def setup_linux_x86 (logger, name, x86_cross):
'''Hack for using 32 bit compiler on linux-64.
Use linux-x86 cross compiler to compile non-64-bit-clean packages such
as nsis and odcctools. A plain 32 bit compiler could also be used,
but we do not have such a beast. Make sure to have 32-bit
compatibility installed:
apt-get install ia32-libs
'''
x86_bindir = x86_cross + '/bin'
x86_cross_bin = x86_cross + '/i686-linux' + '/bin'
compiler = x86_bindir + '/i686-linux-gcc'
if not os.path.exists (compiler):
printf ('error: cannot find 32 bit compiler: %(compiler)s\n' % locals ())
raise Exception ('Package %(name)s depends on target/linux-x86.' % locals ())
if os.system ('''echo 'int main () { return 0; }' > 32bit.c && %(compiler)s -o 32bit 32bit.c && ./32bit''' % locals ()):
printf ('error: cannot run 32 bit executable: 32bit\n')
raise Exception ('Package %(name)s depends on 32 bit libraries''' % locals ())
os.system ('rm -f 32bit 32bit.c')
def check_link (src, dest):
dest = x86_cross_bin + '/' + dest
if not os.path.exists (dest):
# duh, must chdir for relative link
#src = '../../bin/i686-linux-' + src
src = x86_bindir + '/i686-linux-' + src
os.link (src, dest)
check_link ('cpp', 'cpp')
check_link ('gcc', 'cc')
check_link ('g++', 'c++')
check_link ('gcc', 'gcc')
check_link ('g++', 'g++')
def get_installer (settings, *arguments):
installer_class = {
# TODO: ipkg/dpkg
'debian' : Shar,
'debian-arm' : Shar,
'debian-mipsel' : Shar,
'darwin-ppc' : DarwinBundle,
'darwin-x86' : DarwinBundle,
'freebsd-x86' : Shar,
'freebsd4-x86' : Shar,
'freebsd6-x86' : Shar,
'freebsd-64' : Shar,
'linux-arm-softfloat' : Shar,
'linux-arm-vfp' : Linux_installer,
'linux-x86' : Shar,
'linux-64' : Shar,
'linux-ppc' : Shar,
'mingw' : Nsis,
# 'mingw' : MingwRoot,
}
ctor = installer_class[settings.platform]
printf ('Installer:', ctor)
installer = ctor (settings, *arguments)
return installer
def create_local_web_dir (options, source):
if not os.path.isdir (options.unpack_dir):
system ('mkdir -p ' + options.unpack_dir)
printf ('creating web root in', options.unpack_dir )
os.chdir (options.unpack_dir)
dir = 'v%s' % '.'.join (options.version)
system ('rm -rf %s' % dir)
system ('mkdir -p %s' % dir)
os.chdir (dir)
system ('rsync -Wa %s/ . ' % source)
if options.dry_run:
return
printf ('Instrumenting for Google Analytics' )
for f in ['Documentation/web/index.html',
'Documentation/changes/index.html',
'Documentation/notation/index.html',
'Documentation/internals/index.html',
'Documentation/music-glossary/index.html',
'Documentation/learning/index.html',
'input/regression/collated-files.html']:
do_urchin (f)
def get_constant_substitution_dict (self):
d = {}
if self._parent:
d = self._parent.get_substitution_dict ()
d = d.copy ()
members = inspect.getmembers (self)
member_substs = {}
for (name, method) in filter (is_subst_method, members):
val = method ()
self.__dict__[name] = ConstantCall (val)
member_substs[name] = val
if type (val) != str:
message = '[' + self.name () + '] non string value: ' + str (val) + ' for subst_method: ' + name
printf (message)
raise NonStringExpansion (message)
string_vars = dict ((k, v) for (k, v) in members if type (v) == str)
d.update (string_vars)
d.update (member_substs)
try:
d = recurse_substitutions (d)
except KeyError:
printf ('self:', self)
raise
return d
def get_url_versions (url):
printf (url)
opener = urllib.URLopener ()
index = opener.open (url).read ()
versions = []
def note_version (m):
name = m.group (2)
version = tuple (map (int, m.group (3).split ('.')))
build = 0
build_url = url + re.sub ("(HREF|href)=", '', m.group (0))
build_url = build_url.replace ('"', "")
