def setup(xtra=""):
cleanup(xtra)
if not os.path.isdir(tmpdir(xtra)):
#print "MKDIR: %s" % tmpdir(xtra)
shell.mkdir(tmpdir(xtra))
def setup(xtra=""):
cleanup(xtra)
if not os.path.isdir(tmpdir(xtra)):
#print "MKDIR: %s" % tmpdir(xtra)
shell.mkdir(tmpdir(xtra))
def update(self, tag, module_list, az = None, timestamp = None, nonrecursive = 0, dir = None):
### FIXME:
### test this!
if dir:
odir=os.getcwd()
try:
os.chdir(dir)
ret=self.checkout(tag, module_list, az, timestamp, nonrecursive)
finally:
os.chdir(odir)
return ret
if az:
odir=os.getcwd()
shell.mkdir("cvs_temp")
os.chdir("cvs_temp")
self.checkout(tag,module_list, None, timestamp, nonrecursive)
os.chdir(odir)
for m in module_list:
shell.cp(os.path.join(odir, "cvs_temp", m),
os.path.join(odir, az))
shell.rm("cvs_temp")
return
if nonrecursive:
e = err.Error()
e.Set("Nonrecursive not supported by MacCVS")
raise err.error, e
session_name = self.cvs_session_path[1:-1]
session_name = os.path.basename(session_name)
script = ascript.CreateAppleScript(
'tell application %s' % (self.cvs_path),
' activate',
' open alias %s' % (self.cvs_session_path),
' set thesession to session named "%s"' % (session_name),
' set local root of thesession to alias "%s"' % (os.getcwd()),
' with timeout of 99999 seconds')
for module in module_list:
cmd = 'check out thesession module "%s"' % (module)
if tag:
cmd = cmd +' revision "%s"' % (tag)
if timestamp:
cmd = cmd +' date "%s"' % (timestamp)
script.Append(cmd)
script.Append(
' end timeout',
' quit',
'end tell')
if self.script_save_path == '':
result = script.CompileAndExecute()
else:
script.CompileAndSave(self.script_save_path)
launch_script = ascript.CreateAppleScript(
'set scriptobj to (load script file "%s")' % (
self.script_save_path),
'tell scriptobj',
' run',
'end tell')
result = launch_script.CompileAndExecute()
if result and result != '':
outmsg.error('cvs checkout error %s' % (result))
def __init__(self, dir="."):
self.dir=dir
self.new_cvs_dir=None
self.cvsdir = os.path.join(dir, "CVS")
subdirs=[]
entries=[]
self.use_fake=0
try:
files=os.listdir(dir)
except:
return
for e in files:
if e in ["CVS"]:
continue
path = os.path.join(dir, e)
if os.path.isdir(path):
ndir = MagicFixDir(path)
if ndir.cvsdir:
subdirs.append(ndir)
if not os.path.isdir(self.cvsdir):
if subdirs:
self.new_cvs_dir=1
q=subdirs[0].mkparent()
for n in subdirs:
entries.append(n.get_entry())
#print "==========="
#print n.cvsdir
#print n.mkparent()
#print q
#print "==========="
if n.use_fake or n.mkparent() != q:
self.use_fake=1
shell.mkdir(self.cvsdir)
if self.use_fake:
print "Adding faux CVS dir: %s" % self.cvsdir
faux=os.path.join(os.environ["BUILD_ROOT"],"lib","faux-cvs","CVS")
if os.path.isdir(faux):
shell.mkdir(self.cvsdir)
shell.cp(os.path.join(faux,"Root"), os.path.join(self.cvsdir,"Root"))
shell.cp(os.path.join(faux,"Repository"),
os.path.join(self.cvsdir,"Repository"))
else:
print "Faux cvs dir missing, skipping"
self.cvsdir=None
return
else:
print "Adding PARENT CVS dir: %s" % self.cvsdir
shell.mkdir(self.cvsdir)
open(os.path.join(self.cvsdir,"Root"),"w").write(q[0])
open(os.path.join(self.cvsdir,"Repository"),"w").write(q[1])
if q[2]:
open(os.path.join(self.cvsdir,"Tag"),"w").write(q[2])
open(os.path.join(self.cvsdir,"Entries"),"w").write(string.join(entries,""))
else:
self.cvsdir=None
else:
for n in subdirs:
if n.is_new():
entries.append(n.get_entry())
if entries:
print "Adding CVS entries in %s" % self.cvsdir
e=open(os.path.join(self.cvsdir,"Entries"),"a")
e.write(string.join(entries,""))
def write_macros(self):
"""Writes all the macros (variables) to the Makefile."""
