amt-0.2.0_de.js

/**
* @fileoverview Intel(r) AMT Communication StackXX
* @author Ylian Saint-Hilaire
* @version v0.2.0b
*/

/**
 * Construct a AmtStackCreateService object, this ia the main Intel AMT communication stack.
 * @constructor
 */
function AmtStackCreateService(wsmanStack) {
    var obj = new Object();
    obj.wsman = wsmanStack;
    obj.pfx = ['http://intel.com/wbem/wscim/1/amt-schema/1/', 'http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/', 'http://intel.com/wbem/wscim/1/ips-schema/1/'];
    obj.PendingEnums = [];
    obj.PendingBatchOperations = 0;
    obj.ActiveEnumsCount = 0;
    obj.MaxActiveEnumsCount = 1; // Maximum number of enumerations that can be done at the same time.
    obj.onProcessChanged = null;
    var _MaxProcess = 0;
    var _LastProcess = 0;

    // Return the number of pending actions
    obj.GetPendingActions = function () { return (obj.PendingEnums.length * 2) + (obj.ActiveEnumsCount) + obj.wsman.comm.PendingAjax.length + obj.wsman.comm.ActiveAjaxCount + obj.PendingBatchOperations; }

    // Private Method, Update the current processing status, this gives the application an idea of what progress is being done by the WSMAN stack
    function _up() {
        var x = obj.GetPendingActions();
        if (_MaxProcess < x) _MaxProcess = x;
        if (obj.onProcessChanged != null && _LastProcess != x) {
            //console.log('Process Old=' + _LastProcess + ', New=' + x + ', PEnums=' + obj.PendingEnums.length + ', AEnums=' + obj.ActiveEnumsCount + ', PAjax=' + obj.wsman.comm.PendingAjax.length + ', AAjax=' + obj.wsman.comm.ActiveAjaxCount + ', PBatch=' + obj.PendingBatchOperations);
            _LastProcess = x;
            obj.onProcessChanged(x, _MaxProcess);
        }
        if (x == 0) _MaxProcess = 0;
    }

    // Perform a WSMAN "SUBSCRIBE" operation.
    obj.Subscribe = function (name, delivery, url, callback, tag, pri, selectors, opaque, user, pass) { obj.wsman.ExecSubscribe(obj.CompleteName(name), delivery, url, function (ws, resuri, response, xstatus) { _up(); callback(obj, name, response, xstatus, tag); }, 0, pri, selectors, opaque, user, pass); _up(); }

    // Perform a WSMAN "UNSUBSCRIBE" operation.
    obj.UnSubscribe = function (name, callback, tag, pri, selectors) { obj.wsman.ExecUnSubscribe(obj.CompleteName(name), function (ws, resuri, response, xstatus) { _up(); callback(obj, name, response, xstatus, tag); }, 0, pri, selectors); _up(); }

    // Perform a WSMAN "GET" operation.
    obj.Get = function (name, callback, tag, pri) { obj.wsman.ExecGet(obj.CompleteName(name), function (ws, resuri, response, xstatus) { _up(); callback(obj, name, response, xstatus, tag); }, 0, pri); _up(); }

    // Perform a WSMAN "PUT" operation.
    obj.Put = function (name, putobj, callback, tag, pri, selectors) { obj.wsman.ExecPut(obj.CompleteName(name), putobj, function (ws, resuri, response, xstatus) { _up(); callback(obj, name, response, xstatus, tag); }, 0, pri, selectors); _up(); }
	
    // Perform a WSMAN "CREATE" operation.
    obj.Create = function (name, putobj, callback, tag, pri) { obj.wsman.ExecCreate(obj.CompleteName(name), putobj, function (ws, resuri, response, xstatus) { _up(); callback(obj, name, response, xstatus, tag); }, 0, pri); _up(); }

    // Perform a WSMAN "DELETE" operation.
    obj.Delete = function (name, putobj, callback, tag, pri) { obj.wsman.ExecDelete(obj.CompleteName(name), putobj, function (ws, resuri, response, xstatus) { _up(); callback(obj, name, response, xstatus, tag); }, 0, pri); _up(); }

