/** * CPAINT - Cross-Platform Asynchronous INterface Toolkit * * http://sf.net/projects/cpaint * * released under the terms of the LGPL * see http://www.fsf.org/licensing/licenses/lgpl.txt for details * * @package CPAINT * @access public * @copyright Copyright (c) 2005-2006 Paul Sullivan, Dominique Stender - http://sf.net/projects/cpaint * @author Paul Sullivan * @author Dominique Stender * @author Stephan Tijink * @version $Id: cpaint2.inc.js 325 2006-10-10 15:27:56Z wiley14 $ */ function cpaint() { /** * CPAINT version * * @access protected * @var string version */ this.version = '2.1.0'; /** * configuration options both for this class but also for the cpaint_call() objects. * * @access protected * @var array config */ var config = new Array(); config['debugging'] = -1; config['proxy_url'] = ''; config['transfer_mode'] = 'GET'; config['async'] = true; config['response_type'] = 'OBJECT'; config['persistent_connection'] = false; config['use_cpaint_api'] = true; config['auth_user'] = null; config['auth_pass'] = null; /** * maintains the next free index in the stack * * @access protected * @var integer stack_count */ var stack_count = 0; /** * property returns whether or not the browser is AJAX capable * * @access public * @return boolean */ this.capable = test_ajax_capability(); /** * switches debug mode on/off. * * @access public * @param boolean debug debug flag * @return void */ this.set_debug = function() { if (typeof arguments[0] == 'boolean') { if (arguments[0] === true) { config['debugging'] = 1; } else { config['debugging'] = 0; } } else if (typeof arguments[0] == 'number') { config['debugging'] = Math.round(arguments[0]); } } /** * defines the URL of the proxy script. * * @access public * @param string proxy_url URL of the proxyscript to connect * @return void */ this.set_proxy_url = function() { if (typeof arguments[0] == 'string') { config['proxy_url'] = arguments[0]; } } /** * sets the transfer_mode (GET|POST). * * @access public * @param string transfer_mode transfer_mode * @return void */ this.set_transfer_mode = function() { if (arguments[0].toUpperCase() == 'GET' || arguments[0].toUpperCase() == 'POST') { config['transfer_mode'] = arguments[0].toUpperCase(); } } /** * sets the flag whether or not to use asynchronous calls. * * @access public * @param boolean async syncronization flag * @return void */ this.set_async = function() { if (typeof arguments[0] == 'boolean') { config['async'] = arguments[0]; } } /** * defines the response type. * * allowed values are: * TEXT = raw text response * XML = raw XMLHttpObject * OBJECT = parsed JavaScript object structure from XMLHttpObject * * the default is OBJECT. * * @access public * @param string response_type response type * @return void */ this.set_response_type = function() { if (arguments[0].toUpperCase() == 'TEXT' || arguments[0].toUpperCase() == 'XML' || arguments[0].toUpperCase() == 'OBJECT' || arguments[0].toUpperCase() == 'E4X' || arguments[0].toUpperCase() == 'JSON') { config['response_type'] = arguments[0].toUpperCase(); } } /** * sets the flag whether or not to use a persistent connection. * * @access public * @param boolean persistent_connection persistance flag * @return void */ this.set_persistent_connection = function() { if (typeof arguments[0] == 'boolean') { config['persistent_connection'] = arguments[0]; } } /** * sets the flag whether or not to use the cpaint api on the backend. * * @access public * @param boolean cpaint_api api_flag * @return void */ this.set_use_cpaint_api = function() { if (typeof arguments[0] == 'boolean') { config['use_cpaint_api'] = arguments[0]; } } /** * sets the HTTP Basic Authentication user name * * @access public * @param string auth_user user name * @return void */ this.set_auth_user = function() { if (typeof arguments[0] == 'string') { config['auth_user'] = arguments[0]; } } /** * sets the HTTP Basic Authenication password * @access public * @param string auth_pass password * @return void */ this.set_auth_pass = function() { if(typeof