def check_known_environment():
"""
See that we run on a supported box.
"""
n = uname("-a").lower()
if not ("debian" in n or "ubuntu" in n):
sys.exit("This script has been tested only with Ubuntu/Debian environments")
def extract_config():
def git_sha(base=''):
try:
return str(sh.git('rev-parse', 'HEAD', _cwd=base)).strip()
except Exception:
return 'NA'
config = c = {}
versions = v = {}
v['bloscpack'] = bp.__version__
v['numpy'] = np.__version__
v['joblib'] = jb.__version__
v['conda'] = str(sh.conda('--version', _tty_in=True)).strip()
v['python'] = str(sh.python('--version', _tty_in=True)).strip()
hashes = h = {}
h['bloscpack'] = git_sha(os.path.dirname(bp.__file__))
h['joblib'] = git_sha(jb.__path__[0])
h['numpy'] = git_sha(np.__path__[0])
h['benchmark'] = git_sha()
c['uname'] = str(sh.uname('-a')).strip()
c['hostname'] = str(sh.hostname()).strip()
c['whoami'] = str(sh.whoami()).strip()
c['date'] = str(sh.date()).strip()
c['versions'] = versions
c['hashes'] = hashes
return config
def __init__(self):
self.parser = ConfigParser()
# No option conversion, since we're using the key as a regex here
self.parser.optionxform = str
self.ostype = sh.uname().strip()
cpath = os.path.realpath(__file__)
self.parser.read([os.path.join(os.path.dirname(cpath), '%s.privacy.conf' % self.ostype), './%s.privacy.conf' % self.ostype])
def extract_config():
def git_sha(base=''):
try:
return str(sh.git('rev-parse', 'HEAD', _cwd=base)).strip()
except Exception:
return 'NA'
config = c = {}
versions = v = {}
v['bloscpack'] = bp.__version__
v['blosc'] = blosc.__version__
v['numpy'] = np.__version__
v['joblib'] = jb.__version__
v['tables'] = tables.__version__
v['conda'] = str(sh.conda('--version', _tty_in=True)).strip()
v['python'] = str(sh.python('--version', _tty_in=True)).strip()
hashes = h = {}
h['bloscpack'] = git_sha(os.path.dirname(bp.__file__))
h['joblib'] = git_sha(jb.__path__[0])
h['blosc'] = git_sha(blosc.__path__[0])
h['numpy'] = git_sha(np.__path__[0])
h['tables'] = git_sha(tables.__path__[0])
h['benchmark'] = git_sha()
c['uname'] = str(sh.uname('-a')).strip()
c['hostname'] = str(sh.hostname()).strip()
c['whoami'] = str(sh.whoami()).strip()
c['date'] = str(sh.date()).strip()
c['versions'] = versions
c['hashes'] = hashes
return config
def main():
dpkg_output = dpkg('-l', 'linux-image-[0-9]*', 'linux-headers-[0-9]*', _env={'COLUMNS': '200'})
uname_output = uname('-r').strip() # like 4.4.0-79-generic
kernel_version = uname_output.rsplit('-', 1)[0]
print('kernel version:', kernel_version)
removed_packages = filter_packages(dpkg_output, kernel_version)
print('\n'.join(removed_packages))
def pipeline(*args):
'''
pipeline defines main method for executing of tasks
'''
print(sh.uname('-v'))
for method in args:
if not isinstance(method, Command):
raise Exception('unable to validate method')
method.run()
def get_distribution_codename():
codename = sh.uname().lower().strip()
if codename == "linux":
# lets try to be more specific using lsb_release
try:
output = sh.lsb_release("-c") # pylint: disable=E1101
_, codename = output.split("\t")
except sh.CommandNotFound as e:
pass
codename = codename.strip()
return codename
def main():
dpkg_output = dpkg('-l',
'linux-image-[0-9]*',
'linux-headers-[0-9]*',
_env={'COLUMNS': '200'})
uname_output = uname('-r').strip() # like 4.4.0-79-generic
kernel_version = uname_output.rsplit('-', 1)[0]
print('kernel version:', kernel_version)
removed_packages = filter_packages(dpkg_output, kernel_version)
print('\n'.join(removed_packages))
def os_properties(self):