    // Perform a WSMAN method call operation.
    obj.Exec = function (name, method, args, callback, tag, pri, selectors) { obj.wsman.ExecMethod(obj.CompleteName(name), method, args, function (ws, resuri, response, xstatus) { _up(); callback(obj, name, obj.CompleteExecResponse(response), xstatus, tag); }, 0, pri, selectors); _up(); }
	
    // Perform a WSMAN method call operation.
    obj.ExecWithXml = function (name, method, args, callback, tag, pri, selectors) { obj.wsman.ExecMethodXml(obj.CompleteName(name), method, execArgumentsToXml(args), function (ws, resuri, response, xstatus) { _up(); callback(obj, name, obj.CompleteExecResponse(response), xstatus, tag); }, 0, pri, selectors); _up(); }
	
    // Perform a WSMAN "ENUMERATE" operation.
    obj.Enum = function (name, callback, tag, pri) {
        if (obj.ActiveEnumsCount < obj.MaxActiveEnumsCount) {
            //console.log('ENUM-DO', obj.ActiveEnumsCount, obj.MaxActiveEnumsCount, obj.PendingEnums.length);
            obj.ActiveEnumsCount++; obj.wsman.ExecEnum(obj.CompleteName(name), function (ws, resuri, response, xstatus, tag0) { _up(); _EnumStartSink(name, response, callback, resuri, xstatus, tag0); }, tag, pri);
        } else {
            obj.PendingEnums.push([name, callback, tag, pri]);
            //console.log('ENUM-PENDING', obj.ActiveEnumsCount, obj.MaxActiveEnumsCount, obj.PendingEnums.length);
        }
        _up();
    }

    // Private method
    function _EnumStartSink(name, response, callback, resuri, status, tag, pri) {
        if (status != 200) {
            //console.log('Got ' + status + ' on _EnumStartSink for ' + name);
            callback(obj, name, null, status, tag); _EnumDoNext(1); return;
        }
        if (response == null || response.Header['Method'] != 'EnumerateResponse' || !response.Body['EnumerationContext']) { callback(obj, name, null, 603, tag); _EnumDoNext(1); return; }
        var enumctx = response.Body['EnumerationContext'];
        obj.wsman.ExecPull(resuri, enumctx, function (ws, resuri, response, xstatus) { _EnumContinueSink(name, response, callback, resuri, [], xstatus, tag, pri); });
    }

    // Private method
    function _EnumContinueSink(name, response, callback, resuri, items, status, tag, pri) {
        if (status != 200) {
            //console.log('Got ' + status + ' on _EnumContinueSink for ' + name);
            callback(obj, name, null, status, tag); _EnumDoNext(1); return;
        }
        if (response == null || response.Header['Method'] != 'PullResponse') { callback(obj, name, null, 604, tag); _EnumDoNext(1); return; }
        for (var i in response.Body['Items']) {
            if (response.Body['Items'][i] instanceof Array) {
                for (var j in response.Body['Items'][i]) { if (typeof response.Body['Items'][i][j] != 'function') { items.push(response.Body['Items'][i][j]); } }
            } else {
                if (typeof response.Body['Items'][i] != 'function') { items.push(response.Body['Items'][i]); }
            }
        }
        if (response.Body['EnumerationContext']) {
            var enumctx = response.Body['EnumerationContext'];
            obj.wsman.ExecPull(resuri, enumctx, function (ws, resuri, response, xstatus) { _EnumContinueSink(name, response, callback, resuri, items, xstatus, tag, 1); });
        } else {
            //console.log('ENUM-DONE');
            _EnumDoNext(1);
            callback(obj, name, items, status, tag);
            _up();
        }
    }

    // Private method
    function _EnumDoNext(dec) {
        obj.ActiveEnumsCount -= dec;
        if ((obj.ActiveEnumsCount >= obj.MaxActiveEnumsCount) || (obj.PendingEnums.length == 0)) { _up(); return; }
        var x = obj.PendingEnums.shift();
        obj.Enum(x[0], x[1], x[2]);
        _EnumDoNext(0);
    }

