def loadMenu(): os.system('clear') choice = 0 while (1): print("What do you want to do") print("1. Add a new task") print("2. Login to a different date") print("3. Update an exisiting task") print("4. Remove an exisiting task") print("5. Go back to dashboard") print("0. Exit") choice = int(input()) if (choice not in {0, 1, 2, 3, 4, 5}): choice = int(input()) else: break if (choice == 0): exit() elif (choice == 1): loadAdd(todo) elif (choice == 2): loadUpdate(todo) elif (choice == 3): loadRemove(todo) loadDashboardTodo(todo)
def loadDashboardCompleted(todo): c = loadDashboardCommon("Completed", "←", "a or A") try: if (c == "a" or c == "A"): loadDashboardTodo(todo) elif (c == "l" or c == "L"): login(todo) elif (int(c) == 1): loadMenu() else: exit() except ValueError: loadDashboardCompleted(todo)
def loadDashboardTodo(todo): c = loadDashboardCommon("ToDo", "→", "d or D") try: if (c == "d" or c == "D"): loadDashboardCompleted(todo) elif (c == "l" or c == "L"): login(todo) elif (int(c) == 1): loadMenu() else: exit() except ValueError: loadDashboardTodo(todo)
def run(): """ Constantly creates new containers until the container queue is full. """ log = logging.getLogger("galah.sheep.producer") log.info("Producer is starting") # Get a list of all of the clean virtual machines that already exist cleanMachines = pyvz.getContainers("galah-vm: clean") # Add all the clean VMs to the queue for m in cleanMachines: utility.enqueue(universal.containers, m) log.info("Reusing clean VM with CTID %d" % m) # Loop until the program is shutting down while utility.waitForQueue(universal.containers): log.debug("Creating new VM") try: # Create new container with unique id id = pyvz.createContainer( zosTemplate = universal.cmdOptions.ostemplate, zdescription = "galah-vm: clean") except (RuntimeError, SystemError): log.exception("Error occured when creating VM") # Sleep for a bit and then try again time.sleep(5) continue log.debug("Created new VM with CTID %d" % id) try: # Start container pyvz.startContainer(id) except SystemError: log.exception("Could not start VM with CTID %d" % id) # If I keep trying to create VMs and starting them and it keeps # failing I may end up with hundreds of broken virtual machines # bogging down my server. I could add somewhat sophisticated # cleanup code ehre but this seems to be such a vital error that # shutting down is a reasonable option. log.critical("Cannot recover from non-starting VM") raise utility.exit() # Try to add the container to the queue until successful or the program # is exiting. utility.enqueue(universal.containers, id) log.debug("Added VM with CTID %d to the queue" % id)
def run(): """ Constantly creates new containers until the container queue is full. """ log = logging.getLogger("galah.sheep.producer") log.info("Producer is starting") # Get a list of all of the clean virtual machines that already exist cleanMachines = pyvz.getContainers("galah-vm: clean") # Add all the clean VMs to the queue for m in cleanMachines: utility.enqueue(universal.containers, m) log.info("Reusing clean VM with CTID %d" % m) # Loop until the program is shutting down while utility.waitForQueue(universal.containers): log.debug("Creating new VM") try: # Create new container with unique id id = pyvz.createContainer( zosTemplate=universal.cmdOptions.ostemplate, zdescription="galah-vm: clean") except (RuntimeError, SystemError): log.exception("Error occured when creating VM") # Sleep for a bit and then try again time.sleep(5) continue log.debug("Created new VM with CTID %d" % id) try: # Start container pyvz.startContainer(id) except SystemError: log.exception("Could not start VM with CTID %d" % id) # If I keep trying to create VMs and starting them and it keeps # failing I may end up with hundreds of broken virtual machines # bogging down my server. I could add somewhat sophisticated # cleanup code ehre but this seems to be such a vital error that # shutting down is a reasonable option. log.critical("Cannot recover from non-starting VM") raise utility.exit() # Try to add the container to the queue until successful or the program # is exiting. utility.enqueue(universal.containers, id) log.debug("Added VM with CTID %d to the queue" % id)
