def LocationsOfEnclosingTags_UnbalancedOpeningTag_test():
# this is the reason why we need to continue looking for a different opening
# tag if the closing tag we found does not match
html = "<ul><li>foo</ul>"
eq_((1, 1, 1, 12), mta_core.LocationsOfEnclosingTags(html, 1, 9))
html = "<ul><li></ul></ul>"
eq_((1, 1, 1, 9), mta_core.LocationsOfEnclosingTags(html, 1, 1))
# this is the reason why we need to be able to skip over orphan open tags
html = "<ul><ul><li></ul>x<ul><li></ul>\n</ul>"
eq_((1, 1, 2, 1), mta_core.LocationsOfEnclosingTags(html, 1, 2))
eq_((1, 1, 2, 1), mta_core.LocationsOfEnclosingTags(html, 1, 18))
def LocationOfEnclosingTagsInWindowView():
# 1-based line numbers
first_window_line = int(vim.eval("line('w0')"))
last_window_line = int(vim.eval("line('w$')"))
# -1 because vim.current.buffer is 0-based whereas vim lines are 1-based
visible_text = '\n'.join(vim.current.buffer[first_window_line -
1:last_window_line])
cursor_line, cursor_column = CurrentLineAndColumn()
adapted_cursor_line = cursor_line - first_window_line + 1
if not CanAccessCursorColumn(cursor_column):
# We need to do this because when the cursor is on the last column in insert
# mode, that column *doesn't exist yet*. Not until the user actually types
# something in and moves the cursor forward.
cursor_column -= 1
(opening_tag_line, opening_tag_column, closing_tag_line,
closing_tag_column) = mta_core.LocationsOfEnclosingTags(
visible_text, adapted_cursor_line, cursor_column)
return [
opening_tag_line + first_window_line - 1, opening_tag_column,
closing_tag_line + first_window_line - 1, closing_tag_column
]
def LocationsOfEnclosingTags_Fail_test():
html = ""
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 2))
html = "foo bar baz qux"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 8))
html = "<div>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 2))
html = "</div>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 2))
html = "<div></div>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 10, 10))
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 20))
html = "<div><div>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 5))
html = "<div><br/><div>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 8))
html = "</div><div/>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 5))
html = "</div></div>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 5))
html = "<div></foo>"
eq_((0, 0, 0, 0), mta_core.LocationsOfEnclosingTags(html, 1, 5))
def gen(column):
eq_((1, 1, 1, 12), mta_core.LocationsOfEnclosingTags(html, 1, column))
def LocationsOfEnclosingTags_CursorInTag_test():
html = "<\ndiv\t \nid='foo' \n>baz <p>qux<br/></p></div>"
eq_((1, 1, 4, 21), mta_core.LocationsOfEnclosingTags(html, 3, 2))
def LocationsOfEnclosingTags_Comments_test():
html = "<div><p><!-- <div> --><br/></p> foo </div>"
eq_((1, 1, 1, 37), mta_core.LocationsOfEnclosingTags(html, 1, 34))
def LocationsOfEnclosingTags_MultiLine_test():
html = "<\ndiv><\n\np>\n<br/></p>\n foo </div>"
eq_((1, 1, 6, 6), mta_core.LocationsOfEnclosingTags(html, 6, 2))
html = "<\ndiv><\n\np>\n<br/></p>\n foo <\ta>\tbar\n<br/><\n/a> </div>"
eq_((1, 1, 8, 5), mta_core.LocationsOfEnclosingTags(html, 6, 2))
def LocationsOfEnclosingTags_Nested_test():
html = "<div><p><br/></p> foo </div>"
eq_((1, 1, 1, 23), mta_core.LocationsOfEnclosingTags(html, 1, 19))
def LocationsOfEnclosingTags_Basic_test():
html = "<div> foo </div>"
eq_((1, 1, 1, 11), mta_core.LocationsOfEnclosingTags(html, 1, 7))
