def installNvidiaDriver(self, packageList):
try:
# Remove certain packages before installing the drivers
for package in packageList:
if package[1] == 1:
if functions.isPackageInstalled(package[0]):
self.log.write('Remove package: ' + package[0], 'nvidia.installNvidiaDriver', 'debug')
self.ec.run('apt-get -y --force-yes remove ' + package[0])
# Preseed answers for some packages
self.preseedNvidiaPackages('install')
# Install the packages
installString = ''
notInRepo = ''
for package in packageList:
chkStatus = functions.getPackageStatus(package[0])
if chkStatus != packageStatus[2]:
installString += ' ' + package[0]
elif package[1] != 2:
notInRepo += ', ' + package[0]
if notInRepo == '':
self.ec.run('apt-get -y --force-yes install' + installString)
else:
self.log.write('Install aborted: not in repository: ' + notInRepo[2:], 'nvidia.installNvidiaDriver', 'error')
except Exception, detail:
self.log.write(detail, 'nvidia.installNvidiaDriver', 'exception')
def getPae(self):
hwList = []
# Ubuntu is already PAE enabled from version 12.10 (Quantal) and LM 14 Nadia is based on Quantal: no need to check
# https://help.ubuntu.com/community/EnablingPAE
self.log.write('Distribution: ' + self.distribution + ' ' + str(self.distributionReleaseNumber), 'pae.getPae', 'debug')
skipPae = False
if (self.distribution == 'linuxmint' and self.distributionReleaseNumber >= 14) or (self.distribution == 'ubuntu' and self.distributionReleaseNumber >= 12.10):
skipPae = True
if not skipPae:
# Get the kernel release
kernelRelease = self.ec.run('uname -r')
# Check the machine hardware
machine = self.ec.run('uname -m')
if not 'amd64' in kernelRelease[0]:
if not 'pae' in kernelRelease[0]:
self.log.write('Single-core kernel found: ' + kernelRelease[0], 'pae.getPae', 'debug')
# Get #CPU's: cat /proc/cpuinfo | grep processor | wc -l
if machine[0] == 'i686':
self.log.write('Multi-core system running single-core kernel found', 'pae.getPae', 'info')
# Check package status
status = packageStatus[0]
for package in self.packages:
if not functions.isPackageInstalled(package):
self.log.write('PAE not installed', 'pae.getPae', 'info')
status = packageStatus[1]
break
hwList.append(['Multi-core support for 32-bit systems', hwCodes[3], status])
elif machine[0] == 'x86_64':
self.log.write('PAE skipped: 64-bit system', 'pae.getPae', 'debug')
else:
self.log.write('PAE kernel cannot be installed: single-core system', 'pae.getPae', 'warning')
else:
self.log.write('Multi-core already installed: ' + kernelRelease[0], 'pae.getPae', 'info')
hwList.append(['Multi-core support for 32-bit systems', hwCodes[3], packageStatus[0]])
return hwList
def getFastestMirror(self):
mirList = []
if self.distribution == 'debian':
# Check if mint-debian-mirrors is installed
if functions.isPackageInstalled('mint-debian-mirrors'):
# Get the mirrors
cmd = 'mint-choose-debian-mirror --dry-run'
mirrors = self.ec.run(cmd)
for mirror in mirrors:
# Extract the url
urlObj = re.search('http[a-zA-Z0-9:\.\-/]*', mirror)
if urlObj:
url = urlObj.group()
if 'current server' in mirror.lower():
self.log.write('Current server: ' + url, 'mirror.getFastestMirror', 'info')
self.currentMirror = url
elif 'best server' in mirror.lower():
self.log.write('Best server: ' + url, 'mirror.getFastestMirror', 'info')
self.bestMirror = url
else:
self.log.write('No mirror URL found', 'mirror.getFastestMirror', 'warning')
else:
self.log.write('Cannot detect fastest mirror: mint-debian-mirrors not installed', 'mirror.getFastestMirror', 'warning')
else:
# TODO: do this for Ubuntu
pass
# Append fastest mirror to list
status = packageStatus[2]
if self.bestMirror != '':
if self.bestMirror == self.currentMirror:
status = packageStatus[0]
else:
status = packageStatus[1]
mirList.append(['Install the fastest repository mirror', hwCodes[4], status])
return mirList
def installBroadcom(self):
