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Commit 30c8240a authored by Priscila Manhaes's avatar Priscila Manhaes
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refactor for using cloudoootestcase into convert, getMetadata, updateMetadata,... 

refactor for using cloudoootestcase into convert, getMetadata, updateMetadata, fault conversions, but still missig some tests
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cloudooo/handler/ooo/tests/testServer.py
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......@@ -26,628 +26,521 @@
#
##############################################################################
from os.path import join, exists
from os import remove
from xmlrpclib import ServerProxy, Fault
from base64 import encodestring, decodestring
from cloudooo.tests.handlerTestCase import HandlerTestCase, make_suite
from zipfile import ZipFile, is_zipfile
from StringIO import StringIO
from lxml import etree
from types import DictType
import magic
from os.path import join
import datetime
from cloudooo.tests.cloudoooTestCase import TestCase, make_suite
DAEMON = True
class TestServer(HandlerTestCase):
class TestServer(TestCase):
"""Test XmlRpc Server. Needs cloudooo server started"""
def afterSetUp(self):
"""Creates a connection with cloudooo server"""
self.proxy = ServerProxy("http://%s:%s/RPC2" % \
(self.hostname, self.cloudooo_port), allow_none=True)
# XXX Duplicated list of filters
self.text_expected_list = [['doc', 'Microsoft Word 6.0'],
['doc', 'Microsoft Word 95'],
['doc', 'Microsoft Word 97/2000/XP'],
['docx', 'Microsoft Word 2007 XML'],
['docx', 'Office Open XML Text'],
['htm', 'HTML Document (OpenOffice.org Writer)'],
['html', 'HTML Document (OpenOffice.org Writer)'],
['html', 'XHTML'], ['odt', 'ODF Text Document'],
['ott', 'ODF Text Document Template'],
['pdf', 'PDF - Portable Document Format'],
['rtf', 'Rich Text Format'], ['sdw', 'StarWriter 3.0'],
['sdw', 'StarWriter 4.0'], ['sdw', 'StarWriter 5.0'],
['sxw', 'OpenOffice.org 1.0 Text Document'],
['txt', 'Text'], ['txt', 'Text Encoded'],
['xhtml', 'XHTML'], ['pdb', 'AportisDoc (Palm)'],
['psw', 'Pocket Word']]
self.text_expected_list.sort()
self.presentation_expected_list = [['bmp', 'BMP - Windows Bitmap'],
['emf', 'EMF - Enhanced Metafile'],
['eps', 'EPS - Encapsulated PostScript'],
['gif', 'GIF - Graphics Interchange Format'],
['htm', 'HTML Document (OpenOffice.org Impress)'],
['html', 'HTML Document (OpenOffice.org Impress)'],
['html', 'XHTML'], ['jfif', 'JPEG - Joint Photographic Experts Group'],
['jif', 'JPEG - Joint Photographic Experts Group'],
['jpe', 'JPEG - Joint Photographic Experts Group'],
['jpeg', 'JPEG - Joint Photographic Experts Group'],
['jpg', 'JPEG - Joint Photographic Experts Group'],
['met', 'MET - OS/2 Metafile'], ['odg', 'ODF Drawing (Impress)'],
['odp', 'ODF Presentation'],
['otp', 'ODF Presentation Template'],
['pbm', 'PBM - Portable Bitmap'], ['pct', 'PCT - Mac Pict'],
['pdf', 'PDF - Portable Document Format'],
['pgm', 'PGM - Portable Graymap'], ['pict', 'PCT - Mac Pict'],
['png', 'PNG - Portable Network Graphic'],
['pot', 'Microsoft PowerPoint 97/2000/XP Template'],
['ppm', 'PPM - Portable Pixelmap'],
['pps', 'Microsoft PowerPoint 97/2000/XP'],
['ppt', 'Microsoft PowerPoint 97/2000/XP'],
['ras', 'RAS - Sun Raster Image'],
['sda', 'StarDraw 5.0 (OpenOffice.org Impress)'],
['sdd', 'StarDraw 3.0 (OpenOffice.org Impress)'],
['sdd', 'StarImpress 4.0'], ['sdd', 'StarImpress 5.0'],
['svg', 'SVG - Scalable Vector Graphics'],
['svm', 'SVM - StarView Metafile'],
['sxd', 'OpenOffice.org 1.0 Drawing (OpenOffice.org Impress)'],
['sxi', 'OpenOffice.org 1.0 Presentation'],
['tif', 'TIFF - Tagged Image File Format'],
['tiff', 'TIFF - Tagged Image File Format'],
['wmf', 'WMF - Windows Metafile'],
['xhtml', 'XHTML'], ['xpm', 'XPM - X PixMap']]
self.presentation_expected_list.sort()
def _testConvertFile(self, input_url, output_url,
source_format, destination_format,
stdout_msg, zip=False):
"""Generic test to use convertFile"""
data = encodestring(open(input_url).read())
output_data = self.proxy.convertFile(data,
source_format,
destination_format, zip)
open(output_url, 'w').write(decodestring(output_data))
content_type = self._getFileType(output_url)
self.assertEquals(content_type, stdout_msg)
def _getFileType(self, output_url):
mime = magic.Magic(mime=True)
return mime.from_file(output_url)
def testGetAllowedExtensionListByType(self):
"""Call getAllowedExtensionList and verify if the returns is a list with
extension and ui_name. The request is by document type"""
text_request = {'document_type': "text"}
text_allowed_list = self.proxy.getAllowedExtensionList(text_request)
text_allowed_list.sort()
for arg in text_allowed_list:
self.assertTrue(arg in self.text_expected_list,
"%s not in %s" % (arg, self.text_expected_list))
request_dict = {'document_type': "presentation"}
presentation_allowed_list = self.proxy.getAllowedExtensionList(request_dict)
presentation_allowed_list.sort()
for arg in presentation_allowed_list:
self.assertTrue(arg in self.presentation_expected_list,
"%s not in %s" % (arg, self.presentation_expected_list))
def testGetAllowedExtensionListByExtension(self):
"""Call getAllowedExtensionList and verify if the returns is a list with
extension and ui_name. The request is by extension"""
doc_allowed_list = self.proxy.getAllowedExtensionList({'extension': "doc"})
doc_allowed_list.sort()
for arg in doc_allowed_list:
self.assertTrue(arg in self.text_expected_list,
"%s not in %s" % (arg, self.text_expected_list))
def testGetAllowedExtensionListByMimetype(self):
"""Call getAllowedExtensionList and verify if the returns is a list with
extension and ui_name. The request is by mimetype"""
request_dict = {"mimetype": "application/msword"}
msword_allowed_list = self.proxy.getAllowedExtensionList(request_dict)
