jin-tree 1.0.4

Tree

Simple fast compact user-readable binary-safe extensible structural format.

More info about format and tree-based languages: http://habrahabr.ru/post/248147/

Syntax highlighting for IDEA: https://plugins.jetbrains.com/plugin/7459

Parsing:

    string data = cast(string) read( "path/to/file.tree" ); // read from file
    Tree tree = Tree.parse( data , "http://example.org/source/uri" ); // parse to tree

Simple queries:

    Tree userNames = tree.select( "user name" ); // returns name-nodes
    Tree userNamesValues = tree.select( "user name " ); // returns value-nodes

Node info:

    string name = userNames[0].name; // get node name
    string stringValue = userNames[0].value; // get value as string with "\n" as delimiter
    uint intValue =  userNames[0].value!uint; // get value converted from string to another type

    Tree[] childs = tree.childs; // get child nodes array
    string baseUri = tree.baseUri; // get base uri like "http://example.org/source/uri"
    size_t row = tree.row; // get row in source stream
    size_t col = tree.col; // get column in source stream
    string uri = tree.uri; // get uri like "http://example.org/source/uri#3:2"

Nodes creation:

	Tree values = Tree.Values( "foo\nbar" , [] );
	Tree name = Tree.Name( "name" , values );
	Tree list = Tree.List( [ name , name ] );
	Tree firstLineName = name.clone( [ name[0] );

Serialization:

    string data = tree.toString(); // returns string representation of tree
    tree.pipe( stdout ); // prints tree to output buffer