namespace = PropertyNamespace('os', _('Operating system'))
if LSB:
namespace.add_property('is_lsb', _('LSB OS'), True, True)
namespace.add_property('distributor_id', _('Distributor ID'),
lsb_release('-i', '-s'), True)
namespace.add_property('description', _('Description'),
lsb_release('-d', '-s'), True)
namespace.add_property('release', _('Release'),
lsb_release('-r', '-s'), True)
namespace.add_property('codename', _('Codename'),
lsb_release('-c', '-s'), True)
namespace.add_property('sysinfo', _('System info'), uname('-a'),
True)
else:
namespace.add_property('is_lsb', _('LSB OS'), False)
namespace.add_property('architecture',
_('OS architecture'),
platform.architecture(),
report=True)
namespace.add_property('python_version',
_('Python version'),
platform.python_version(),
report=True)
namespace.add_property('hostname', _('Hostname'), platform.node())
namespace.add_property('platform',
_('Platform'),
sys.platform,
report=True)
namespace.add_property('machine',
_('Machine'),
platform.machine(),
report=True)
namespace.add_property('processor',
_('Processor'),
platform.processor(),
report=True)
namespace.add_property('cpus',
_('Number of CPUs'),
psutil.cpu_count(),
report=True)
namespace.add_property('total_phymem',
_('Total physical memory'),
pretty_size(psutil.virtual_memory().total),
report=True)
namespace.add_property(
'disk_partitions', _('Disk partitions'), '; '.join([
'%s %s %s %s' % (partition.device, partition.mountpoint,
partition.fstype, partition.opts)
for partition in psutil.disk_partitions()
]))
def cli(is_json):
"""
See the aeriscloud version information
"""
versions = {
'aeriscloud': {'version': ac_version},
'ansible': {'version': ansible_version},
'vagrant': {'version': vagrant_version()},
'virtualbox': {'version': virtualbox_version()},
'ruby': _ruby_version(),
'python': {'version': _python_version()},
'git': {'version': str(sh.git('--version'))[12:].strip()}
}
# aeriscloud get information
if os.path.exists(os.path.join(aeriscloud_path, '.git')):
repo = Repo(aeriscloud_path)
rev = str(repo.head.commit)[:8]
branch = str(repo.active_branch)
versions['aeriscloud']['revision'] = rev
versions['aeriscloud']['branch'] = branch
# operating system
linux_version = _linux_version()
if linux_version:
versions['linux'] = linux_version
else:
try:
# this is for osx
sw_vers = dict([map(unicode.strip, line.split(':'))
for line in sh.sw_vers()])
versions['osx'] = {
'name': sw_vers['ProductName'],
'version': sw_vers['ProductVersion'],
'build': sw_vers['BuildVersion']
}
except sh.CommandNotFound:
pass
try:
uname = str(sh.uname('-sr')).strip()
versions['kernel'] = {'version': uname}
except sh.CommandNotFound:
pass
if is_json:
click.echo(json.dumps(versions))
else:
click.echo(render_cli('version', **versions))
def build_sigar_python(target):
target.pushd(os.path.join(target.dirname, target.buildpath))
target.pushd('bindings')
target.pushd('python')
tmpenv = os.environ.copy()
if "Darwin" in sh.uname('-a'):
tmpenv['CPPFLAGS'] = '-Qunused-arguments'
tmpenv['CFLAGS'] = '-Qunused-arguments'
try:
tmpenv['LDFLAGS'] = '-L' + target.prefix + '/lib -L' + target.prefix + '/lib64'
sh.python("setup.py", "--with-sigar="+target.prefix, "install", "--prefix="+target.prefix, _env=tmpenv)
except sh.ErrorReturnCode,ex:
print "Unable to build SIGAR python extensions: %s" % ex.stderr
raise ex
def pybuild(self):
if not self.do_build:
return
self.pushd(os.path.join(self.dirname, self.buildpath))
tmpenv = os.environ.copy()
target = '.'.join(platform.python_version().split('.')[0:2])