msword_allowed_list.sort()
for arg in msword_allowed_list:
self.assertTrue(arg in self.text_expected_list,
"%s not in %s" % (arg, self.text_expected_list))
def testConvertDocToOdt(self):
"""Test Convert Doc -> Odt"""
self._testConvertFile("data/test.doc",
join(self.tmp_url, "document_output.odt"),
'doc',
'odt',
'application/vnd.oasis.opendocument.text')
def testgetFileMetadataItemListWithoutData(self):
"""Test server using method getFileMetadataItemList. Without data
converted"""
data = open(join('data', 'testMetadata.odt'), 'r').read()
metadata_dict = self.proxy.getFileMetadataItemList(encodestring(data),
'odt')
self.assertEquals(metadata_dict.get("Data"), '')
self.assertEquals(metadata_dict.get("Title"), "cloudooo Test")
self.assertEquals(metadata_dict.get("Subject"), "Subject Test")
self.assertEquals(metadata_dict.get("Description"), "cloudooo Comments")
self.assertEquals(metadata_dict.get("Type"), "Text")
self.assertEquals(metadata_dict.get("MIMEType"),\
"application/vnd.oasis.opendocument.text")
def testgetFileMetadataItemListWithData(self):
"""Test server using method getFileMetadataItemList. With data converted"""
document_output_url = join(self.tmp_url, "testGetMetadata.odt")
data = open(join('data', 'testMetadata.odt'), 'r').read()
metadata_dict = self.proxy.getFileMetadataItemList(encodestring(data),
"odt",
True)
self.assertNotEquals(metadata_dict.get("Data"), None)
open(document_output_url, 'w').write(decodestring(metadata_dict["Data"]))
content_type = self._getFileType(document_output_url)
self.assertEquals(content_type, 'application/vnd.oasis.opendocument.text')
self.assertEquals(metadata_dict.get("Title"), "cloudooo Test")
self.assertEquals(metadata_dict.get("Subject"), "Subject Test")
self.assertEquals(metadata_dict.get("Description"), "cloudooo Comments")
self.assertEquals(metadata_dict.get("Type"), "Text")
self.assertEquals(metadata_dict.get("MIMEType"),\
"application/vnd.oasis.opendocument.text")
def testupdateFileMetadata(self):
"""Test server using method updateFileMetadata"""
document_output_url = join(self.tmp_url, "testSetMetadata.odt")
data = open(join('data', 'testMetadata.odt'), 'r').read()
odf_data = self.proxy.updateFileMetadata(encodestring(data), 'odt',
{"Title": "testSetMetadata"})
open(document_output_url, 'w').write(decodestring(odf_data))
content_type = self._getFileType(document_output_url)
self.assertEquals(content_type, 'application/vnd.oasis.opendocument.text')
metadata_dict = self.proxy.getFileMetadataItemList(odf_data, 'odt')
self.assertEquals(metadata_dict.get("Title"), "testSetMetadata")
self.assertEquals(metadata_dict.get("CreationDate"), "9/7/2009 17:38:25")
self.assertEquals(metadata_dict.get("Description"), "cloudooo Comments")
def testupdateFileMetadataWithUserMetadata(self):
"""Test server using method updateFileMetadata with unsual metadata"""
document_output_url = join(self.tmp_url, "testSetMetadata.odt")
data = open(join('data', 'testMetadata.odt'), 'r').read()
odf_data = self.proxy.updateFileMetadata(encodestring(data),
'odt',
{"Reference": "testSetMetadata"})
open(document_output_url, 'w').write(decodestring(odf_data))
content_type = self._getFileType(document_output_url)
self.assertEquals(content_type, 'application/vnd.oasis.opendocument.text')
metadata_dict = self.proxy.getFileMetadataItemList(odf_data, 'odt')
self.assertEquals(metadata_dict.get("Reference"), "testSetMetadata")
def testupdateFileMetadataUpdateSomeMetadata(self):
"""Test server using method updateFileMetadata when the same metadata is
updated"""
document_output_url = join(self.tmp_url, "testSetMetadata.odt")
data = open(join('data', 'testMetadata.odt'), 'r').read()
odf_data = self.proxy.updateFileMetadata(encodestring(data), 'odt',
{"Reference": "testSetMetadata", "Something": "ABC"})
new_odf_data = self.proxy.updateFileMetadata(odf_data, 'odt',
{"Reference": "new value", "Something": "ABC"})
open(document_output_url, 'w').write(decodestring(new_odf_data))
content_type = self._getFileType(document_output_url)
self.assertEquals(content_type, 'application/vnd.oasis.opendocument.text')
metadata_dict = self.proxy.getFileMetadataItemList(new_odf_data, 'odt')
self.assertEquals(metadata_dict.get("Reference"), "new value")
self.assertEquals(metadata_dict.get("Something"), "ABC")
def testupdateFileMetadataAlreadyHasMetadata(self):
"""Test document that already has metadata. Check if the metadata is not
deleted"""
data = open(join('data', 'testMetadata.odt'), 'r').read()
metadata_dict = self.proxy.getFileMetadataItemList(encodestring(data), 'odt')
self.assertEquals(metadata_dict["Description"], "cloudooo Comments")
self.assertEquals(metadata_dict["Keywords"], "Keywords Test")
self.assertEquals(metadata_dict["Title"], "cloudooo Test")
odf_data = self.proxy.updateFileMetadata(encodestring(data), 'odt',
{"Title": "cloudooo Title"})
odf_metadata_dict = self.proxy.getFileMetadataItemList(odf_data, 'odt')
self.assertEquals(odf_metadata_dict["Description"], "cloudooo Comments")
self.assertEquals(odf_metadata_dict["Keywords"], "Keywords Test")
self.assertEquals(odf_metadata_dict["Title"], "cloudooo Title")
def testWithZipFile(self):
"""Test if send a zipfile returns a document correctly"""
self._testConvertFile("data/test.zip",
join(self.tmp_url, "output_zipfile.zip"),
'zip',
'txt',
'application/zip',
True)
def testSendZipAndReturnTxt(self):
"""Convert compressed html to txt"""
output_url = join(self.tmp_url, "output.txt")
self._testConvertFile("data/test.zip",
output_url,
'zip',
'txt',
'text/plain')
self.assertTrue(open(output_url).read().endswith('cloudooo Test\n \n'))
def testConvertPNGToSVG(self):
"""Test export png to svg"""
output_url = join(self.tmp_url, "output.svg")
self._testConvertFile("data/test.png",
output_url,
'png',
'svg',
'image/svg+xml')
def testConvertPPTXToODP(self):
