def readSafariMetadata(self):
# get the certificate ID from the developer certificate's common name
import M2Crypto
bio = M2Crypto.BIO.openfile(self.config.keyFile)
try:
while not hasattr(self, 'certificateID'):
try:
cert = M2Crypto.X509.load_cert_bio(bio)
except M2Crypto.X509.X509Error:
raise Exception('No safari developer certificate found in chain')
subject = cert.get_subject()
for entry in subject.get_entries_by_nid(subject.nid['CN']):
m = re.match(r'Safari Developer: \((.*?)\)', entry.get_data().as_text())
if m:
self.certificateID = m.group(1)
break
finally:
bio.close()
# read metadata file
import buildtools.packagerSafari as packager
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.version = packager.getBuildVersion(self.tempdir, metadata, False, self.revision)
self.shortVersion = metadata.get("general", "version")
self.basename = metadata.get("general", "basename")
def readChromeMetadata(self):
"""
Read Chrome-specific metadata from metadata file. This will also
calculate extension ID from the private key.
"""
# Calculate extension ID from public key
# (see http://supercollider.dk/2010/01/calculating-chrome-extension-id-from-your-private-key-233)
import buildtools.packagerChrome as packager
publicKey = packager.getPublicKey(self.config.keyFile)
hash = hashlib.sha256()
hash.update(publicKey)
self.extensionID = hash.hexdigest()[0:32]
self.extensionID = ''.join(
map(lambda c: chr(97 + int(c, 16)), self.extensionID))
# Now read metadata file
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.version = packager.getBuildVersion(self.tempdir, metadata, False,
self.revision)
self.basename = metadata.get("general", "basename")
self.compat = []
if metadata.has_section('compat') and metadata.has_option(
'compat', 'chrome'):
self.compat.append({
'id': 'chrome',
'minVersion': metadata.get('compat', 'chrome')
})
def readChromeMetadata(self):
"""
Read Chrome-specific metadata from metadata file. This will also
calculate extension ID from the private key.
"""
# Calculate extension ID from public key
# (see http://supercollider.dk/2010/01/calculating-chrome-extension-id-from-your-private-key-233)
import buildtools.packagerChrome as packager
publicKey = packager.getPublicKey(self.config.keyFile)
hash = hashlib.sha256()
hash.update(publicKey)
self.extensionID = hash.hexdigest()[0:32]
self.extensionID = ''.join(map(lambda c: chr(97 + int(c, 16)), self.extensionID))
# Now read metadata file
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.version = packager.getBuildVersion(self.tempdir, metadata, False, self.revision)
self.basename = metadata.get("general", "basename")
if self.config.experimental:
self.basename += '-experimental'
self.compat = []
if metadata.has_section('compat') and metadata.has_option('compat', 'chrome'):
self.compat.append({'id': 'chrome', 'minVersion': metadata.get('compat', 'chrome')})
def readSafariMetadata(self):
import buildtools.packagerSafari as packager
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.certificateID = getSafariCertificateID(self.config.keyFile)
self.version = packager.getBuildVersion(self.tempdir, metadata, False, self.revision)
self.shortVersion = metadata.get("general", "version")
self.basename = metadata.get("general", "basename")
def readSafariMetadata(self):
import buildtools.packagerSafari as packager
metadata = packager.readMetadata(self.tempdir, self.config.type)
certs = packager.get_certificates_and_key(self.config.keyFile)[0]
self.certificateID = packager.get_developer_identifier(certs)
self.version = packager.getBuildVersion(self.tempdir, metadata, False, self.revision)
self.shortVersion = metadata.get("general", "version")
self.basename = metadata.get("general", "basename")
self.updatedFromGallery = False
def readSafariMetadata(self):
import buildtools.packagerSafari as packager
metadata = packager.readMetadata(self.tempdir, self.config.type)
certs = packager.get_certificates_and_key(self.config.keyFile)[0]
self.certificateID = packager.get_developer_identifier(certs)
self.version = packager.getBuildVersion(self.tempdir, metadata, False,
self.revision)
self.shortVersion = metadata.get("general", "version")
self.basename = metadata.get("general", "basename")
self.updatedFromGallery = False
def readSafariMetadata(self):
import buildtools.packagerSafari as packager
from buildtools import xarfile
metadata = packager.readMetadata(self.tempdir, self.config.type)
certs = xarfile.read_certificates_and_key(self.config.keyFile)[0]
self.certificateID = packager.get_developer_identifier(certs)
self.version = packager.getBuildVersion(self.tempdir, metadata, False,
self.buildNum)
self.shortVersion = metadata.get('general', 'version')
self.basename = metadata.get('general', 'basename')
self.updatedFromGallery = False
def read_edge_metadata(self):
"""
Read Edge-specific metadata from metadata file.
"""
from buildtools import packager
# Now read metadata file
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.version = packager.getBuildVersion(self.tempdir, metadata, False,
self.buildNum)
self.basename = metadata.get('general', 'basename')
self.compat = []
def readSafariMetadata(self):
import buildtools.packagerSafari as packager
from buildtools import xarfile
metadata = packager.readMetadata(self.tempdir, self.config.type)
certs = xarfile.read_certificates_and_key(self.config.keyFile)[0]
self.certificateID = packager.get_developer_identifier(certs)
self.version = packager.getBuildVersion(self.tempdir, metadata, False,
self.buildNum)
self.shortVersion = metadata.get('general', 'version')
self.basename = metadata.get('general', 'basename')
self.updatedFromGallery = False
def readGeckoMetadata(self):
"""
read Gecko-specific metadata file from a cloned repository
and parse id, version, basename and the compat section
out of the file
"""
import buildtools.packagerGecko as packager
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.extensionID = metadata.get('general', 'id')
self.version = packager.getBuildVersion(self.tempdir, metadata, False,
self.buildNum)
self.basename = metadata.get('general', 'basename')
def readGeckoMetadata(self):
"""
read Gecko-specific metadata file from a cloned repository
and parse id, version, basename and the compat section
out of the file
"""
import buildtools.packagerGecko as packager
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.extensionID = metadata.get("general", "id")
self.version = packager.getBuildVersion(self.tempdir, metadata, False, self.revision)
self.basename = metadata.get("general", "basename")
self.compat = []
for key, value in packager.KNOWN_APPS.iteritems():
if metadata.has_option('compat', key):
minVersion, maxVersion = metadata.get('compat', key).split('/')
self.compat.append({'id': value, 'minVersion': minVersion, 'maxVersion': maxVersion})
def readGeckoMetadata(self):
"""
read Gecko-specific metadata file from a cloned repository
and parse id, version, basename and the compat section
out of the file
"""
import buildtools.packagerGecko as packager
metadata = packager.readMetadata(self.tempdir, self.config.type)
self.extensionID = metadata.get("general", "id")
self.version = packager.getBuildVersion(self.tempdir, metadata, False,
self.revision)
self.basename = metadata.get("general", "basename")
self.compat = []
for key, value in packager.KNOWN_APPS.iteritems():
if metadata.has_option('compat', key):
minVersion, maxVersion = metadata.get('compat', key).split('/')
self.compat.append({
'id': value,
'minVersion': minVersion,
'maxVersion': maxVersion
})