    // Perform a batch of WSMAN "ENUM" or "GET" operations.
    // Since we are pipelining, continueOnError is no longer supported
    obj.BatchEnum = function (batchname, names, callback, tag, continueOnError, pri) {
        var results = { _pending: names.length };
        obj.PendingBatchOperations += names.length;
        //console.log('obj.PendingBatchOperations', obj.PendingBatchOperations);
        for (var i in names) {
            var n = names[i], f = obj.Enum;
            if (n[0] == '*') { f = obj.Get; n = n.substring(1); } // If the name starts with a star, do a GET instead of an ENUM. This will reduce round trips.
            //console.log((f == obj.Get ? 'Get ' : 'Enum ') + n);
            f(n, function (stack, name, responses, status, tag0) {
                //if (status != 200) { console.log('Got ' + status + ' on BatchEnum for ' + name + ', ' + tag0[3]); }
                obj.PendingBatchOperations--;
                //console.log('obj.PendingBatchOperations', obj.PendingBatchOperations);
                _up();
                tag0[2][name] = { response: (responses == null ? null : responses.Body), responses: responses, status: status };
                if ((--tag0[2]._pending) == 0) {
                    delete tag0[2]._pending;
                    callback.call(obj, obj, batchname, tag0[2], status, tag);
                }
            }, [batchname, names, results, (f == obj.Get ? 'Get' : 'Enum')], pri);
        }
    }

    /*
    // Perform a batch of WSMAN "ENUM" operations.
    obj.BatchEnum = function (batchname, names, callback, tag, continueOnError, pri) {
        obj.PendingBatchOperations += (names.length * 2);
        _BatchNextEnum(batchname, Clone(names), callback, tag, {}, continueOnError, pri); _up();
    }

    // Request each enum in the batch, stopping if something does not return status 200
    function _BatchNextEnum(batchname, names, callback, tag, results, continueOnError, pri) {
        obj.PendingBatchOperations -= 2;
        var n = names.shift(), f = obj.Enum;
        if (n[0] == '*') { f = obj.Get; n = n.substring(1); } // If the name starts with a star, do a GET instead of an ENUM. This will reduce round trips.
        //console.log((f == obj.Get?'Get ':'Enum ') + n);
        // Perform a GET/ENUM action
        f(n, function (stack, name, responses, status, tag0) {
            tag0[2][name] = { response: (responses==null?null:responses.Body), responses: responses, status: status };
            if (tag0[1].length == 0 || status == 401 || (continueOnError != true && status != 200 && status != 400)) { obj.PendingBatchOperations -= (names.length * 2); _up(); callback(obj, batchname, tag0[2], status, tag); }
            else { _up(); _BatchNextEnum(batchname, names, callback, tag, tag0[2], pri); }
        }, [batchname, names, results], pri);
        _up();
    }
    */

    // Perform a batch of WSMAN "GET" operations.
    obj.BatchGet = function (batchname, names, callback, tag, pri) {
        _FetchNext({ name: batchname, names: names, callback: callback, current: 0, responses: {}, tag: tag, pri: pri }); _up();
    }

    // Private method
    function _FetchNext(batch) {
        if (batch.names.length <= batch.current) {
            batch.callback(obj, batch.name, batch.responses, 200, batch.tag);
        } else {
            obj.wsman.ExecGet(obj.CompleteName(batch.names[batch.current]), function (ws, resuri, response, xstatus) { _Fetched(batch, response, xstatus); }, batch.pri);
            batch.current++;
        }
        _up();
    }

    // Private method
    function _Fetched(batch, response, status) {
        if (response == null || status != 200) {
            batch.callback(obj, batch.name, null, status, batch.tag);
        } else {
            batch.responses[response.Header['Method']] = response;
            _FetchNext(batch);
        }
    }

    // Private method
    obj.CompleteName = function(name) {
        if (name.indexOf('AMT_') == 0) return obj.pfx[0] + name;
        if (name.indexOf('CIM_') == 0) return obj.pfx[1] + name;
        if (name.indexOf('IPS_') == 0) return obj.pfx[2] + name;
    }

    obj.CompleteExecResponse = function (resp) {
        if (resp && resp != null && resp.Body && (resp.Body['ReturnValue'] != undefined)) { resp.Body.ReturnValueStr = obj.AmtStatusToStr(resp.Body['ReturnValue']); }
        return resp;
    }