arguments[0] == 'string') { config['auth_pass'] = arguments[0]; } } /** * tests whether one of the necessary implementations * of the XMLHttpRequest class are available * * @access protected * @return boolean */ function test_ajax_capability() { var cpc = new cpaint_call(0, config, this.version); return cpc.test_ajax_capability(); } /** * takes the arguments supplied and triggers a call to the CPAINT backend * based on the settings. * * upon response cpaint_call.callback() will automatically be called * to perform post-processing operations. * * @access public * @param string url remote URL to call * @param string remote_method remote method to call * @param object client_callback client side callback method to deliver the remote response to. do NOT supply a string! * @param mixed argN remote parameters from now on * @return void */ this.call = function() { var use_stack = -1; if (config['persistent_connection'] == true && __cpaint_stack[0] != null) { switch (__cpaint_stack[0].get_http_state()) { case -1: // no XMLHttpObject object has already been instanciated // create new object and configure it use_stack = 0; debug('no XMLHttpObject object to re-use for persistence, creating new one later', 2); break; case 4: // object is ready for a new request, no need to do anything use_stack = 0 debug('re-using the persistent connection', 2); break; default: // connection is currently in use, don't do anything debug('the persistent connection is in use - skipping this request', 2); } } else if (config['persistent_connection'] == true) { // persistent connection is active, but no object has been instanciated use_stack = 0; __cpaint_stack[use_stack] = new cpaint_call(use_stack, config, this.version); debug('no cpaint_call object available for re-use, created new one', 2); } else { // no connection persistance use_stack = stack_count; __cpaint_stack[use_stack] = new cpaint_call(use_stack, config, this.version); debug('no cpaint_call object created new one', 2); } // configure cpaint_call if allowed to if (use_stack != -1) { __cpaint_stack[use_stack].set_client_callback(arguments[2]); // distribute according to proxy use if (config['proxy_url'] != '') { __cpaint_stack[use_stack].call_proxy(arguments); } else { __cpaint_stack[use_stack].call_direct(arguments); } // increase stack counter stack_count++; debug('stack size: ' + __cpaint_stack.length, 2); } } /** * debug method * * @access protected * @param string message the message to debug * @param integer debug_level debug level at which the message appears * @return void */ var debug = function(message, debug_level) { var prefix = '[CPAINT Debug] '; if (debug_level < 1) { prefix = '[CPAINT Error] '; } if (config['debugging'] >= debug_level) { alert(prefix + message); } } } /** * internal FIFO stack of cpaint_call() objects. * * @access protected * @var array __cpaint_stack */ var __cpaint_stack = new Array(); /** * local instance of cpaint_transformer * MSIE is unable to handle static classes... sheesh. * * @access public * @var object __cpaint_transformer */ var __cpaint_transformer = new cpaint_transformer(); /** * transport agent class * * creates the request object, takes care of the response, handles the * client callback. Is configured by the cpaint() object. * * @package CPAINT * @access public * @copyright Copyright (c) 2005-2006 Paul Sullivan, Dominique Stender - http://sf.net/projects/cpaint * @author Dominique Stender * @author Paul Sullivan * @param integer stack_id stack Id in cpaint * @param array config configuration array for this call * @param string version CPAINT API version */ function cpaint_call() { /** * CPAINT version * * @access protected * @var string version */ var version = arguments[2]; /** * configuration options both for this class objects. * * @access protected * @var array config */ var config = new