def loadFeature(feat, claferFeat, indent, parentoptional):
print ' ' * indent + claferFeat,
if claferFeat in cache:
print colored('~ DUPLICATE', 'yellow')
return ['', []]
cache.append(claferFeat)
triples = tripleLoader.load(feat)
isLeaf = all(map(lambda t: t['predicate'] != basePropURL + 'isA' or t['direction'] != 'IN', triples))
res = '\n' + ' ' * indent
optional = any(map(lambda t: t['predicate'] == basePropURL + 'isA' and t['direction'] == 'OUT' and t['node'] == 'Optional feature', triples))
mandatory = any(map(lambda t: t['predicate'] == basePropURL + 'isA' and t['direction'] == 'OUT' and t['node'] == 'Mandatory feature', triples))
alternative = any(map(lambda t: t['predicate'] == basePropURL + 'isA' and t['direction'] == 'OUT' and t['node'] == 'Alternative feature', triples))
or_ = any(map(lambda t: t['predicate'] == basePropURL + 'isA' and t['direction'] == 'OUT' and t['node'] == 'Or feature', triples))
impliedFeatsTriples = filter(lambda t: t['predicate'] == basePropURL + 'implies' and t['direction'] == 'OUT' ,triples)
impliedClaferFeats = map(lambda t: tripleLoader.urlTourlName(tripleLoader.urlNameToClafer(t['node']),'Feature:'), impliedFeatsTriples)
print colored('=> (' + ', '.join(impliedClaferFeats) + ')', 'cyan'),
for implied in impliedClaferFeats:
if claferFeat in implications:
implications[claferFeat].append(implied)
else:
implications[claferFeat] = [implied]
if isLeaf:
leafs.append(claferFeat)
print colored('~', 'green'),
res += re.sub("Feature:", "", claferFeat)
if optional or parentoptional:
print colored( 'OPTIONAL', 'green'),
res += ' ?'
print colored('LEAF', 'green')
return [res, re.sub("Feature:", "", claferFeat)]
else:
if optional:
print colored('~ OPTIONAL', 'blue'),
if alternative:
print colored('ALTERNATIVE (MUX)', 'blue'),
res += 'mux ' + re.sub("Feature:", "", claferFeat)
if or_:
print colored('OR (ANY)', 'blue'),
res += re.sub("Feature:", "", claferFeat)
if mandatory:
print colored('~ MANDATORY', 'blue'),
if alternative:
print colored('ALTERNATIVE (XOR)', 'blue'),
res += 'xor ' + re.sub("Feature:", "", claferFeat)
if or_:
print colored('OR (OR)', 'blue'),
res += 'or ' + re.sub("Feature:", "", claferFeat)
print colored('NODE', 'blue')
subFeatTriples = filter(lambda t: t['predicate'] == basePropURL + 'isA' and t['direction'] == 'IN', triples)
subStr = ""
subOs = {}
for ft in subFeatTriples:
feat = tripleLoader.urlTourlName(ft['node'], 'Feature:')
claferFeat = tripleLoader.urlNameToClafer(feat)
[subFeat, o] = loadFeature(feat, claferFeat, indent + 2, optional and or_)
if len(o) > 0:
subOs[re.sub("Feature:", "", claferFeat)] = o
subStr += subFeat
return [res + subStr, subOs]
def contribToClafer(contrib, claferTree, allFeatures):
triples = tripleLoader.load( "Contribution-3A" + contrib)
implementedTriples = filter(lambda t : t['predicate'] == "http://101companies.org/property/implements", triples)
implemented = map(lambda t : tripleLoader.urlToClafer(t['node'], 'Feature-3A'), implementedTriples)
print implemented
notImplemented = set(allFeatures) - set(implemented)
print printIndent(claferTree, 0, implemented)
if not implemented:
raise Exception("No implemented features specified.")
return contrib.title() + " : FeatureSpec\n [ \n" + printIndent(claferTree, 0, implemented) + '\n]'
def loadRequirement(req, claferReq, indent):
print claferReq + 's'
triples = tripleLoader.load(req)
reqTriples = filter(lambda t: t['node'].find('Feature:') != -1 and t['predicate'] == basePropURL + 'isA' and t['direction'] == 'IN', triples)
features = ''
featOs = {}
for rt in reqTriples:
feat = tripleLoader.urlTourlName(rt['node'], 'Feature:')
claferFeat = tripleLoader.urlNameToClafer(feat)
[f, o] = loadFeature(feat, claferFeat, indent + 2, False)
features += f
if len(o) > 0:
featOs[re.sub("Feature:", "", claferFeat)] = o
return ('\n' + ' ' * indent + claferReq + features + '\n', featOs)
def contribToClafer(contrib, claferTree, allFeatures):
triples = tripleLoader.load("Contribution-3A" + contrib)
implementedTriples = filter(
lambda t: t['predicate'] ==
"http://101companies.org/property/implements", triples)
implemented = map(
lambda t: tripleLoader.urlToClafer(t['node'], 'Feature-3A'),
implementedTriples)
print implemented
notImplemented = set(allFeatures) - set(implemented)
print printIndent(claferTree, 0, implemented)
if not implemented:
raise Exception("No implemented features specified.")
