def test_json():
test = ["key: [86, 95, 12] # json 1.r"]
line = 0
index = 1
anal = ChangeAnalyzer(line, index, test)
#init class
assert anal._area[0] == test[0]
#key possition
assert anal.get_pos_type() is PosType.in_key
index = 5
anal = ChangeAnalyzer(line, index, test)
#value possition 1
assert anal.get_pos_type() is PosType.in_value
index = 8
anal = ChangeAnalyzer(line, index, test)
#value possition 2
assert anal.get_pos_type() is PosType.in_value
index = 20
anal = ChangeAnalyzer(line, index, test)
#comment possition
assert anal.get_pos_type() is PosType.comment
index = 7
anal = ChangeAnalyzer(line, index, test)
#inner possition
assert anal.get_pos_type() is PosType.in_inner
# uncomment function
assert LineAnalyzer.strip_comment(test[0]) == "key: [86, 95, 12]"
assert LineAnalyzer.strip_comment(
"key: [86, 95, 12] # json 1.r") == "key: [86, 95, 12]"
# identation
assert LineAnalyzer.indent_changed("test1", "test2") is False
assert LineAnalyzer.indent_changed(" test1", " test2") is True
test = ["key: {key1: 86,key2: 95, key3: 12} # json 1.r"]
line = 0
index = 3
anal = ChangeAnalyzer(line, index, test)
#init class
assert anal._area[0] == test[0]
#key possition
assert anal.get_pos_type() is PosType.in_key
index = 5
anal = ChangeAnalyzer(line, index, test)
#value possition 1
assert anal.get_pos_type() is PosType.in_value
index = 11
anal = ChangeAnalyzer(line, index, test)
#value possition 2
assert anal.get_pos_type() is PosType.in_value
index = 40
anal = ChangeAnalyzer(line, index, test)
#comment possition
assert anal.get_pos_type() is PosType.comment
index = 7
anal = ChangeAnalyzer(line, index, test)
#inner possition
assert anal.get_pos_type() is PosType.in_inner
def _item_selected(self, start_line, start_column, end_line, end_column):
"""Handle when an item is selected from tree or error tab.
:param int start_line: line where the selection starts
:param int start_column: column where the selection starts
:param int end_line: line where the selection ends
:param int end_column: column where the selection ends
"""
self.editor.setFocus()
# remove empty line and whitespaces at the end of selection
if end_line > start_line and end_line > 1:
last_line_text = self.editor.text(end_line-1)
if end_column > len(last_line_text):
end_column = len(last_line_text) + 1
last_line_text_selected = last_line_text[:end_column-1]
if LineAnalyzer.is_empty(last_line_text_selected):
end_line -= 1
end_line_text = self.editor.text(end_line-1)
end_column = len(end_line_text)
# select in reversed order - move cursor to the beginning of selection
self.editor.mark_selected(end_line, end_column, start_line, start_column)
def test_is_empty(line, expected):
assert LineAnalyzer.is_empty(line) == expected
def test_get_autocomplete_context(line, index, expected):
assert LineAnalyzer.get_autocomplete_context(line, index) == expected
def test_strip_comment(line, expected):
assert LineAnalyzer.strip_comment(line) == expected
def test_get_node_start(line, expected):
assert LineAnalyzer.get_node_start(line) == expected
def test_uncomment(line, expected):
"""Test if uncomment removes the leading comment symbol."""
assert LineAnalyzer.uncomment(line) == expected
def test_begins_with_comment(line, expected):
"""Test :py:meth:`begins_with_comment`."""
assert LineAnalyzer.begins_with_comment(line) == expected
def test_get_str_position(line, string, expected):
assert LineAnalyzer.get_str_position(line, string) == expected
def test_get_after_key_area_end(line, expected):
assert LineAnalyzer.get_after_key_area_end(line) == expected
def test_get_autocompletion_word(line, start_index, expected):
assert LineAnalyzer.get_autocompletion_word(line, start_index) == expected
def test_get_indent(line, expected):
assert LineAnalyzer.get_indent(line) == expected