# disregard buildnumber for src tarball.
if m.group (4):
build = int (m.group (5))
versions.append ((name, version, build, build_url))
return ''
# [^0-9] is to force that version no is not swalled by name. Check this for cygwin libfoo3
# packages
re.sub (r'(HREF|href)="(.*[^0-9])-([0-9.]+)(-([0-9]+))?\.[0-9a-z-]+\.[.0-9a-z-]+"', note_version, index)
return versions
def get_installer(settings, *arguments):
installer_class = {
# TODO: ipkg/dpkg
"debian": Shar,
"debian-arm": Shar,
"debian-mipsel": Shar,
"darwin-ppc": DarwinBundle,
"darwin-x86": DarwinBundle,
"freebsd-x86": Shar,
"freebsd4-x86": Shar,
"freebsd6-x86": Shar,
"freebsd-64": Shar,
"linux-arm-softfloat": Shar,
"linux-arm-vfp": Linux_installer,
"linux-x86": Shar,
"linux-64": Shar,
"linux-ppc": Shar,
"mingw": Nsis,
# 'mingw' : MingwRoot,
}
ctor = installer_class[settings.platform]
printf("Installer:", ctor)
installer = ctor(settings, *arguments)
return installer
def __init__(self, dir, source="", branch="", module="", revision=""):
Repository.__init__(self, dir, source)
self.checksums = {}
self.source = source
if source:
# urlib is not good at splitting ssh urls
u = misc.Url(source)
self.url_host = u.host
self.url_dir = u.dir.replace("~", "_")
self.source = self.source.replace("git+file://" + u.host, "")
# ``I don't handle protocol git+http/http+git''
self.source = self.source.replace("git+http://", "http://")
self.source = self.source.replace("http+git://", "http://")
else:
# repository proxy determined git vcs from dir
printf("FIXME: get url from .git dir info")
assert False
self.branch = self.filter_branch_arg(branch)
self.revision = revision
if self.revision == "" and self.branch == "":
# note that HEAD doesn't really exist as a branch name.
self.branch = "master"
# We cannot do a shallow download if we're not tracking
# we have to get at least enough history to include the
# fixed committish ... :-)
# no shallow# self.shallow = self.is_tracking ()
self.shallow = False
assert self.url_host
assert self.url_dir
def libtool_update_preserve_vars (logger, libtool, vars, file):
printf ('preserve: ', file)
old = open (file).read ()
open (file + '.old', 'w').write (old)
libtool_update (logger, libtool, file)
new = open (file).read ()
open (file + '.new', 'w').write (new)
def subst_vars (o, n):
for v in vars:
v_re = '(?m)^%(v)s="([^"]*)"' % locals ()
orig_m = re.search (v_re, o)
if not orig_m:
# some generated libtool thingies only have the first part
# but vars in the second part must always be substituted
printf ('from first part')
orig_m = re.search (v_re, old)
if orig_m:
b = n
n = re.sub (v_re, orig_m.group (0), n)
printf ('replace:', orig_m.group (0))
if b == n:
printf ('NODIFF:', v_re)
else:
printf ('not found:', v_re)
return n
# libtool comes in two parts which define the same/similar variables
marker = '\nexit '
n1 = subst_vars (old[:old.find (marker)], new[:new.find (marker)])
n2 = subst_vars (old[old.find (marker):], new[new.find (marker):])
open (file, 'w').write (n1 + n2)
loggedos.chmod (logger, file, octal.o755)
def rewire_mach_o_object_executable_path (self, name):
orig_libs = ['/usr/lib']
libs = self.get_libaries (name)
subs = []
for f in libs:
# FIXME: I do not understand this comment
## ignore self.
self.runner.action (os.path.split (f)[1] + ' '
+ os.path.split (name)[1] + '\n')
if os.path.split (f)[1] == os.path.split (name)[1]:
continue
for o in orig_libs:
if o in f:
newpath = re.sub (o, '@executable_path/../lib', f);
subs.append ((f, newpath))
elif self.expand ('%(targetdir)s') in f:
must_skip = [s for s in self.skip if s in f]
if not must_skip:
if 'libgcc_s.1.dylib' in f:
newpath = '@executable_path/../lib/libgcc_s.1.dylib'
subs.append ((f, newpath))
else:
raise Exception ('found targetdir in linkage[%(name)s]: %(f)s' % locals ())
printf ('FIXME: skipping[%(name)s]: %(f)s, hope this is ok' % locals ())
self.rewire_mach_o_object (name, subs)
def get_url_versions(url):
printf(url)
opener = urllib.URLopener()
index = opener.open(url).read()
versions = []
def note_version(m):
name = m.group(2)
version = tuple(map(int, m.group(3).split('.')))
build = 0
build_url = url + re.sub("(HREF|href)=", '', m.group(0))
build_url = build_url.replace('"', "")
# disregard buildnumber for src tarball.
if m.group(4):
build = int(m.group(5))
versions.append((name, version, build, build_url))
return ''
# [^0-9] is to force that version no is not swalled by name. Check this for cygwin libfoo3
# packages
re.sub(
r'(HREF|href)="(.*[^0-9])-([0-9.]+)(-([0-9]+))?\.[0-9a-z-]+\.[.0-9a-z-]+"',
note_version, index)
return versions
def rewire_mach_o_object_executable_path(self, name):
orig_libs = ['/usr/lib']
libs = self.get_libaries(name)
subs = []
for f in libs:
# FIXME: I do not understand this comment
## ignore self.
self.runner.action(
os.path.split(f)[1] + ' ' + os.path.split(name)[1] + '\n')
if os.path.split(f)[1] == os.path.split(name)[1]:
continue
for o in orig_libs:
if o in f:
newpath = re.sub(o, '@executable_path/../lib/', f)
subs.append((f, newpath))
elif self.expand('%(targetdir)s') in f:
must_skip = [s for s in self.skip if s in f]
if not must_skip:
raise Exception(
'found targetdir in linkage[%(name)s]: %(f)s' %
locals())
printf(
'FIXME: skipping[%(name)s]: %(f)s, hope this is ok' %
locals())
self.rewire_mach_o_object(name, subs)
def install_fonts (self):
printf ('FIXME: deferred workaround')
# deferred_dump (self.font_source.update_workdir (fontdir))
fontdir = self.expand ('%(install_prefix)s/share/ghostscript/fonts')
def defer (logger):
self.fonts_source.update_workdir (fontdir)
self.func (defer)
def libtool_update_preserve_vars(logger, libtool, vars, file):
printf('preserve: ', file)
old = open(file).read()
open(file + '.old', 'w').write(old)
libtool_update(logger, libtool, file)
new = open(file).read()
open(file + '.new', 'w').write(new)
def subst_vars(o, n):
for v in vars:
v_re = '(?m)^%(v)s="([^"]*)"' % locals()
orig_m = re.search(v_re, o)
if not orig_m:
# some generated libtool thingies only have the first part
# but vars in the second part must always be substituted
printf('from first part')
orig_m = re.search(v_re, old)
if orig_m:
b = n
n = re.sub(v_re, orig_m.group(0), n)
printf('replace:', orig_m.group(0))
if b == n:
printf('NODIFF:', v_re)
else:
printf('not found:', v_re)
return n
# libtool comes in two parts which define the same/similar variables
marker = '\nexit '
n1 = subst_vars(old[:old.find(marker)], new[:new.find(marker)])
n2 = subst_vars(old[old.find(marker):], new[new.find(marker):])
open(file, 'w').write(n1 + n2)
loggedos.chmod(logger, file, octal.o755)
def create_local_web_dir(options, source):
if not os.path.isdir(options.unpack_dir):
system('mkdir -p ' + options.unpack_dir)
printf('creating web root in', options.unpack_dir)
os.chdir(options.unpack_dir)
dir = 'v%s' % '.'.join(options.version)
system('rm -rf %s' % dir)
system('mkdir -p %s' % dir)
os.chdir(dir)
system('rsync -Wa %s/ . ' % source)
if options.dry_run:
return
printf('Instrumenting for Google Analytics')
for f in [
'Documentation/web/index.html', 'Documentation/changes/index.html',
'Documentation/notation/index.html',
'Documentation/internals/index.html',
'Documentation/music-glossary/index.html',
'Documentation/learning/index.html',
'input/regression/collated-files.html'
]:
do_urchin(f)
def get_installer(settings, *arguments):
installer_class = {
# TODO: ipkg/dpkg
'debian': Shar,
'debian-arm': Shar,
'debian-mipsel': Shar,
'darwin-ppc': DarwinBundle,
'darwin-x86': DarwinBundle,
'freebsd-x86': Shar,
'freebsd4-x86': Shar,
'freebsd6-x86': Shar,
'freebsd-64': Shar,
'linux-arm-softfloat': Shar,
'linux-arm-vfp': Linux_installer,
'linux-x86': Shar,
'linux-64': Shar,
'linux-ppc': Shar,
'mingw': Nsis,
# 'mingw' : MingwRoot,
}
ctor = installer_class[settings.platform]
printf('Installer:', ctor)
installer = ctor(settings, *arguments)
return installer
def get_debian_package (settings, description):
s = description[:description.find ('\nDescription')]
d = dict ([line.split (': ', 1) for line in list (map (''.strip, s.split ('\n')))])
# FIXME: should blacklist toplevel bin/gub argument iso lilypond
blacklist = [
'binutils',
'cpp',
'gcc-3.3',
'cpp-3.3',
'gcc',
'gcc-3.4',
'libgcc1',
'libgcc1-3.4',
'lilypond',
'libstdc++6',
'libstdc++-dev',
'libtool',
'perl',
'perl-modules',
'perl-base',
# 'pkg-config',
]
if d['Package'] in blacklist:
d['Package'] += '::blacklisted'
package_class = new.classobj (d['Package'], (build.BinaryBuild,), {})
from gub import repository
source = repository.DebianPackage (settings.downloads + '/Debian/' + settings.debian_branch,
os.path.join (mirror, d['Filename']),
d['Version'])
package = package_class (settings, source)
package.name_dependencies = []
if 'Depends' in d:
deps = list (map (''.strip,
re.sub ('\([^\)]*\)', '', d['Depends']).split (', ')))
# FIXME: BARF, ignore choices
deps = [x for x in deps if x.find ('|') == -1]