"""Test export pptx to odp"""
self._testConvertFile("data/test.pptx",
join(self.tmp_url, "output.pptx"),
'pptx',
'odp',
'application/vnd.oasis.opendocument.presentation')
def testConvertDocxToODT(self):
"""Test export docx to odt"""
self._testConvertFile("data/test.docx",
join(self.tmp_url, "output_docx.odt"),
'docx',
'odt',
'application/vnd.oasis.opendocument.text')
def testConvertPyToPDF(self):
"""Test export python to pdf"""
self._testConvertFile(__file__,
join(self.tmp_url, "output.py"),
'py',
'pdf',
'application/pdf')
def testSendEmptyRequest(self):
"""Test to verify if the behavior of server is normal when a empty string
is sent"""
data = encodestring("")
self.assertRaises(Fault, self.proxy.convertFile, (data, '', ''))
self.assertRaises(Fault, self.proxy.getFileMetadataItemList, (data, ''))
def testConvertDocumentToInvalidFormat(self):
"""Try convert one document for a invalid format"""
data = open(join('data', 'test.doc'), 'r').read()
self.assertRaises(Fault, self.proxy.convertFile, (data, 'doc', 'xyz'))
def testConvertDocumentToImpossibleFormat(self):
"""Try convert one document to format not possible"""
data = open(join('data', 'test.odp'), 'r').read()
self.assertRaises(Fault, self.proxy.convertFile, (data, 'odp', 'doc'))
def testRunConvertMethod(self):
"""Test run_convert method"""
data = open(join('data', 'test.doc'), 'r').read()
response_code, response_dict, response_message = \
self.proxy.run_convert('test.doc', encodestring(data))
self.assertEquals(response_code, 200)
self.assertEquals(type(response_dict), DictType)
self.assertNotEquals(response_dict['data'], '')
self.assertEquals(sorted(response_dict.keys()),
['data', 'meta', 'mime'])
self.assertEquals(response_message, '')
self.assertEquals(response_dict['meta']['MIMEType'],
'application/vnd.oasis.opendocument.text')
def testRunConvertFailResponse(self):
"""Test run_convert method with invalid file"""
data = open(join('data', 'test.doc'), 'r').read()[:30]
response_code, response_dict, response_message = \
self.proxy.run_convert('test.doc', encodestring(data))
self.assertEquals(response_code, 402)
self.assertEquals(type(response_dict), DictType)
self.assertEquals(response_dict, {})
msg = "This document can not be loaded or is empty\n"
self.assertTrue(response_message.endswith(msg),
"%s != %s" % (response_message, msg))
def testRunGenerateMethod(self):
"""Test run_generate method"""
data = open(join('data', 'test.odt'), 'r').read()
generate_result = self.proxy.run_generate('test.odt',
encodestring(data),
None, 'pdf',
'application/vnd.oasis.opendocument.text')
response_code, response_dict, response_message = generate_result
self.assertEquals(response_code, 200)
self.assertEquals(type(response_dict), DictType)
self.assertNotEquals(response_dict['data'], '')
self.assertEquals(response_dict['mime'], 'application/pdf')
def testRunGenerateMethodConvertOdsToHTML(self):
"""Test run_generate method. This test is to validate a bug convertions to
html"""
data = open(join('data', 'test.ods'), 'r').read()
generate_result = self.proxy.run_generate('test.ods',
encodestring(data),
None, 'html',
"application/vnd.oasis.opendocument.spreadsheet")
response_code, response_dict, response_message = generate_result
self.assertEquals(response_code, 200)
self.assertEquals(type(response_dict), DictType)
self.assertNotEquals(response_dict['data'], '')
self.assertEquals(response_dict['mime'], 'application/zip')
output_url = join(self.tmp_url, "zip.zip")
open(output_url, 'w').write(decodestring(response_dict['data']))
self.assertTrue(is_zipfile(output_url))
filename_list = [file.filename for file in ZipFile(output_url).filelist]
for filename in filename_list:
if filename.endswith("impr.html"):
break
else:
self.fail("Not exists one file with 'impr.html' format")
if exists(output_url):
remove(output_url)
def testPNGFileToConvertOdpToHTML(self):
"""Test run_generate method. This test if returns good png files"""
data = open(join('data', 'test_png.odp'), 'r').read()
generate_result = self.proxy.run_generate('test_png.odp',
encodestring(data),
None, 'html',
'application/vnd.oasis.opendocument.presentation')
response_code, response_dict, response_message = generate_result
self.assertEquals(response_code, 200)
self.assertEquals(type(response_dict), DictType)
self.assertNotEquals(response_dict['data'], '')
self.assertEquals(response_dict['mime'], 'application/zip')
output_url = join(self.tmp_url, "zip.zip")
open(output_url, 'w').write(decodestring(response_dict['data']))
self.assertTrue(is_zipfile(output_url))
zipfile = ZipFile(output_url)
try:
png_path = join(self.tmp_url, "img0.png")
zipfile.extractall(self.tmp_url)
content_type = self._getFileType(png_path)
self.assertEquals(content_type, 'image/png')
m = magic.Magic()
self.assertTrue("8-bit/color RGB" in m.from_file(png_path))
finally:
zipfile.close()
if exists(output_url):
remove(output_url)
def testRunGenerateMethodConvertOdpToHTML(self):
"""Test run_generate method. This test is to validate a bug convertions to
html"""
data = open(join('data', 'test.odp'), 'r').read()
generate_result = self.proxy.run_generate('test.odp',
encodestring(data),
None, 'html',
'application/vnd.oasis.opendocument.presentation')
response_code, response_dict, response_message = generate_result
self.assertEquals(response_code, 200)
self.assertEquals(type(response_dict), DictType)
self.assertNotEquals(response_dict['data'], '')
self.assertEquals(response_dict['mime'], 'application/zip')
output_url = join(self.tmp_url, "zip.zip")
open(output_url, 'w').write(decodestring(response_dict['data']))
self.assertTrue(is_zipfile(output_url))
filename_list = [file.filename for file in ZipFile(output_url).filelist]
for filename in filename_list:
if filename.endswith("impr.html"):
break
else:
self.fail("Not exists one file with 'impr.html' format")