return contrib.title() + " : FeatureSpec\n [ \n" + printIndent(
claferTree, 0, implemented) + '\n]'
def loadRequirement(req, claferReq, indent):
print claferReq + 's'
triples = tripleLoader.load(req)
reqTriples = filter(
lambda t: t['node'].find('Feature:') != -1 and t['predicate'] ==
basePropURL + 'isA' and t['direction'] == 'IN', triples)
features = ''
featOs = {}
for rt in reqTriples:
feat = tripleLoader.urlTourlName(rt['node'], 'Feature:')
claferFeat = tripleLoader.urlNameToClafer(feat)
[f, o] = loadFeature(feat, claferFeat, indent + 2, False)
features += f
if len(o) > 0:
featOs[re.sub("Feature:", "", claferFeat)] = o
return ('\n' + ' ' * indent + claferReq + features + '\n', featOs)
featOs = {}
for rt in reqTriples:
feat = tripleLoader.urlTourlName(rt['node'], 'Feature:')
claferFeat = tripleLoader.urlNameToClafer(feat)
[f, o] = loadFeature(feat, claferFeat, indent + 2, False)
features += f
if len(o) > 0:
featOs[re.sub("Feature:", "", claferFeat)] = o
return ('\n' + ' ' * indent + claferReq + features + '\n', featOs)
#main
parser = argparse.ArgumentParser()
parser.add_argument('-cf', required=True, help='file to write clafer model to')
parser.add_argument('-flatf', required=True, help='file to write flat list of clafer features to')
args = parser.parse_args()
reqsTriples = filter(lambda t: t['predicate'] == basePropURL + 'isA', tripleLoader.load('Requirement'))
res = 'abstract FeatureSpec'
res += '\n'
reqsObject = {}
for rt in reqsTriples:
req = tripleLoader.urlTourlName(rt['node'], '')
claferReq = tripleLoader.urlNameToClafer(req)
[r, o] = loadRequirement(req, claferReq, 2)
res += r
if len(o) > 0:
reqsObject[claferReq] = o
res += '\n ' + '\n '.join(map(lambda t: '[' + re.sub("Feature:", "", t[0]) + ' => ' + re.sub("Feature:", "", t[1]) + ']', implications))
with open(args.cf, 'w+') as f:
f.write(res)
with open(args.flatf, 'w+') as f:
f.write(json.dumps(leafs))
import json
import urllib2
import checker
import tripleLoader
def writeReport(report, pathBase):
with open(pathBase + '.json', 'w+') as reportf:
json.dump(report, reportf)
with open(pathBase + '.jsonp', 'w+') as reportpf:
reportpf.write('callback(' + json.dumps(report) + ')')
contribNames = sorted(json.loads(file(sys.argv[3]).read())['dirs'])
allSupportedClaferFeatures = sorted(json.loads(file(sys.argv[1]).read()))
summary = {}
# load features and convert to clafer names
rawFeatureTriples = tripleLoader.load("Namespace-3AFeature")
instanceOfURL = 'http://101companies.org/property/instanceOf'
namespaceURL = 'http://101companies.org/resource/Namespace-3ANamespace'
featureTriples = filter(lambda t : t['predicate'] == instanceOfURL and (t['node'] != namespaceURL), rawFeatureTriples)
allClaferFeatures = map(lambda t : tripleLoader.urlToClafer(t['node'], 'Feature-3A'), featureTriples)
claferTreeRaw = urllib2.urlopen('http://data.101companies.org/dumps/features.clf.json')
claferTree = json.load(claferTreeRaw)['structure']
# check all contributions
for contribName in contribNames:
print 'Checking ' + contribName + '...',
report = checker.check(contribName, claferTree, allSupportedClaferFeatures, sys.argv[2])
print 'done.'
writeReport(report, sys.argv[4] + sys.argv[5] + contribName)
summary[contribName] = report
writeReport(summary, sys.argv[4] + 'featureModelReport')
def loadFeature(feat, claferFeat, indent, parentoptional):
print ' ' * indent + claferFeat,
if claferFeat in cache:
print colored('~ DUPLICATE', 'yellow')
return ['', []]
cache.append(claferFeat)
triples = tripleLoader.load(feat)
isLeaf = all(
map(
lambda t: t['predicate'] != basePropURL + 'isA' or t['direction']
!= 'IN', triples))
res = '\n' + ' ' * indent
optional = any(
map(
lambda t: t['predicate'] == basePropURL + 'isA' and t['direction']
== 'OUT' and t['node'] == 'Optional feature', triples))
mandatory = any(
map(
lambda t: t['predicate'] == basePropURL + 'isA' and t['direction']
== 'OUT' and t['node'] == 'Mandatory feature', triples))
alternative = any(
map(
lambda t: t['predicate'] == basePropURL + 'isA' and t['direction']
== 'OUT' and t['node'] == 'Alternative feature', triples))
or_ = any(
map(
lambda t: t['predicate'] == basePropURL + 'isA' and t['direction']
== 'OUT' and t['node'] == 'Or feature', triples))
impliedFeatsTriples = filter(
lambda t: t['predicate'] == basePropURL + 'implies' and t['direction']
== 'OUT', triples)
impliedClaferFeats = map(
lambda t: tripleLoader.urlTourlName(
tripleLoader.urlNameToClafer(t['node']), 'Feature:'),
impliedFeatsTriples)
print colored('=> (' + ', '.join(impliedClaferFeats) + ')', 'cyan'),
for implied in impliedClaferFeats:
if claferFeat in implications:
implications[claferFeat].append(implied)
else:
implications[claferFeat] = [implied]
if isLeaf:
leafs.append(claferFeat)
print colored('~', 'green'),
res += re.sub("Feature:", "", claferFeat)
if optional or parentoptional:
print colored('OPTIONAL', 'green'),
res += ' ?'