# OS X workaround: prevent error on unrecognized arguments.
if "Darwin" in sh.uname('-a'):
tmpenv['CPPFLAGS'] = '-Qunused-arguments'
tmpenv['CFLAGS'] = '-Qunused-arguments'
# Set appropriate python path.
tmpenv['PYTHONPATH'] = self.prefix + '/lib/python' + target + '/site-packages:' + \
self.prefix + '/lib64/python' + target + '/site-packages'
try:
sh.python("setup.py", "install", "--prefix=" + self.prefix, _env=tmpenv)
except sh.ErrorReturnCode,ex:
print "Unable to build: %s" % ex.stderr
raise ex
def gather_sysctl(self):
matcher = ExcludeInfoMatcher()
if not matcher.enabled('sysctl'):
return
self.sysctl = dict()
try:
sysctl = sh.sysctl.bake(_cwd='.')
except sh.CommandNotFound:
sysctl = sh.Command('/sbin/sysctl').bake(_cwd='.')
last = ""
os_name = sh.uname().strip()
for line in sysctl('-a', _iter=True):
if os_name == "Linux":
if " = " in line:
res = line.split(" = ")
self.sysctl[res[0].strip()] = res[1].strip()
last = res[0]
elif last != "":
self.sysctl[last] += line.strip()
elif os_name == "Darwin":
if " = " in line:
res = line.split(" = ")
self.sysctl[res[0].strip()] = res[1].strip()
last = res[0].strip()
elif ": " in line:
res = line.split(": ")
self.sysctl[res[0].strip()] = res[1].strip()
last = res[0].strip()
elif last != "":
self.sysctl[last] += line.strip()
elif os_name == "FreeBSD":
if ": " in line:
res = line.split(": ")
self.sysctl[res[0].strip()] = res[1].strip()
last = res[0].strip()
elif last != "":
self.sysctl[last] += line.strip()
# Post-process: filter gathered data based on rules defined in gather.conf
for entry in self.sysctl.keys():
if not matcher.match(entry, self.sysctl[entry], 'sysctl'):
del self.sysctl[entry]
def gather_modules(self):
matcher = ExcludeInfoMatcher()
if not matcher.enabled('modules'):
return
if(sh.uname().strip() != "Linux"):
return
self.modules = []
lsmod = sh.Command('/sbin/lsmod')
skipped = False
for line in lsmod(_iter=True):
if not skipped:
skipped = True
continue
self.modules.append(line.split(' ')[0])
# Post-process: filter gathered data based on rules defined in gather.conf
for entry in self.modules:
if not matcher.match(entry, entry, 'modules'):
del self.modules[entry]
def main(argv):
opts, args = getopt.getopt(argv,"ht:v:",["type=","version="])
kernel_type = 'stable'
for opt, arg in opts:
if opt == '-h':
print 'kerenelcompile.py -type <stable|mainline|lts> -v <version>'
sys.exit()
elif opt in ("-t", "--type"):
kernel_type = arg
elif opt in ("-v", "--version"):
version = arg
call("apt-get install git-core kernel-package fakeroot build-essential libncurses5-dev python-pip wget xz-utils",shell=True)
call("pip install feedparser sh",shell=True)
from functions.functions import *
from sh import cp,make,uname
BUILD_DIR="/usr/src"
testing=''
if kernel_type == 'mainline':
kernel_version=GetReleaseCandidateVersion()
rc = kernel_version.find('-rc')
if rc>0:
testing = '/testing'
else:
kernel_version=GetStableVersion()
cpuCount=getCpuCount()
print("cpu count:%s\n" % cpuCount)
print("compiling kernel %s\n" % kernel_version)
chdir(BUILD_DIR)
call("wget --continue http://kernel.org/pub/linux/kernel/v3.x%s/linux-%s.tar.xz" % (testing,kernel_version),shell=True)
call("tar -Jxf linux-%s.tar.xz" % kernel_version,shell=True)
chdir("linux-%s" % kernel_version)
current_kernel=uname("-r").rstrip('\n')
