def testStringParser(self):
p = XMLParser(xmlcontent = wrong_xml)
p = XMLParser(xmlcontent = simple_xml)
report = p.parse()
datasource = range(86)
r = PDFRenderer(report)
r.render(datasources = [dataproviders.DataProvider(datasource)], outfile = "out/%s.pdf"%self._testMethodName)
def testStringParser(self):
p = XMLParser(xmlcontent=wrong_xml)
p = XMLParser(xmlcontent=simple_xml)
report = p.parse()
datasource = range(86)
r = PDFRenderer(report)
r.render(datasources=[dataproviders.DataProvider(datasource)],
outfile="out/%s.pdf" % self._testMethodName)
def testFileParser(self):
conn = sqlite3.connect(":memory:")
cur = conn.cursor()
cur.execute("CREATE TABLE test_table(id int not null primary key, description varchar(50))")
for x in range(50):
cur.execute("INSERT INTO test_table(id, description) values(?, ?)", (x, "Desc %s"%(x + 1)))
conn.commit()
cur.close()
p = XMLParser(filename = "test1.xml")
report = p.parse()
r = PDFRenderer(report)
r.render(module = sqlite3, conn = conn, outfile = "out/%s.pdf"%self._testMethodName)
def testFileParser(self):
conn = sqlite3.connect(":memory:")
cur = conn.cursor()
cur.execute(
"CREATE TABLE test_table(id int not null primary key, description varchar(50))"
)
for x in range(50):
cur.execute("INSERT INTO test_table(id, description) values(?, ?)",
(x, "Desc %s" % (x + 1)))
conn.commit()
cur.close()
p = XMLParser(filename="test1.xml")
report = p.parse()
r = PDFRenderer(report)
r.render(module=sqlite3,
conn=conn,
outfile="out/%s.pdf" % self._testMethodName)
