class TestCase():
def __init__(self):
self.extractor = Extractor().getInstance()
def test_extractFromPage(self):
'''Test method extract_from_source.'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
# prepare
f = file("../test/example_google_page.txt", "r")
html = f.read()
f.close()
# test
models = self.extractor.extract_from_source(html)
print "**:>> %s" % len(models)
for model in models:
print model.asDetailText();
print '-END TEST-'
class TestCase():
def __init__(self):
self.extractor = Extractor().getInstance()
def test_extractFromPage(self):
'''Test method extract_from_source.'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
# prepare
f = file("../test/example_google_page.txt", "r")
html = f.read()
f.close()
# test
models = self.extractor.extract_from_source(html)
for model in models:
print model
print '-END TEST-'
def test_getNodesByPersonName(self):
'''Test method getNodesByPersonName.'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
e = Extractor()
models = e.getNodesByPersonName('jie tang')
for model in models:
print model
print '-END TEST-'
def test_clean_title(self):
html = '''<p><div class=gs_r><h3><a href="http://doi.ieeecomputersociety.org/10.110910.1109/ICDM.2001.989541" onmousedown="return clk(this.href,'','res','16')">CMAR: Accurate and efficient classification based on multiple class-association …</a></h3><span class="gs_ggs gs_fl"><b><a href="http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.24.9014&rep=rep1&type=pdf" onmousedown="return clk(this.href,'gga','gga','16')">psu.edu</a> <span class=gs_ctg>[PDF]</span></b></span><font size=-1><br><span class=gs_a>WLJ Han, J Pei - Proc. of IEEE-ICDM, 2001 - doi.ieeecomputersociety.org</span><br>Previous studies propose that associative classification has high classification accuracy and <br>
strong flexibility at handling unstructured data. However, it still suffers from the huge set of mined <br>
rules and sometimes biased classi- fication or overfitting since the classification is based <b> ...</b> <br><span class=gs_fl><a href="/scholar?cites=1090097156101892771&hl=en&num=100&as_sdt=2000">Cited by 511</a> - <a href="/scholar?q=related:o-odgJbNIA8J:scholar.google.com/&hl=en&num=100&as_sdt=2000">Related articles</a> - <a href="/scholar?cluster=1090097156101892771&hl=en&num=100&as_sdt=2000">All 28 versions</a></span></font> </div> <p><div class=gs_r><h3><a href="http://portal.acm.org/citation.cfm?id=347167" onmousedown="return'''
models = self.extractor.extract_from_source(html)
for model in models:
print model
print '- test done -'
def test_debug_not_found(self):
'''Debug Errors'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
pub_candidates = []
pub_candidates.append(
Publication(
-1, 2000,
'Formalizzazione e Ottimizzazione di Transazioni di modifica in CLP(AD)',
"pubkey", -1, "authors", -5))
#----------------------------------------------------
pub_candidates = []
pub_candidates.append(
Publication(
-1, 2000,
'On the Use of Spreading Activation Methods in Automatic Information Retrieval',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Chairman\'s Message', "pubkey", -1,
"authors", -5))
pub_candidates.append(
Publication(-1, 2000,
'Introduction to Modern Information Retrieval',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Publications', "pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Die RISC-CISC Debatte', "pubkey", -1,
"authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Kryptologie', "pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Approximative Public-Key-Kryptosysteme',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Integritat in IT-Systemen', "pubkey", -1,
"authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Vollstandige Reduktionssysteme', "pubkey",
-1, "authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Approximative Public-Key-Kryptosysteme',
"pubkey", -1, "authors", -5))
matcher = PubMatcher.getInstance()
extractor = Extractor.getInstance()
query, used_pubs = Extractor.pinMaxQuery(pub_candidates)
print '%s pub, query: %s' % (len(used_pubs), query)
all_models = extractor.getNodesByPubs(used_pubs)
(pubs_found, pubs_notfound) = PubMatcher.getInstance().matchPub(
used_pubs, all_models)
for pub in pubs_found:
print 'pubs found', pub
print '-' * 100
for pub in pubs_notfound:
print 'not found', pub
print '- test done -'
def test_pin_query(self):
'''Test pin query'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
#----------------------------------------------------
pub_candidates = []
pub_candidates.append(
Publication(
-1, 2000,
'Language, Cohesion and Form Margaret Masterman (1910-1986) (Edited by Yorick Wilks, University of Sheffield), Cambridge University Press (Studies in natural language processing, edited by Steven Bird and Branimir Boguraev), 2005, x+312 pp; hardbound, ISBN 0-521-45489-1',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(
-1, 2000,
'Methodology and technology for virtual component driven hardware/software co-design on the system-level',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(
-1, 2000,
'From the Editor: Security Cosmology: Moving from Big Bang to Worlds in Collusion',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(
-1, 2000,
'XML for the Exchange of Automation Project Information',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(-1, 2000, 'Editor\'s Notes', "pubkey", -1, "authors",
-5))
pub_candidates.append(
Publication(
-1, 2000,
'Integrating Mathematical and Symbolic Models Through AESOP: An Expert for Stock Options Pricing',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(
-1, 2000,
'Von Transaktionen zu Problemlosungszyklen: Erweiterte Verarbeitungsmodelle fur Non-Standard-Datenbanksysteme',
"pubkey", -1, "authors", -5))
pub_candidates.append(
Publication(
-1, 2000,
'Schemazusammenfuhrungen mit Vorgaben: Eine Studie uber die STEP-Norm AP214 und Oracle\'s Flexfelder',
"pubkey", -1, "authors", -5))
query, pubs = self.extractor.pinMaxQuery(pub_candidates)
print query
for pub in pubs:
print pub
class TestPubMatcher:
def __init__(self):
self.matcher = PubMatcher()
#
# Test
#
def test_matchPub(self):
self.extractor = Extractor().getInstance()
pubdao = PublicationDao()
person_id = 13419
person_name = 'jie tang'
# Read sources from files
all_models = {}
for page in range(0, 3):
filename = "".join((person_name, '_page_', str(page), '.html'))
f = file(os.path.join(self.settings.source_dir, filename), 'r')
html = f.read()
models = self.extractor.extract_from_source(html)
if models is not None:
self.extractor._Extractor__merge_into_extractedmap(
all_models, models)
print 'Total found DEBUG %s items.' % len(all_models)
# part 2
pubs = pubdao.getPublicationByPerson(person_id,
self.settings.generation)
printout = False
if printout:
for key, models in all_models.items():
print key, " --> ", models
print '==================='
for pub in pubs:
print pub
(pubs_matched, pubs_not_matched) = self.matchPub(pubs, all_models)
print '- test done -', len(pubs_matched), len(pubs_not_matched)
return pubs_not_matched
def test_fetchByPubs(self, pubs):
'''Test use a list of pubs that not found in person search'''
print '-- test fetchByPubs %s pubs', len(pubs)
new_pubs = []
for pub in pubs:
new_pubs.append((pub, 'jie tang'))
extractor = Extractor()
extractor.getNodesByPubs(new_pubs)
print '- test done -'
def test_match_with_authors(self):
data_test = ((
'… DeSmedt, W Du, W <b>Kent</b>, MA Ketabchi, WA … - …, 1991 - doi.ieeecomputersociety.org',
'Rafi Ahmed,Philippe De Smedt,Weimin Du,William Kent,Mohammad A. Ketabchi,Witold Litwin,Abbas Rafii,Ming-Chien Shan'
), (
'R Ahmed, P DeSmedt, W Du, W Kent, MA … - …, 1991 - doi.ieeecomputersociety.org',
'Rafi Ahmed,Philippe De Smedt,Weimin Du,William Kent,Mohammad A. Ketabchi,Witold Litwin,Abbas Rafii,Ming-Chien Shan'
), (
'P Lyngbaek, W Kent - … on the 1986 international workshop on Object …, 1986 - portal.acm.org',
'Peter Lyngbak,William Kent'
), (
'W Kent - Proceedings of the 8th Bristish National …, 1990 - fog.hpl.external.hp.com',
'William Kent'
), (
'DE Neiman, DW Hildum, VR Lessef, T …',
'Daniel E. Neiman,David W. Hildum,Victor R. Lesser,Tuomas Sandholm'
), (
'M Esmaili, R Safavi-Naini, J Pieprzyk',
'Mansour Esmaili,Reihaneh Safavi-Naini,Josef Pieprzyk'
), ('DH Fishman, J Annevelink, E Chow, T …',
'Daniel H. Fishman,Jurgen Annevelink,David Beech,E. C. Chow,Tim Connors,J. W. Davis,Waqar Hasan,C. G. Hoch,William Kent,S. Leichner,Peter Lyngbak,Brom Mahbod,Marie-Anne Neimat,Tore Risch,Ming-Chien Shan,W. Kevin Wilkinson'
))
data_debug = ((
'DH Fishman, J Annevelink, E Chow, T …',
