def processReportFile (reportFile, currentDate):
importantDateHash = encodeReportLib.readImportantDatesFile(currentDate)
submitHash = {}
releaseHash = {}
try:
f = open(reportFile, "r")
except:
print >> sys.stderr, "Error: Can't open file '%s'" % f
sys.exit(-1)
print >> sys.stderr, "Parsing file: %s" % (reportFile)
for line in f:
line = line.rstrip()
if (line.startswith('Project')):
# Skip the header line
continue
# The submit and release date are in fields 6 and 7
splitArray = line.split('\t')
startDate = splitArray[6]
endDate = splitArray[7]
# Convert dates into ints
submitDate = encodeReportLib.convertDate(startDate)
releaseDate = encodeReportLib.convertDate(endDate)
# Accumulate dates in hash
if isinstance(submitDate, int):
if not submitDate in submitHash:
submitHash[submitDate] = 0
submitHash[submitDate] += 1
if isinstance(releaseDate, int):
if not releaseDate in releaseHash:
releaseHash[releaseDate] = 0
releaseHash[releaseDate] += 1
f.close()
# Get the union of all possible dates
unionDates = set.union(set(submitHash.keys()),
set(releaseHash.keys()),
set(importantDateHash.keys()))
submitValue = 0
submitSum = 0
releaseValue = 0
releaseSum = 0
# Populate dataArray with the contents of the data matrix
dataArray = []
for date in sorted(unionDates):
dateString = str(date)
submitValue = 0
if date in submitHash:
submitValue = submitHash[date]
releaseValue = 0
if date in releaseHash:
releaseValue = releaseHash[date]
submitSum += submitValue
releaseSum += releaseValue
annotText = ""
if date in importantDateHash:
annotText = importantDateHash[date]
# Single row of data
array = []
array.append(datetime.date(int(dateString[0:4]), int(dateString[4:6]),
int(dateString[6:8])))
array.append(releaseValue)
array.append(releaseSum)
array.append(submitValue)
array.append(submitSum)
array.append(annotText)
dataArray.append(array)
return dataArray
def processReportFile (reportFile, keyIndex):
hash = {}
labelHash = {}
f = open(reportFile, "r")
for line in f:
line = line.rstrip()
if line.startswith('Project'):
continue
splitArray = line.split('\t')
keyLabel = splitArray[keyIndex]
startDate = splitArray[6]
endDate = splitArray[7]
status = splitArray[8]
if keyIndex == 8 and (status == 'revoked' or status == 'replaced'):
continue
if keyIndex == 5:
keyLabel = encodeReportLib.parseFreezeLabel(keyLabel)
# Convert dates into ints
submitDate = encodeReportLib.convertDate(startDate)
releaseDate = encodeReportLib.convertDate(endDate)
if status == 'released':
if not isinstance(submitDate, int) or not isinstance(releaseDate, int):
print >> sys.stderr, "Error: Invalid date: %s" % line
else:
if not keyLabel in labelHash:
labelHash[keyLabel] = 0
labelHash[keyLabel] += 1
deltaTime = encodeReportLib.dateIntToObj(releaseDate) - encodeReportLib.dateIntToObj(submitDate)
days = deltaTime.days
if (days == 0):
days = 1
weeks = days / 7
if (days % 7 != 0):
# Adjust by one except when number of days is exactly divisible by 7
weeks += 1
if not weeks in hash:
hash[weeks] = {}
if not keyLabel in hash[weeks]:
hash[weeks][keyLabel] = 0
hash[weeks][keyLabel] += 1
f.close()
if keyIndex == 5:
labels = encodeReportLib.orderFreezeDateLabels(labelHash.keys())
else:
tmpLabels = sorted(labelHash.iteritems(), key=operator.itemgetter(1),
reverse=True)
labels = []
for i in tmpLabels:
labels.append(i[0])
maxWeek = max(hash)
for i in xrange(1, maxWeek+1):
if not i in hash:
hash[i] = {}
for label in labels:
if not label in hash[i]:
hash[i][label] = 0
# Populate dataArray with the contents of the matrix
dataArray = []
for key in sorted(hash):
array = []
array.append(key)
for label in labels:
array.append(hash[key][label])
dataArray.append(array)
return dataArray, labels
def processReportFile(reportFile, currentDate):
importantDateHash = encodeReportLib.readImportantDatesFile(currentDate)
submitHash = {}
releaseHash = {}
try:
f = open(reportFile, "r")
except:
print >> sys.stderr, "Error: Can't open file '%s'" % f
sys.exit(-1)
print >> sys.stderr, "Parsing file: %s" % (reportFile)
for line in f:
line = line.rstrip()
if (line.startswith('Project')):
# Skip the header line
continue
# The submit and release date are in fields 6 and 7
splitArray = line.split('\t')
startDate = splitArray[6]
endDate = splitArray[7]
# Convert dates into ints
submitDate = encodeReportLib.convertDate(startDate)
releaseDate = encodeReportLib.convertDate(endDate)
# Accumulate dates in hash
if isinstance(submitDate, int):
if not submitDate in submitHash:
submitHash[submitDate] = 0
submitHash[submitDate] += 1
if isinstance(releaseDate, int):
if not releaseDate in releaseHash:
releaseHash[releaseDate] = 0
releaseHash[releaseDate] += 1
f.close()
# Get the union of all possible dates
unionDates = set.union(set(submitHash.keys()), set(releaseHash.keys()),
set(importantDateHash.keys()))
submitValue = 0
submitSum = 0
releaseValue = 0
releaseSum = 0
# Populate dataArray with the contents of the data matrix
dataArray = []
for date in sorted(unionDates):
dateString = str(date)
submitValue = 0
if date in submitHash:
submitValue = submitHash[date]
releaseValue = 0
if date in releaseHash:
releaseValue = releaseHash[date]
submitSum += submitValue
releaseSum += releaseValue
annotText = ""
if date in importantDateHash:
annotText = importantDateHash[date]
# Single row of data
array = []
array.append(
datetime.date(int(dateString[0:4]), int(dateString[4:6]),
int(dateString[6:8])))
array.append(releaseValue)
array.append(releaseSum)
array.append(submitValue)
array.append(submitSum)
array.append(annotText)
dataArray.append(array)
return dataArray