def checkLibraries(buildReport=False):
"""
Looks for required libraries, and their matching QA versions.
@ In, buildReport, bool, optional, if True then report all libraries instead of just problems
@ Out, missing, list(tuple(str, str)), list of missing libraries and needed versions
@ Out, notQA, list(tuple(str, str, str)), mismatched versions as (libs, need version, found version)
"""
missing = [] # libraries that are not present, that should be
notQA = [] # libraries that are not the correct version, but are present
plugins = pluginHandler.getInstalledPlugins()
need = getRequiredLibs(plugins=plugins)
messages = []
for lib, request in need.items():
# some libs aren't checked from within python
if request['skip_check']:
continue
needVersion = request['version']
found, msg, foundVersion = checkSingleLibrary(lib, version=needVersion)
if not found:
missing.append((lib, needVersion))
continue
if needVersion is not None and foundVersion != needVersion:
notQA.append((lib, needVersion, foundVersion))
if buildReport:
messages.append((lib, found, msg, foundVersion))
if buildReport:
return messages
return missing, notQA
sourceDir))
for e in msgs:
print(' ', e)
print(' Skipping plugin installation.')
returnCode += 1
failedSources.append(sourceDir)
if args.full_copy:
# TODO: copy the files
# register the plugin in the plugin_directory as being in the plugins folder
raise NotImplementedError
infoFile, root = pluginHandler.loadPluginTree()
# add or update plugins from sources
installed = pluginHandler.getInstalledPlugins()
if installed:
existing, _ = zip(*installed)
else:
existing = []
print('Installing plugins ...')
for plugDir in sources:
name = os.path.basename(plugDir)
if name in existing:
match = pluginHandler.updatePluginXML(root, name, plugDir)
print(' ... plugin "{}" path updated to "{}" ...'.format(
name, plugDir))
else:
# create a new entry
new = pluginHandler.writeNewPluginXML(name, plugDir)
print(' ... plugin "{}" path created as "{}" ...'.format(