'Daniel H. Fishman,Jurgen Annevelink,David Beech,E. C. Chow,Tim Connors,J. W. Davis,Waqar Hasan,C. G. Hoch,William Kent,S. Leichner,Peter Lyngbak,Brom Mahbod,Marie-Anne Neimat,Tore Risch,Ming-Chien Shan,W. Kevin Wilkinson'
), )
for ga, da in data_debug:
print "match: %s \n with: %s \n is: %s" % (ga, da, \
self.matcher.matchAuthors(ga, da, debug_output=True))
class TestPubMatcher:
def __init__(self):
self.matcher = PubMatcher()
#
# Test
#
def test_matchPub(self):
self.extractor = Extractor().getInstance()
pubdao = PublicationDao()
person_id = 13419
person_name = 'jie tang'
# Read sources from files
all_models = {}
for page in range(0, 3):
filename = "".join((person_name, '_page_', str(page), '.html'))
f = file(os.path.join(self.settings.source_dir, filename), 'r')
html = f.read()
models = self.extractor.extract_from_source(html)
if models is not None:
self.extractor._Extractor__merge_into_extractedmap(all_models, models)
print 'Total found DEBUG %s items.' % len(all_models)
# part 2
pubs = pubdao.getPublicationByPerson(person_id, self.settings.generation)
printout = False
if printout:
for key, models in all_models.items():
print key, " --> ", models
print '==================='
for pub in pubs:
print pub
(pubs_matched, pubs_not_matched) = self.matchPub(pubs, all_models)
print '- test done -', len(pubs_matched), len(pubs_not_matched)
return pubs_not_matched
def test_fetchByPubs(self, pubs):
'''Test use a list of pubs that not found in person search'''
print '-- test fetchByPubs %s pubs', len(pubs)
new_pubs = []
for pub in pubs:
new_pubs.append((pub, 'jie tang'))
extractor = Extractor()
extractor.getNodesByPubs(new_pubs)
print '- test done -'
def test_match_with_authors(self):
data_test = (
('… DeSmedt, W Du, W <b>Kent</b>, MA Ketabchi, WA … - …, 1991 - doi.ieeecomputersociety.org',
'Rafi Ahmed,Philippe De Smedt,Weimin Du,William Kent,Mohammad A. Ketabchi,Witold Litwin,Abbas Rafii,Ming-Chien Shan'),
('R Ahmed, P DeSmedt, W Du, W Kent, MA … - …, 1991 - doi.ieeecomputersociety.org',
'Rafi Ahmed,Philippe De Smedt,Weimin Du,William Kent,Mohammad A. Ketabchi,Witold Litwin,Abbas Rafii,Ming-Chien Shan'),
('P Lyngbaek, W Kent - … on the 1986 international workshop on Object …, 1986 - portal.acm.org',
'Peter Lyngbak,William Kent'),
('W Kent - Proceedings of the 8th Bristish National …, 1990 - fog.hpl.external.hp.com',
'William Kent'),
('DE Neiman, DW Hildum, VR Lessef, T …',
'Daniel E. Neiman,David W. Hildum,Victor R. Lesser,Tuomas Sandholm'),
('M Esmaili, R Safavi-Naini, J Pieprzyk',
'Mansour Esmaili,Reihaneh Safavi-Naini,Josef Pieprzyk'),
('DH Fishman, J Annevelink, E Chow, T …',
'Daniel H. Fishman,Jurgen Annevelink,David Beech,E. C. Chow,Tim Connors,J. W. Davis,Waqar Hasan,C. G. Hoch,William Kent,S. Leichner,Peter Lyngbak,Brom Mahbod,Marie-Anne Neimat,Tore Risch,Ming-Chien Shan,W. Kevin Wilkinson')
)
data_debug = (
('DH Fishman, J Annevelink, E Chow, T …',
'Daniel H. Fishman,Jurgen Annevelink,David Beech,E. C. Chow,Tim Connors,J. W. Davis,Waqar Hasan,C. G. Hoch,William Kent,S. Leichner,Peter Lyngbak,Brom Mahbod,Marie-Anne Neimat,Tore Risch,Ming-Chien Shan,W. Kevin Wilkinson'),
)
for ga, da in data_debug:
print "match: %s \n with: %s \n is: %s" % (ga, da, \
self.matcher.matchAuthors(ga, da, debug_output=True))
class TestCase():
def __init__(self):
self.extractor = Extractor().getInstance()
def test_extractFromPage(self):
'''Test method extract_from_source.'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
# prepare
f = file("../test/example_google_page.txt", "r")
html = f.read()
f.close()
# test
models = self.extractor.extract_from_source(html)
for model in models:
print model
print '-END TEST-'
def test_getNodesByPersonName(self):
'''Test method getNodesByPersonName.'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
e = Extractor()
models = e.getNodesByPersonName('jie tang')
for model in models:
print model
print '-END TEST-'
def test_clean_title(self):
html = '''<p><div class=gs_r><h3><a href="http://doi.ieeecomputersociety.org/10.110910.1109/ICDM.2001.989541" onmousedown="return clk(this.href,'','res','16')">CMAR: Accurate and efficient classification based on multiple class-association …</a></h3><span class="gs_ggs gs_fl"><b><a href="http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.24.9014&rep=rep1&type=pdf" onmousedown="return clk(this.href,'gga','gga','16')">psu.edu</a> <span class=gs_ctg>[PDF]</span></b></span><font size=-1><br><span class=gs_a>WLJ Han, J Pei - Proc. of IEEE-ICDM, 2001 - doi.ieeecomputersociety.org</span><br>Previous studies propose that associative classification has high classification accuracy and <br>
