def check(args):
document = doc.PdfDocument(args.pdffile)
print '### CHECKING XREF INTEGRITY ###'
print 'Looking for duplicated references ...'
print 'Found', document.xref.getNumberOfDuplicatedOffsets(), \
'entries pointing to the same offset'
print 'Looking for duplicated streams ...'
print 'found', document.xref.getNumberOfDuplicatedContents(), \
'duplicated contents'
def graph(args):
document = doc.PdfDocument(args.pdffile)
component_from = args.fromObject
component_to = args.toObject
graph = objectGraph.ObjectGraph(document)
if component_from:
print graph.getGraphComponent(int(component_from))
elif component_to:
print graph.getReversedGraphComponent(int(component_to))
else:
print graph.getFullGraph()
def replace(args):
objectnumber = int(args.objectnumber)
input_filename = args.input
output_filename = args.output
replace_stream = args.stream
input_file = open(input_filename, 'r')
output_file = open(output_filename, 'w')
content = input_file.read()
document = doc.PdfDocument(args.pdffile)
if replace_stream:
document.xrefEntry(objectnumber).setStreamContent(
document.filestream, content)
else:
document.xrefEntry(objectnumber).setContent(content)
document.writeTo(output_file)
output_file.close()
def show(args):
document = doc.PdfDocument(args.pdffile)
if not args.objectnumber:
return
numbers = splitArg(args.objectnumber)
showstream = args.stream
for number in numbers:
if showstream:
try:
content = document.fetchStream(number)
except Exception:
print "Object doesn't seem to be a stream"
return
else:
content = document.fetchXref(number).content
print content,
def showxref(args):
document = doc.PdfDocument(args.pdffile)
print '### XREF ###'
print str(document.xref)
def parse_pdf(self, f):
self.pdfdoc = doc.PdfDocument(f,
progress_cb=lambda status, **kwargs:
(self.status_sync_var.set(status),
self.progress_sync_var.set(kwargs[
'read'] / kwargs['total'] * 100)))