# XXX disable this test because LibreOffice 3.3 can open such a broken
# document.
def _testRunGenerateMethodFailResponse(self):
"""Test run_generate method with invalid document"""
data = open(join('data', 'test.odt'), 'r').read()[:100]
generate_result = self.proxy.run_generate('test.odt',
encodestring(data),
None, 'pdf', 'application/vnd.oasis.opendocument.text')
response_code, response_dict, response_message = generate_result
self.assertEquals(response_code, 402)
self.assertEquals(type(response_dict), DictType)
self.assertEquals(response_dict, {})
self.assertTrue(response_message.startswith('Traceback'))
def testRunSetMetadata(self):
"""Test run_setmetadata method"""
data = open(join('data', 'testMetadata.odt'), 'r').read()
setmetadata_result = self.proxy.run_setmetadata('testMetadata.odt',
encodestring(data),
{"Title": "testSetMetadata", "Description": "Music"})
response_code, response_dict, response_message = setmetadata_result
self.assertEquals(response_code, 200)
self.assertNotEquals(response_dict['data'], '')
getmetadata_result = self.proxy.run_getmetadata('testMetadata.odt',
response_dict['data'])
response_code, response_dict, response_message = getmetadata_result
self.assertEquals(response_code, 200)
self.assertEquals(response_dict['meta']['MIMEType'],
'application/vnd.oasis.opendocument.text')
self.assertEquals(response_dict['meta']['Description'], "Music")
setmetadata_result = self.proxy.run_setmetadata('testMetadata.odt',
encodestring(data),
{"Title": "Namie's working record",
"Description": "Music"})
response_code, response_dict, response_message = setmetadata_result
getmetadata_result = self.proxy.run_getmetadata('testMetadata.odt',
response_dict['data'])
response_code, response_dict, response_message = getmetadata_result
self.assertEquals(response_code, 200)
self.assertEquals(response_dict['meta']['title'],
"Namie's working record")
def testRunSetMetadataFailResponse(self):
"""Test run_setmetadata method with invalid document"""
data = open(join('data', 'testMetadata.odt'), 'r').read()[:100]
setmetadata_result = self.proxy.run_setmetadata('testMetadata.odt',
encodestring(data),
{"Title": "testSetMetadata", "Description": "Music"})
response_code, response_dict, response_message = setmetadata_result
self.assertEquals(response_code, 402)
self.assertEquals(response_dict, {})
self.assertTrue(response_message.startswith('Traceback'))
def testGetAllowedTargetItemList(self):
"""Test if filter name returns correctly with ERP5 API"""
mimetype = 'application/vnd.oasis.opendocument.text'
response_code, response_dict, response_message = \
self.proxy.getAllowedTargetItemList(mimetype)
self.assertEquals(response_code, 200)
self.assertEquals(len(response_dict['response_data']), 17)
self.assertTrue(['html', 'HTML Document (OpenOffice.org Writer)'] in response_dict['response_data'])
self.assertFalse(['html', 'HTML Document'] in response_dict['response_data'])
def testGetTableItemList(self):
"""Test if manager can get the table item list"""
table_list = [['Developers', ''],
['Prices', 'Table 1: Prices table from Mon Restaurant'],
['SoccerTeams', 'Tabela 2: Soccer Teams']]
data = encodestring(open("data/granulate_table_test.odt").read())
granulated_table = self.proxy.getTableItemList(data, "odt")
self.assertEquals(table_list, granulated_table)
#.doc
table_list = [['Table1', ''],
['Table2', 'Table 1: Prices table from Mon Restaurant'],
['Table3', 'Tabela 2: Soccer Teams']]
data = encodestring(open("data/granulate_table_test.doc").read())
granulated_table = self.proxy.getTableItemList(data, "doc")
self.assertEquals(table_list, granulated_table)
def testGetTable(self):
"""Test if manager can get a item of some granulated table"""
data = encodestring(open("./data/granulate_table_test.odt").read())
granulated_table = self.proxy.getTableItemList(data, "odt")
table_item = decodestring(self.proxy.getTable(data, granulated_table[1][0],
"odt"))
content_xml_str = ZipFile(StringIO(table_item)).read('content.xml')
content_xml = etree.fromstring(content_xml_str)
table_list = content_xml.xpath('//table:table',
namespaces=content_xml.nsmap)
self.assertEquals(1, len(table_list))
table = table_list[0]
name_key = '{urn:oasis:names:tc:opendocument:xmlns:table:1.0}name'
self.assertEquals(granulated_table[1][0], table.attrib[name_key])
#.doc
data = encodestring(open("./data/granulate_table_test.doc").read())
granulated_table = self.proxy.getTableItemList(data, "doc")
self.proxy.getTable(data, granulated_table[1][0], "doc")
table_item = decodestring(self.proxy.getTable(data, granulated_table[1][0],
"doc"))
content_xml_str = ZipFile(StringIO(table_item)).read('content.xml')
content_xml = etree.fromstring(content_xml_str)
table_list = content_xml.xpath('//table:table',
namespaces=content_xml.nsmap)
self.assertEquals(1, len(table_list))
table = table_list[0]
name_key = '{urn:oasis:names:tc:opendocument:xmlns:table:1.0}name'
self.assertEquals(granulated_table[1][0], table.attrib[name_key])
def testGetColumnItemList(self):
"""Test if manager can get the list of column item"""
data = encodestring(open("./data/granulate_table_test.odt").read())
columns = self.proxy.getColumnItemList(data, "SoccerTeams", "odt")
self.assertEquals([[0, 'Name'], [1, 'Country']], columns)
#.doc
data = encodestring(open("./data/granulate_table_test.doc").read())
#in the doc format the tables lose their names
columns = self.proxy.getColumnItemList(data, "Table3", "doc")
self.assertEquals([[0, 'Name'], [1, 'Country']], columns)
def testGetLineItemList(self):
"""Test if manager can get the list of lines items"""
data = encodestring(open("./data/granulate_table_test.odt").read())
line_item_list = self.proxy.getLineItemList(data, "Developers", "odt")
self.assertEquals([['Name', 'Hugo'], ['Phone', '+55 (22) 8888-8888'],
['Email', 'hugomaia@tiolive.com'], ['Name', 'Rafael'],
['Phone', '+55 (22) 9999-9999'],
['Email', 'rafael@tiolive.com']], line_item_list)
#.doc
data = encodestring(open("./data/granulate_table_test.doc").read())
line_item_list = self.proxy.getLineItemList(data, "Table1", "doc")
self.assertEquals([['Name', 'Hugo'], ['Phone', '+55 (22) 8888-8888'],
['Email', 'hugomaia@tiolive.com'], ['Name', 'Rafael'],
['Phone', '+55 (22) 9999-9999'],
['Email', 'rafael@tiolive.com']], line_item_list)
def testGetImageItemList(self):
"""Test if manager can get the list of images items"""
data = encodestring(open("./data/granulate_test.odt").read())
image_list = self.proxy.getImageItemList(data, "odt")
self.assertEquals([['10000000000000C80000009C38276C51.jpg', ''],
['10000201000000C80000004E7B947D46.png', 'TioLive Logo'],
['10000201000000C80000004E7B947D46.png', ''],
['2000004F00004233000013707E7DE37A.svm', 'Python Logo'],
['10000201000000C80000004E7B947D46.png',
'Again TioLive Logo']],
image_list)
#.doc
data = encodestring(open("./data/granulate_test.doc").read())
image_list = self.proxy.getImageItemList(data, "doc")
self.assertEquals([['10000000000000C80000009C38276C51.jpg', ''],
['10000201000000C80000004E7B947D46.png', 'TioLive Logo'],
['10000201000000C80000004E7B947D46.png', ''],
['200003160000423300001370F468B63D.wmf', 'Python Logo'],
['10000201000000C80000004E7B947D46.png',
'Again TioLive Logo']],
image_list)
def testGetImage(self):
"""Test if manager can get a image"""
data = encodestring(open("./data/granulate_test.odt").read())
zip = ZipFile(StringIO(decodestring(data)))
image_id = '10000000000000C80000009C38276C51.jpg'
original_image = zip.read('Pictures/%s' % image_id)
geted_image = decodestring(self.proxy.getImage(data, image_id, "odt"))
self.assertEquals(original_image, geted_image)
#.doc
data = encodestring(open("./data/granulate_test.doc").read())
#This conversion is necessary to catch the image from the doc file;
#so compare with the server return.