cp("/boot/config-%s"%current_kernel,"./.config")
call("make nconfig",shell=True)
call("make-kpkg clean",shell=True)
new_env = os.environ.copy()
os.environ["CONCURENCY_LEVEL"] = "%s"% cpuCount
call("fakeroot make-kpkg -j3 --initrd --append-to-version=-xtreme-reload kernel_image kernel_headers" ,shell=True)
call("make clean",shell=True)
Install(kernel_version)
def os_properties(self):
namespace = PropertyNamespace('os', _('Operating system'))
if LSB:
namespace.add_property('is_lsb', _('LSB OS'), True, True)
namespace.add_property('distributor_id', _('Distributor ID'), lsb_release('-i', '-s'), True)
namespace.add_property('description', _('Description'), lsb_release('-d', '-s'), True)
namespace.add_property('release', _('Release'), lsb_release('-r', '-s'), True)
namespace.add_property('codename', _('Codename'), lsb_release('-c', '-s'), True)
namespace.add_property('sysinfo', _('System info'), uname('-a'), True)
else:
namespace.add_property('is_lsb', _('LSB OS'), False)
namespace.add_property('architecture', _('OS architecture'), platform.architecture(), report=True)
namespace.add_property('python_version', _('Python version'), platform.python_version(), report=True)
namespace.add_property('hostname', _('Hostname'), platform.node())
namespace.add_property('platform', _('Platform'), sys.platform, report=True)
namespace.add_property('machine', _('Machine'), platform.machine(), report=True)
namespace.add_property('processor', _('Processor'), platform.processor(), report=True)
namespace.add_property('cpus', _('Number of CPUs'), psutil.cpu_count(), report=True)
namespace.add_property('total_phymem', _('Total physical memory'), pretty_size(psutil.virtual_memory().total), report=True)
namespace.add_property('disk_partitions', _('Disk partitions'), '; '.join(['%s %s %s %s' % (partition.device, partition.mountpoint, partition.fstype, partition.opts) for partition in psutil.disk_partitions()]))
from sh import uname, dpkg
# Current kernel version. You could also get this information by reading from the file
# /proc/sys/kernel/osrelease
uname_output = uname('-r').strip() # like 4.4.0-79-generic
kernel_version = uname_output.rsplit('-', 1)[0]
print('kernel version:', kernel_version)
packages_output = dpkg('-l', 'linux-image-[0-9]*', 'linux-headers-[0-9]*', _env={'COLUMNS': '200'})
packages_list = packages_output.strip().splitlines()
installed_lines = filter(lambda line: line.startswith('ii'), packages_list)
package_names = [line.split()[1] for line in installed_lines]
remove_packages = filter(lambda package: kernel_version not in package, package_names)
print('\n'.join(remove_packages))
from sh import uname, sed, dpkg, awk, grep
# Get our current kernel version
# $(uname -r | sed -r 's/-[a-z]+//')
kernel_version = sed(uname('-r'), '-r', 's/-[a-z]+//').strip()
print('kernel version:', kernel_version)
# get & filter package list
packages = \
grep(
awk(
dpkg('-l', 'linux-image-[0-9]*', 'linux-headers-[0-9]*', _env={'COLUMNS': '200'}),
'/ii/{print $2}'
),
'-ve',
kernel_version
)
print(packages.strip())
print('-' * 50)
from sh import ls, glob
print(ls('-ld', glob('/etc/pr*')))
print('-' * 50)
w = sh.who()
print(w)
print('-' * 50)
disk_usage = sh.df('-h')
print(disk_usage)
print('-' * 50)
from sh import uname