llvm_key_url = 'http://llvm.org/apt/llvm-snapshot.gpg.key' repository = { '3.4': 'deb http://llvm.org/apt/precise llvm-toolchain-precise-3.4 main', '3.5': 'deb http://llvm.org/apt/precise llvm-toolchain-precise-3.5 main', '3.6': 'deb http://llvm.org/apt/precise llvm-toolchain-precise-3.6 main', } backport = 'ppa:ubuntu-toolchain-r/test' if __name__ == '__main__': print('Checking environment variables...') try: version = getenv('PACKAGE') cxx = getenv('CXX') except EnvironError as e: exit(e) clang = 'clang' in cxx # download the cmake install script, mark executable print('Downloading CMake Installer...') try: download(cmake_script_url, 'cmake-amd64.sh') except DownloadError as e: exit(e) make_executable('cmake-amd64.sh') # add gcc to repos print('Adding GCC Repository...') sudo('add-apt-repository', '--yes', backport) if clang: # download the llvm package key for the repositories
from utility import getenv from utility import which from utility import sudo from utility import exit from os.path import normcase as normalize from os.path import isdir from os.path import join from os import getcwd from os import pathsep from os import listdir if __name__ == '__main__': print('Checking environment variables...') try: build_type = getenv('BUILD_TYPE') version = getenv('PACKAGE') cxx = getenv('CXX') except EnvironError as e: exit(e) clang = 'clang' in cxx print('Installing CMake...') sudo('./cmake-amd64.sh', '--skip-license', '--prefix=/usr') if clang: print('Installing Compiler Dependencies...') sudo('apt-get', 'install', '-qq', 'g++-4.9') print('Installing Compiler...') sudo('apt-get', 'install', '-qq', '{}-{}'.format(cxx, version))
#!/usr/bin/env python # -*- coding: utf-8 -*- # travis-build.py - build script # Written in 2015 by MNMLSTC # To the extent possible under law, the author(s) have dedicated all copyright # and related and neighboring rights to this software to the public domain # worldwide. This software is distributed without any warranty. You should have # received a copy of the CC0 Public Domain Dedication along with this software. # If not, see <http://creativecommons.org/publicdomain/zero/1.0/>. from __future__ import print_function from utility import LocateError from utility import execute from utility import which from utility import exit if __name__ == '__main__': try: execute(which('cmake'), '--build', 'build', '--target', 'check') except LocateError as e: exit(e)
def template (path): return Template(read(path)) def load (path): return loads(read(path)) PKG_ROOT = '_CPack_Packages/Darwin/PKG' SRC_ROOT = '_CPack_Packages/Darwin/STGZ' if __name__ == '__main__': productbuild = which('productbuild') pkgbuild = which('pkgbuild') p = parser() args = p.parse_args() config_file = join(abspath(args.resource), 'pkg.json') try: data = load(config_file) except Exception as e: exit(e) template_file = join(abspath(args.resource), data['template']) try: distribution = template(template_file) except Exception as e: exit(e) # Don't care if we error with an exception here pkg_identifier = data['identifier'] pkg_version = data['version'] pkg_name = '{}-{}'.format(data['package'], pkg_version) license_file = join(abspath(args.resource), data['license']) build_dir = join(getcwd(), args.build) package_dir = join(build_dir, 'package') distribution_xml = join(PKG_ROOT, 'distribution.xml')
from utility import EnvironError from utility import LocateError from utility import execute from utility import getenv from utility import which from utility import exit from os.path import join from os import getcwd from os import mkdir if __name__ == '__main__': try: build_type = getenv('BUILD_TYPE') version = getenv('PACKAGE') cxx = getenv('CXX') except EnvironError as e: exit(e) current = getcwd() build = join(current, 'build') arguments = [ current, '-DCMAKE_CXX_COMPILER:STRING={}-{}'.format(cxx, version), '-DCMAKE_BUILD_TYPE:STRING={}'.format(build_type), '-DBUILD_WITH_LIBCXX:BOOL=OFF', '-DBUILD_TESTING:BOOL=ON' ] try: arguments.insert(0, which('cmake')) except LocateError as e: exit(e) try: mkdir('build') except OSError as e: exit(e) execute(*arguments, cwd=build)