def test_word_parse():
"""test function to parse keys to user from rax text file
"""
keys, stripped = madlib.parse(
"This is an {adjective} and also {adjective} {noun} of a test.")
assert keys == ['adjective', 'adjective', 'noun']
assert stripped == 'This is an {} and also {} {} of a test.'
def test_parse():
prompts, stripped = madlib.parse(
'It was a {Adjective} and {Adjective} {Noun}')
assert prompts == ['Adjective', 'Adjective', 'Noun']
assert stripped == 'It was a {} and {} {}'
def testAlternateLeftOpen(self):
"""TODO: this should fail to parse"""
seq = madlib.parse("x{y|")
chooser = lambda p: p[-1]
self.assertEquals(madlib.expand(seq, chooser=chooser), "xy")
def testAlternateMarkerOutsideOfAlternate(self):
seq = madlib.parse("foo|bar")
self.assertEquals(madlib.expand(seq), "foo|bar")
def testCrazyScenario2(self):
seq = madlib.parse("{{a|{|{x|}b}}foo")
chooser = lambda p: p[-1]
self.assertEquals(madlib.expand(seq, chooser=chooser), "bfoo")
def testEmptyString(self):
seq = madlib.parse("")
self.assertEquals(madlib.expand(seq), "")
def testNestedAlternates(self):
seq = madlib.parse("a{x{y|y}z{q}")
self.assertEquals(madlib.expand(seq), "axyzq")
def testCrazyScenario1(self):
seq = madlib.parse("{{a|b}|{|grot}}foo")
chooser = lambda p: p[0]
self.assertEquals(madlib.expand(seq, chooser=chooser), "afoo")
def testAlternate(self):
seq = madlib.parse("a{x|x}b")
self.assertEquals(madlib.expand(seq), "axb")
def testNestedSimpleAlternate(self):
seq = madlib.parse("a{x{y}z}b")
self.assertEquals(madlib.expand(seq), "axyzb")
def testAlternateOfEmpty(self):
seq = madlib.parse("foo{|}bar")
self.assertEquals(madlib.expand(seq), "foobar")
import re
import os
from madlib import read_template, parse, newWords, merge
fillPattern = re.compile(r'{.*?}')
dirname = os.path.dirname(__file__)
writeFile = os.path.join(dirname, '../assets/madlib_complete.txt')
readFile = os.path.join(dirname, '../assets/madlib_template.txt')
print('Greetings! Let\'s have some fun with MadLibs. I will ask you for some words by grammatical family and then place them into a prebuilt story to find some funny results.')
template = read_template(readFile)
fillIns = parse(template)
userInput = newWords(fillIns)
finished = open(writeFile, 'wt')
finished.write(merge(template, userInput))
finished.close()
print(template)
def testSimpleStringWithEmptyAlternate(self):
seq = madlib.parse("ab{}cd")
self.assertEquals(madlib.expand(seq), "abcd")
def testSimpleAlternate(self):
seq = madlib.parse("{x}")
self.assertEquals(madlib.expand(seq), "x")
def testEmptyAlternative(self):
seq = madlib.parse("{}")
self.assertEquals(madlib.expand(seq), "")
def testSimpleString(self):
seq = madlib.parse("hello")
self.assertEquals(madlib.expand(seq), "hello")
def test_parse():
"""Test whether parse works with simple input."""
prompts, stripped = madlib.parse(
'It was a {Adjective} and {Adjective} {Noun}')
assert prompts == ['Adjective', 'Adjective', 'Noun']
assert stripped == 'It was a {} and {} {}'
