def runTest(self):
expected = """
<pdf2xml>
<page number="1" width="612" height="792">
<text top="71" left="56" width="341" height="15">This is a unicode test, ŠE ČE ŽE, če že še, đon Đon. Bä ĕř. Öl. Löüãñ.</text>
<text top="71" left="324" width="7" height="17">ȩ</text>
</page>
</pdf2xml>
"""
pdf_fn = datafile("test2.pdf")
from pypdf2xml import pdf2xml
from StringIO import StringIO
xml = pdf2xml(StringIO(open(pdf_fn, "rb").read()))
got_lines = [i.strip() for i in xml.split("\n") if i.strip()]
expected_lines = [i.strip() for i in expected.split("\n") if i.strip()]
self.assertEqual(got_lines, expected_lines)
def tracta_fitxer(fitxer, debug_alumne=None):
s = pdf2xml(open(fitxer, 'rb'))
root = etree.fromstring(s.replace('\n', ''))
for bloc_alumne in split_blocs_alumnes(root):
alumne = dades_alumne(bloc_alumne)
mps = split_blocs_mps(bloc_alumne)
if debug_alumne:
if debug_alumne in alumne['nom']:
return bloc_alumne, mps
else:
for mp in mps:
for uf in mp['ufs']:
nota, hores = cuina_nota(uf['nota_raw'])
r = u"{}|{}|{}|{}|{}|{}".format(
fitxer.split(".")[0], alumne['nom'], mp['nom'],
uf['uf'], nota, hores)
print r
def runTest(self):
expected = """
<pdf2xml>
<page number="1" width="612" height="792">
<text top="71" left="56" width="341" height="15">This is a unicode test, ŠE ČE ŽE, če že še, đon Đon. Bä ĕř. Öl. Löüãñ.</text>
<text top="71" left="324" width="7" height="17">ȩ</text>
</page>
</pdf2xml>
"""
pdf_fn = datafile('test2.pdf')
from pypdf2xml import pdf2xml
from StringIO import StringIO
xml = pdf2xml(StringIO(open(pdf_fn, 'rb').read()))
got_lines = [i.strip() for i in xml.split('\n') if i.strip()]
expected_lines = [i.strip() for i in expected.split('\n') if i.strip()]
self.assertEqual(got_lines, expected_lines)
def runTest(self):
expected = """
<pdf2xml>
<page number="1" width="612" height="792">
<text top="71" left="56" width="87" height="15">This is a test PDF.</text>
</page>
</pdf2xml>
"""
pdf_fn = datafile('test1.pdf')
from pypdf2xml import pdf2xml
from StringIO import StringIO
xml = pdf2xml(StringIO(open(pdf_fn, 'rb').read()))
got_lines = [i.strip() for i in xml.split('\n') if i.strip()]
expected_lines = [i.strip() for i in expected.split('\n') if i.strip()]
self.assertEqual(got_lines, expected_lines)
def runTest(self):
expected = """
<pdf2xml>
<page number="1" width="612" height="792">
<text top="71" left="56" width="87" height="15">This is a test PDF.</text>
</page>
</pdf2xml>
"""
pdf_fn = datafile("test1.pdf")
from pypdf2xml import pdf2xml
from StringIO import StringIO
xml = pdf2xml(StringIO(open(pdf_fn, "rb").read()))
got_lines = [i.strip() for i in xml.split("\n") if i.strip()]
expected_lines = [i.strip() for i in expected.split("\n") if i.strip()]
self.assertEqual(got_lines, expected_lines)
translate = {"ff":"ff","“":'"',"’’":'"',"":"","":""}
#
import yaml
from pypdf2xml import pdf2xml
from bs4 import BeautifulSoup as bs
def attribuer(string, noeud, attributs):
"""
string est l'élément qui sera mis entre balises.
noeud sera le nom du noeud dans lequel sera string
attributs est un dictionnaire.
"""
nouage = "<{0} {1}>{2}</{0}>"
attrs = yaml.dump(attributs).strip("\n{}").replace(":","=").replace(",","")
return nouage.format(noeud,attrs,string)
fichier_in = sys.argv[1]
(sortie,sep,extension) = fichier_in.rpartition('.')
fichier_xml = pdf2xml(open(fichier_in,"r")).splitlines()
for ligne in fichier_xml:
print(ligne)
#soup = bs(fichier_xml,"xml")
#print(soup.prettify())
#with codecs.open(sortie+sep+"xml","w") as ecriture:
#for ligne in fichier_xml:
#ecriture.write(ligne+"\n")
import sys
import csv
from pypdf2xml import pdf2xml
from bs4 import BeautifulSoup
if len(sys.argv) != 2:
print """usage:
to see the output:
\tpdf2xml file.pdf
to write output to file:
\tpdf2xml file.pdf > outfile.xml
"""
else:
docinfo = pdf2xml(open(sys.argv[1],'rb'))
soup = BeautifulSoup(docinfo, "lxml")
arr = []
for page in soup.find_all(width="612", height="792"):
dic = {}
name = page.find(top="182", left="72")
dic["Name"] = name.get_text()
amount = page.find(top="74", left="394")
dic["Amount"] = amount.get_text()
deg = page.find(top="182", left="394")
dic["Degrees"] = deg.get_text()
address1 = page.find(top="219", left="176")
if address1:
address_1 = address1.get_text()