Haketilo

 *

 * Function: Data structure to query items by URL patterns.

 *

 *

 * This program is free software: you can redistribute it and/or modify

 * it under the terms of the GNU General Public License as published by

 * proprietary program, I am not going to enforce this in court.

 */

#FROM common/patterns.js IMPORT deconstruct_url

/* "Pattern Tree" is how we refer to the data structure used for querying

const pattern_tree_make = () => ({})

#EXPORT  pattern_tree_make  AS make

function is_empty_node(tree_node) {

	return false;

}

const is_wildcard = segment => ["*", "**", "***"].lastIndexOf(segment) >= 0;

/*

 * Yields all matches of this segments sequence against the tree that starts at

 * this node. Results are produces in order from greatest to lowest pattern

 * specificity.

 */

    const nodes = [tree_node];

	    break;

    }

    const nsegments = segments.length;

    while (nodes.length) {

	const node = nodes.pop();

		yield items[i];

	}

    }

 * segments and value returned by item_modifier is not `null`, make the value

 * queryable by this path.

 */

    const nodes = [tree_node];

    let removed = true;

    for (var current_segment of segments) {

	tree_node = child;

	nodes.push(tree_node);

    }

	removed = false;

    let i = segments.length;

    if (is_wildcard(current_segment)) {

	    removed = false;

    }

	return;

    while (i > 0) {

	tree_node = nodes[i--];

	if (is_empty_node(tree_node))

    }

}

/* Helper function for modify_tree(). */

    tree_node = tree_node || empty_node();

    modify_sequence(tree_node, deco.path, item_modifier);

    return is_empty_node(tree_node) ? null : tree_node;

}

/* Helper function for modify_tree(). */

    const path_modifier = branch => modify_path(branch, deco, item_modifier);

    tree_node = tree_node || empty_node();

    /* We need an array of domain labels ordered most-significant-first. */

}

/* Helper function for pattern_tree_register() and pattern_tree_deregister(). */

    /*

     * We pass 'false' to disable length limits on URL parts. Length limits are

     * mostly useful in case of iteration over all patterns matching given URL.

 * Make item queryable through the Pattern Tree that starts with the protocols

 * dictionary object passed in the first argument.

 */

    const key_prefix = pattern[pattern.length - 1] === '/' ? '/' : '_';

    item_name = key_prefix + item_name;

    const add_item = obj => Object.assign(obj || {}, {[item_name]: item});

#EXPORT  pattern_tree_register  AS register

/* Helper function for pattern_tree_deregister(). */

    obj = obj || {};

    delete obj[item_name];

    for (const key in obj)

 * should be pattern and name that have been earlier passed to

 * pattern_tree_register().

 */

    const key_prefix = pattern[pattern.length - 1] === '/' ? '/' : '_';

    item_name = key_prefix + item_name;

    const remove_item = obj => _remove_item(obj, item_name);

/*

 * Yield registered items that match url. Each yielded value is an object with

 * shall contain all items matched with given pattern specificity. Objects are

 * yielded in order from greatest to lowest pattern specificity.

 */

    const deco = deconstruct_url(url, false);

    const tree_for_proto = patterns_by_proto[deco.proto] || empty_node();

# This file is part of Haketilo

#

#

# This program is free software: you can redistribute it and/or modify

# it under the terms of the CC0 1.0 Universal License as published by

        returnval(branch);

        }''')

    assert branch == {

            'com': {

                    'example': {

                    }

                }

            }

        returnval([branch, items_added]);

        }''', branch)

    assert items_added == 1

    for i in range(3):

        for expected_array in [['third_item'], ['third_item', '4th_item']]:

                }''',

                branch, wildcard, expected_array[-1])

            assert items_added == 2

    branch, items_added = execute_in_page(

        '''{

        }''',

        branch)

    assert items_added == 1

    # Let's verify that removing a nonexistent element doesn't modify the tree.

    branch2, items_removed = execute_in_page(

        }''',

        branch)

    assert items_removed == 1

    for i in range(3):

        for expected_array in [['third_item'], None]:

            assert items_removed == 2

            if i == 2 and expected_array == []:

                break

                == expected_array

    for i in range(2):

        branch, items_removed = execute_in_page(

            branch)

        assert items_removed == 1

        if i == 0:

@pytest.mark.get_page('https://gotmyowndoma.in')

def test_search_branch(execute_in_page):