# FIXME: how to handle Provides: ?
# FIXME: BARF, fixup libc Provides
deps = [re.sub ('libc($|-)', 'libc6\\1', x) for x in deps]
deps = [re.sub ('liba52-dev', 'liba52-0.7.4-dev', x) for x in deps]
deps = [re.sub ('libpng12-0-dev', 'libpng12-dev', x) for x in deps]
# FIXME: ugh, skip some
deps = [x for x in deps if x not in blacklist]
package.name_dependencies = deps
def get_build_dependencies (self):
return self.name_dependencies
package.get_build_dependencies = misc.bind_method (get_build_dependencies,
package)
pkg_name = d['Package']
@context.subst_method
def name (self):
return pkg_name
message = 'FIXME: enter .name into package_class; see cygwin.py'
printf (message)
raise Exception (message)
package.name = misc.bind_method (name, package)
context.subst_method (package.name)
return package
def main ():
cli_parser = get_cli_parser ()
(options, files) = cli_parser.parse_args ()
if not options.platform or files:
raise Exception ('barf')
sys.exit (2)
settings = Settings (options.platform)
printf ('\n'.join (as_variables (settings)))
def execute_deferred_commands (self):
commands = self._deferred_commands
self._deferred_commands = []
for cmd in commands:
cmd.execute (self.logger)
if self._deferred_commands:
printf ('*** deferred leftovers:', self._deferred_commands)
assert self._deferred_commands == list ()
def execute_deferred_commands(self):
commands = self._deferred_commands
self._deferred_commands = []
for cmd in commands:
cmd.execute(self.logger)
if self._deferred_commands:
printf('*** deferred leftovers:', self._deferred_commands)
assert self._deferred_commands == list()
def get_cygwin_packages (settings, package_file, skip=[]):
dist = 'curr'
dists = {'test': [], 'curr': [], 'prev' : []}
chunks = open (package_file).read ().split ('\n\n@ ')
for i in chunks[1:]:
lines = i.split ('\n')
name = lines[0].strip ()
#name = name.lower ()
name = name[0].lower () + name[1:]
# URG, x11 introduces upcase *and* underscore in package name
#name = name.replace ('libx11-6', 'libX11_6')
#name = name.replace ('libx11_6', 'libX11_6')
#name = name.replace ('libx11', 'libX11')
#name = name.replace ('libxt', 'libXt')
packages = dists['curr']
records = {
'sdesc': name,
'version': '0-0',
'install': 'urg 0 0',
}
j = 1
while j < len (lines) and lines[j].strip ():
if lines[j][0] == '#':
j = j + 1
continue
elif lines[j][0] == '[':
packages.append (get_cygwin_package (settings, name,
records.copy (),
skip))
packages = dists[lines[j][1:5]]
j = j + 1
continue
try:
key, value = [x.strip () for x in lines[j].split (': ', 1)]
except:
printf (lines[j], package_file)
raise Exception ('URG')
if (value.startswith ('"')
and value.find ('"', 1) == -1):
while 1:
j = j + 1
value += '\n' + lines[j]
if lines[j].find ('"') != -1:
break
records[key] = value
j = j + 1
packages.append (get_cygwin_package (settings, name, records, skip))
# debug
names = [p.name () for p in dists[dist]]
names.sort ()
return dists[dist]
def get_cygwin_packages(settings, package_file, skip=[]):
dist = 'curr'
dists = {'test': [], 'curr': [], 'prev': []}
chunks = open(package_file).read().split('\n\n@ ')
for i in chunks[1:]:
lines = i.split('\n')
name = lines[0].strip()
#name = name.lower ()
name = name[0].lower() + name[1:]
# URG, x11 introduces upcase *and* underscore in package name
#name = name.replace ('libx11-6', 'libX11_6')
#name = name.replace ('libx11_6', 'libX11_6')
#name = name.replace ('libx11', 'libX11')
#name = name.replace ('libxt', 'libXt')
packages = dists['curr']
records = {
'sdesc': name,
'version': '0-0',
'install': 'urg-no-install-key-for-%(name)s 0 0' % locals(),
}
j = 1
while j < len(lines) and lines[j].strip():
if lines[j][0] == '#':
j = j + 1
continue
elif lines[j][0] == '[':
packages.append(
get_cygwin_package(settings, name, records.copy(), skip))
packages = dists[lines[j][1:5]]
j = j + 1
continue
try:
key, value = [x.strip() for x in lines[j].split(': ', 1)]
except:
printf(lines[j], package_file)
raise Exception('URG')
p = value.find('"') + 1
if p and value.find('"', p) == -1:
while 1:
j = j + 1
value += '\n' + lines[j]
if lines[j].find('"') != -1:
break
records[key] = value
j = j + 1
packages.append(get_cygwin_package(settings, name, records, skip))
# debug
names = [p.name() for p in dists[dist]]
names.sort()
return dists[dist]
def expand (self, s, env={}):
d = self.get_substitution_dict (env)
try:
e = s % d
except:
t, v, b = sys.exc_info ()
if t == KeyError or t == ValueError:
printf ('format string: >>>' + s + '<<<')
printf ('self:', self)
raise
return e
def main():
cli_parser = get_cli_parser()
(options, files) = cli_parser.parse_args()
if 0:
pass
elif options.test:
test()
elif options.full_branch_name:
repo = get_repository_proxy(".", files[0])
printf(repo.full_branch_name())