print(uname())
print(uname('-a'))
print(uname(a=True))
print('-' * 50)
from sh import grep, wc
# grep 'sh' /etc/passwd | wc -l
print(grep('sh', '/etc/passwd'))
print(wc(grep('sh', '/etc/passwd'), l=True))
print('-' * 50)
from sh import tr
fruits = 'apple banana mango orange'.split()
print(tr("[:lower:]", "[:upper:]", _in=fruits))
db.session.commit()
except Exception, e:
db.session.rollback()
for obj in app_globals.ip_data:
try:
connect = libvirt.open("remote+ssh://" + obj + "/system")
except Exception, e:
print "SSH Daemon either not running or the port is not open"
raise e
if not PhysicalMachines.query.filter_by(
username=obj.split('@')[0], ip_addr=obj.split('@')[1]).all():
try:
if str(uname('-m')).rsplit()[0] == 'x86_64':
hardware = 64
else:
hardware = 32
os.system("ssh " + obj + " nproc > proc.txt")
with open("proc.txt") as data_file:
vcpu = int(
str(data_file.read().splitlines()[0]).split()[0])
os.system("ssh " + obj +
" 'free -m | head -n2 | tail -n1' > proc.txt")
with open("proc.txt") as data_file:
ram = int(str(data_file.read().splitlines()[0].split()[1]))
def menu():
global status_summary
global instances_cache
global key_cache
global table
global servers
page_start()
rows = 5
table_start('CM - Cloud Mesh', rows)
bar = Bar('Processing', max=10)
bar.next()
_refresh_servers()
bar.next()
_get_keynames()
bar.next()
table_two_col_row(['Last Refresh', '%s' % str(datetime.now())], rows)
table_two_col_row(['Keynames', '%s' % ','.join(key_cache)], rows)
table_two_col_row(['Thread pool size', '%s' % maxparallel], rows)
table_two_col_row(['Image', '%s' % image_name], rows)
bar.next()
_status()
bar.next()
table_two_col_row(['Summary', '%s' % str(status_summary)], rows)
bar.next()
table_header('%s Virtual Machines' % len(servers), 5)
cloudname = 'india'
if DISPLAY_HTML:
table += \
'<tr><td><b><i>Cloud</i></b></td><td><b><i>ID</i></b></td><td><b><i>Name</i></b></td><td><b><i>Status</i></b></td><td><b><i>IPs</i></b></td><tr>\n'
for index in servers:
server = servers[index]
table += \
'<tr><td>%(cloud)s</td><td>%(id)s</td><td>%(name)s</td><td>%(status)s</td><td>%(ip)s</td></tr>\n' \
% server
else:
tab = PrettyTable(['Cloud', 'ID', 'Name', 'Status', 'IPs'])
if len(servers) == 0:
None
else:
for index in servers:
server = servers[index]
tab.add_row([
'%(cloud)s' % server,
'%(id)s' % server,
'%(name)s' % server,
'%(status)s' % server,
'%(ip)s' % server
])
table += tab.get_string()
table = table.replace(
'ACTIVE', '%s%s%s' % (term.green, 'ACTIVE', term.black))
table = table.replace('ERROR',
'%s%s%s' % (term.red, 'ERROR', term.black))
table = table.replace('BUILD',
'%s%s%s' % (term.blue, 'BUILD', term.black))
table += '\n'
bar.next()
commands = \
"""
<b><i>STARTING:</i></b> start:i - reindex - par:n - fix <b><i>TESTING:</i></b> test:i
<b><i>DELETING:</i></b> delete:i - clean - kill - killwait
<b><i>STATUS:</i></b> status - ls - list - flavor - created - limits - rc"""
if not DISPLAY_HTML:
commands = commands.replace('<b>', term.bold)
commands = commands.replace('</b>', term.normal)
commands = commands.replace('<i>', term.italic)
commands = commands.replace('</i>', term.normal)
# commands = commands.replace("\n","")
bar.next()
table_header('Help', 4)
if DISPLAY_HTML:
table_two_col_row(['Commands', '%s' % commands], rows)
else:
table_row(['%s' % commands])
table_end()
page_end()
bar.next()
try:
os.mkdir('/tmp/%s' % prefix)
except:
None
bar.next()
# DISPLAY THE PAGE
if DISPLAY_HTML:
filename = '/tmp/%s/cm.html' % prefix
f = open(filename, 'w+')
print >> f, table
f.close()
if uname().strip() == 'Darwin':
os.system(
'osascript -e \'tell application "Safari" to open location "file://%s"\''
% filename)
else:
print 'OS not yet tested'
os.system('firefox file://%s' % filename)
else:
os.system('clear')
print table
bar.next()
bar.finish()
if env.debug:
print servers
#!/usr/bin/python
from sh import uname
print(uname('-n'))
except Exception, e:
db.session.rollback()
for obj in app_globals.ip_data:
try:
connect = libvirt.open("remote+ssh://" + obj + "/system")
except Exception, e:
print "SSH Daemon either not running or the port is not open"
raise e
if not PhysicalMachines.query.filter_by(
username=obj.split('@')[0],
ip_addr=obj.split('@')[1]).all():
try:
if str(uname('-m')).rsplit()[0]=='x86_64':
hardware=64
else:
hardware=32
os.system("ssh " + obj + " nproc > proc.txt")
with open("proc.txt") as data_file:
vcpu = int(str(data_file.read().splitlines()[0]).split()[0])
os.system("ssh " + obj + " 'free -m | head -n2 | tail -n1' > proc.txt")
with open("proc.txt") as data_file:
ram = int(str(data_file.read().splitlines()[0].split()[1]))
os.system("ssh " + obj + " 'df -h' > proc.txt")
with open("proc.txt") as data_file:
from sh import uname, dpkg
# Current kernel version. You could also get this information by reading from the file
# /proc/sys/kernel/osrelease
uname_output = uname('-r').strip() # like 4.4.0-79-generic
kernel_version = uname_output.rsplit('-', 1)[0]
print('kernel version:', kernel_version)
packages_output = dpkg('-l',
'linux-image-[0-9]*',
'linux-headers-[0-9]*',
_env={'COLUMNS': '200'})
packages_list = packages_output.strip().splitlines()
installed_lines = filter(lambda line: line.startswith('ii'), packages_list)
package_names = [line.split()[1] for line in installed_lines]
remove_packages = filter(lambda package: kernel_version not in package,
package_names)
print('\n'.join(remove_packages))
def sysInfo(self):
mLoad = re.sub(".*averages: ", "", sh.uptime().strip()).split(" ")[0]
mVersion = sh.uname("-r").strip()
return mVersion + " <" + mLoad + ">"
def main():
os_type = sh.uname().strip()
for p in OP_PACKAGE[os_type]:
for info in install_package(p, os_type):
sys.stdout.flush()
print info
except IndexError:
yield image_line
yield Style.RESET_ALL
if __name__ == '__main__':
# This is an example configuration that can be modified or used as-is. The
# commands are called through the sh module (amoffat.github.io/sh).
# 'fortune' messages - only short ones though -
fortune = sh.fortune('-s')
# 'uname' output, including kernel name (-s), hostname (-n) and kernel
# version (-r)
uname = sh.uname('-snr').rstrip()
# number of pacman updates available, counted through the 'checkupdates'
# script included with pacman. Note:
# a) This (obviously) only works in distros using pacman and
# b) The checkupdates script is kinda slow (3-6 seconds in my experience),
# so, if the script takes a long time to run, try disabling this part.
repo_update_count = sh.wc(sh.checkupdates(), '-l').rstrip()
# The path the ASCII image.
image_path = '~/.motd_image'
