obviously, seem @ first cannot done, state have converted javascript window object json. need how in more intelligent way doing now.
the process works this:
1) new object created , each key window key copied new object. list of commonly known keys not added new object (ex. websocket). 2) function called getarray recursively cleans each sub-object , saves json. result looks {'key':'json_{....}'} or {'key':'json_{{'key':'json_{....}'}}'}. idea catch error @ smallest level final json object composed of key:json_string values. other critical point catch circular objects. if object has of long list of keys, excluded (ex. tagname).
the problem code bit unstable. ceased working on our site , don't have mind improve it.
i accept solution converts window object json (or text format can decoded properly). suggest partial solution, function detect circular , non-json-encodable objects 100%, best, if possible. take genius produce, believe possible.
the purpose of user-sent bug reports show state of our javascript. there many objects enumerate 1, 1, , our user-created objects contain un-encodable objects. useful , relevant web.
here current code, design pattern described. getwindow()
getwindow: function() { var obj2 = {}; (var in window) { obj2[i] = 1; } var keys = ["requestlogs", "websocket", "clicklogs", "$", "jquery", "window", "top", "location", "external", "chrome", "document", "i", "arr", "webkitnotifications", "localstorage", "sessionstorage", "applicationcache", "webkitstorageinfo", "indexeddb", "webkitindexeddb", "crypto", "css", "performance", "console", "devicepixelratio", "stylemedia", "parent", "opener", "frames", "self", "defaultstatus", "defaultstatus", "status", "name", "length", "closed", "pageyoffset", "pagexoffset", "scrolly", "scrollx", "screentop", "screenleft", "screeny", "screenx", "innerwidth", "innerheight", "outerwidth", "outerheight", "offscreenbuffering", "frameelement", "clientinformation", "navigator", "toolbar", "statusbar", "scrollbars", "personalbar", "menubar", "locationbar", "history", "screen", "postmessage", "close", "blur", "focus", "ondeviceorientation", "ondevicemotion", "onunload", "onstorage", "onresize", "onpopstate", "onpageshow", "onpagehide", "ononline", "onoffline", "onmessage", "onhashchange", "onbeforeunload", "onwaiting", "onvolumechange", "ontimeupdate", "onsuspend", "onsubmit", "onstalled", "onshow", "onselect", "onseeking", "onseeked", "onscroll", "onreset", "onratechange", "onprogress", "onplaying", "onplay", "onpause", "onmousewheel", "onmouseup", "onmouseover", "onmouseout", "onmousemove", "onmouseleave", "onmouseenter", "onmousedown", "onloadstart", "onloadedmetadata", "onloadeddata", "onload", "onkeyup", "onkeypress", "onkeydown", "oninvalid", "oninput", "onfocus", "onerror", "onended", "onemptied", "ondurationchange", "ondrop", "ondragstart", "ondragover", "ondragleave", "ondragenter", "ondragend", "ondrag", "ondblclick", "oncuechange", "oncontextmenu", "onclose", "onclick", "onchange", "oncanplaythrough", "oncanplay", "oncancel", "onblur", "onabort", "onwheel", "onwebkittransitionend", "onwebkitanimationstart", "onwebkitanimationiteration", "onwebkitanimationend", "ontransitionend", "onsearch", "getselection", "print", "stop", "open", "showmodaldialog", "alert", "confirm", "prompt", "find", "scrollby", "scrollto", "scroll", "moveby", "moveto", "resizeby", "resizeto", "matchmedia", "requestanimationframe", "cancelanimationframe", "webkitrequestanimationframe", "webkitcancelanimationframe", "webkitcancelrequestanimationframe", "captureevents", "releaseevents", "atob", "btoa", "settimeout", "cleartimeout", "setinterval", "clearinterval", "temporary", "persistent", "getcomputedstyle", "getmatchedcssrules", "webkitconvertpointfrompagetonode", "webkitconvertpointfromnodetopage", "webkitrequestfilesystem", "webkitresolvelocalfilesystemurl", "opendatabase", "addeventlistener", "removeeventlistener", "dispatchevent"]; (var iii in keys) { var key = keys[iii]; if (obj2[key]) delete(obj2[key]); } (var in obj2) { obj2[i] = window[i]; } return this.getarray(obj2, 0); }, getarray()
getarray: function(obj, count) { try { var data = this._getarray(obj, count); var cache = []; if (typeof data === 'object' && data !== null) { if (cache.indexof(data) !== -1) { // circular reference found, discard key return 'circular'; } // store value in our collection cache.push(data); } if (typeof data == 'object') return 'json_' + json.stringify(data); else return data; //return data; } catch (e) { console.log(e); return ''; } } ,
_getarray
_getarray: function(obj, count) { count = isset(count) ? count : 0; if (obj == window && count > 0) return 'window'; if (obj && typeof obj == 'object') { if (object.keys(obj).length >= 100 && count > 0) { return 'object,>100keys'; } if (obj['tagname']) { return obj['tagname']; } if (count > 0) { var keys = ['$', 'tagname', 'scrolltop', 'contenteditable', 'documenturi', 'documentelement', 'context', 'selector', 'jquery', 'attribute_node', 'nodename']; (var ii in keys) { if (obj[0] && obj[0].length == 3) { ///log2(obj); } var key = keys[ii]; if (obj[key]) { return ii; } } } if (!$.isplainobject(obj)) { var obj2 = {}; (var ii in obj) { obj2[ii] = obj[ii]; } obj = obj2; } } var arr = {}; (var in obj) { var type = typeof obj[i]; if (type == 'string' || type == 'number' || type == 'boolean') { arr[i] = obj[i]; } if (type == 'function') { var obj2 = {}; var funchasdata = false; (var ii in obj[i]) { funchasdata = true; obj2[ii] = obj[i][ii]; } if (funchasdata) { arr[i] = obj2; } } if (type == 'object') { if (count > 5) { return '_'; } arr[i] = this.getarray(obj[i], count + 1); } } return arr; }
usage: getlocalproperties(object); or getlocalproperties.getwindow();
getlocalproperties = function(obj,parent_objects){ var keys = object.getownpropertynames(obj); if (typeof parent_objects == 'object') { if (parent_objects.indexof(obj) >= 0) { return 'recursive obj'; } parent_objects = getlocalproperties.copyarray(parent_objects); } else { parent_objects = [window]; } //console.log(parent_objects.length); if (parent_objects.length > 10) { return 'depth greater 10'; } parent_objects.push(obj); var new_object = {}; (var key_i_key in keys) { var key_i = keys[key_i_key]; var value_i = obj[key_i]; var value_cloned = getlocalproperties.getkeyvalue(value_i,parent_objects); new_object[key_i] = value_cloned; } return new_object; }; getlocalproperties.getkeyvalue = function (value_i,parent_objects) { getlocalproperties.last_value_i = value_i; getlocalproperties.last_parent_objects = parent_objects; var type = typeof value_i; switch (type) { case 'object': if (!value_i) { return 'value_is_null'; } if (array.isarray(value_i)) { //return value_i; } return getlocalproperties(value_i,parent_objects); case 'boolean': case 'number': case 'string': return value_i; } return 'not_copied'; }; getlocalproperties.copyarray = function(arr) { var arr_new = []; (var in arr) { arr_new.push(arr[i]); } return arr_new; }; getlocalproperties.getwindow = function() { return getlocalproperties.getobjectclean(window); }; getlocalproperties.getobjectclean = function(obj) { var = getlocalproperties(obj); (var in a) { var value_i = a[i]; if (typeof value_i == 'string' && value_i == 'not_copied') { delete(a[i]); } } return a; }; 
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