elif options.branch_dir:
repo = get_repository_proxy(".", files[0])
printf(repo.branch_dir().replace("//", "/"))
def topologically_sorted_one(todo,
done,
dependency_getter,
recurse_stop_predicate=None):
sorted = []
if todo in done:
return sorted
done[todo] = 1
def type_equal(a, b):
return ((type(a) == type(b))
or inspect.isclass(type(a)) == inspect.isclass(type(b)))
deps = dependency_getter(todo)
for d in deps:
if recurse_stop_predicate and recurse_stop_predicate(d):
continue
if not type_equal(d, todo):
printf(type(d), '!=', type(todo))
printf(d.__class__, todo.__class__)
printf(d.__dict__, todo.__dict__)
printf(inspect.isclass(type(d)), inspect.isclass(type(todo)))
assert type_equal(a, b)
sorted += topologically_sorted_one(
d,
done,
dependency_getter,
recurse_stop_predicate=recurse_stop_predicate)
sorted.append(todo)
return sorted
def live_hosts (hosts, port = 3633):
live = []
for h in hosts:
try:
t = telnetlib.Telnet (h, port)
t.close ()
except socket.error:
continue
live.append ('%s:%d' % (h,port))
if live:
printf ('DISTCC live hosts: ', live)
return live
def topologically_sorted_one (todo, done, dependency_getter,
recurse_stop_predicate=None):
sorted = []
if todo in done:
return sorted
done[todo] = 1
def type_equal (a, b):
return ((type (a) == type (b))
or inspect.isclass (type (a)) == inspect.isclass (type (b)))
deps = dependency_getter (todo)
for d in deps:
if recurse_stop_predicate and recurse_stop_predicate (d):
continue
if not type_equal (d, todo):
printf (type (d), '!=', type (todo))
printf (d.__class__, todo.__class__)
printf (d.__dict__, todo.__dict__)
printf (inspect.isclass (type (d)), inspect.isclass (type (todo)))
assert type_equal (a, b)
sorted += topologically_sorted_one (d, done, dependency_getter,
recurse_stop_predicate=recurse_stop_predicate)
sorted.append (todo)
return sorted
def live_hosts(hosts, port=3633):
live = []
for h in hosts:
try:
t = telnetlib.Telnet(h, port)
t.close()
except socket.error:
continue
live.append('%s:%d' % (h, port))
if live:
printf('DISTCC live hosts: ', live)
return live
def spec_conflict_resolution(self, spec, pkg):
pkg_name = pkg.name()
install_candidate = pkg
subname = ''
if spec.name() != pkg_name:
subname = pkg_name.split('-')[-1]
manager = self.manager(spec.platform())
if subname in spec.get_conflict_dict():
for c in spec.get_conflict_dict()[subname]:
if manager.is_installed(c):
printf(' %(c)s conflicts with %(pkg_name)s' % locals())
conflict_source = manager.source_name(c)
# FIXME: implicit provides: foo-* provides foo-core,
# should implement explicit provides
if conflict_source + '-core' == pkg_name:
printf(
' non-core %(conflict_source)s already installed'
% locals())
printf(
' skipping request to install %(pkg_name)s' %
locals())
install_candidate = None
continue
printf(' removing %(c)s' % locals())
manager.uninstall_package(c)
return install_candidate
def is_class_subst_method (name, cls):
try:
if name in cls.__dict__:
classmethod (cls.__dict__[name])
except:
printf ('self:', cls)
printf ('name:', name)
raise
if (name in cls.__dict__
and type (cls.__dict__[name]) != type (_C.__init__)
and classmethod (cls.__dict__[name])
and 'substitute_me' in cls.__dict__[name].__dict__):
return True
return False
def do_urchin (filename):
s = open (filename).read ()
if re.search ('UA-68969', s):
return
printf (filename)
urchin_track = """<script src="http://www.google-analytics.com/urchin.js" type="text/javascript">
</script>
<script type="text/javascript">
_uacct = "UA-68969-1";
urchinTracker();
</script>"""
s = re.sub ("(?i)</head>", urchin_track + '\n</head>', s)
open (filename, 'w').write (s)
def test():
date = '2007-09-14 11:39:21 +0200'
printf(parse(date))
printf(format(parse(date)))
date = '2007-09-14 11:39:21'
printf(parse(date))
printf(format(parse(date)))
def do_urchin(filename):
s = open(filename).read()
if re.search('UA-68969', s):
return
printf(filename)
urchin_track = """<script src="http://www.google-analytics.com/urchin.js" type="text/javascript">
</script>
<script type="text/javascript">
_uacct = "UA-68969-1";
urchinTracker();
</script>"""
s = re.sub("(?i)</head>", urchin_track + '\n</head>', s)
open(filename, 'w').write(s)
def test():
date = "2007-09-14 11:39:21 +0200"
printf(parse(date))
printf(format(parse(date)))
date = "2007-09-14 11:39:21"
printf(parse(date))
printf(format(parse(date)))
def test():
printf(forall(x for x in [1, 1]))
printf(
dissect_url(
'git://anongit.freedesktop.org/git/fontconfig?revision=1234'))
printf(dissect_url('http://lilypond.org/foo-123.tar.gz&patch=a&patch=b'))
printf(
rewrite_url('ftp://foo.com/pub/foo/foo-123.tar.gz',
'http://lilypond.org/downloads'))
def main():
(opts, args) = parse_options()
lock_file_name = args[0]
cmd = args[1]