print colored('LEAF', 'green')
return [res, re.sub("Feature:", "", claferFeat)]
else:
if optional:
print colored('~ OPTIONAL', 'blue'),
if alternative:
print colored('ALTERNATIVE (MUX)', 'blue'),
res += 'mux ' + re.sub("Feature:", "", claferFeat)
if or_:
print colored('OR (ANY)', 'blue'),
res += re.sub("Feature:", "", claferFeat)
if mandatory:
print colored('~ MANDATORY', 'blue'),
if alternative:
print colored('ALTERNATIVE (XOR)', 'blue'),
res += 'xor ' + re.sub("Feature:", "", claferFeat)
if or_:
print colored('OR (OR)', 'blue'),
res += 'or ' + re.sub("Feature:", "", claferFeat)
print colored('NODE', 'blue')
subFeatTriples = filter(
lambda t: t['predicate'] == basePropURL + 'isA' and t['direction']
== 'IN', triples)
subStr = ""
subOs = {}
for ft in subFeatTriples:
feat = tripleLoader.urlTourlName(ft['node'], 'Feature:')
claferFeat = tripleLoader.urlNameToClafer(feat)
[subFeat, o] = loadFeature(feat, claferFeat, indent + 2, optional
and or_)
if len(o) > 0:
subOs[re.sub("Feature:", "", claferFeat)] = o
subStr += subFeat
return [res + subStr, subOs]
[f, o] = loadFeature(feat, claferFeat, indent + 2, False)
features += f
if len(o) > 0:
featOs[re.sub("Feature:", "", claferFeat)] = o
return ('\n' + ' ' * indent + claferReq + features + '\n', featOs)
#main
parser = argparse.ArgumentParser()
parser.add_argument('-cf', required=True, help='file to write clafer model to')
parser.add_argument('-flatf',
required=True,
help='file to write flat list of clafer features to')
args = parser.parse_args()
reqsTriples = filter(lambda t: t['predicate'] == basePropURL + 'isA',
tripleLoader.load('Requirement'))
res = 'abstract FeatureSpec'
res += '\n'
reqsObject = {}
for rt in reqsTriples:
req = tripleLoader.urlTourlName(rt['node'], '')
claferReq = tripleLoader.urlNameToClafer(req)
[r, o] = loadRequirement(req, claferReq, 2)
res += r
if len(o) > 0:
reqsObject[claferReq] = o
res += '\n ' + '\n '.join(
map(
lambda t: '[' + re.sub("Feature:", "", t[0]) + ' => ' + re.sub(
"Feature:", "", t[1]) + ']', implications))
with open(args.cf, 'w+') as f:
import checker
import tripleLoader
def writeReport(report, pathBase):
with open(pathBase + '.json', 'w+') as reportf:
json.dump(report, reportf)
with open(pathBase + '.jsonp', 'w+') as reportpf:
reportpf.write('callback(' + json.dumps(report) + ')')
contribNames = sorted(json.loads(file(sys.argv[3]).read())['dirs'])
allSupportedClaferFeatures = sorted(json.loads(file(sys.argv[1]).read()))
summary = {}
# load features and convert to clafer names
rawFeatureTriples = tripleLoader.load("Namespace-3AFeature")
instanceOfURL = 'http://101companies.org/property/instanceOf'
namespaceURL = 'http://101companies.org/resource/Namespace-3ANamespace'
featureTriples = filter(
lambda t: t['predicate'] == instanceOfURL and (t['node'] != namespaceURL),
rawFeatureTriples)
allClaferFeatures = map(
lambda t: tripleLoader.urlToClafer(t['node'], 'Feature-3A'),
featureTriples)
claferTreeRaw = urllib2.urlopen(
'http://data.101companies.org/dumps/features.clf.json')
claferTree = json.load(claferTreeRaw)['structure']
# check all contributions
for contribName in contribNames:
print 'Checking ' + contribName + '...',
report = checker.check(contribName, claferTree, allSupportedClaferFeatures,