    obj.RequestPowerStateChange = function (PowerState, callback_func) {
        obj.CIM_PowerManagementService_RequestPowerStateChange(PowerState, '<Address xmlns="http://schemas.xmlsoap.org/ws/2004/08/addressing">http://schemas.xmlsoap.org/ws/2004/08/addressing</Address><ReferenceParameters xmlns="http://schemas.xmlsoap.org/ws/2004/08/addressing"><ResourceURI xmlns="http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd">http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_ComputerSystem</ResourceURI><SelectorSet xmlns="http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd"><Selector Name="CreationClassName">CIM_ComputerSystem</Selector><Selector Name="Name">ManagedSystem</Selector></SelectorSet></ReferenceParameters>', null, null, callback_func);
    }

    obj.RequestOSPowerStateChange = function (PowerState, callback_func) {
        obj.IPS_PowerManagementService_RequestOSPowerSavingStateChange(PowerState, '<Address xmlns="http://schemas.xmlsoap.org/ws/2004/08/addressing">http://schemas.xmlsoap.org/ws/2004/08/addressing</Address><ReferenceParameters xmlns="http://schemas.xmlsoap.org/ws/2004/08/addressing"><ResourceURI xmlns="http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\">http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_ComputerSystem</ResourceURI><SelectorSet xmlns="http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd"><Selector Name="CreationClassName">CIM_ComputerSystem</Selector><Selector Name="Name">ManagedSystem</Selector></SelectorSet></ReferenceParameters>', null, null, callback_func);
    }

    obj.SetBootConfigRole = function (Role, callback_func) {
        obj.CIM_BootService_SetBootConfigRole('<Address xmlns="http://schemas.xmlsoap.org/ws/2004/08/addressing">http://schemas.xmlsoap.org/ws/2004/08/addressing</Address><ReferenceParameters xmlns="http://schemas.xmlsoap.org/ws/2004/08/addressing"><ResourceURI xmlns="http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd">http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_BootConfigSetting</ResourceURI><SelectorSet xmlns="http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd"><Selector Name="InstanceID">Intel(r) AMT: Boot Configuration 0</Selector></SelectorSet></ReferenceParameters>', Role, callback_func);
    }

    // Cancel all pending queries with given status
    obj.CancelAllQueries = function (s) {
        obj.wsman.CancelAllQueries(s);
    }