Array(); config['debugging'] = arguments[1]['debugging']; config['proxy_url'] = arguments[1]['proxy_url']; config['transfer_mode'] = arguments[1]['transfer_mode']; config['async'] = arguments[1]['async']; config['response_type'] = arguments[1]['response_type']; config['persistent_connection'] = arguments[1]['persistent_connection']; config['use_cpaint_api'] = arguments[1]['use_cpaint_api']; config['auth_user'] = arguments[1]['auth_user']; config['auth_pass'] = arguments[1]['auth_pass']; /** * XMLHttpObject used for this request. * * @access protected * @var object httpobj */ var httpobj = false; /** * client callback function. * * @access public * @var function client_callback */ var client_callback; /** * stores the stack Id within the cpaint object * * @access protected * @var stack_id */ var stack_id = arguments[0]; /** * sets the client callback function. * * @access public * @param function client_callback the client callback function * @return void */ this.set_client_callback = function() { if (typeof arguments[0] == 'function') { client_callback = arguments[0]; } } /** * returns the ready state of the internal XMLHttpObject * * if no such object was set up already, -1 is returned * * @access public * @return integer */ this.get_http_state = function() { var return_value = -1; if (typeof httpobj == 'object') { return_value = httpobj.readyState; } return return_value; } /** * internal method for remote calls to the local server without use of the proxy script. * * @access public * @param array call_arguments array of arguments initially passed to cpaint.call() * @return void * @version 1.0.1 17.06.2006 [dstender] Using new JSON library syntax. */ this.call_direct = function(call_arguments) { var url = call_arguments[0]; var remote_method = call_arguments[1]; var querystring = ''; var i = 0; // correct link to self if (url == 'SELF') { url = document.location.href; } if (config['use_cpaint_api'] == true) { // backend uses cpaint api // pass parameters to remote method for (i = 3; i < call_arguments.length; i++) { if ((typeof call_arguments[i] == 'string' && call_arguments[i] != '' && call_arguments[i].search(/^\s+$/g) == -1) && !isNaN(call_arguments[i]) && isFinite(call_arguments[i]) // this is a little funny - if the first digit is a zero and the next one is a decimal // point, assume it is a float. however if the first digit is a zero, then assume // it is a numeric string - if it really is to be a number, the developer // needs to convert it on their own on the backend && ((call_arguments[i].toString().indexOf(0) != '0') && (call_arguments[i].toString().indexOf(1) == '.'))) { // numerical value, convert it first querystring += '&cpaint_argument[]=' + encodeURIComponent(Number(call_arguments[i])); } else if (typeof call_arguments[i] == 'object') { querystring += '&cpaint_argument[]=' + encodeURIComponent(call_arguments[i].toJSONString()); } else { querystring += '&cpaint_argument[]=' + encodeURIComponent(call_arguments[i]); } } // add response type to querystring querystring += '&cpaint_response_type=' + config['response_type']; // build header if (config['transfer_mode'] == 'GET') { if(url.indexOf('?') != -1) { url = url + '&cpaint_function=' + remote_method + querystring; } else { url = url + '?cpaint_function=' + remote_method + querystring; } } else { querystring = 'cpaint_function=' + remote_method + querystring; } } else { // backend does not use cpaint api // pass parameters to remote method for (i = 3; i < call_arguments.length; i++) { if (i == 3) { querystring += encodeURIComponent(call_arguments[i]); } else { querystring += '&' + encodeURIComponent(call_arguments[i]); } } // build header if (config['transfer_mode'] == 'GET') { url = url + querystring; } } // open connection get_connection_object(); // open connection to remote target debug('opening connection to "' + url + '"', 1); httpobj.open(config['transfer_mode'], url, config['async'], config['auth_user'], config['auth_pass']); // send "urlencoded" header if necessary (if POST) if (config['transfer_mode'] == 'POST') { try { httpobj.setRequestHeader('Content-Type', 'application/x-www-form-urlencoded'); } catch (cp_err) { debug('POST cannot be completed due to incompatible