def get_from_db(repo_name):
#Find the repo_name in pisi db.
found = False
try:
pisiapi.list_repos().index(repo_name)
#sys.sysout.write("Repo %s found in pisi.\n" % repo_name)
except:
#If not found, Exit.
sys.stderr.write("Repo %s not found.\n" % repo_name)
sys.exit(1)
#Delete Cache whether if it has our packages
print "Deleting Pisi Cache..."
pisiapi.delete_cache()
print "Done."
#Update Repos
print "Updating Repo: %s..." % repo_name
pisiapi.update_repos(["%s" % repo_name])
print "Done."
#Get package list in repo
print "Generating package list..."
package_list = pisiapi.list_available(repo_name)
print "Done."
#Install packages
#TODO: With --reinstall maybe?
print "Installing %s packages, please wait..." % len(package_list)
pisiapi.install(package_list)
print "Done."
def get_from_db(repo_name):
# Find the repo_name in pisi db.
found = False
try:
pisiapi.list_repos().index(repo_name)
# sys.sysout.write("Repo %s found in pisi.\n" % repo_name)
except:
# If not found, Exit.
sys.stderr.write("Repo %s not found.\n" % repo_name)
sys.exit(1)
# Delete Cache whether if it has our packages
print "Deleting Pisi Cache..."
pisiapi.delete_cache()
print "Done."
# Update Repos
print "Updating Repo: %s..." % repo_name
pisiapi.update_repos(["%s" % repo_name])
print "Done."
# Get package list in repo
print "Generating package list..."
package_list = pisiapi.list_available(repo_name)
print "Done."
# Install packages
# TODO: With --reinstall maybe?
print "Installing %s packages, please wait..." % len(package_list)
pisiapi.install(package_list)
print "Done."
def test_install_main(self):
"""Check the conditions and call the Pisi API to install the packages"""
# Packages in the testcase file but not installed
packagestNotInstalled = list(
set(self.packagelist) - set(self.installedpackages))
if not packagestNotInstalled:
self.report.append('All the required packages are installed')
self.summary.append('Success')
return
# Install only packages that are in all the available repositories
packagesNotInRepo = list(
set(packagestNotInstalled) - set((self.availablepackages)))
if packagesNotInRepo:
self.report.append('The following packages were not found in ' \
"the repository: '{0}'".format(', '.join(packagesNotInRepo)))
# if none of the package to be installed was found in the repository
# set the failcode to 0 and return. The installation won't continue
if len(packagesNotInRepo) == len(self.packagelist):
self.summary.append('Fail')
self.failcode = 0
return
# Modify the package list and remove the packages which are not in the
# repository. this is done so
self.packagelist = list(set(self.packagelist) - set(packagesNotInRepo))
# Only try installing those packages which are in the repository
finalPackages = list(
set(packagestNotInstalled) - set(packagesNotInRepo))
totalPackages = len(finalPackages)
if totalPackages == 0:
self.report.append('No packages were installed')
self.summary.append('Success')
return
# Calculate the download size and display it in MiB
downloadSize = calculate_download_size(finalPackages)[0] / (1024.0 *
1024.0)
self.report.append('Number of packages to be installed: ' \
"'{0}', total size: '{1:.2f} MiB'".format(totalPackages, downloadSize))
print 'Installing packages, please wait ... ' \
'Size:', colorize('{0:.2f} MiB', 'bold').format(downloadSize)
counter = 0
while counter < totalPackages:
# Pisi installs new packages by using a list. However if we pass all the
# packages as a single list, we don't have much control over the errors.
# That is why pass a single package as a list here
package = finalPackages[counter]
singlePackage = package.split()
try:
install(singlePackage)
except PrivilegeError: # in case the user doesn't have permission
self.report.append('Error: To install the packages, ' \
'run the framework with root privileges')
self.failcode = 0 # for the testcases gui, shell and automated
print colorize('Failed: Privilege error. Run as root user.',
'red')
self.summary.append('Fail')
return
counter += 1
self.report.append("Finished installing the following " \
"packages: '{0}'".format(', '.join(finalPackages)))
self.summary.append('Success')
def test_install_main(self):
"""Check the conditions and call the Pisi API to install the packages"""
# Packages in the testcase file but not installed
packagestNotInstalled = list(set(self.packagelist) -
set(self.installedpackages))
if not packagestNotInstalled:
self.report.append('All the required packages are installed')
self.summary.append('Success')
return
# Install only packages that are in all the available repositories
packagesNotInRepo = list(set(packagestNotInstalled) -
set((self.availablepackages)))
if packagesNotInRepo:
self.report.append('The following packages were not found in ' \
"the repository: '{0}'".format(', '.join(packagesNotInRepo)))
# if none of the package to be installed was found in the repository
# set the failcode to 0 and return. The installation won't continue
if len(packagesNotInRepo) == len(self.packagelist):
self.summary.append('Fail')
self.failcode = 0
return
# Modify the package list and remove the packages which are not in the
# repository. this is done so
self.packagelist = list(set(self.packagelist) - set(packagesNotInRepo))
# Only try installing those packages which are in the repository
finalPackages = list(set(packagestNotInstalled) - set(packagesNotInRepo))
totalPackages = len(finalPackages)
if totalPackages == 0:
self.report.append('No packages were installed')
self.summary.append('Success')
return
# Calculate the download size and display it in MiB
downloadSize = calculate_download_size(finalPackages)[0]/(1024.0 * 1024.0)
self.report.append('Number of packages to be installed: ' \
"'{0}', total size: '{1:.2f} MiB'".format(totalPackages, downloadSize))
print 'Installing packages, please wait ... ' \
'Size:', colorize('{0:.2f} MiB', 'bold').format(downloadSize)
counter = 0
while counter < totalPackages:
# Pisi installs new packages by using a list. However if we pass all the
# packages as a single list, we don't have much control over the errors.
# That is why pass a single package as a list here
package = finalPackages[counter]
singlePackage = package.split()
try:
install(singlePackage)
except PrivilegeError: # in case the user doesn't have permission
self.report.append('Error: To install the packages, ' \
'run the framework with root privileges')
self.failcode = 0 # for the testcases gui, shell and automated
print colorize('Failed: Privilege error. Run as root user.', 'red')
self.summary.append('Fail')
return
counter += 1
self.report.append("Finished installing the following " \
"packages: '{0}'".format(', '.join(finalPackages)))
self.summary.append('Success')