def makeReport(inputFileName, outputDir, projectDir):
print '\n Processing input file ' + inputFileName, 'Time:', time.asctime()
#try :
# For each input file create a separate subfolder for all the related files
[inputId, subFolder] = CheckFolders.MakeSubfolder(inputFileName, outputDir)
# Move the prefilled Tex files into the subfolder
BuildTex.MoveFiles(subFolder, projectDir)
# Parse the input file
[graphData, statData] = ParseInput.dataFromFile(inputFileName, inputId,
outputDir, subFolder)
# Compute the statistics values and build the charts
StatValues.computeValues(subFolder, statData)
orgSize = len(statData)
if orgSize < 8:
print '\nNo graph data!'
BuildTex.SimplifyResult(subFolder)
else:
try:
# Create graphs for the reports
graphObject = BuildGraphs.makeGraphObject(graphData)
BuildGraphs.BuildAllGraphs(inputId, subFolder, graphObject)
except Exception as e:
print e.message
# Create PDF
if orgSize > 37:
BuildTex.insertTables(subFolder, orgSize)
BuildTex.splitTables(subFolder, orgSize)
BuildTex.CreatePdf(outputDir, subFolder, inputId, inputFileName)
def makeReport(inputFileName, outputDir, projectDir):
print '\n Processing input file ', inputFileName, 'Time:', time.asctime()
#try :
# For each input file create a separate subfolder for all the related files
[inputId, subFolder] = CheckFolders.MakeSubfolder(inputFileName, outputDir)
# Move the prefilled Tex files into the subfolder
BuildTex.MoveFiles(subFolder, projectDir)
# Parse the input file
[graphData, statData] = ParseInput.dataFromFile(inputFileName, inputId,
outputDir, subFolder)
# Compute the statistics values and build the charts
# StatValues.computeValues(subFolder, statData)
try:
# Create graphs for the reports
graphObject = BuildGraphs.makeGraphObject(graphData)
BuildGraphs.BuildAllGraphs(inputId, subFolder, graphObject)
except Exception as e:
print e.message
# get socio numbers
fsocio = open(projectDir + '\\socio_table.txt', 'a')
ftex = open(subFolder + '\\commands.tex', 'r')
data = statData[0].split('\t')
schoolInfo = [data[i].split('=')[1] for i in range(7)]
fsocio.write(inputId + '\t' + '\t'.join(schoolInfo))
for i1 in range(7):
ftex.readline()
for line in ftex.readlines():
res = line.split('}')
res[0] = res[0].replace('\\newcommand{\\links', '')
res[1] = res[1].replace('{', '')
print 'Socio numbers', res
fsocio.write('\t' + res[1])
fsocio.write('\n')
ftex.close()
fsocio.close()