def test_analyze(self):
analysis = analyze('../test/dat/DC0909E.mei')
self.assertEqual(True, analysis.first_measure_empty)
self.assertEqual(False, analysis.has_editor_element)
self.assertEqual(False, analysis.has_arranger_element)
self.assertEqual('', analysis.editor_name)
self.assertListEqual(analysis.staff_list,
[('Superius', 'Superius', 'variant', '', '1'),
('Superius_Variant_1554/22', 'Superius', 'variant', 'RISM1554-22', '2'),
('Contratenor', 'Contratenor', 'variant', '', '3'),
('Contratenor_Emendation_Tanguy', 'Contratenor', 'emendation', 'Tanguy', '4'),
('Contratenor_Variant_1554/22', 'Contratenor', 'variant', 'RISM1554-22', '5'),
('Tenor', 'Tenor', 'variant', '', '6'),
('Tenor_Variant_1554/22', 'Tenor', 'variant', 'RISM1554-22', '7'),
('Bassus', 'Bassus', 'variant', '', '8'),
('Bassus_Variant_1554/22', 'Bassus', 'variant', 'RISM1554-22', '9'),
])
self.assertListEqual(analysis.alternates_list,
[('1', 'variant', '1', ''),
('2', 'variant', '1', 'RISM1554-22'),
('3', 'variant', '3', ''),
('4', 'emendation', '3', 'Tanguy'),
('5', 'variant', '3', 'RISM1554-22'),
('6', 'variant', '6', ''),
('7', 'variant', '6', 'RISM1554-22'),
('8', 'variant', '8', ''),
('9', 'variant', '8', 'RISM1554-22'),
])
def test_analyze(self):
analysis = analyze("../test/dat/DC0909E.mei")
self.assertEqual(False, analysis.has_editor_element)
self.assertEqual(False, analysis.has_arranger_element)
self.assertEqual("", analysis.editor_name)
self.assertListEqual(
analysis.staff_list,
[
("Superius", "Superius", "variant", "", "1"),
("Superius_Variant_1554/22", "Superius", "variant", "RISM1554-22", "2"),
("Contratenor", "Contratenor", "variant", "", "3"),
("Contratenor_Emendation_Tanguy", "Contratenor", "emendation", "Tanguy", "4"),
("Contratenor_Variant_1554/22", "Contratenor", "variant", "RISM1554-22", "5"),
("Tenor", "Tenor", "variant", "", "6"),
("Tenor_Variant_1554/22", "Tenor", "variant", "RISM1554-22", "7"),
("Bassus", "Bassus", "variant", "", "8"),
("Bassus_Variant_1554/22", "Bassus", "variant", "RISM1554-22", "9"),
],
)
self.assertListEqual(
analysis.alternates_list,
[
("1", "variant", "1", ""),
("2", "variant", "1", "RISM1554-22"),
("3", "variant", "3", ""),
("4", "emendation", "3", "Tanguy"),
("5", "variant", "3", "RISM1554-22"),
("6", "variant", "6", ""),
("7", "variant", "6", "RISM1554-22"),
("8", "variant", "8", ""),
("9", "variant", "8", "RISM1554-22"),
],
)
def postdata():
data = request.get_json()
# print(data)
# print(len(data["img"]))
result = analyze(data["img"], data["w"], data["h"])
result_str = 'true' if result else 'false'
json_result = '{ "result": ' + result_str + ' }'
# do something with this data variable that contains the data from the node server
return json.dumps(json.loads(json_result))
def texturize(txt):
analyzeDictionary = analyze(txt)
output = render(txt
,contacts = analyzeDictionary["contacts"]
,vlpfs = analyzeDictionary["vlpfs"]
,headerSpan = analyzeDictionary["headers"]
#,highVlpfs = analyzeDictionary["highVlpfs"]
#,leadTile = ...
,newlines = analyzeDictionary["newlines"]
,tiles = analyzeDictionary["segments"]
)
return output
def texturize(txt):
analyzeDictionary = analyze(txt)
output = render(
txt,
contacts=analyzeDictionary["contacts"],
vlpfs=analyzeDictionary["vlpfs"],
headerSpan=analyzeDictionary["headers"]
#,highVlpfs = analyzeDictionary["highVlpfs"]
#,leadTile = ...
,
newlines=analyzeDictionary["newlines"],
tiles=analyzeDictionary["segments"])
return output
siteurl = "%s://%s/%s" % (scheme, pasite, pausername)
http = httprequest()
http.__setheader__(pasite, "GET", pausername, scheme)
html = http.__send__(siteurl, http.header)
#self.queue_sender(html)
return html
pass
pass
if __name__ == '__main__':
site = "www.twitter.com"
#username = "******"
while True:
username = raw_input("请输入账户：")
if username in "exit":
break
else:
twitterobj = twittersearch('twitterque')
html = twitterobj.twitter_user_info_(site, username)
analy = analyze(html)
result = analy.__GetTweeterinfo__()
twitterobj.queue_sender(result)
pass