data_odt = self.proxy.convertFile(data, 'doc', 'odt', False)
zip = ZipFile(StringIO(decodestring(data_odt)))
image_id = '10000000000000C80000009C38276C51.jpg'
original_image = zip.read('Pictures/%s' % image_id)
geted_image = decodestring(self.proxy.getImage(data, image_id, "doc"))
self.assertEquals(original_image, geted_image)
def testGetParagraphItemList(self):
"""Test if paragraphs are extracted correctly from document"""
data = encodestring(open("./data/granulate_test.odt").read())
paragraph_list = self.proxy.getParagraphItemList(data, "odt")
self.assertEquals([[0, 'P3'], [1, 'P1'], [2, 'P12'], [3, 'P6'], [4, 'P7'],
[5, 'P8'], [6, 'P6'], [7, 'P6'], [8, 'P13'], [9, 'P9'],
[10, 'P9'], [11, 'P9'], [12, 'P4'], [13, 'P10'], [14,
'P5'], [15, 'P5'], [16, 'P14'], [17, 'P11'], [18, 'P11'],
[19, 'Standard'], [20, 'P2'], [21, 'P2'], [22, 'P2'],
[23, 'P2'], [24, 'P2'], [25, 'P2'], [26, 'P2'], [27,
'P2'], [28, 'P2'], [29, 'P2']], paragraph_list)
def testGetParagraphItem(self):
"""Test if manager can get a paragraph"""
data = encodestring(open("./data/granulate_test.odt").read())
paragraph = self.proxy.getParagraph(data, 1, "odt")
self.assertEquals(['', 'P1'], paragraph)
def testGetChapterItemList(self):
"""Test if the chapters list is extracted correctly from document"""
data = encodestring(open("./data/granulate_chapters_test.odt").read())
chapter_list = self.proxy.getChapterItemList(data, "odt")
self.assertEquals([[0, 'Title 0'], [1, 'Title 1'], [2, 'Title 2'],
[3, 'Title 3'], [4, 'Title 4'], [5, 'Title 5'],
[6, 'Title 6'], [7, 'Title 7'], [8, 'Title 8'],
[9, 'Title 9'], [10, 'Title 10']] , chapter_list)
def testGetChapterItem(self):
"""Test if manager can get a chapter"""
data = encodestring(open("./data/granulate_chapters_test.odt").read())
chapter = self.proxy.getChapterItem(1, data, "odt")
self.assertEquals(['Title 1', 1], chapter)
# def ConversionScenarioList(self):
# return [
# # Test Convert Doc -> Odt
# (join('data', 'test.doc'), "doc", "odt", "application/vnd.oasis."+
# "opendocument.text"),
# # Test export png to svg
# (join('data', 'test.png'), "png", "svg", "image/svg+xml"),
# # Test export docx to odt
# (join('data', 'test.docx'), "docx", "odt", "application/vnd.oasis."+
# "opendocument.text"),
# # Test export python to pdf
# (__file__, "py", "pdf", "application/pdf"),
# # Test if send a zipfile returns a document correctly
# (join('data', 'test.zip'), "zip", "txt", "application/zip", True),
# # Convert compressed html to txt
# (join('data', 'test.zip'), "zip", "txt", "text/plain"),
# # Test export pptx to odp
# (join('data', 'test.pptx'), "pptx", "odp", "application/vnd.oasis."+
# "opendocument.presentation"),
# ]
# def testConvert(self):
# """Convert OOofiles"""
# self.runConversionList(self.ConversionScenarioList())
# def FaultConversionScenarioList(self):
# return [
# # Test to verify if server fail when a empty string is sent
# ('', '', ''),
# # Try convert one document for a invalid format
# (open(join('data', 'test.doc')).read(), 'doc', 'xyz'),
# # Try convert one document to format not possible
# (open(join('data', 'test.odp')).read(), 'odp', 'doc'),
# ]
# def testFaultConversion(self):
# """Convert Invalid OOofiles"""
# self.runFaultConversionList(self.FaultConversionScenarioList())
def GetMetadataScenarioList(self):
return [
# Test method getFileMetadataItemList. Without data converted
(join('data', 'testMetadata.odt'), "odt", dict(Data='', Title='clo'+
'udooo Test', Subject='Subject Test', Description='cloudooo Comments',
Type='Text', MIMEType='application/vnd.oasis.opendocument.text',
ModifyDate='2/8/2010 9:57:3', Keywords='Keywords Test')),
# # Test method getFileMetadataItemList. With data converted
# (join('data', 'testMetadata.odt'), "odt", dict(Title='cloudooo Test',
# Subject='Subject Test', Description='cloudooo Comments',
# Type='Text', MIMEType='application/vnd.oasis.opendocument.text',
# ModifyDate='2/8/2010 9:57:3', Keywords='Keywords Test'),
# True),
]
def testGetMetadata(self):
"""test if OOo metadata are extracted correctly"""
self.runGetMetadataList(self.GetMetadataScenarioList())
def UpdateMetadataScenarioList(self):
return [
# Test server using method updateFileMetadata
(join('data', 'testMetadata.odt'), "odt", dict(Title='testSetMetadata')),
# Test server using method updateFileMetadata with unsual metadata
# (join('data', 'testMetadata.odt'), "odt", dict(Reference='testSet'+
# 'Metadata')),
# # Test document that already has metadata. Check if the metadata is
# # not deleted, but updated
# (join('data', 'testMetadata.odt'), "odt", dict(Title='cloudooo Title')),
]
def testUpdateMetadata(self):
"""test if OOo metadata are insert correctly"""
self.runUpdateMetadataList(self.UpdateMetadataScenarioList())
# def testupdateFileMetadataUpdateSomeMetadata(self):
# """Test server using method updateFileMetadata when the same metadata is
# updated"""
# document_output_url = join(self.tmp_url, "testSetMetadata.odt")
# data = open(join('data', 'testMetadata.odt'), 'r').read()
# odf_data = self.proxy.updateFileMetadata(encodestring(data), 'odt',
# {"Reference": "testSetMetadata", "Something": "ABC"})
# new_odf_data = self.proxy.updateFileMetadata(odf_data, 'odt',
# {"Reference": "new value", "Something": "ABC"})
# open(document_output_url, 'w').write(decodestring(new_odf_data))
# content_type = self._getFileType(document_output_url)
# self.assertEquals(content_type, 'application/vnd.oasis.opendocument.text')
# metadata_dict = self.proxy.getFileMetadataItemList(new_odf_data, 'odt')
# self.assertEquals(metadata_dict.get("Reference"), "new value")
# self.assertEquals(metadata_dict.get("Something"), "ABC")
# # XXX Duplicated list of filters
# self.text_expected_list = [['doc', 'Microsoft Word 6.0'],
# ['doc', 'Microsoft Word 95'],
# ['doc', 'Microsoft Word 97/2000/XP'],
# ['docx', 'Microsoft Word 2007 XML'],
# ['docx', 'Office Open XML Text'],
# ['htm', 'HTML Document (OpenOffice.org Writer)'],
# ['html', 'HTML Document (OpenOffice.org Writer)'],
# ['html', 'XHTML'], ['odt', 'ODF Text Document'],
# ['ott', 'ODF Text Document Template'],
# ['pdf', 'PDF - Portable Document Format'],
# ['rtf', 'Rich Text Format'], ['sdw', 'StarWriter 3.0'],
# ['sdw', 