## need to include binary too.
args = args[1:]
try:
stat = run_command_with_lock(lock_file_name, cmd, args)
sys.exit(stat)
except locker.LockedError:
printf("Can't acquire lock %s" % lock_file_name)
if opts.skip:
sys.exit(0)
else:
sys.exit(1)
def set_dict (self, dict, sub_name):
self._dict = dict.copy ()
self._dict['sub_name'] = sub_name
if sub_name:
sub_name = '-' + sub_name
try:
s = ('%(name)s' % dict) + sub_name
except:
printf ('NO NAME IN:', dict)
raise
self._dict['split_name'] = s
self._dict['split_ball'] = ('%(packages)s/%(split_name)s%(ball_suffix)s.%(platform)s.gup') % self._dict
self._dict['split_hdr'] = ('%(packages)s/%(split_name)s%(vc_branch_suffix)s.%(platform)s.hdr') % self._dict
self._dict['conflicts_string'] = ';'.join (self._conflicts)
self._dict['dependencies_string'] = ';'.join (self._dependencies)
self._dict['source_name'] = self.name ()
if sub_name:
self._dict['source_name'] = self.name ()[:-len (sub_name)]
def main ():
(opts, args) = parse_options ()
lock_file_name = args[0]
cmd = args[1]
## need to include binary too.
args = args[1:]
try:
stat = run_command_with_lock (lock_file_name, cmd, args)
sys.exit (stat)
except locker.LockedError:
printf ("Can't acquire lock %s" % lock_file_name)
if opts.skip:
sys.exit (0)
else:
sys.exit (1)
def recurse_substitutions (d):
for (k, v) in list (d.items ()):
if type (v) != str:
del d[k]
continue
try:
while v.index ('%(') >= 0:
v = v % d
except:
t, vv, b = sys.exc_info ()
if t == ValueError:
pass
elif t == KeyError or t == ValueError:
printf ('variable: >>>' + k + '<<<')
printf ('format string: >>>' + v + '<<<')
raise
else:
raise
d[k] = v
return d
def download(self):
if not self.have_client():
# sorry, no can do [yet]
return
if not os.path.isdir(os.path.join(self.dir, "refs")):
source = self.source
dir = self.dir
### AARGH, GIT forces us to download the full history? WTF?
"""invoking cd /home/janneke/vc/gub/downloads/ghostscript && git clone --depth 10 -l -s /home/janneke/vc/gub/downloads/ghostscript /home/janneke/vc/gub/target/mingw/src/ghostscript-0.0
Initialized empty Git repository in /home/janneke/vc/gub/target/mingw/src/ghostscript-0.0/.git/
fatal: attempt to fetch/clone from a shallow repository
fatal: The remote end hung up unexpectedly
"""
if self.shallow:
self.git("clone --depth 10 --bare %(source)s %(dir)s" % locals(), dir=".")
else:
printf("GIT: FIXME: shallow branching broken? -- getting *whole* history...")
self.git("clone --bare %(source)s %(dir)s" % locals(), dir=".")
if self.branch and not (self.revision and self.is_downloaded()):
self.git("fetch %(source)s %(branch)s:refs/heads/%(url_host)s/%(url_dir)s/%(branch)s" % self.__dict__)
self.checksums = {}
def main ():
cli_parser = get_cli_parser ()
(options, commands) = cli_parser.parse_args ()
global host_spec
host_spec = options.upload_host
repo = get_repository (options)
version_dict = misc.grok_sh_variables_str (repo.read_file ('VERSION'))
version_tup = tuple (map (version_dict.get, ('MAJOR_VERSION', 'MINOR_VERSION', 'PATCH_LEVEL')))
version_tup = tuple (map (int, version_tup))
version_db = versiondb.VersionDataBase (options.version_db)
cmds = upload_binaries (repo, version_tup, version_db)
if options.execute:
cmds = [c for c in cmds if 'test-binary' not in c]
for cmd in cmds:
print (cmd)
system (cmd)
else:
printf ('\n\n')
printf ('\n'.join (cmds))
printf ('\n\n')
def main():
cli_parser = get_cli_parser()
(options, commands) = cli_parser.parse_args()
global host_spec
host_spec = options.upload_host
repo = get_repository(options)
version_dict = misc.grok_sh_variables_str(repo.read_file('VERSION'))
version_tup = tuple(
map(version_dict.get,
('MAJOR_VERSION', 'MINOR_VERSION', 'PATCH_LEVEL')))
version_tup = tuple(map(int, version_tup))
version_db = versiondb.VersionDataBase(options.version_db)
cmds = upload_binaries(repo, version_tup, version_db)
if options.execute:
cmds = [c for c in cmds if 'test-binary' not in c]
for cmd in cmds:
print(cmd)
system(cmd)
else:
printf('\n\n')
printf('\n'.join(cmds))
printf('\n\n')
def get_binaries_from_url (self, url):
package = os.path.basename (os.path.splitext (self.file_name)[0])
for p in self.platforms:
if p == 'source':
continue
u = '%(url)sbinaries/%(p)s/' % locals ()
if p == 'cygwin':
u += 'release/%(package)s/' % locals ()
try:
self._db[p] = get_url_versions (u)
except:
t, v, b = sys.exc_info ()
if t == IOError:
printf ('problem loading', u)
sys.path.insert (0, 'gub')