umake_lib.debug("Project.write_macros")
def str_list(list):
return string.join(list)
self.writeln("## Generated from %s, do not edit, do not commit to cvs!" % (self.project.umakefile_name ))
self.writeln("")
## print out all command and command flag variables
## in the platform command list, taking care not to
## print blank lines for commands/command flas which
## do not exist
for current_command in self.platform.command_list:
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## write out env variables for compilers
for build_rule in self.platform.build_rules.values():
current_command = build_rule.command
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## LINKER
if not hasattr(self.platform.link, "linker2"):
self.writeln(self.platform.link.setup_command_var())
self.writeln(self.platform.link.setup_flags_var())
## SRCS
self.writeln("SRCS=%s" % (self.compat_quote(self.project.sources)))
## COMPILED_OBJS, SOURCE_OBJS, OBJS
self.writeln("OBJS=%s %s" % (
self.platform.form_var("COMPILED_OBJS"),
self.platform.form_var("SOURCE_OBJS")))
self.writeln("COMPILED_OBJS=%s" % (
self.compat_quote(self.project.objects)))
self.writeln('SOURCE_OBJS=%s' % (
self.compat_quote(self.project.objsrcs)))
## INCLUDES
self.writeln("INCLUDES=%s" % self.build_quoted_arg_list(
self.project.includes,
self.platform.include_arg))
## DEFINES
if self.platform.cc.prefix_include_arg:
defdir = self.project.output_dir
shell.mkdir(defdir)
name = os.path.join(self.project.module_directory(),
self.project.makefile_name)
prefix_file_name = umake_lib.declaw_name(name)+"_ribodefs.h"
prefix_file_name=os.path.join(defdir, prefix_file_name)
lines=[]
defs=self.project.defines
defs.sort()
for d in defs:
ind = string.find(d,"=")
if ind == -1:
lines.append("#ifndef %s" % (d))
lines.append("#define %s 1" % (d))
else:
lines.append("#ifndef %s" % (d[:ind]))
lines.append("#define %s %s" % (d[:ind],d[ind+1:]))
lines.append("#endif")
for include in self.project.prefix_file_include_list:
## Ugly magic stuff
if type(include) == types.StringType:
if include[0] == '"' or include[0] == '<':
lines.append("#include %s" % (include))
elif include[0] == '#':
lines.append("%s" % (include))
else:
lines.append("#include <%s>" % (include))
elif type(include) == types.ListType:
lines.extend(include)
data = string.join(lines,"\n")+"\n"
umake_lib.write_file(prefix_file_name, data)
self.writeln("DEFINES=%s%s %s%s" % (
self.platform.include_arg,
os.curdir,
self.platform.cc.prefix_include_arg,
prefix_file_name))
else:
self.writeln("DEFINES=%s" % self.build_quoted_arg_list(
self.project.defines,
self.platform.define_arg))
## STATIC_LIBS
static_libs = self.project.libraries + self.project.libraries2 + \
self.project.local_libs + self.project.module_libs
self.writeln("STATIC_LIBS=%s" % (self.compat_quote(static_libs)))
## DYNAMIC_LIBS
self.writeln("DYNAMIC_LIBS=%s %s" % (
self.compat_quote(self.project.dynamic_libraries),
self.compat_quote(self.project.sys_libraries,
self.platform.sys_lib_arg)))
self.writeln("")
## suffixes
if len(self.platform.suffix_list):
self.writeln(".SUFFIXES: %s" % (
string.join(self.platform.suffix_list)))
self.writeln("")
## default/misc build rules
for rule in self.platform.build_rules.values():
## Add custom INCLUDE/DEFINE variables for each compiler
## (Except CC/CXX, which uses INCLUDE/DEFINES)
if rule.command.make_var not in [ "CC", "CXX" ]:
if rule.command.define_arg and rule.command.make_var:
try:
defs = None
try:
defs = rule.command.defines
except AttributeError:
pass
if defs == None:
defs = self.project.defines
self.writeln("%sDEFINES=%s" % (
rule.command.make_var,
self.build_quoted_arg_list(defs,
rule.command.define_arg)))
self.writeln("")
except:
pass
if rule.command.include_arg and rule.command.make_var:
try:
includes = None
try:
includes = rule.command.includes
except AttributeError:
pass
if includes == None:
includes = self.project.includes
self.writeln("%sINCLUDES=%s" % (
rule.command.make_var,
self.build_quoted_arg_list(includes,
rule.command.include_arg)))
self.writeln("")
except:
pass
if self.platform.build_rules.get(rule.source_suffix,None) == rule:
rule_str = "%s%s%s" % (
rule.source_suffix, rule.target_suffix,
self.platform.make_depend)
self.writeln(rule_str)
cmd_str = rule.command.execute(
self.platform.make_target, self.platform.make_source)
self.writeln("\t%s" % (cmd_str))
self.writeln("")
def __init__(self, mprj):
self.mprj = mprj
## start the script and define subroutines
script = ascript.CreateAppleScript()
self.script = script
all = []
self.all = all
for sumake in mprj.project.submakes:
m_path = macpath.normpath(macpath.join(os.getcwd(), sumake.makefile()))
all.extend( [
'set scriptobj to (load script file "%s")' % (m_path),
'tell scriptobj',
' set myerrors to myerrors & return & all()',
'end tell' ] )
script.Extend(mprj.project.pre_target_buff)
self.Clean()
if mprj.project.getTargetType() != "":
WritePrefixFile(mprj)
WriteResourcePrefixFile(mprj)
WriteExportFile(mprj)
self.VerifyPath()
self.ExtractCWErrors()
if len(mprj.weak_link_list):
self.SetWeakLink()
if len(mprj.post_build_script):
self.PostBuildScript()
if mprj.rtarget:
self.DefineResourceProject()
## FIXME, only do this for if asked to 'clean' build
all.extend( [
' --clean out old project and data by default',
' Clean()' ])
## write the "all" function, like "make all" in a Makefile
all.extend( [
' --make the output directory, and target directory',
' verifypath("%s")' % (mprj.output_dir_path),
' verifypath("%s")' % (mprj.target_dir_path) ] )
if mprj.rtarget:
all.extend( [
'--build the windows resource dll',
'myerrors = myerrors & return & ResourceProject()' ] )
self.RunProject()
## for DLL target types, we make a alias to the dll with a .lib
## extention so developers can do implicit linking to DLL's the
## same way they do on Windows
##
## Note: when Windows compiles a DLL, it creates a companion .LIB
## library with the same name; you link to the DLL by linking
## in the stub .LIB
absolute_output_dir = os.path.join(os.getcwd(), mprj.output_dir)
absolute_output_path = os.path.join(absolute_output_dir, mprj.output_name)
if mprj.target_type == "dll":
if mprj.project.opt_target_name:
alias_name= mprj.project.opt_target_name
else:
alias_name= mprj.target_name
alias_name = "%s.LIB" % (string.upper(alias_name))
absolute_alias_path = os.path.join(absolute_output_dir, alias_name)
all.extend( [
'tell application "Finder"',
' try',
' if (file "%s") exists then' % (absolute_alias_path),
' else',
' make new alias file to (file "%s") at (folder "%s") '\
' with properties {name:"%s"}' % (
absolute_output_path, absolute_output_dir, alias_name),
' end if',
' on error',
' end try',
'end tell' ])
if len(mprj.post_build_script):
all.extend( [
'--execute the custom subroutine',
'DoPostBuild()' ])
## copy the built target and finish off the script
all.extend( [
'-- Copy results to common output folder',
'tell application "Finder"',
' if (file "%s") exists then' % (absolute_output_path),
' Duplicate file "%s" to folder "%s" with replacing' % (
absolute_output_path, mprj.target_dir_path),
' end if',
'end tell' ])
if len(all):
script.Append('on all()',
'set myerrors to ""')
script.Extend(all)
script.Append(
'return myerrors',
'end all',
'-- run the "all()" function',
'return all()')
script.Extend(mprj.project.post_target_buff)
## for DRM signing
if mprj.project.getTargetType() == "dll" and \
mprj.project.BuildOption("drmsign") and \
mprj.project.CheckDRMSign():
import shell
shell.mkdir(os.path.dirname(absolute_output_path))
open(absolute_output_path+"--drmsign","w").write("signme!")