browser. Use GET as your request method.', 0); } } // make ourselves known httpobj.setRequestHeader('X-Powered-By', 'CPAINT v' + version + ' :: http://sf.net/projects/cpaint'); // callback handling for asynchronous calls httpobj.onreadystatechange = callback; // send content if (config['transfer_mode'] == 'GET') { httpobj.send(null); } else { debug('sending query: ' + querystring, 1); httpobj.send(querystring); } if (config['async'] == true) { // manual callback handling for synchronized calls callback(); } } /** * internal method for calls to remote servers through the proxy script. * * @access public * @param array call_arguments array of arguments passed to cpaint.call() * @return void * @version 1.0.1 17.06.2006 [dstender] Using new JSON library syntax. */ this.call_proxy = function(call_arguments) { var proxyscript = config['proxy_url']; var url = call_arguments[0]; var remote_method = call_arguments[1]; var querystring = ''; var i = 0; var querystring_argument_prefix = 'cpaint_argument[]='; // pass parameters to remote method if (config['use_cpaint_api'] == false) { // when not talking to a CPAINT backend, don't prefix arguments querystring_argument_prefix = ''; } for (i = 3; i < call_arguments.length; i++) { if (config['use_cpaint_api'] == true) { if ((typeof call_arguments[i] == 'string' && call_arguments[i] != '' && call_arguments[i].search(/^\s+$/g) == -1) && !isNaN(call_arguments[i]) && isFinite(call_arguments[i])) { // numerical value, convert it first querystring += encodeURIComponent(querystring_argument_prefix + Number(call_arguments[i]) + '&'); } else if (typeof call_arguments[i] == 'object') { // array or object querystring += encodeURIComponent(querystring_argument_prefix + call_arguments[i].toJSONString() + '&'); } else { querystring += encodeURIComponent(querystring_argument_prefix + call_arguments[i] + '&'); } } else { // no CPAINT in the backend querystring += encodeURIComponent(querystring_argument_prefix + call_arguments[i] + '&'); } } if (config['use_cpaint_api'] == true) { // add remote function name to querystring querystring += encodeURIComponent('&cpaint_function=' + remote_method); // add response type to querystring querystring += encodeURIComponent('&cpaint_response_type=' + config['response_type']); } // build header if (config['transfer_mode'] == 'GET') { proxyscript += '?cpaint_remote_url=' + encodeURIComponent(url) + '&cpaint_remote_query=' + querystring + '&cpaint_remote_method=' + config['transfer_mode'] + '&cpaint_response_type=' + config['response_type']; } else { querystring = 'cpaint_remote_url=' + encodeURIComponent(url) + '&cpaint_remote_query=' + querystring + '&cpaint_remote_method=' + config['transfer_mode'] + '&cpaint_response_type=' + config['response_type']; } // open connection get_connection_object(); // open connection to remote target debug('opening connection to proxy "' + proxyscript + '"', 1); httpobj.open(config['transfer_mode'], proxyscript, config['async'], config['auth_user'], config['auth_pass']); // send "urlencoded" header if necessary (if POST) if (config['transfer_mode'] == 'POST') { try { httpobj.setRequestHeader('Content-Type', 'application/x-www-form-urlencoded'); } catch (cp_err) { debug('POST cannot be completed due to incompatible browser. Use GET as your request method.', 0); } } httpobj.setRequestHeader('X-Powered-By', 'CPAINT v' + version); // callback handling for asynchronous calls httpobj.onreadystatechange = callback; // send content if (config['transfer_mode'] == 'GET') { httpobj.send(null); } else { debug('sending query: ' + querystring, 1); httpobj.send(querystring); } if (config['async'] == false) { // manual callback handling for synchronized calls callback(); } } this.test_ajax_capability = function() { return get_connection_object(); } /** * creates a new connection object. * * @access protected * @return boolean */ var get_connection_object = function() { var return_value = false; var new_connection = false; // open new connection only if necessary if (config['persistent_connection'] == false) { // no persistance, create a new object every time debug('Using new connection object', 1); new_connection = true; } else { // persistent connection object, only open one if no object exists debug('Using shared connection object.', 1); if (typeof httpobj != 'object') { debug('Getting new persistent connection object.', 1); new_connection = true; } } if (new_connection == true) { try { httpobj = new XMLHttpRequest(); } catch (e1) { try { httpobj = new ActiveXObject('Msxml2.XMLHTTP'); } catch (e) { try { httpobj = new ActiveXObject('Microsoft.XMLHTTP'); } catch (oc) { httpobj = null; } } } if (!httpobj) { debug('Could not create connection object', 0); } else { return_value = true; } } if (httpobj.readyState != 4) { httpobj.abort(); } return return_value; } /** * internal callback function. * * will perform some consistency checks (response code, NULL value testing) * and if response_type = 'OBJECT' it will automatically call * cpaint_call.parse_ajax_xml() to have a JavaScript object structure generated. * * after all that is done the client side callback function will be called * with the generated response as single value. * * @access protected * @return void */ var callback = function() { var response = null; if (httpobj.readyState == 4 && httpobj.status == 200) { debug(httpobj.responseText, 1); debug('using response type ' + config['response_type'], 2); // fetch correct response switch (config['response_type']) { case 'XML': debug(httpobj.responseXML, 2); response = __cpaint_transformer.xml_conversion(httpobj.responseXML); break; case 'OBJECT': response = __cpaint_transformer.object_conversion(httpobj.responseXML); break; case 'TEXT': response = __cpaint_transformer.text_conversion(httpobj.responseText); break; case 'E4X': response = __cpaint_transformer.e4x_conversion(httpobj.responseText); break; case 'JSON': response = __cpaint_transformer.json_conversion(httpobj.responseText); break; default: debug('invalid response type \'' + response_type + '\'', 0); } // call client side callback if (response != null && typeof client_callback == 'function') { client_callback(response, httpobj.responseText); } // remove ourselves from the stack remove_from_stack(); } else if (httpobj.readyState == 4 && httpobj.status == 401) { // HTTP 401 error debug('HTTP authorization required or credentials were invalid', 0); } else if (httpobj.readyState == 4 && httpobj.status != 200) { // HTTP error of some kind debug('invalid HTTP response code \'' + Number(httpobj.status) + '\'', 0); } } /** * removes an entry from the stack * * @access protected * @return void */ var remove_from_stack = function() { // remove only if everything is okay and we're not configured as persistent connection if (typeof stack_id == 'number' && __cpaint_stack[stack_id] && config['persistent_connection'] == false) { __cpaint_stack[stack_id] = null; } } /** * debug method * * @access protected * @param string message the message to debug * @param integer debug_level debug level at which the message appears * @return void */ var debug = function(message, debug_level) { var prefix = '[CPAINT Debug] '; if (config['debugging'] < 1) { prefix = '[CPAINT Error] '; } if (config['debugging'] >= debug_level) { alert(prefix + message); } } } /** * CPAINT transformation object * * @package CPAINT * @access public * @copyright Copyright (c) 2005-2006 Paul Sullivan, Dominique Stender - http://sf.net/projects/cpaint * @author Paul Sullivan * @author Dominique Stender */ function cpaint_transformer() { /** * will take a XMLHttpObject and generate a JavaScript * object structure from it. * * is internally called by cpaint_call.callback() if necessary. * will call cpaint_call.create_object_structure() to create nested object structures. * * @access public * @param object xml_document a XMLHttpObject * @return object */ this.object_conversion = function(xml_document) { var return_value = new cpaint_result_object(); var i = 0; var firstNodeName = ''; if (typeof xml_document == 