# FIXME: do want to be inside gub framework or not?
printf (misc.exception_string (v))
continue
raise
def setup_linux_x86(logger, name, x86_cross):
'''Hack for using 32 bit compiler on linux-64.
Use linux-x86 cross compiler to compile non-64-bit-clean packages such
as nsis and odcctools. A plain 32 bit compiler could also be used,
but we do not have such a beast. Make sure to have 32-bit
compatibility installed:
apt-get install ia32-libs
'''
x86_bindir = x86_cross + '/bin'
x86_cross_bin = x86_cross + '/i686-linux' + '/bin'
compiler = x86_bindir + '/i686-linux-gcc'
if not os.path.exists(compiler):
printf('error: cannot find 32 bit compiler: %(compiler)s\n' % locals())
raise Exception('Package %(name)s depends on target/linux-x86.' %
locals())
if os.system(
'''echo 'int main () { return 0; }' > 32bit.c && %(compiler)s -o 32bit 32bit.c && ./32bit'''
% locals()):
printf('error: cannot run 32 bit executable: 32bit\n')
raise Exception('Package %(name)s depends on 32 bit libraries'
'' % locals())
os.system('rm -f 32bit 32bit.c')
def check_link(src, dest):
dest = x86_cross_bin + '/' + dest
if not os.path.exists(dest):
# duh, must chdir for relative link
#src = '../../bin/i686-linux-' + src
src = x86_bindir + '/i686-linux-' + src
os.link(src, dest)
check_link('cpp', 'cpp')
check_link('gcc', 'cc')
check_link('g++', 'c++')
check_link('gcc', 'gcc')
check_link('g++', 'g++')
def set_dict(self, dict, sub_name):
self._dict = dict.copy()
self._dict['sub_name'] = sub_name
if sub_name:
sub_name = '-' + sub_name
try:
s = ('%(name)s' % dict) + sub_name
except:
printf('NO NAME IN:', dict)
raise
self._dict['split_name'] = s
self._dict['split_ball'] = (
'%(packages)s/%(split_name)s%(ball_suffix)s.%(platform)s.gup'
) % self._dict
self._dict['split_hdr'] = (
'%(packages)s/%(split_name)s%(vc_branch_suffix)s.%(platform)s.hdr'
) % self._dict
self._dict['conflicts_string'] = ';'.join(self._conflicts)
self._dict['dependencies_string'] = ';'.join(self._dependencies)
self._dict['source_name'] = self.name()
if sub_name:
self._dict['source_name'] = self.name()[:-len(sub_name)]
def get_binaries_from_url(self, url):
package = os.path.basename(os.path.splitext(self.file_name)[0])
for p in self.platforms:
if p == 'source':
continue
u = '%(url)sbinaries/%(p)s/' % locals()
if p == 'cygwin':
u += 'release/%(package)s/' % locals()
try:
self._db[p] = get_url_versions(u)
except:
t, v, b = sys.exc_info()
if t == IOError:
printf('problem loading', u)
sys.path.insert(0, 'gub')
