def test_resolve_dynamic_dimensions_in_text(self):
expected = ['="N"&" "&47&"° "&( C2 - C3 )&"."&( C2 * C6 - C5 * C6 - 3 * C3 )',
'="E"&" "&008&"° "&( C2 )&"."&( C6 * ( C2 + C4 + 2 ) + C2 + 2 )']
actual = Caches._generate_formula(
description='\n Halte nach einem grossen Schriftzug mit einer Krone Ausschau.\n'
'A = wieviele Zacken hat die Krone?\nBCDEF = wandle den Namen nach dem System A=1, '
'B=2... um\nLook out for a big lettering with a crown.\nA = amount of spikes of the'
' crown\nBCDEF = transform the name according to the system A=1, B=2...\n'
'__________________________________________\nRechne / \ncalculate:\n'
'N 47° [ B - C ].[ B x F - E x F - 3 x C ]\n'
'E 008° [ B ].[ F x ( B + D + 2 ) + B + 2 ]\n ',
variable_addresses=TestCaches._SAMPLE_ADDRESSES)
self.assertEqual(list(actual), expected)
def test_resolve_dynamic_coordinates(self):
given = 'Der Schatz liegt bei N 47° PQ.RST E 008° VW.XYZ, wobei'
expected = ['="N"&" "&47&"° "&(10*C16+1*C17)&"."&(100*C18+10*C19+1*C20) ',
'="E"&" "&008&"° "&(10*C22+1*C23)&"."&(100*C24+10*C25+1*C26)']
actual = Caches._generate_formula(description=given, variable_addresses=TestCaches._SAMPLE_ADDRESSES)
self.assertEqual(list(actual), expected)
def test_resolve_simple_dynamic_dimension(self):
expected = ['="N"&" "&47&"° "&( C2 - C3 )&"."&( C2 * C6 - C5 * C6 - 3 * C3 )']
actual = Caches._generate_formula(
description='N 47° [ B - C ].[ B x F - E x F - 3 x C ]',
variable_addresses=TestCaches._SAMPLE_ADDRESSES)
self.assertEqual(list(actual), expected)