'object' && xml_document != null) { // find the first element node - for MSIE the node is the very first... for (i = 0; i < xml_document.childNodes.length; i++) { if (xml_document.childNodes[i].nodeType == 1) { firstNodeName = xml_document.childNodes[i].nodeName; break; } } var ajax_response = xml_document.getElementsByTagName(firstNodeName); return_value[firstNodeName] = new Array(); for (i = 0; i < ajax_response.length; i++) { var tmp_node = create_object_structure(ajax_response[i]); for (attrib = 0; attrib < ajax_response[i].attributes.length; attrib++) { tmp_node.set_attribute(ajax_response[i].attributes[attrib].nodeName, ajax_response[i].attributes[attrib].nodeValue); } tmp_node.id = ajax_response[i].getAttribute('id') return_value[firstNodeName].push(tmp_node); } } else { debug('received invalid XML response', 0); } return return_value; } /** * performs the necessary conversions for the XML response type * * @access public * @param object xml_document a XMLHttpObject * @return object */ this.xml_conversion = function(xml_document) { return xml_document; } /** * performs the necessary conversions for the TEXT response type * * @access public * @param string text the response text * @return string */ this.text_conversion = function(text) { return decode(text); } /** * performs the necessary conversions for the E4X response type * * @access public * @param string text the response text * @return string */ this.e4x_conversion = function(text) { // remove tag text = text.replace(/^\<\?xml[^>]+\>/, ''); return new XML(text); } /** * performs the necessary conversions for the JSON response type * * @access public * @param string text the response text * @return string */ this.json_conversion = function(text) { return text.parseJSON(); } /** * this method takes a HTML / XML node object and creates a * JavaScript object structure from it. * * @access public * @param object stream a node in the XML structure * @return object */ var create_object_structure = function(stream) { var return_value = new cpaint_result_object(); var node_name = ''; var i = 0; var attrib = 0; if (stream.hasChildNodes() == true) { var textNodeString = ''; for (i = 0; i < stream.childNodes.length; i++) { node_name = stream.childNodes[i].nodeName; node_name = node_name.replace(/[^a-zA-Z0-9_]*/g, ''); // reset / create subnode if (typeof return_value[node_name] != 'object') { return_value[node_name] = new Array(); } if (stream.childNodes[i].nodeType == 1) { var tmp_node = create_object_structure(stream.childNodes[i]); for (attrib = 0; attrib < stream.childNodes[i].attributes.length; attrib++) { tmp_node.set_attribute(stream.childNodes[i].attributes[attrib].nodeName, stream.childNodes[i].attributes[attrib].nodeValue); } return_value[node_name].push(tmp_node); } else if (stream.childNodes[i].nodeType == 3) { textNodeString += String(stream.childNodes[i].data); } } if(textNodeString != '') { // it has at least one text node return_value.data += decode(textNodeString); } } return return_value; } /** * converts an encoded text back to viewable characters. * * @access public * @param string rawtext raw text as provided by the backend * @return mixed */ var decode = function(rawtext) { var plaintext = ''; var i = 0; var c1 = 0; var c2 = 0; var c3 = 0; var u = 0; var t = 0; // remove special JavaScript encoded non-printable characters while (i < rawtext.length) { if (rawtext.charAt(i) == '\\' && rawtext.charAt(i + 1) == 'u') { u = 0; for (j = 2; j < 6; j += 1) { t = parseInt(rawtext.charAt(i + j), 16); if (!isFinite(t)) { break; } u = u * 16 + t; } plaintext += String.fromCharCode(u); i += 6; } else { plaintext += rawtext.charAt(i); i++; } } // convert numeric data to number type if (plaintext != '' && plaintext.search(/^\s+$/g) == -1 && !isNaN(plaintext) && isFinite(plaintext)) { plaintext = Number(plaintext); } return plaintext; } } /** * this is the basic prototype for a cpaint node object * as used in cpaint_call.parse_ajax_xml() * * @package CPAINT * @access public * @copyright Copyright (c) 2005-2006 Paul Sullivan, Dominique Stender - http://sf.net/projects/cpaint * @author Paul Sullivan * @author Dominique Stender */ function cpaint_result_object() { this.id = 0; this.data = ''; var __attributes = new Array(); /** * Returns a subnode with the given type and id. * * @access public * @param string type The type of the subnode. Equivalent to the XML tag name. * @param string id The id of the subnode. Equivalent to the XML tag names id attribute. * @return object */ this.find_item_by_id = function() { var return_value = null; var type = arguments[0]; var id = arguments[1]; var i = 0; if (this[type]) { for (i = 0; i < this[type].length; i++) { if (this[type][i].get_attribute('id') == id) { return_value = this[type][i]; break; } } } return return_value; } /** * retrieves the value of an attribute. * * @access public * @param string name name of the attribute * @return mixed */ this.get_attribute = function() { var return_value = null; var id = arguments[0]; if (typeof __attributes[id] != 'undefined') { return_value = __attributes[id]; } return return_value; } /** * assigns a value to an attribute. * * if that attribute does not exist it will be created. * * @access public * @param string name name of the attribute * @param string value value of the attribute * @return void */ this.set_attribute = function() { __attributes[arguments[0]] = arguments[1]; } } /* json.js 2006-11-09 This file adds these methods to JavaScript: array.toJSONString() boolean.toJSONString() date.toJSONString() number.toJSONString() object.toJSONString() string.toJSONString() These method produces a JSON text from a JavaScript value. It must not contain any cyclical references. Illegal values will be excluded. The default conversion for dates is to an ISO string. You can add a toJSONString method to any date object to get a different representation. string.parseJSON() This method parses a JSON text to produce an object or array. It can throw a SyntaxError exception. It is expected that these methods will formally become part of the JavaScript Programming Language in the Fourth Edition of the ECMAScript standard in 2007. */ Array.prototype.toJSONString = function () { var a = ['['], b, i, l = this.length, v; function p(s) { if (b) { a.push(','); } a.push(s); b = true; } for (i = 0; i < l; i += 1) { v = this[i]; switch (typeof v) { case 'undefined': case 'function': case 'unknown': break; case 'object': if (v) { if (typeof v.toJSONString === 'function') { p(v.toJSONString()); } } else { p("null"); } break; default: p(v.toJSONString()); } } a.push(']'); return a.join(''); }; Boolean.prototype.toJSONString = function () { return String(this); }; Date.prototype.toJSONString = function () { function f(n) { return n < 10 ? '0' + n : n; } return '"' + this.getFullYear() + '-' + f(this.getMonth() + 1) + '-' + f(this.getDate()) + 'T' + f(this.getHours()) + ':' + f(this.getMinutes()) + ':' + f(this.getSeconds()) + '"'; }; Number.prototype.toJSONString = function () { return isFinite(this) ? String(this) : "null"; }; Object.prototype.toJSONString = function () { var a = ['{'], b, i, v; function p(s) { if (b) { a.push(','); } a.push(i.toJSONString(), ':', s); b = true; } for (i in this) { if (this.hasOwnProperty(i)) { v = this[i]; switch (typeof v) { case 'undefined': case 'function': case 'unknown': break; case 'object': if (v) { if (typeof v.toJSONString === 'function') { p(v.toJSONString()); } } else { p("null"); } break; default: p(v.toJSONString()); } } } a.push('}'); return a.join(''); }; (function (s) { var m = { '\b': '\\b', '\t': '\\t', '\n': '\\n', '\f': '\\f', '\r': '\\r', '"' : '\\"', '\\': '\\\\' }; s.parseJSON = function () { try { if (/^("(\\.|[^"\\\n\r])*?"|[,:{}\[\]0-9.\-+Eaeflnr-u \n\r\t])+?