# FIXME: do want to be inside gub framework or not?
printf(misc.exception_string(v))
continue
raise
def test_required (logger):
if required:
logger.write ('\n')
printf ('********************************')
printf ('Please install required packages')
for i in required:
printf ('%s: %s-%s or newer (found: %s %s)\n' % i)
sys.exit (1)
def test_required(logger):
if required:
logger.write('\n')
printf('********************************')
printf('Please install required packages')
for i in required:
printf('%s: %s-%s or newer (found: %s %s)\n' % i)
sys.exit(1)
def test_build(bin):
if bin.find(':') < 0:
bin = os.path.abspath(bin)
base = os.path.split(bin)[1]
platform = re.search('lilypond-[0-9.]+-[0-9]+.([a-z0-9-]+).*',
bin).group(1)
viewer = 'evince'
if not platform:
printf('unknown platform for', bin)
return
ending_found = 0
for e in ['.sh', '.zip', '.exe', 'tar.bz2']:
ending_found = ending_found or bin.endswith(e)
if not ending_found:
printf('unknown extension for', base)
return
try:
os.unlink('typography-demo.pdf')
except:
pass
printf('testing platform %s' % platform)
logdir = "log/"
try:
(uid, host, dir, test_file) = test_settings[platform]
except KeyError:
system('touch %(logdir)s/%(base)s.test.pdf' % locals())
return
if test_file == None:
test_file = 'test-lily/typography-demo.ly'
base_test_file = os.path.split(test_file)[1]
base_test_file_stem = os.path.splitext(base_test_file)[0]
system('ssh %(uid)s@%(host)s mkdir %(dir)s' % locals(), ignore_error=True)
system('ssh %(uid)s@%(host)s rm %(dir)s/%(base_test_file_stem)s.*' %
locals(),
ignore_error=True)
test_platform_script = 'test-%s-gub.sh' % platform_test_script_types.get(
platform, platform)
system('scp %(test_file)s test-lily/%(test_platform_script)s '
' %(bin)s '
' %(uid)s@%(host)s:%(dir)s/' % locals())
system(
'ssh %(uid)s@%(host)s sh %(dir)s/%(test_platform_script)s %(dir)s %(base)s %(base_test_file)s'
% locals())
system(
'scp %(uid)s@%(host)s:%(dir)s/%(base_test_file_stem)s.pdf %(logdir)s/%(base)s.test.pdf'
% locals())
system('%(viewer)s %(logdir)s/%(base)s.test.pdf' % locals())
def url (self):
if not self._url:
self._url = self.build_class ().source
if not self._url:
logging.warning ('no source specified in class: '
+ self.build_class ().__name__ + '\n')
if not self._url:
self._url = self.settings.dependency_url (self.name ())
if not self._url:
raise Exception ('No URL for: '
+ misc.with_platform (self._name,
self.settings.platform))
if type (self._url) == str:
try:
self._url = self._url % self.settings.__dict__
except:
printf ('URL:', self._url)
raise
x, parameters = misc.dissect_url (self._url)
if parameters.get ('patch'):
self._cls.patches = parameters['patch']
if parameters.get ('dependency'):
self._cls.build_dependencies = parameters['dependency']
return self._url
def compare_test_info (options):
outputs = glob.glob (options.upload_dir + '/lilypond-*.test-output*')
outputs += glob.glob (options.regtest_dir + '/lilypond-*.test-output*')
current_version = tuple (map (int, options.version))
current_tuple = (current_version, options.build)
versions_found = []
current_test_output = ''
for f in outputs:
m = re.search ('lilypond-([.0-9]+)-([0-9]+).test-output.tar.bz2', f)
if not m:
printf (f)
assert 0
version = list (map (int, m.group (1).split ('.')))
build = int (m.group (2))
tup = (version, build)
if tup <= current_tuple:
versions_found.append ((tup, f))
versions_found.sort ()
compare_test_tarballs (options, versions_found[-3:])
def subst_vars(o, n):
for v in vars:
v_re = '(?m)^%(v)s="([^"]*)"' % locals()
orig_m = re.search(v_re, o)
if not orig_m:
# some generated libtool thingies only have the first part
# but vars in the second part must always be substituted
printf('from first part')
orig_m = re.search(v_re, old)
if orig_m:
b = n
n = re.sub(v_re, orig_m.group(0), n)
printf('replace:', orig_m.group(0))
if b == n:
printf('NODIFF:', v_re)
else:
printf('not found:', v_re)
return n
def check_files(tarball, repo):
error_found = False
tarball = os.path.abspath(tarball)
tarball_dirname = re.sub('\.tar.*', '', os.path.split(tarball)[1])
dir = tempfile.mkdtemp()
files = popen('cd %(dir)s && tar xzvf %(tarball)s' % locals()).readlines()
files = [f.strip() for f in files]
## .ly files
ly_files = [f for f in files if re.search(r'\.ly$', f)]
ly_file_str = ' '.join(ly_files)
no_version = popen(r"cd %(dir)s && grep '\\version' -L %(ly_file_str)s" %
locals()).readlines()
if no_version:
printf('Files without \\version: ')
printf('\n'.join(no_version))
error_found = True
## tarball <-> CVS
file_dict = dict((f, 1) for f in files)
entries = repo.all_files()
exceptions = ['.cvsignore', 'stepmake/.cvsignore']
for e in entries:
filename = e
if filename in exceptions:
continue
filename = os.path.join(tarball_dirname, filename)
if filename not in file_dict:
printf('file from VC not distributed: %s' % filename)
error_found = True
system('rm -rf %(dir)s' % locals())
if error_found:
raise Exception('dist error found')
def uninstall_package (self, name):
gub_log.action ('uninstalling package: %s\n' % name)
lst = self.package_installed_files (name)
dirs = []
files = []
for i in lst:
f = os.path.join (self.root, i)
if os.path.islink (f):
files.append (f)
elif (not os.path.exists (f)
and not self.is_distro):
printf ('FileManager: uninstall: %s' % name)
printf ('FileManager: no such file: %s' % f)
elif os.path.isdir (f):
dirs.append (f)
else:
files.append (f)
for f in files:
os.unlink (f)
for d in reversed (dirs):
try:
os.rmdir (d)
except OSError:
gub_log.verbose ('warning: %(d)s not empty\n' % locals ())
for f in lst:
## fixme (?) -- when is f == ''
if not f or f.endswith ('/'):
continue
try:
del self._file_package_db[f]
except:
printf ('db delete failing for ', f)
del self._package_file_db[name]
