1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
|
import indigo_coverage
def generate_coverage_report(indigo, reportFile):
indigoCoveredFunctionsList = []
indigoNotCoveredFunctionsList = []
# Check covered functions
indigoFunctionsNumber = 0
for key, value in indigo._indigoCoverageDict.items():
indigoFunctionsNumber += 1
if value:
indigoCoveredFunctionsList.append((value, key))
else:
indigoNotCoveredFunctionsList.append(key)
indigoCoveredFunctionsList.sort(reverse=True)
indigoNotCoveredFunctionsList.sort()
# Generate report for Indigo
indigoCoveragePercent = 100.0 * float(len(indigoCoveredFunctionsList)) / float(indigoFunctionsNumber)
reportTextStringList = list()
reportTextStringList.append('Indigo functions coverage is about %s percents (%s functions of %s)' % (
indigoCoveragePercent, len(indigoCoveredFunctionsList), indigoFunctionsNumber))
reportTextStringList.append('Covered functions and number of calls:')
maxLen = 0
for callNumber, function in indigoCoveredFunctionsList:
if len(function) > maxLen:
maxLen = len(function)
for callNumber, function in indigoCoveredFunctionsList:
resultString = '\t%s%s: %s' % (function, ' ' * (maxLen - len(function) + 1), callNumber)
reportTextStringList.append(resultString)
reportTextStringList.append('Uncovered functions:')
for function in indigoNotCoveredFunctionsList:
reportTextStringList.append('\t%s' % function)
# Generate report for IndigoObject
indigoObjectCoveredFunctionsList = []
indigoObjectNotCoveredFunctionsList = []
indigoObjectFunctionsNumber = 0
for key, value in indigo._indigoObjectCoverageDict.items():
indigoObjectFunctionsNumber += 1
if value:
indigoObjectCoveredFunctionsList.append((value, key))
else:
indigoObjectNotCoveredFunctionsList.append(key)
# Sort coverage data
indigoObjectCoveredFunctionsByTypeDict = {}
for type in indigo._indigoObjectCoverageByTypeDict:
indigoObjectCoveredFunctionsByTypeDict[type] = []
for key, value in indigo._indigoObjectCoverageByTypeDict[type].items():
if value:
indigoObjectCoveredFunctionsByTypeDict[type].append((value, key))
indigoObjectCoveredFunctionsList.sort(reverse=True)
indigoObjectNotCoveredFunctionsList.sort()
if indigoObjectFunctionsNumber:
indigoObjectCoveragePercent = 100.0 * float(len(indigoObjectCoveredFunctionsList)) / float(indigoObjectFunctionsNumber)
else:
indigoObjectCoveragePercent = 0.0
reportTextStringList.append('\nIndigoObject functions coverage is about %s percents (%s functions of %s)' % (indigoObjectCoveragePercent, len(indigoObjectCoveredFunctionsList), indigoObjectFunctionsNumber))
typeList = sorted(indigoObjectCoveredFunctionsByTypeDict.keys())
for type in sorted(indigoObjectCoveredFunctionsByTypeDict.keys()):
reportTextStringList.append('%s (#%s) functions coverage:' % (indigo_coverage.IndigoObjectTypeDict[type], type))
maxLen = 0
indigoObjectCoveredFunctionsByTypeDict[type].sort(reverse=True)
for callNumber, function in indigoObjectCoveredFunctionsByTypeDict[type]:
if len(function) > maxLen:
maxLen = len(function)
for callNumber, function in indigoObjectCoveredFunctionsByTypeDict[type]:
resultString = '\t%s%s: %s' % (function, ' ' * (maxLen - len(function) + 1), callNumber)
reportTextStringList.append(resultString)
reportTextStringList.append('Uncovered functions:')
for function in indigoObjectNotCoveredFunctionsList:
reportTextStringList.append('\t%s' % (function))
reportTextStringList.append('Used IndigoObject types: %s' % (typeList))
# Write full report
f = open(reportFile, 'wt')
f.write('\n'.join(reportTextStringList))
f.close()
|