$/. test(this)) { return eval('(' + this + ')'); } } catch (e) { } throw new SyntaxError("parseJSON"); }; s.toJSONString = function () { if (/["\\\x00-\x1f]/.test(this)) { return '"' + this.replace(/([\x00-\x1f\\"])/g, function(a, b) { var c = m[b]; if (c) { return c; } c = b.charCodeAt(); return '\\u00' + Math.floor(c / 16).toString(16) + (c % 16).toString(16); }) + '"'; } return '"' + this + '"'; }; })(String.prototype); //get element function $_(sId){ if (!sId) { return null; } var returnObj = document.getElementById(sId); if (!returnObj && document.all) { returnObj = document.all[sId]; } return returnObj; } //retrive foem element to object function $$_(id) { var form =null; var elesData=new Array(); var eleDatas=null; var eleName=""; var eles=null; var hasMulti=false; if (typeof(id) == "string") form = $_(id); else form = id; if (form && form.tagName == 'FORM') { if (form == null) { return null; } if (typeof(form.elements) == 'undefined') { return null; } var formData = {}; for (var iterator = 0; iterator < form.elements.length; iterator ++) { var element = form.elements[iterator]; if (element.disabled) { continue; } var elementType = element.tagName.toLowerCase(); var elementName = null; var elementValue = null; if ((typeof(element.name) != 'undefined') && (element.name.length > 0)) { elementName = element.name; } else if ((typeof(element.id) != 'undefined') && (element.id.length > 0)) { elementName = element.id; } if (elementName != null) { if (elementType == 'input') { if ( (element.type == 'text') || (element.type == 'password') || (element.type == 'button') || (element.type == 'submit') || (element.type == 'hidden')) { if(elementName.indexOf("[")!=-1){ hasMulti=true; eles=elementName.split("["); eleName=eles[0]; eleDatas=elesData[eleName]; if(typeof eleDatas=="undefined"){ elesData[eleName]=new Array(); elesData[eleName][0]= element.value; }else{ elesData[eleName][eleDatas.length]= element.value; } }else elementValue = element.value; } else if (element.type == 'checkbox') { if(elementName.indexOf("[")!=-1){ hasMulti=true; eles=elementName.split("["); eleName=eles[0]; eleDatas=elesData[eleName]; if(typeof eleDatas=="undefined"){ if(element.checked == true){ elesData[eleName]=new Array(); elesData[eleName][0]= element.value; } }else{ if(element.checked == true) elesData[eleName][eleDatas.length]= element.value; } }else elementValue = element.value; } else if (element.type == 'radio') { if (element.checked) { elementValue = element.value; } else { try { var type = eval('typeof(formData.' + elementName + ')'); if (type != 'undefined') { continue; } } catch (e) { continue; } } } } else if (elementType == 'select') { if (element.options.length > 0) { if (element.multiple) { elementName = elementName.replace(/\[\]$/ig, ''); elementValue = []; for (var optionsIterator = 0; optionsIterator < element.options.length; optionsIterator ++) { if (element.options[optionsIterator].selected) { elementValue.push(element.options[optionsIterator].value); } } } else { if (element.selectedIndex >= 0) { elementValue = element.options[element.selectedIndex].value; } } } } else if (elementType == 'textarea') { if(elementName.indexOf("[")!=-1){ hasMulti=true; eles=elementName.split("["); eleName=eles[0]; eleDatas=elesData[eleName]; if(typeof eleDatas=="undefined"){ elesData[eleName]=new Array(); elesData[eleName][0]= element.value; }else{ elesData[eleName][eleDatas.length]= element.value; } }else elementValue = element.value; } try { if(hasMulti==true){ hasMulti=false; eval('formData.' + eleName + ' = elesData[eleName];'); }else{ eval('formData.' + elementName + ' = elementValue;'); } eles=null; } catch (e) {} } } } return formData; } //display loading message function _$(divLoading,imgLoading,mess){ var Obj=$_(divLoading); document.body.style.cursor = 'wait'; if(imgLoading!=""){ if(Obj!=null){ Obj.style.display="block"; }else{ var oDiv=document.createElement("DIV"); document.body.appendChild(oDiv); oDiv.id=divLoading; var strMes="
"; if(typeof mess!="undefined") strMes+=""+mess+""; oDiv.innerHTML=strMes+"
"; } } } //disable loading message function __$(divLoading){ //window.clearTimeout(this.timeOutTimer); document.body.style.cursor = 'default'; var Obj=$_(divLoading); if(Obj!=null) Obj.style.display="none"; } // JavaScript Document