def mkdir(self, path):
shell.mkdir(self.native_path(path))
def mkdir(self, path):
shell.mkdir(self.native_path(path))
def __init__(self, dir="."):
self.dir = dir
self.new_cvs_dir = None
self.cvsdir = os.path.join(dir, "CVS")
subdirs = []
entries = []
self.use_fake = 0
try:
files = os.listdir(dir)
except:
return
for e in files:
if e in ["CVS"]:
continue
path = os.path.join(dir, e)
if os.path.isdir(path):
ndir = MagicFixDir(path)
if ndir.cvsdir:
subdirs.append(ndir)
if not os.path.isdir(self.cvsdir):
if subdirs:
self.new_cvs_dir = 1
q = subdirs[0].mkparent()
for n in subdirs:
entries.append(n.get_entry())
#print "==========="
#print n.cvsdir
#print n.mkparent()
#print q
#print "==========="
if n.use_fake or n.mkparent() != q:
self.use_fake = 1
shell.mkdir(self.cvsdir)
if self.use_fake:
print "Adding faux CVS dir: %s" % self.cvsdir
faux = os.path.join(os.environ["BUILD_ROOT"], "lib",
"faux-cvs", "CVS")
if os.path.isdir(faux):
shell.mkdir(self.cvsdir)
shell.cp(os.path.join(faux, "Root"),
os.path.join(self.cvsdir, "Root"))
shell.cp(os.path.join(faux, "Repository"),
os.path.join(self.cvsdir, "Repository"))
else:
print "Faux cvs dir missing, skipping"
self.cvsdir = None
return
else:
print "Adding PARENT CVS dir: %s" % self.cvsdir
shell.mkdir(self.cvsdir)
open(os.path.join(self.cvsdir, "Root"), "w").write(q[0])
open(os.path.join(self.cvsdir, "Repository"),
"w").write(q[1])
if q[2]:
open(os.path.join(self.cvsdir, "Tag"), "w").write(q[2])
open(os.path.join(self.cvsdir, "Entries"),
"w").write(string.join(entries, ""))
else:
self.cvsdir = None
else:
for n in subdirs:
if n.is_new():
entries.append(n.get_entry())
if entries:
print "Adding CVS entries in %s" % self.cvsdir
e = open(os.path.join(self.cvsdir, "Entries"), "a")
e.write(string.join(entries, ""))
def checkout(self,
root=None,
tag=None,
date=None,
az=None, ## Native path
nonrecursive = None,
zap=None,
download_only=None,
system_id=None,
profile=None,
build_type=None):
import distributions
import cvs
import shell
try:
if self.checkin_dep_only:
return
except AttributeError:
pass
if self.type == "cvs":
distributions.setup()
tmpdir=distributions.tmpdir()
tmpdir=os.path.join(tmpdir,"module")
cvs.Checkout(tag or self.cvs_tag,
self.cvs_path or self.name,
root or self.cvs_root,
tmpdir,
date or self.cvs_date,
nonrecursive,
zap)
if ( ( tag or self.cvs_tag) and
(date or self.cvs_date) and
not os.path.exists(tmpdir) ):
cvs.Checkout(self.cvs_tag,
self.cvs_path or self.name,
root or self.cvs_root,
tmpdir,
self.cvs_date,
nonrecursive,
zap)
if not os.path.exists(tmpdir):
raise cvs.cvs_error
shell.mkdir(os.path.dirname(az or self.path()))
os.rename(tmpdir, az or self.path())
distributions.cleanup()
elif self.type == "distribution":
df=distributions.DistFinder(self.name,
root or self.cvs_root,
tag or self.tag,
date or self.cvs_date)
fun = df.get_distribution
if download_only:
fun=df.download_distribution
if not system_id:
system_id = sysinfo.id
return df.get_distribution(
sysinfo.PLATFORM_HASH.get(system_id).distribution_id,
profile,
build_type)
def update(self,
tag,
module_list,
az=None,
timestamp=None,
nonrecursive=0,
dir=None):