'StarWriter 4.0'], ['sdw', 'StarWriter 5.0'],
# ['sxw', 'OpenOffice.org 1.0 Text Document'],
# ['txt', 'Text'], ['txt', 'Text Encoded'],
# ['xhtml', 'XHTML'], ['pdb', 'AportisDoc (Palm)'],
# ['psw', 'Pocket Word']]
# self.text_expected_list.sort()
# self.presentation_expected_list = [['bmp', 'BMP - Windows Bitmap'],
# ['emf', 'EMF - Enhanced Metafile'],
# ['eps', 'EPS - Encapsulated PostScript'],
# ['gif', 'GIF - Graphics Interchange Format'],
# ['htm', 'HTML Document (OpenOffice.org Impress)'],
# ['html', 'HTML Document (OpenOffice.org Impress)'],
# ['html', 'XHTML'], ['jfif', 'JPEG - Joint Photographic Experts Group'],
# ['jif', 'JPEG - Joint Photographic Experts Group'],
# ['jpe', 'JPEG - Joint Photographic Experts Group'],
# ['jpeg', 'JPEG - Joint Photographic Experts Group'],
# ['jpg', 'JPEG - Joint Photographic Experts Group'],
# ['met', 'MET - OS/2 Metafile'], ['odg', 'ODF Drawing (Impress)'],
# ['odp', 'ODF Presentation'],
# ['otp', 'ODF Presentation Template'],
# ['pbm', 'PBM - Portable Bitmap'], ['pct', 'PCT - Mac Pict'],
# ['pdf', 'PDF - Portable Document Format'],
# ['pgm', 'PGM - Portable Graymap'], ['pict', 'PCT - Mac Pict'],
# ['png', 'PNG - Portable Network Graphic'],
# ['pot', 'Microsoft PowerPoint 97/2000/XP Template'],
# ['ppm', 'PPM - Portable Pixelmap'],
# ['pps', 'Microsoft PowerPoint 97/2000/XP'],
# ['ppt', 'Microsoft PowerPoint 97/2000/XP'],
# ['ras', 'RAS - Sun Raster Image'],
# ['sda', 'StarDraw 5.0 (OpenOffice.org Impress)'],
# ['sdd', 'StarDraw 3.0 (OpenOffice.org Impress)'],
# ['sdd', 'StarImpress 4.0'], ['sdd', 'StarImpress 5.0'],
# ['svg', 'SVG - Scalable Vector Graphics'],
# ['svm', 'SVM - StarView Metafile'],
# ['sxd', 'OpenOffice.org 1.0 Drawing (OpenOffice.org Impress)'],
# ['sxi', 'OpenOffice.org 1.0 Presentation'],
# ['tif', 'TIFF - Tagged Image File Format'],
# ['tiff', 'TIFF - Tagged Image File Format'],
# ['wmf', 'WMF - Windows Metafile'],
# ['xhtml', 'XHTML'], ['xpm', 'XPM - X PixMap']]
# self.presentation_expected_list.sort()
# def testGetAllowedExtensionListByType(self):
# """Call getAllowedExtensionList and verify if the returns is a list with
# extension and ui_name. The request is by document type"""
# text_request = {'document_type': "text"}
# text_allowed_list = self.proxy.getAllowedExtensionList(text_request)
# text_allowed_list.sort()
# for arg in text_allowed_list:
# self.assertTrue(arg in self.text_expected_list,
# "%s not in %s" % (arg, self.text_expected_list))
# request_dict = {'document_type': "presentation"}
# presentation_allowed_list = self.proxy.getAllowedExtensionList(request_dict)
# presentation_allowed_list.sort()
# for arg in presentation_allowed_list:
# self.assertTrue(arg in self.presentation_expected_list,
# "%s not in %s" % (arg, self.presentation_expected_list))
# def testGetAllowedExtensionListByExtension(self):
# """Call getAllowedExtensionList and verify if the returns is a list with
# extension and ui_name. The request is by extension"""
# doc_allowed_list = self.proxy.getAllowedExtensionList({'extension': "doc"})
# doc_allowed_list.sort()
# for arg in doc_allowed_list:
# self.assertTrue(arg in self.text_expected_list,
# "%s not in %s" % (arg, self.text_expected_list))
# def testGetAllowedExtensionListByMimetype(self):
# """Call getAllowedExtensionList and verify if the returns is a list with
# extension and ui_name. The request is by mimetype"""
# request_dict = {"mimetype": "application/msword"}
# msword_allowed_list = self.proxy.getAllowedExtensionList(request_dict)
# msword_allowed_list.sort()
# for arg in msword_allowed_list:
# self.assertTrue(arg in self.text_expected_list,
# "%s not in %s" % (arg, self.text_expected_list))
# def testRunConvertMethod(self):
# """Test run_convert method"""
# data = open(join('data', 'test.doc'), 'r').read()
# response_code, response_dict, response_message = \
# self.proxy.run_convert('test.doc', encodestring(data))
# self.assertEquals(response_code, 200)
# self.assertEquals(type(response_dict), DictType)
# self.assertNotEquals(response_dict['data'], '')
# self.assertEquals(sorted(response_dict.keys()),
# ['data', 'meta', 'mime'])
# self.assertEquals(response_message, '')
# self.assertEquals(response_dict['meta']['MIMEType'],
# 'application/vnd.oasis.opendocument.text')
# def testRunConvertFailResponse(self):
# """Test run_convert method with invalid file"""
# data = open(join('data', 'test.doc'), 'r').read()[:30]
# response_code, response_dict, response_message = \
# self.proxy.run_convert('test.doc', encodestring(data))
# self.assertEquals(response_code, 402)
# self.assertEquals(type(response_dict), DictType)
# self.assertEquals(response_dict, {})
# msg = "This document can not be loaded or is empty\n"
# self.assertTrue(response_message.endswith(msg),
# "%s != %s" % (response_message, msg))
# def testRunGenerateMethod(self):
# """Test run_generate method"""
# data = open(join('data', 'test.odt'), 'r').read()
# generate_result = self.proxy.run_generate('test.odt',
# encodestring(data),
# None, 'pdf',
# 'application/vnd.oasis.opendocument.text')
# response_code, response_dict, response_message = generate_result
# self.assertEquals(response_code, 200)
# self.assertEquals(type(response_dict), DictType)
# self.assertNotEquals(response_dict['data'], '')
# self.assertEquals(response_dict['mime'], 'application/pdf')
# def testRunGenerateMethodConvertOdsToHTML(self):
# """Test run_generate method. This test is to validate a bug convertions to
# html"""
# data = open(join('data', 'test.ods'), 'r').read()
# generate_result = self.proxy.run_generate('test.ods',
# encodestring(data),
# None, 'html',
# "application/vnd.oasis.opendocument.spreadsheet")
# response_code, response_dict, response_message = generate_result
# self.assertEquals(response_code, 200)
# self.assertEquals(type(response_dict), DictType)
# self.assertNotEquals(response_dict['data'], '')
# self.assertEquals(response_dict['mime'], 'application/zip')
# output_url = join(self.tmp_url, "zip.zip")
# open(output_url, 'w').write(decodestring(response_dict['data']))
# self.assertTrue(is_zipfile(output_url))
# filename_list = [file.filename for file in ZipFile(output_url).filelist]
# for filename in