try:
self.setCurrentChipInfo()
if self.installableDriver != '':
# Get the correct linux header package
linHeader = functions.getLinuxHeadersAndImage()
self.log.write('Linux header name to install: ' + linHeader[0], 'broadcom.installBroadcom', 'info')
# Only install linux header if it is not installed
if not functions.isPackageInstalled(linHeader[0]):
self.log.write('Download package: ' + linHeader[0], 'broadcom.installBroadcom', 'info')
self.ec.run('apt-get download ' + linHeader[0])
# Download the driver and its dependencies
cmdBc = 'apt-get download ' + self.installableDriver
self.log.write('Download package: ' + self.installableDriver, 'broadcom.installBroadcom', 'info')
self.ec.run(cmdBc)
depList = functions.getPackageDependencies(self.installableDriver)
for dep in depList:
if not functions.isPackageInstalled(dep):
cmdDep = 'apt-get download ' + dep
self.log.write('Download package dependency: ' + dep, 'broadcom.installBroadcom', 'debug')
self.ec.run(cmdDep)
# Remove any module that might be in the way
self.log.write('modprobe b44, b43, b43legacy, ssb, brcmsmac', 'broadcom.installBroadcom', 'debug')
os.system('modprobe -rf b44')
os.system('modprobe -rf b43')
os.system('modprobe -rf b43legacy')
os.system('modprobe -rf ssb')
os.system('modprobe -rf brcmsmac')
# Install the dowloaded packages
self.log.write('Install downloaded packages', 'broadcom.installBroadcom', 'info')
self.ec.run('dpkg -i *.deb')
# Delete the downloaded packages
self.log.write('Remove downloaded debs', 'broadcom.installBroadcom', 'debug')
os.system('rm -f *.deb')
# Finish up
if self.installableDriver == 'broadcom-sta-dkms' or self.installableDriver == 'bcmwl-kernel-source':
# Blacklist b43, brcmsmac
self.log.write('blacklist b43 brcmsmac bcma ssb', 'broadcom.installBroadcom', 'debug')
modFile = open(blacklistPath, 'w')
modFile.write('blacklist b43 brcmsmac bcma ssb')
modFile.close()
# Start wl
self.log.write('modprobe wl', 'broadcom.installBroadcom', 'debug')
os.system('modprobe wl')
elif 'b43' in self.installableDriver:
# Start b43
self.log.write('modprobe b43', 'broadcom.installBroadcom', 'debug')
os.system('modprobe b43')
else:
# Start brcmsmac
self.log.write('modprobe brcmsmac', 'broadcom.installBroadcom', 'debug')
os.system('modprobe brcmsmac')
self.log.write('Done installing Broadcome drivers', 'broadcom.installBroadcom', 'info')
else:
self.log.write('No Broadcom chip set found', 'broadcom.installBroadcom', 'error')
except Exception, detail:
self.log.write(detail, 'broadcom.installBroadcom', 'exception')
def on_btnHelp_clicked(self, widget):
if functions.isPackageInstalled("firefox"):
system("firefox file://%s &" % self.help)
else:
system("xdg-open file://%s &" % self.help)
log = Logger(logFile)
functions.log = log
if debug:
if os.path.isfile(log.logPath):
open(log.logPath, 'w').close()
log.write('Write debug information to file: ' + log.logPath, 'main', 'info')
# Log some basic environmental information
machineInfo = functions.getSystemVersionInfo()
log.write('Machine info: ' + machineInfo, 'main', 'info')
version = functions.getPackageVersion('device-driver-manager')
log.write('DDM version: ' + version, 'main', 'info')
# There were issues with apt-listbugs
# Warn the user for any errors that might accur when apt-listbugs is installed
if functions.isPackageInstalled('apt-listbugs'):
log.write('apt-listbugs is installed and might interfere with driver installation', 'main', 'warning')
# Set variables
scriptDir = os.path.dirname(os.path.realpath(__file__))
# Pass arguments to ddm.py: replace - with : -> because kdesudo assumes these options are meant for him...
# TODO: Isn't there another way?
args = ' '.join(sys.argv[1:])
if len(args) > 0:
args = ' ' + string.replace(args, '-', ':')
# Pass the log path to ddm.py
if debug:
args += ' :l ' + log.logPath
if not functions.getDistribution() == '':