strong flexibility at handling unstructured data. However, it still suffers from the huge set of mined <br>
rules and sometimes biased classi- fication or overfitting since the classification is based <b> ...</b> <br><span class=gs_fl><a href="/scholar?cites=1090097156101892771&hl=en&num=100&as_sdt=2000">Cited by 511</a> - <a href="/scholar?q=related:o-odgJbNIA8J:scholar.google.com/&hl=en&num=100&as_sdt=2000">Related articles</a> - <a href="/scholar?cluster=1090097156101892771&hl=en&num=100&as_sdt=2000">All 28 versions</a></span></font> </div> <p><div class=gs_r><h3><a href="http://portal.acm.org/citation.cfm?id=347167" onmousedown="return'''
models = self.extractor.extract_from_source(html)
for model in models: print model
print '- test done -'
def test_debug_not_found(self):
'''Debug Errors'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
pub_candidates = []
pub_candidates.append(Publication(-1, 2000, 'Formalizzazione e Ottimizzazione di Transazioni di modifica in CLP(AD)', "pubkey", -1, "authors", -5))
#----------------------------------------------------
pub_candidates = []
pub_candidates.append(Publication(-1, 2000, 'On the Use of Spreading Activation Methods in Automatic Information Retrieval', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Chairman\'s Message', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Introduction to Modern Information Retrieval', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Publications', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Die RISC-CISC Debatte', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Kryptologie', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Approximative Public-Key-Kryptosysteme', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Integritat in IT-Systemen', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Vollstandige Reduktionssysteme', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Approximative Public-Key-Kryptosysteme', "pubkey", -1, "authors", -5))
matcher = PubMatcher.getInstance()
extractor = Extractor.getInstance()
query, used_pubs = Extractor.pinMaxQuery(pub_candidates)
print '%s pub, query: %s' % (len(used_pubs), query)
all_models = extractor.getNodesByPubs(used_pubs)
(pubs_found, pubs_notfound) = PubMatcher.getInstance().matchPub(used_pubs, all_models)
for pub in pubs_found:
print 'pubs found' , pub
print '-' * 100
for pub in pubs_notfound:
print 'not found' , pub
print '- test done -'
def test_pin_query(self):
'''Test pin query'''
print '-TEST-:', self.test_extractFromPage.__doc__.strip()
#----------------------------------------------------
pub_candidates = []
pub_candidates.append(Publication(-1, 2000, 'Language, Cohesion and Form Margaret Masterman (1910-1986) (Edited by Yorick Wilks, University of Sheffield), Cambridge University Press (Studies in natural language processing, edited by Steven Bird and Branimir Boguraev), 2005, x+312 pp; hardbound, ISBN 0-521-45489-1', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Methodology and technology for virtual component driven hardware/software co-design on the system-level', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'From the Editor: Security Cosmology: Moving from Big Bang to Worlds in Collusion', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'XML for the Exchange of Automation Project Information', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Editor\'s Notes', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Integrating Mathematical and Symbolic Models Through AESOP: An Expert for Stock Options Pricing', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Von Transaktionen zu Problemlosungszyklen: Erweiterte Verarbeitungsmodelle fur Non-Standard-Datenbanksysteme', "pubkey", -1, "authors", -5))
pub_candidates.append(Publication(-1, 2000, 'Schemazusammenfuhrungen mit Vorgaben: Eine Studie uber die STEP-Norm AP214 und Oracle\'s Flexfelder', "pubkey", -1, "authors", -5))
query, pubs = self.extractor.pinMaxQuery(pub_candidates)
print query
for pub in pubs:
print pub