filename_list:
# if filename.endswith("impr.html"):
# break
# else:
# self.fail("Not exists one file with 'impr.html' format")
# if exists(output_url):
# remove(output_url)
# def testPNGFileToConvertOdpToHTML(self):
# """Test run_generate method. This test if returns good png files"""
# data = open(join('data', 'test_png.odp'), 'r').read()
# generate_result = self.proxy.run_generate('test_png.odp',
# encodestring(data),
# None, 'html',
# 'application/vnd.oasis.opendocument.presentation')
# response_code, response_dict, response_message = generate_result
# self.assertEquals(response_code, 200)
# self.assertEquals(type(response_dict), DictType)
# self.assertNotEquals(response_dict['data'], '')
# self.assertEquals(response_dict['mime'], 'application/zip')
# output_url = join(self.tmp_url, "zip.zip")
# open(output_url, 'w').write(decodestring(response_dict['data']))
# self.assertTrue(is_zipfile(output_url))
# zipfile = ZipFile(output_url)
# try:
# png_path = join(self.tmp_url, "img0.png")
# zipfile.extractall(self.tmp_url)
# content_type = self._getFileType(png_path)
# self.assertEquals(content_type, 'image/png')
# m = magic.Magic()
# self.assertTrue("8-bit/color RGB" in m.from_file(png_path))
# finally:
# zipfile.close()
# if exists(output_url):
# remove(output_url)
# def testRunGenerateMethodConvertOdpToHTML(self):
# """Test run_generate method. This test is to validate a bug convertions to
# html"""
# data = open(join('data', 'test.odp'), 'r').read()
# generate_result = self.proxy.run_generate('test.odp',
# encodestring(data),
# None, 'html',
# 'application/vnd.oasis.opendocument.presentation')
# response_code, response_dict, response_message = generate_result
# self.assertEquals(response_code, 200)
# self.assertEquals(type(response_dict), DictType)
# self.assertNotEquals(response_dict['data'], '')
# self.assertEquals(response_dict['mime'], 'application/zip')
# output_url = join(self.tmp_url, "zip.zip")
# open(output_url, 'w').write(decodestring(response_dict['data']))
# self.assertTrue(is_zipfile(output_url))
# filename_list = [file.filename for file in ZipFile(output_url).filelist]
# for filename in filename_list:
# if filename.endswith("impr.html"):
# break
# else:
# self.fail("Not exists one file with 'impr.html' format")
# # XXX disable this test because LibreOffice 3.3 can open such a broken
# # document.
# def _testRunGenerateMethodFailResponse(self):
# """Test run_generate method with invalid document"""
# data = open(join('data', 'test.odt'), 'r').read()[:100]
# generate_result = self.proxy.run_generate('test.odt',
# encodestring(data),
# None, 'pdf', 'application/vnd.oasis.opendocument.text')
# response_code, response_dict, response_message = generate_result
# self.assertEquals(response_code, 402)
# self.assertEquals(type(response_dict), DictType)
# self.assertEquals(response_dict, {})
# self.assertTrue(response_message.startswith('Traceback'))
# def testRunSetMetadata(self):
# """Test run_setmetadata method"""
# data = open(join('data', 'testMetadata.odt'), 'r').read()
# setmetadata_result = self.proxy.run_setmetadata('testMetadata.odt',
# encodestring(data),
# {"Title": "testSetMetadata", "Description": "Music"})
# response_code, response_dict, response_message = setmetadata_result
# self.assertEquals(response_code, 200)
# self.assertNotEquals(response_dict['data'], '')
# getmetadata_result = self.proxy.run_getmetadata('testMetadata.odt',
# response_dict['data'])
# response_code, response_dict, response_message = getmetadata_result
# self.assertEquals(response_code, 200)
# self.assertEquals(response_dict['meta']['MIMEType'],
# 'application/vnd.oasis.opendocument.text')
# self.assertEquals(response_dict['meta']['Description'], "Music")
# setmetadata_result = self.proxy.run_setmetadata('testMetadata.odt',
# encodestring(data),
# {"Title": "Namie's working record",
# "Description": "Music"})
# response_code, response_dict, response_message = setmetadata_result
# getmetadata_result = self.proxy.run_getmetadata('testMetadata.odt',
# response_dict['data'])
# response_code, response_dict, response_message = getmetadata_result
# self.assertEquals(response_code, 200)
# self.assertEquals(response_dict['meta']['title'],
# "Namie's working record")
# def testRunSetMetadataFailResponse(self):
# """Test run_setmetadata method with invalid document"""
# data = open(join('data', 'testMetadata.odt'), 'r').read()[:100]
# setmetadata_result = self.proxy.run_setmetadata('testMetadata.odt',
# encodestring(data),
# {"Title": "testSetMetadata", "Description": "Music"})
# response_code, response_dict, response_message = setmetadata_result
# self.assertEquals(response_code, 402)
# self.assertEquals(response_dict, {})
# self.assertTrue(response_message.startswith('Traceback'))
# def testGetAllowedTargetItemList(self):
# """Test if filter name returns correctly with ERP5 API"""
# mimetype = 'application/vnd.oasis.opendocument.text'
# response_code, response_dict, response_message = \
# self.proxy.getAllowedTargetItemList(mimetype)
# self.assertEquals(response_code, 200)
# self.assertEquals(len(response_dict['response_data']), 17)
# self.assertTrue(['html', 'HTML Document (OpenOffice.org Writer)'] in response_dict['response_data'])
# self.assertFalse(['html', 'HTML Document'] in response_dict['response_data'])
# def testGetTableItemList(self):
# """Test if manager can get the table item list"""
# table_list = [['Developers', ''],
# ['Prices', 'Table 1: Prices table from Mon Restaurant'],
# ['SoccerTeams', 'Tabela 2: Soccer Teams']]
# data = encodestring(open("data/granulate_table_test.odt").read())
# granulated_table = self.proxy.getTableItemList(data, "odt")
# self.assertEquals(table_list, granulated_table)
# #.doc
# table_list = [['Table1', ''],
# ['Table2', 'Table 1: Prices table from Mon Restaurant'],
# ['Table3', 'Tabela 2: Soccer Teams']]
# data = encodestring(open("data/granulate_table_test.doc").read())
# granulated_table = self.proxy.getTableItemList(data, "doc")
# self.assertEquals(table_list, granulated_table)
# def testGetTable(self):
# """Test if manager can get a item of some granulated table"""
# data = encodestring(open("./data/granulate_table_test.odt").read())