# The color in which the image will be printed. This can be any string, but
# you will probably want to pass either one of the constants in
# colorama.Fore, such as Fore.RED, or a color format string such as
# '\033[92m' (for red).
image_color = Fore.BLUE
def menu():
global status_summary
global instances_cache
global key_cache
global table
global servers
page_start()
rows = 5
table_start('CM - Cloud Mesh', rows)
bar = Bar('Processing', max=10)
bar.next()
_refresh_servers()
bar.next()
_get_keynames()
bar.next()
table_two_col_row(['Last Refresh', '%s' % str(datetime.now())],
rows)
table_two_col_row(['Keynames', '%s' % ','.join(key_cache)], rows)
table_two_col_row(['Thread pool size', '%s' % maxparallel], rows)
table_two_col_row(['Image', '%s' % image_name], rows)
bar.next()
_status()
bar.next()
table_two_col_row(['Summary', '%s' % str(status_summary)], rows)
bar.next()
table_header('%s Virtual Machines' % len(servers), 5)
cloudname = 'india'
if DISPLAY_HTML:
table += \
'<tr><td><b><i>Cloud</i></b></td><td><b><i>ID</i></b></td><td><b><i>Name</i></b></td><td><b><i>Status</i></b></td><td><b><i>IPs</i></b></td><tr>\n'
for index in servers:
server = servers[index]
table += \
'<tr><td>%(cloud)s</td><td>%(id)s</td><td>%(name)s</td><td>%(status)s</td><td>%(ip)s</td></tr>\n' \
% server
else:
tab = PrettyTable(['Cloud', 'ID', 'Name', 'Status', 'IPs'])
if len(servers) == 0:
None
else:
for index in servers:
server = servers[index]
tab.add_row(['%(cloud)s' % server, '%(id)s' % server,
'%(name)s' % server, '%(status)s' % server,
'%(ip)s' % server])
table += tab.get_string()
table = table.replace('ACTIVE', '%s%s%s' % (term.green,
'ACTIVE', term.black))
table = table.replace('ERROR', '%s%s%s' % (term.red, 'ERROR', term.black))
table = table.replace('BUILD', '%s%s%s' % (term.blue,
'BUILD', term.black))
table += '\n'
bar.next()
commands = \
"""
<b><i>STARTING:</i></b> start:i - reindex - par:n - fix <b><i>TESTING:</i></b> test:i
<b><i>DELETING:</i></b> delete:i - clean - kill - killwait
<b><i>STATUS:</i></b> status - ls - list - flavor - created - limits - rc"""
if not DISPLAY_HTML:
commands = commands.replace('<b>', term.bold)
commands = commands.replace('</b>', term.normal)
commands = commands.replace('<i>', term.italic)
commands = commands.replace('</i>', term.normal)
# commands = commands.replace("\n","")
bar.next()
table_header('Help', 4)
if DISPLAY_HTML:
table_two_col_row(['Commands', '%s' % commands], rows)
else:
table_row(['%s' % commands])
table_end()
page_end()
bar.next()
try:
os.mkdir('/tmp/%s' % prefix)
except:
None
bar.next()
# DISPLAY THE PAGE
if DISPLAY_HTML:
filename = '/tmp/%s/cm.html' % prefix
f = open(filename, 'w+')
print >> f, table
f.close()
if uname().strip() == 'Darwin':
os.system('osascript -e \'tell application "Safari" to open location "file://%s"\''
% filename)
else:
print 'OS not yet tested'
os.system('firefox file://%s' % filename)
else:
os.system('clear')
print table
bar.next()
bar.finish()
if env.debug:
print servers
def main(argv):
opts, args = getopt.getopt(argv, "ht:v:b:",
["help", "type=", "version=", "build_method="])
kernel_type = 'stable'
build_method = 'debian'
kernel_version = None
for opt, arg in opts:
if opt in ("-h", "--help"):
print 'kernelcompile.py [-type <stable|mainline|longterm>] [-v <version>] [-b <normal|debian>]'
sys.exit()
elif opt in ("-t", "--type"):
isValidKernelType = validate_kernel_type(arg)
if (isValidKernelType == True):
kernel_type = arg
else:
print("Invalid or No Kernel type entered")
print(
"Valid options for the 'type' argument are : 'stable' or 'mainline' or 'longterm'\n"
)
sys.exit()
elif opt in ("-v", "--version"):
kernel_version = arg
elif opt in ("-b", "--build_method"):
isValidBuildMethod = validate_build_method(arg)
if (isValidBuildMethod == True):
build_method = arg
else:
print("Invalid build_method entered")
print(
"Valid options for the 'build_method' argument are : 'debian' or 'normal'\n"
)
sys.exit()
call(
"apt-get install git-core kernel-package fakeroot build-essential libncurses5-dev python-pip wget xz-utils",
shell=True)
call("pip install feedparser sh", shell=True)
from sh import cp, make, uname
BUILD_DIR = "/usr/src"
