def translate_spokenform_to_queryform(text):
dragonfly_parsable_text = translate_spokenform_to_queryform_logic(text).split(',')
print dragonfly_parsable_text
# since we will be popping off words
dragonfly_parsable_text = dragonfly_parsable_text[::-1]
while dragonfly_parsable_text:
words = dragonfly_parsable_text.pop()
if words in Symbol_map.itervalues():
Key(words).execute()
print "doingA: ", words
elif words in Symbol_to_dragonfly:
# Symbols are for whatever reason followed by 'space' and \\<symbolname>.
# pop those off..
Key(Symbol_to_dragonfly[words]).execute()
print "doingB: ", Symbol_to_dragonfly[words]
dragonfly_parsable_text.pop()
dragonfly_parsable_text.pop()
# special case for words like "colon" and "asterisk" that dragonfly prepends with "\\"
elif len(words) > 1 and words[0] == '\\':
print "doingC: ", words[1:]
Key(words[1:]).execute()
else:
print "doingD: ", ','.join(words)
Key(','.join(words)).execute()
def assert_input_equal_output(intext, outtext):
res = translate_spokenform_to_queryform_logic(intext)
try:
outtext.should.be.equal(res)
except Exception as e:
print e.message
print "For intext '%s' and result '%s' (expecting '%s')" % (intext, res, outtext)
raise