# granulated_table = self.proxy.getTableItemList(data, "odt")
# table_item = decodestring(self.proxy.getTable(data, granulated_table[1][0],
# "odt"))
# content_xml_str = ZipFile(StringIO(table_item)).read('content.xml')
# content_xml = etree.fromstring(content_xml_str)
# table_list = content_xml.xpath('//table:table',
# namespaces=content_xml.nsmap)
# self.assertEquals(1, len(table_list))
# table = table_list[0]
# name_key = '{urn:oasis:names:tc:opendocument:xmlns:table:1.0}name'
# self.assertEquals(granulated_table[1][0], table.attrib[name_key])
# #.doc
# data = encodestring(open("./data/granulate_table_test.doc").read())
# granulated_table = self.proxy.getTableItemList(data, "doc")
# self.proxy.getTable(data, granulated_table[1][0], "doc")
# table_item = decodestring(self.proxy.getTable(data, granulated_table[1][0],
# "doc"))
# content_xml_str = ZipFile(StringIO(table_item)).read('content.xml')
# content_xml = etree.fromstring(content_xml_str)
# table_list = content_xml.xpath('//table:table',
# namespaces=content_xml.nsmap)
# self.assertEquals(1, len(table_list))
# table = table_list[0]
# name_key = '{urn:oasis:names:tc:opendocument:xmlns:table:1.0}name'
# self.assertEquals(granulated_table[1][0], table.attrib[name_key])
# def testGetColumnItemList(self):
# """Test if manager can get the list of column item"""
# data = encodestring(open("./data/granulate_table_test.odt").read())
# columns = self.proxy.getColumnItemList(data, "SoccerTeams", "odt")
# self.assertEquals([[0, 'Name'], [1, 'Country']], columns)
# #.doc
# data = encodestring(open("./data/granulate_table_test.doc").read())
# #in the doc format the tables lose their names
# columns = self.proxy.getColumnItemList(data, "Table3", "doc")
# self.assertEquals([[0, 'Name'], [1, 'Country']], columns)
# def testGetLineItemList(self):
# """Test if manager can get the list of lines items"""
# data = encodestring(open("./data/granulate_table_test.odt").read())
# line_item_list = self.proxy.getLineItemList(data, "Developers", "odt")
# self.assertEquals([['Name', 'Hugo'], ['Phone', '+55 (22) 8888-8888'],
# ['Email', 'hugomaia@tiolive.com'], ['Name', 'Rafael'],
# ['Phone', '+55 (22) 9999-9999'],
# ['Email', 'rafael@tiolive.com']], line_item_list)
# #.doc
# data = encodestring(open("./data/granulate_table_test.doc").read())
# line_item_list = self.proxy.getLineItemList(data, "Table1", "doc")
# self.assertEquals([['Name', 'Hugo'], ['Phone', '+55 (22) 8888-8888'],
# ['Email', 'hugomaia@tiolive.com'], ['Name', 'Rafael'],
# ['Phone', '+55 (22) 9999-9999'],
# ['Email', 'rafael@tiolive.com']], line_item_list)
# def testGetImageItemList(self):
# """Test if manager can get the list of images items"""
# data = encodestring(open("./data/granulate_test.odt").read())
# image_list = self.proxy.getImageItemList(data, "odt")
# self.assertEquals([['10000000000000C80000009C38276C51.jpg', ''],
# ['10000201000000C80000004E7B947D46.png', 'TioLive Logo'],
# ['10000201000000C80000004E7B947D46.png', ''],
# ['2000004F00004233000013707E7DE37A.svm', 'Python Logo'],
# ['10000201000000C80000004E7B947D46.png',
# 'Again TioLive Logo']],
# image_list)
# #.doc
# data = encodestring(open("./data/granulate_test.doc").read())
# image_list = self.proxy.getImageItemList(data, "doc")
# self.assertEquals([['10000000000000C80000009C38276C51.jpg', ''],
# ['10000201000000C80000004E7B947D46.png', 'TioLive Logo'],
# ['10000201000000C80000004E7B947D46.png', ''],
# ['200003160000423300001370F468B63D.wmf', 'Python Logo'],
# ['10000201000000C80000004E7B947D46.png',
# 'Again TioLive Logo']],
# image_list)
# def testGetImage(self):
# """Test if manager can get a image"""
# data = encodestring(open("./data/granulate_test.odt").read())
# zip = ZipFile(StringIO(decodestring(data)))
# image_id = '10000000000000C80000009C38276C51.jpg'
# original_image = zip.read('Pictures/%s' % image_id)
# geted_image = decodestring(self.proxy.getImage(data, image_id, "odt"))
# self.assertEquals(original_image, geted_image)
# #.doc
# data = encodestring(open("./data/granulate_test.doc").read())
# #This conversion is necessary to catch the image from the doc file;
# #so compare with the server return.
# data_odt = self.proxy.convertFile(data, 'doc', 'odt', False)
# zip = ZipFile(StringIO(decodestring(data_odt)))
# image_id = '10000000000000C80000009C38276C51.jpg'
# original_image = zip.read('Pictures/%s' % image_id)
# geted_image = decodestring(self.proxy.getImage(data, image_id, "doc"))
# self.assertEquals(original_image, geted_image)
# def testGetParagraphItemList(self):
# """Test if paragraphs are extracted correctly from document"""
# data = encodestring(open("./data/granulate_test.odt").read())
# paragraph_list = self.proxy.getParagraphItemList(data, "odt")
# self.assertEquals([[0, 'P3'], [1, 'P1'], [2, 'P12'], [3, 'P6'], [4, 'P7'],
# [5, 'P8'], [6, 'P6'], [7, 'P6'], [8, 'P13'], [9, 'P9'],
# [10, 'P9'], [11, 'P9'], [12, 'P4'], [13, 'P10'], [14,
# 'P5'], [15, 'P5'], [16, 'P14'], [17, 'P11'], [18, 'P11'],
# [19, 'Standard'], [20, 'P2'], [21, 'P2'], [22, 'P2'],
# [23, 'P2'], [24, 'P2'], [25, 'P2'], [26, 'P2'], [27,
# 'P2'], [28, 'P2'], [29, 'P2']], paragraph_list)
# def testGetParagraphItem(self):
# """Test if manager can get a paragraph"""
# data = encodestring(open("./data/granulate_test.odt").read())
# paragraph = self.proxy.getParagraph(data, 1, "odt")
# self.assertEquals(['', 'P1'], paragraph)
# def testGetChapterItemList(self):
# """Test if the chapters list is extracted correctly from document"""
# data = encodestring(open("./data/granulate_chapters_test.odt").read())
# chapter_list = self.proxy.getChapterItemList(data, "odt")
# self.assertEquals([[0, 'Title 0'], [1, 'Title 1'], [2, 'Title 2'],
# [3, 'Title 3'], [4, 'Title 4'], [5, 'Title 5'],
# [6, 'Title 6'], [7, 'Title 7'], [8, 'Title 8'],
# [9, 'Title 9'], [10, 'Title 10']] , chapter_list)
# def testGetChapterItem(self):
# """Test if manager can get a chapter"""
# data = encodestring(open("./data/granulate_chapters_test.odt").read())
# chapter = self.proxy.getChapterItem(1, data, "odt")
# self.assertEquals(['Title 1', 1], chapter)
def test_suite():
return make_suite(TestServer)
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