testing = ''
if kernel_type == 'mainline':
if kernel_version == None: # no version was suplied as arg
kernel_version = GetReleaseCandidateVersion()
rc = kernel_version.find('-rc')
if rc > 0:
testing = '/testing'
else:
if kernel_version == None:
kernel_version = GetStableVersion()
cpuCount = getCpuCount()
print("cpu count:%s\n" % cpuCount)
print("compiling kernel %s\n" % kernel_version)
chdir(BUILD_DIR)
call(
"wget --continue http://kernel.org/pub/linux/kernel/v4.x%s/linux-%s.tar.xz"
% (testing, kernel_version),
shell=True)
call("tar -Jxf linux-%s.tar.xz" % kernel_version, shell=True)
chdir("linux-%s" % kernel_version)
current_kernel = uname("-r").rstrip('\n')
print("current kernel version is : %s\n" % current_kernel)
# Start by cleaning up
call("make distclean; make mrproper", shell=True)
cp("/boot/config-%s" % current_kernel, "./.config")
call("make nconfig", shell=True)
if (build_method == 'debian'):
print("Building by the Debian method")
call("make-kpkg clean", shell=True)
new_env = os.environ.copy()
os.environ["CONCURENCY_LEVEL"] = "%s" % cpuCount
call(
"fakeroot make-kpkg --initrd --append-to-version=-vanillaice kernel_image kernel_headers",
shell=True)
call("make clean", shell=True)
Install(kernel_version)
else:
print("Building by the Normal method")
# The below commands can be merged into one
call("make", shell=True)
call("make modules_install", shell=True)
call("make install", shell=True)
print("Done installing the Kernel\n")
def ui_command_uname(self):
""" Displays the system uname information.. """
print sh.uname('-a')
def main(argv):
opts, args = getopt.getopt(argv,"ht:v:b:",["help","type=","version=","build_method="])
kernel_type = 'stable'
build_method = 'debian'
kernel_version = None
for opt, arg in opts:
if opt in ("-h", "--help"):
print 'kernelcompile.py [-type <stable|mainline|longterm>] [-v <version>] [-b <normal|debian>]'
sys.exit()
elif opt in ("-t", "--type"):
isValidKernelType = validate_kernel_type(arg)
if(isValidKernelType == True):
kernel_type = arg
else:
print("Invalid or No Kernel type entered")
print("Valid options for the 'type' argument are : 'stable' or 'mainline' or 'longterm'\n")
sys.exit()
elif opt in ("-v", "--version"):
kernel_version = arg
elif opt in ("-b", "--build_method"):
isValidBuildMethod = validate_build_method(arg)
if(isValidBuildMethod == True):
build_method = arg
else:
print("Invalid build_method entered")
print("Valid options for the 'build_method' argument are : 'debian' or 'normal'\n")
sys.exit()
call("apt-get install git-core kernel-package fakeroot build-essential libncurses5-dev python-pip wget xz-utils",shell=True)
call("pip install feedparser sh",shell=True)
from sh import cp,make,uname
BUILD_DIR="/usr/src"
testing=''
if kernel_type == 'mainline':
if kernel_version == None: # no version was suplied as arg
kernel_version=GetReleaseCandidateVersion()
rc = kernel_version.find('-rc')
if rc>0:
testing = '/testing'
else:
if kernel_version == None:
kernel_version=GetStableVersion()
cpuCount=getCpuCount()
print("cpu count:%s\n" % cpuCount)
print("compiling kernel %s\n" % kernel_version)
chdir(BUILD_DIR)
call("wget --continue http://kernel.org/pub/linux/kernel/v3.x%s/linux-%s.tar.xz" % (testing,kernel_version),shell=True)
call("tar -Jxf linux-%s.tar.xz" % kernel_version,shell=True)
chdir("linux-%s" % kernel_version)
current_kernel=uname("-r").rstrip('\n')
print("current kernel version is : %s\n" % current_kernel)
# Start by cleaning up
call("make distclean; make mrproper", shell=True)
cp("/boot/config-%s"%current_kernel,"./.config")
call("make nconfig",shell=True)
if(build_method == 'debian'):
print("Building by the Debian method")
call("make-kpkg clean",shell=True)
new_env = os.environ.copy()
os.environ["CONCURENCY_LEVEL"] = "%s"% cpuCount
call("fakeroot make-kpkg --initrd --append-to-version=-vanillaice kernel_image kernel_headers" ,shell=True)
call("make clean",shell=True)
Install(kernel_version)
else:
print("Building by the Normal method")
# The below commands can be merged into one
call("make", shell=True)
call("make modules_install", shell=True)
call("make install", shell=True)
print("Done installing the Kernel\n")
