def test_findProxyInstallations(self):
# check if user has a valid proxy:
sitRootPath = SIT.getParentPath()
sitProxyPath = SIT.getPath()
Any.requireIsDir(sitRootPath)
Any.requireIsDir(sitProxyPath)
ProxyDir.requireIsProxyDir(sitProxyPath)
# create a fake package directory within the proxy...
packageName = 'UnittestABCDEF123'
goodNameDir = os.path.join(sitProxyPath, 'Libraries', packageName)
goodVersionDir = os.path.join(goodNameDir, '42.0')
badVersionDir = os.path.join(goodNameDir, '21.0')
FastScript.mkdir(goodVersionDir)
resultList = ProxyDir.findProxyInstallations()
self.assertTrue(
len(resultList) >= 1
) # may be greater if developer has real software installed in proxy
self.assertTrue(goodVersionDir in resultList)
self.assertFalse(badVersionDir in resultList)
# clean-up
FastScript.remove(goodNameDir)
def findProxyInstallations(checkLinks=False):
"""
Returns a list of packages installed within the proxy SIT.
A ValueError will be raised if the current SIT is not a proxy.
If 'checkLinks' == True, each version symlink will also be tested
if it really points into the root SIT. For example, it might be
difficult to localize a manually changed link that points e.g. in
another group proxy or so.
"""
resultList = []
sit = SIT.getPath()
sitParent = SIT.getParentPath() # support cascaded proxies
excludePattern = re.compile('^(parentTree|\d+\.\d+.*)$')
criteria = re.compile("^(\d+)\.(\d+)(.*)")
Any.requireIsDir(sit)
Any.requireIsDir(sitParent)
requireIsProxyDir(sit)
# find all entries within the proxy that seem to be a version number
dirList = FastScript.getDirsInDirRecursive(
sit,
excludePattern=excludePattern,
onError=FastScript.printPermissionDenied)
# check each found entry if it is a version directory, if so we
# can expect that this is a local project installation
for project in dirList:
for entry in os.listdir(project):
joinedPath = os.path.join(project, entry)
# only perform test on version numbers
if criteria.search(entry):
# don't use os.path.isdir() as it follows symlinks!
fileType = os.lstat(joinedPath).st_mode
if checkLinks == True and stat.S_ISLNK(fileType) == True:
# test if symlink points into root SIT
target = os.readlink(joinedPath)
if target[0] == '/' and not target.startswith(sitParent):
logging.warning(joinedPath + ': points to ' + target)
elif stat.S_ISDIR(fileType):
# we found a proxy installation
resultList.append(joinedPath)
return resultList
def updateProxyDir(removeBrokenSymlinks=True,
removeEmptyCategories=True,
linkNewPackagesIntoProxy=True,
checkProxyLinkTarget=True,
checkProxyLinkedVersion=True,
removeProxyInstallations=False,
cleanHomeDirectory=True,
updateRTMapsIndex=True,
dryRun=False):
"""
Updates the SIT proxy directory of the current user.
The user may influence which worker functions shall be called
(default: all)
removeBrokenSymlinks: remove broken symlinks to uninstalled
packages
removeEmptyCategories: remove SIT categories that became empty,
or packages without any version
linkNewPackagesIntoProxy: if there are new packages in the global
SIT, add a link to them into the proxy
checkProxyLinkTarget: verify that links are valid
checkProxyLinkedVersion: if there is a higher revision globally
installed (e.g. 1.0.100) and the user
has a link 1.0 pointing to 1.0.99 in the
proxy, the 1.0 link will get updated to
1.0.100 in order not to use an outdated
revision
removeProxyInstallations: DELETE ALL PACKAGES installed in the
proxy (if any)
cleanHomeDirectory: clean-up unused files under ~/.HRI
updateRTMapsIndex: update *.pck symlinks in ~/.HRI/RTMaps
If dryRun=True, nothing will actually be done.
"""
from ToolBOSCore.Tools import RTMaps
sitRoot = SIT.getParentPath()
sitProxy = SIT.getPath()
proxyChanged = False
sitRootPkgList = []
sitProxyPkgList = []
pluginsEnabled = []
Any.requireIsBool(removeBrokenSymlinks)
Any.requireIsBool(removeEmptyCategories)
Any.requireIsBool(linkNewPackagesIntoProxy)
Any.requireIsBool(checkProxyLinkTarget)
Any.requireIsBool(checkProxyLinkedVersion)
Any.requireIsBool(removeProxyInstallations)
Any.requireIsBool(cleanHomeDirectory)
Any.requireIsBool(updateRTMapsIndex)
Any.requireIsBool(dryRun)
Any.requireMsg(sitRoot != sitProxy,
'%s: Is not a proxy directory' % sitProxy)
# TBCORE-466: user should be able to disable particular plugins
#if removeProxyInstallations: # added later, see below
#pluginsEnabled.append( _removeProxyInstallations )
if removeBrokenSymlinks:
pluginsEnabled.append(_removeBrokenSymlinks)
if removeEmptyCategories:
pluginsEnabled.append(_removeEmptyCategories)
if linkNewPackagesIntoProxy:
pluginsEnabled.append(_linkNewPackagesIntoProxy)
if checkProxyLinkTarget:
pluginsEnabled.append(_checkProxyLinkTarget)
if checkProxyLinkedVersion:
pluginsEnabled.append(_checkProxyLinkedVersion)
if cleanHomeDirectory:
pluginsEnabled.append(_cleanHomeDirectory)
if not pluginsEnabled:
raise ValueError('Nothing to do. Please check your parameters.')
# in any case, after updating the proxy verify that there are no legacy
# *.def files laying around
pluginsEnabled.append(_checkDefFiles)
tp = ThreadPool.ThreadPool()
tp.add(SIT.getProjectsWithErrorHandling, sitRoot, sitRootPkgList)
tp.add(SIT.getProjectsWithErrorHandling, sitProxy, sitProxyPkgList)
tp.run()
if removeProxyInstallations:
changed = _removeProxyInstallations(sitRootPkgList, sitProxyPkgList,
sitRoot, sitProxy, dryRun)
if changed > 0:
sitProxyPkgList = []
SIT.getProjectsWithErrorHandling(sitProxy, sitProxyPkgList)
for func in pluginsEnabled:
proxyChanged |= func(sitRootPkgList, sitProxyPkgList, sitRoot,
sitProxy, dryRun)
if updateRTMapsIndex:
if RTMaps.isInstalled(sitRoot):
RTMaps.updateComponentIndex(sitRoot, sitProxy, dryRun)
else:
logging.debug('RTMaps not installed')
msg = 'Your proxy is up-to-date%s.' % (' now'
if proxyChanged == True else '')
logging.info('')
logging.info(msg)
