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-rw-r--r--test/test_completion.py167
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diff --git a/test/test_completion.py b/test/test_completion.py
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+"""
+Test the completions methods on an altered input object.
+"""
+
+import string
+import pytest
+import random
+import sys
+import os
+
+sys.path.append('src')
+
+class ConfigShim(object):
+ def get(self, *args, **kwargs):
+ return ''
+
+import config
+config.config = ConfigShim()
+
+from windows import Input
+
+@pytest.fixture(scope="function")
+def input_obj():
+ obj = Input()
+ obj.reset_completion()
+ obj.resize = lambda: None
+ obj.rewrite_text = lambda: None
+ obj.refresh = lambda: None
+ return obj
+
+@pytest.fixture(scope="module")
+def random_unquoted_words():
+ letters = string.ascii_lowercase + ((len(string.ascii_lowercase)//4)*' ')
+ acc = [random.choice(letters) for _ in range(200)]
+ words = ''.join(acc).split()
+ return words
+
+@pytest.fixture(scope="module")
+def quoted_words():
+ words = []
+ letters = string.ascii_lowercase + ((len(string.ascii_lowercase)//4)*' ')
+ words_by_letter = {}
+ for start_letter in string.ascii_lowercase:
+ words_by_letter[start_letter] = []
+ for _ in range(5):
+ size = random.randint(0, 15)
+ word = start_letter + ''.join(random.choice(letters) for i in range(size))
+ words.append(word)
+ words_by_letter[start_letter].append(word)
+ return (words, words_by_letter)
+
+
+def test_new_completion_1_unquoted(input_obj):
+
+ input_obj.text = '/example '
+ input_obj.pos = len(input_obj.text) - 1
+
+ input_obj.new_completion(['toto', 'titi'], 1, quotify=False)
+ assert input_obj.text == '/example toto'
+
+ input_obj.new_completion(['toto', 'titi'], 1, quotify=False)
+ assert input_obj.text == '/example titi'
+
+ input_obj.new_completion(['toto', 'titi'], 1, quotify=False)
+ assert input_obj.text == '/example toto'
+
+
+def test_new_completion_1_quoted_spaces(input_obj):
+ input_obj.text = '/example '
+ input_obj.pos = len(input_obj.text) - 1
+
+ input_obj.new_completion(['toto toto', 'titi titi'], 1, quotify=True)
+ assert input_obj.text == '/example "toto toto"'
+
+ input_obj.new_completion(['toto toto', 'titi titi'], 1, quotify=True)
+ assert input_obj.text == '/example "titi titi"'
+
+ input_obj.new_completion(['toto toto', 'titi titi'], 1, quotify=True)
+ assert input_obj.text == '/example "toto toto"'
+
+ input_obj.text = '/example '
+ input_obj.pos = len(input_obj.text) - 1
+ input_obj.reset_completion()
+
+ input_obj.new_completion(['toto toto', 'tata', 'titi titi'], 1, quotify=True)
+ assert input_obj.text == '/example "toto toto"'
+
+ input_obj.new_completion(['toto toto', 'tata', 'titi titi'], 1, quotify=True)
+ assert input_obj.text == '/example tata'
+
+ input_obj.new_completion(['toto toto', 'tata', 'titi titi'], 1, quotify=True)
+ assert input_obj.text == '/example "titi titi"'
+
+def test_new_completion_unquoted_random_override(input_obj, random_unquoted_words):
+ """
+ Complete completely random words and ensure that the input is
+ changed adequately.
+ """
+ words = random_unquoted_words
+
+ # try the completion on the middle element without affecting the others
+ input_obj.text = '/example %s %s %s' % (words[0], words[1], words[2])
+ base = len(input_obj.text) - len(words[2]) - 1
+ input_obj.pos = base
+ def f(n):
+ return '/example %s %s' % (words[0], words[n])
+
+ for i in range(len(words)):
+ pos = input_obj.get_argument_position(False)
+ input_obj.new_completion(words[:], pos, quotify=False, override=True)
+ assert f(i) + " " + words[2] == input_obj.text
+ assert len(f(i)) == input_obj.pos
+
+ assert input_obj.text == '/example %s %s %s' % (words[0], words[-1], words[2])
+
+ pos = input_obj.get_argument_position(False)
+ input_obj.new_completion(words[:], pos, quotify=False, override=True)
+ assert input_obj.text == '/example %s %s %s' % (words[0], words[0], words[2])
+
+ input_obj.reset_completion()
+
+ # try the completion on the final element without affecting the others
+ input_obj.text = '/example %s %s %s' % (words[0], words[1], words[2])
+ base = len(input_obj.text)
+ input_obj.pos = base
+ def f2(n):
+ return '/example %s %s %s' % (words[0], words[1], words[n])
+
+ print(words)
+ for i in range(len(words)):
+ pos = input_obj.get_argument_position(False)
+ input_obj.new_completion(words[:], pos, quotify=False, override=True)
+ assert f2(i) == input_obj.text
+ assert len(f2(i)) == input_obj.pos
+
+ assert input_obj.text == '/example %s %s %s' % (words[0], words[1], words[-1])
+
+
+def test_new_completion_quoted_random(input_obj, quoted_words):
+ """
+ Complete (possibly) quoted words starting with a specific letter.
+ And make sure that the quotes only appear when necessary.
+ """
+ words = quoted_words[0]
+ words_l = quoted_words[1]
+
+ letters = ('', 'a', 'b', 'c')
+
+ # generate the text which is supposed to be present in the input
+ def f(p, i):
+ rep = words_l[letters[p]][i] if not ' ' in words_l[letters[p]][i] else '"'+words_l[letters[p]][i]+'"'
+ fst = letters[1] if p != 1 else rep
+ snd = letters[2] if p != 2 else rep
+ trd = letters[3] if p != 3 else rep
+ return '/example %s %s %s' % (fst, snd, trd)
+
+ for pos in range(1, 4):
+ input_obj.text = '/example a b c'
+ input_obj.reset_completion()
+ input_obj.pos = len('/example') + pos * 2
+
+ extra = (3 - pos) * 2
+ for i in range(5):
+ input_obj.new_completion(words[:], pos, quotify=True)
+ assert f(pos, i) == input_obj.text
+ assert len(f(pos, i)) - extra == input_obj.pos
+