def testCondense(self):
bl = [type1Line( '1 blah 2 blah 3 blah 4 blah 5', ch )]
assumptions = assumptionsList( bl )
spec = assumptionSpec()
spec.mark_cruft(1)
spec.mark_total(2)
spec.mark_grand_total(3)
self.assertEqual( assumptions[0].condense( spec ), [1, 3, 4] )
def setUp(self):
ch = categoryHinter( os.path.join('config', 'test-categories.conf') )
bl = [type1Line( ' x 2007', ch )]
bl.append( type1Line('', ch) )
bl.append( type1Line('', ch) )
bl.append( type1Line('', ch) )
bl.append( type1Line('x 1. dues 10000', ch) )
self.assumption = assumptionsList( bl )[0]
self.assumption_spec = assumptionSpec()
self.engine = penaltyEngine( self.assumption, self.assumption_spec )
#!/usr/bin/python
import os,sys,re,csv
sys.path.append( os.getcwd() )
from renumerate.CategoryHint import categoryHinter
from renumerate.PenaltyEngine import penaltyEngine
from renumerate.IncomeStatement import incomeStatement
from renumerate.PursueTotals import assumptionSpec
spec = assumptionSpec()
ch = categoryHinter( 'config/test-jcategories.conf' )
pe = penaltyEngine
path='/home/bennett//Desktop/Work/Research/NPO-financials/financials/pdf/naikakufu/'
unpaper='unpaper -bn v,h -bs 3 -bd 100 -bp 2 -bt 0.9 -bi 0.95 -li 0.01 --overwrite --deskew-scan-step 0.05 --no-noisefilter --grayfilter-size 5 --grayfilter-step 1 --grayfilter-threshold 0.1'
filename = os.path.split( sys.argv[1] )[-1]
filename = os.path.splitext( filename )[0]
filename = filename.decode('utf8')
filename = filename.encode('utf8')
def analyze( text=None):
if not text:
text = open('RDATA.txt').read().decode('utf8')
incomer = incomeStatement( ch, pe )
incomer.read( text )
incomer.analyze()
data = []
for section in ch.ordered_sections():
data.append( [] )
def testAssumptionLength(self):
bl = [type1Line( '1 blah 2 blah 3', ch )]
assumptions = assumptionsList( bl )
spec = assumptionSpec()
spec.mark_cruft(1)
self.assertEqual( assumptions[0].length( spec ), 2)
def testInstantiation(self):
spec = assumptionSpec()
self.assertFalse( spec.NON_TOTAL == spec.TOTAL )
def testSpecKeyExists(self):
assumption = self.assumptions[0]
as = assumptionSpec()
as['wowza'] = 'whoopie'
self.assertEqual( as['wowza'], 'whoopie' )
def setUp(self):
self.ch = testCH()
self.ch.read( os.path.join('config', 'test-categories.conf') )
bl = [type1Line( 'project 100 blah 100 blah 200', self.ch )]
self.assumptions = assumptionsList( bl, 'type1' )
self.assumption = self.assumptions[0]
def testUnwindTotal(self):
as = assumptionSpec()
as.mark_total(1)
as.mark_total(2)
new_as = as.unwind_total()
self.assertEqual( new_as[2], as.NON_TOTAL )
def testSpecAsList(self):
as = assumptionSpec()
as.mark_total(1)
as.mark_total(2)
self.assertEqual( as.spec_as_list(), [(1,1),(2,1)] )
def testUnwindTotalScopeOfUnwind(self):
as = assumptionSpec()
as.mark_total(1)
as.mark_total(2)
as.unwind_total()
self.assertEqual( as[1], as.TOTAL )
def testMarkCruftCount(self):
as = assumptionSpec()
as.mark_cruft(1)
self.assertEqual( as.cruft_count(), 1 )