    // Auto generated methods
    obj.AMT_AgentPresenceWatchdog_RegisterAgent = function (callback_func) { obj.Exec('AMT_AgentPresenceWatchdog', 'RegisterAgent', {}, callback_func); }
    obj.AMT_AgentPresenceWatchdog_AssertPresence = function (SequenceNumber, callback_func) { obj.Exec('AMT_AgentPresenceWatchdog', 'AssertPresence', { 'SequenceNumber': SequenceNumber }, callback_func); }
    obj.AMT_AgentPresenceWatchdog_AssertShutdown = function (SequenceNumber, callback_func) { obj.Exec('AMT_AgentPresenceWatchdog', 'AssertShutdown', { 'SequenceNumber': SequenceNumber }, callback_func); }
    obj.AMT_AgentPresenceWatchdog_AddAction = function (OldState, NewState, EventOnTransition, ActionSd, ActionEac, callback_func, tag, pri, selectors) { obj.Exec('AMT_AgentPresenceWatchdog', 'AddAction', { 'OldState': OldState, 'NewState': NewState, 'EventOnTransition': EventOnTransition, 'ActionSd': ActionSd, 'ActionEac': ActionEac }, callback_func, tag, pri, selectors); }
    obj.AMT_AgentPresenceWatchdog_DeleteAllActions = function (callback_func, tag, pri, selectors) { obj.Exec('AMT_AgentPresenceWatchdog', 'DeleteAllActions', {}, callback_func, tag, pri, selectors); }
    obj.AMT_AgentPresenceWatchdogAction_GetActionEac = function (callback_func) { obj.Exec('AMT_AgentPresenceWatchdogAction', 'GetActionEac', {}, callback_func); }
    obj.AMT_AgentPresenceWatchdogVA_RegisterAgent = function (callback_func) { obj.Exec('AMT_AgentPresenceWatchdogVA', 'RegisterAgent', {}, callback_func); }
    obj.AMT_AgentPresenceWatchdogVA_AssertPresence = function (SequenceNumber, callback_func) { obj.Exec('AMT_AgentPresenceWatchdogVA', 'AssertPresence', { 'SequenceNumber': SequenceNumber }, callback_func); }
    obj.AMT_AgentPresenceWatchdogVA_AssertShutdown = function (SequenceNumber, callback_func) { obj.Exec('AMT_AgentPresenceWatchdogVA', 'AssertShutdown', { 'SequenceNumber': SequenceNumber }, callback_func); }
    obj.AMT_AgentPresenceWatchdogVA_AddAction = function (OldState, NewState, EventOnTransition, ActionSd, ActionEac, callback_func) { obj.Exec('AMT_AgentPresenceWatchdogVA', 'AddAction', { 'OldState': OldState, 'NewState': NewState, 'EventOnTransition': EventOnTransition, 'ActionSd': ActionSd, 'ActionEac': ActionEac }, callback_func); }
    obj.AMT_AgentPresenceWatchdogVA_DeleteAllActions = function (_method_dummy, callback_func) { obj.Exec('AMT_AgentPresenceWatchdogVA', 'DeleteAllActions', { '_method_dummy': _method_dummy }, callback_func); }
    obj.AMT_AuditLog_ClearLog = function (callback_func) { obj.Exec('AMT_AuditLog', 'ClearLog', {}, callback_func); }
    obj.AMT_AuditLog_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('AMT_AuditLog', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.AMT_AuditLog_ReadRecords = function (StartIndex, callback_func, tag) { obj.Exec('AMT_AuditLog', 'ReadRecords', { 'StartIndex': StartIndex }, callback_func, tag); }
    obj.AMT_AuditLog_SetAuditLock = function (LockTimeoutInSeconds, Flag, Handle, callback_func) { obj.Exec('AMT_AuditLog', 'SetAuditLock', { 'LockTimeoutInSeconds': LockTimeoutInSeconds, 'Flag': Flag, 'Handle': Handle }, callback_func); }
    obj.AMT_AuditLog_ExportAuditLogSignature = function (SigningMechanism, callback_func) { obj.Exec('AMT_AuditLog', 'ExportAuditLogSignature', { 'SigningMechanism': SigningMechanism }, callback_func); }
    obj.AMT_AuditLog_SetSigningKeyMaterial = function (SigningMechanismType, SigningKey, LengthOfCertificates, Certificates, callback_func) { obj.Exec('AMT_AuditLog', 'SetSigningKeyMaterial', { 'SigningMechanismType': SigningMechanismType, 'SigningKey': SigningKey, 'LengthOfCertificates': LengthOfCertificates, 'Certificates': Certificates }, callback_func); }
    obj.AMT_AuditPolicyRule_SetAuditPolicy = function (Enable, AuditedAppID, EventID, PolicyType, callback_func) { obj.Exec('AMT_AuditPolicyRule', 'SetAuditPolicy', { 'Enable': Enable, 'AuditedAppID': AuditedAppID, 'EventID': EventID, 'PolicyType': PolicyType }, callback_func); }
    obj.AMT_AuditPolicyRule_SetAuditPolicyBulk = function (Enable, AuditedAppID, EventID, PolicyType, callback_func) { obj.Exec('AMT_AuditPolicyRule', 'SetAuditPolicyBulk', { 'Enable': Enable, 'AuditedAppID': AuditedAppID, 'EventID': EventID, 'PolicyType': PolicyType }, callback_func); }