### FIXME:
### test this!
if dir:
odir = os.getcwd()
try:
os.chdir(dir)
ret = self.checkout(tag, module_list, az, timestamp,
nonrecursive)
finally:
os.chdir(odir)
return ret
if az:
odir = os.getcwd()
shell.mkdir("cvs_temp")
os.chdir("cvs_temp")
self.checkout(tag, module_list, None, timestamp, nonrecursive)
os.chdir(odir)
for m in module_list:
shell.cp(os.path.join(odir, "cvs_temp", m),
os.path.join(odir, az))
shell.rm("cvs_temp")
return
if nonrecursive:
e = err.Error()
e.Set("Nonrecursive not supported by MacCVS")
raise err.error, e
session_name = self.cvs_session_path[1:-1]
session_name = os.path.basename(session_name)
script = ascript.CreateAppleScript(
'tell application %s' % (self.cvs_path), ' activate',
' open alias %s' % (self.cvs_session_path),
' set thesession to session named "%s"' % (session_name),
' set local root of thesession to alias "%s"' % (os.getcwd()),
' with timeout of 99999 seconds')
for module in module_list:
cmd = 'check out thesession module "%s"' % (module)
if tag:
cmd = cmd + ' revision "%s"' % (tag)
if timestamp:
cmd = cmd + ' date "%s"' % (timestamp)
script.Append(cmd)
script.Append(' end timeout', ' quit', 'end tell')
if self.script_save_path == '':
result = script.CompileAndExecute()
else:
script.CompileAndSave(self.script_save_path)
launch_script = ascript.CreateAppleScript(
'set scriptobj to (load script file "%s")' %
(self.script_save_path), 'tell scriptobj', ' run', 'end tell')
result = launch_script.CompileAndExecute()
if result and result != '':
outmsg.error('cvs checkout error %s' % (result))
def write_macros(self):
"""Writes all the macros (variables) to the Makefile."""
