def test_DecisionModelProxy_GetFilteredOnTextKeywords(self):
from Decisions.DBProxy import DecisionModelProxy
word = 'umfasst'
result = DecisionModelProxy.GetListFromTextKeywords(
Reasons__contains=word)
test = [x for x in result if x.CaseNumber == 'T 0336/15']
self.assertNotEqual(test, [])
def test_citationFrequency(self):
from Decisions.DBProxy import DecisionModelProxy
from Decisions.Analysers import AnalysisHelpers
decisions = DecisionModelProxy.GetAllForBoard('3.1.01')
x = AnalysisHelpers.CitationFrequency(decisions)
y = {dec.CaseNumber: count for (dec, count) in x.items()}
self.assertTrue(y['J 0005/80'] > 50)
def test_DecisionModelProxy_GetFilteredOnBibliographyKeywords(self):
from Decisions.DBProxy import DecisionModelProxy
casenumber = 'T 0641/00'
result = DecisionModelProxy.GetListFromBibliographyKeywords(
CaseNumber=casenumber)
self.assertEqual(len(result), 3)
for r in result:
self.assertEqual(r.CaseNumber, casenumber)
def test_AllGoodCited(self):
from DecisionsPlus import DecisionModelProxy
casenumber = 'G 0001/83'
decision = DecisionModelProxy.GetListFromKeywords(
CaseNumber=casenumber)[0]
x = decision.CaseNumber
y = decision.pk
z = decision.AllGoodCited
a = 1
def test_articleFrequency(self):
from Decisions.DBProxy import DecisionModelProxy
from Decisions.Analysers import AnalysisHelpers
decisions = (DecisionModelProxy.GetListFromCaseNumber('T 0954/98'))
x = AnalysisHelpers.AttributeFrequency(decisions)
self.assertEqual(x['131'], 1)
def test_ipcFrequency(self):
from Decisions.DBProxy import DecisionModelProxy
from Decisions.Analysers import AnalysisHelpers
decisions = DecisionModelProxy.GetListFromCaseNumber('G 0001/97')
x = AnalysisHelpers.IpcFrequency(decisions)
self.assertEqual(x['G04B 37/16'], 3)
def test_GetBoardList(self):
from Decisions.DBProxy import DecisionModelProxy
boards = DecisionModelProxy.GetBoardList()
self.assertEqual(len(boards), 32)