hsp/rt.js
function (tplctxt, scopevars, ctlWrapper, ctlInitArgs, rootscope) {
        var vs = rootscope ? Object.create(rootscope) : {}, nm, argNames = []; // array of argument names
        if (scopevars) {
            for (var i = 0, sz = scopevars.length; sz > i; i += 2) {
                nm = scopevars[i];
                vs[nm] = scopevars[i + 1]; // feed the vscope
                argNames.push(nm);
            }
        }
        vs["$scope"] = vs; // self reference (used for variables - cf. expression handler)

        var root = null;
        if (tplctxt.$constructor && tplctxt.$constructor === $CptNode) {
            // we use the component node as root node
            root = tplctxt;
            root.init(vs, this.nodedefs, argNames, ctlWrapper, ctlInitArgs);
        } else {
            root = new $RootNode(vs, this.nodedefs, argNames, ctlWrapper, ctlInitArgs);
        }

        return root;
    }
function (tplctxt, scopevars, ctlWrapper, ctlInitArgs, rootscope) {
        var vs = rootscope ? Object.create(rootscope) : {}, nm, argNames = []; // array of argument names
        if (scopevars) {
            for (var i = 0, sz = scopevars.length; sz > i; i += 2) {
                nm = scopevars[i];
                vs[nm] = scopevars[i + 1]; // feed the vscope
                argNames.push(nm);
            }
        }
        vs["$scope"] = vs; // self reference (used for variables - cf. expression handler)

        var root = null;
        if (tplctxt.$constructor && tplctxt.$constructor === $CptNode) {
            // we use the component node as root node
            root = tplctxt;
            root.init(vs, this.nodedefs, argNames, ctlWrapper, ctlInitArgs);
        } else {
            root = new $RootNode(vs, this.nodedefs, argNames, ctlWrapper, ctlInitArgs);
        }

        return root;
    }
function ( tplctxt , scopevars , ctlWrapper , ctlInitArgs , rootscope ) { var vs = rootscope ? Object . create ( rootscope ) : { } , nm , argNames = [ ] ; // array of argument names if ( scopevars ) { for ( var i = 0 , sz = scopevars . length ; sz > i ; i += 2 ) { nm = scopevars [ i ] ; vs [ nm ] = scopevars [ i + 1 ] ; // feed the vscope argNames . push ( nm ) ; } } vs [ "$scope" ] = vs ; // self reference (used for variables - cf. expression handler) var root = null ; if ( tplctxt . $constructor && tplctxt . $constructor === $CptNode ) { // we use the component node as root node root = tplctxt ; root . init ( vs , this . nodedefs , argNames , ctlWrapper , ctlInitArgs ) ; } else { root = new $RootNode ( vs , this . nodedefs , argNames , ctlWrapper , ctlInitArgs ) ; } return root ; }
Main method called to generate the document fragment associated to a template for a given set of arguments This
creates a new set of node instances from the node definitions passed in the ng constructor
@param {Array} scopevars the list of the scope variables (actually the template arguments) - e.g.
["person",person] odd indexes correspond to argument values / even indexes correspond to argument names
@param {Object} ctlWrapper the controller observer - if any
@param {Map} ctlInitAtts the init value of the controller attributes (optional) - e.g.
{value:'123',mandatory:true}
@param {Object} rootscope the parent root scope object containing the reference to
the global objects accessible from the template file scope
Main method called to generate the document fragment associated to a template for a given set of arguments This creates a new set of node instances from the node definitions passed in the ng constructor