    obj.AMT_AuthorizationService_AddUserAclEntryEx = function (DigestUsername, DigestPassword, KerberosUserSid, AccessPermission, Realms, callback_func) { obj.Exec('AMT_AuthorizationService', 'AddUserAclEntryEx', { 'DigestUsername': DigestUsername, 'DigestPassword': DigestPassword, 'KerberosUserSid': KerberosUserSid, 'AccessPermission': AccessPermission, 'Realms': Realms }, callback_func); }
    obj.AMT_AuthorizationService_EnumerateUserAclEntries = function (StartIndex, callback_func) { obj.Exec('AMT_AuthorizationService', 'EnumerateUserAclEntries', { 'StartIndex': StartIndex }, callback_func); }
    obj.AMT_AuthorizationService_GetUserAclEntryEx = function (Handle, callback_func, tag) { obj.Exec('AMT_AuthorizationService', 'GetUserAclEntryEx', { 'Handle': Handle }, callback_func, tag); }
    obj.AMT_AuthorizationService_UpdateUserAclEntryEx = function (Handle, DigestUsername, DigestPassword, KerberosUserSid, AccessPermission, Realms, callback_func) { obj.Exec('AMT_AuthorizationService', 'UpdateUserAclEntryEx', { 'Handle': Handle, 'DigestUsername': DigestUsername, 'DigestPassword': DigestPassword, 'KerberosUserSid': KerberosUserSid, 'AccessPermission': AccessPermission, 'Realms': Realms }, callback_func); }
    obj.AMT_AuthorizationService_RemoveUserAclEntry = function (Handle, callback_func) { obj.Exec('AMT_AuthorizationService', 'RemoveUserAclEntry', { 'Handle': Handle }, callback_func); }
    obj.AMT_AuthorizationService_SetAdminAclEntryEx = function (Username, DigestPassword, callback_func) { obj.Exec('AMT_AuthorizationService', 'SetAdminAclEntryEx', { 'Username': Username, 'DigestPassword': DigestPassword }, callback_func); }
    obj.AMT_AuthorizationService_GetAdminAclEntry = function (callback_func) { obj.Exec('AMT_AuthorizationService', 'GetAdminAclEntry', {}, callback_func); }
    obj.AMT_AuthorizationService_GetAdminAclEntryStatus = function (callback_func) { obj.Exec('AMT_AuthorizationService', 'GetAdminAclEntryStatus', {}, callback_func); }
    obj.AMT_AuthorizationService_GetAdminNetAclEntryStatus = function (callback_func) { obj.Exec('AMT_AuthorizationService', 'GetAdminNetAclEntryStatus', {}, callback_func); }
    obj.AMT_AuthorizationService_SetAclEnabledState = function (Handle, Enabled, callback_func, tag) { obj.Exec('AMT_AuthorizationService', 'SetAclEnabledState', { 'Handle': Handle, 'Enabled': Enabled }, callback_func, tag); }
    obj.AMT_AuthorizationService_GetAclEnabledState = function (Handle, callback_func, tag) { obj.Exec('AMT_AuthorizationService', 'GetAclEnabledState', { 'Handle': Handle }, callback_func, tag); }
    obj.AMT_EndpointAccessControlService_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('AMT_EndpointAccessControlService', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.AMT_EndpointAccessControlService_GetPosture = function (PostureType, callback_func) { obj.Exec('AMT_EndpointAccessControlService', 'GetPosture', { 'PostureType': PostureType }, callback_func); }
    obj.AMT_EndpointAccessControlService_GetPostureHash = function (PostureType, callback_func) { obj.Exec('AMT_EndpointAccessControlService', 'GetPostureHash', { 'PostureType': PostureType }, callback_func); }
    obj.AMT_EndpointAccessControlService_UpdatePostureState = function (UpdateType, callback_func) { obj.Exec('AMT_EndpointAccessControlService', 'UpdatePostureState', { 'UpdateType': UpdateType }, callback_func); }
    obj.AMT_EndpointAccessControlService_GetEacOptions = function (callback_func) { obj.Exec('AMT_EndpointAccessControlService', 'GetEacOptions', {}, callback_func); }
    obj.AMT_EndpointAccessControlService_SetEacOptions = function (EacVendors, PostureHashAlgorithm, callback_func) { obj.Exec('AMT_EndpointAccessControlService', 'SetEacOptions', { 'EacVendors': EacVendors, 'PostureHashAlgorithm': PostureHashAlgorithm }, callback_func); }
    obj.AMT_EnvironmentDetectionSettingData_SetSystemDefensePolicy = function (Policy, callback_func) { obj.Exec('AMT_EnvironmentDetectionSettingData', 'SetSystemDefensePolicy', { 'Policy': Policy }, callback_func); }
    obj.AMT_EnvironmentDetectionSettingData_EnableVpnRouting = function (Enable, callback_func) { obj.Exec('AMT_EnvironmentDetectionSettingData', 'EnableVpnRouting', { 'Enable': Enable }, callback_func); }