umake_lib.debug("Project.write_macros")
def str_list(list):
return string.join(list)
self.writeln(
"## Generated from %s, do not edit, do not commit to cvs!" %
(self.project.umakefile_name))
self.writeln("")
## print out all command and command flag variables
## in the platform command list, taking care not to
## print blank lines for commands/command flas which
## do not exist
for current_command in self.platform.command_list:
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## write out env variables for compilers
for build_rule in self.platform.build_rules.values():
current_command = build_rule.command
command_var = current_command.setup_command_var()
flags_var = current_command.setup_flags_var()
if len(command_var):
self.writeln(command_var)
if len(flags_var):
self.writeln(flags_var)
## LINKER
if not hasattr(self.platform.link, "linker2"):
self.writeln(self.platform.link.setup_command_var())
self.writeln(self.platform.link.setup_flags_var())
## SRCS
self.writeln("SRCS=%s" % (self.compat_quote(self.project.sources)))
## COMPILED_OBJS, SOURCE_OBJS, OBJS
self.writeln("OBJS=%s %s" % (self.platform.form_var("COMPILED_OBJS"),
self.platform.form_var("SOURCE_OBJS")))
self.writeln("COMPILED_OBJS=%s" %
(self.compat_quote(self.project.objects)))
self.writeln('SOURCE_OBJS=%s' %
(self.compat_quote(self.project.objsrcs)))
## INCLUDES
self.writeln("INCLUDES=%s" % self.build_quoted_arg_list(
self.project.includes, self.platform.include_arg))
## DEFINES
if self.platform.cc.prefix_include_arg:
defdir = self.project.output_dir
shell.mkdir(defdir)
name = os.path.join(self.project.module_directory(),
self.project.makefile_name)
prefix_file_name = umake_lib.declaw_name(name) + "_ribodefs.h"
prefix_file_name = os.path.join(defdir, prefix_file_name)
lines = []
defs = self.project.defines
defs.sort()
for d in defs:
ind = string.find(d, "=")
if ind == -1:
lines.append("#ifndef %s" % (d))
lines.append("#define %s 1" % (d))
else:
lines.append("#ifndef %s" % (d[:ind]))
lines.append("#define %s %s" % (d[:ind], d[ind + 1:]))
lines.append("#endif")
for include in self.project.prefix_file_include_list:
## Ugly magic stuff
if type(include) == types.StringType:
if include[0] == '"' or include[0] == '<':
lines.append("#include %s" % (include))
elif include[0] == '#':
lines.append("%s" % (include))
else:
lines.append("#include <%s>" % (include))
elif type(include) == types.ListType:
lines.extend(include)
data = string.join(lines, "\n") + "\n"
umake_lib.write_file(prefix_file_name, data)
self.writeln(
"DEFINES=%s%s %s%s" %
(self.platform.include_arg, os.curdir,
self.platform.cc.prefix_include_arg, prefix_file_name))
else:
self.writeln("DEFINES=%s" % self.build_quoted_arg_list(
self.project.defines, self.platform.define_arg))
## STATIC_LIBS
static_libs = self.project.libraries + self.project.libraries2 + \
self.project.local_libs + self.project.module_libs
self.writeln("STATIC_LIBS=%s" % (self.compat_quote(static_libs)))
## DYNAMIC_LIBS
self.writeln("DYNAMIC_LIBS=%s %s" %
(self.compat_quote(self.project.dynamic_libraries),
self.compat_quote(self.project.sys_libraries,
self.platform.sys_lib_arg)))
self.writeln("")
## suffixes
if len(self.platform.suffix_list):
self.writeln(".SUFFIXES: %s" %
(string.join(self.platform.suffix_list)))
self.writeln("")
## default/misc build rules
for rule in self.platform.build_rules.values():
## Add custom INCLUDE/DEFINE variables for each compiler
## (Except CC/CXX, which uses INCLUDE/DEFINES)
if rule.command.make_var not in ["CC", "CXX"]:
if rule.command.define_arg and rule.command.make_var:
try:
defs = None
try:
defs = rule.command.defines
except AttributeError:
pass
if defs == None:
defs = self.project.defines
self.writeln("%sDEFINES=%s" %
(rule.command.make_var,
self.build_quoted_arg_list(
defs, rule.command.define_arg)))
self.writeln("")
except:
pass
if rule.command.include_arg and rule.command.make_var:
try:
includes = None
try:
includes = rule.command.includes
except AttributeError:
pass
if includes == None:
includes = self.project.includes
self.writeln("%sINCLUDES=%s" %
(rule.command.make_var,
self.build_quoted_arg_list(
includes, rule.command.include_arg)))
self.writeln("")
except:
pass
if self.platform.build_rules.get(rule.source_suffix, None) == rule:
rule_str = "%s%s%s" % (rule.source_suffix, rule.target_suffix,
self.platform.make_depend)
self.writeln(rule_str)
cmd_str = rule.command.execute(self.platform.make_target,
self.platform.make_source)
self.writeln("\t%s" % (cmd_str))
self.writeln("")