    obj.AMT_EthernetPortSettings_SetLinkPreference = function (LinkPreference, Timeout, callback_func) { obj.Exec('AMT_EthernetPortSettings', 'SetLinkPreference', { 'LinkPreference': LinkPreference, 'Timeout': Timeout }, callback_func); }
    obj.AMT_GeneralSettings_AMTAuthenticate = function (Nonce, callback_func) { obj.Exec('AMT_GeneralSettings', 'AMTAuthenticate', { 'MC_Nonce': Nonce }, callback_func); }
    obj.AMT_HeuristicPacketFilterStatistics_ResetSelectedStats = function (SelectedStatistics, callback_func) { obj.Exec('AMT_HeuristicPacketFilterStatistics', 'ResetSelectedStats', { 'SelectedStatistics': SelectedStatistics }, callback_func); }
    obj.AMT_KerberosSettingData_GetCredentialCacheState = function (callback_func) { obj.Exec('AMT_KerberosSettingData', 'GetCredentialCacheState', {}, callback_func); }
    obj.AMT_KerberosSettingData_SetCredentialCacheState = function (Enable, callback_func) { obj.Exec('AMT_KerberosSettingData', 'SetCredentialCacheState', { 'Enable': Enable }, callback_func); }
    obj.AMT_MessageLog_CancelIteration = function (IterationIdentifier, callback_func) { obj.Exec('AMT_MessageLog', 'CancelIteration', { 'IterationIdentifier': IterationIdentifier }, callback_func); }
    obj.AMT_MessageLog_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('AMT_MessageLog', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.AMT_MessageLog_ClearLog = function (callback_func) { obj.Exec('AMT_MessageLog', 'ClearLog', { }, callback_func); }
    obj.AMT_MessageLog_GetRecords = function (IterationIdentifier, MaxReadRecords, callback_func, tag) { obj.Exec('AMT_MessageLog', 'GetRecords', { 'IterationIdentifier': IterationIdentifier, 'MaxReadRecords': MaxReadRecords }, callback_func, tag); }
    obj.AMT_MessageLog_GetRecord = function (IterationIdentifier, PositionToNext, callback_func) { obj.Exec('AMT_MessageLog', 'GetRecord', { 'IterationIdentifier': IterationIdentifier, 'PositionToNext': PositionToNext }, callback_func); }
    obj.AMT_MessageLog_PositionAtRecord = function (IterationIdentifier, MoveAbsolute, RecordNumber, callback_func) { obj.Exec('AMT_MessageLog', 'PositionAtRecord', { 'IterationIdentifier': IterationIdentifier, 'MoveAbsolute': MoveAbsolute, 'RecordNumber': RecordNumber }, callback_func); }
    obj.AMT_MessageLog_PositionToFirstRecord = function (callback_func, tag) { obj.Exec('AMT_MessageLog', 'PositionToFirstRecord', {}, callback_func, tag); }
    obj.AMT_MessageLog_FreezeLog = function (Freeze, callback_func) { obj.Exec('AMT_MessageLog', 'FreezeLog', { 'Freeze': Freeze }, callback_func); }
    obj.AMT_PublicKeyManagementService_AddCRL = function (Url, SerialNumbers, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'AddCRL', { 'Url': Url, 'SerialNumbers': SerialNumbers }, callback_func); }
    obj.AMT_PublicKeyManagementService_ResetCRLList = function (_method_dummy, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'ResetCRLList', { '_method_dummy': _method_dummy }, callback_func); }
    obj.AMT_PublicKeyManagementService_AddCertificate = function (CertificateBlob, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'AddCertificate', { 'CertificateBlob': CertificateBlob }, callback_func); }
    obj.AMT_PublicKeyManagementService_AddTrustedRootCertificate = function (CertificateBlob, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'AddTrustedRootCertificate', { 'CertificateBlob': CertificateBlob }, callback_func); }
    obj.AMT_PublicKeyManagementService_AddKey = function (KeyBlob, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'AddKey', { 'KeyBlob': KeyBlob }, callback_func); }
    obj.AMT_PublicKeyManagementService_GeneratePKCS10Request = function (KeyPair, DNName, Usage, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'GeneratePKCS10Request', { 'KeyPair': KeyPair, 'DNName': DNName, 'Usage': Usage }, callback_func); }
    obj.AMT_PublicKeyManagementService_GeneratePKCS10RequestEx = function (KeyPair, SigningAlgorithm, NullSignedCertificateRequest, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'GeneratePKCS10RequestEx', { 'KeyPair': KeyPair, 'SigningAlgorithm': SigningAlgorithm, 'NullSignedCertificateRequest': NullSignedCertificateRequest }, callback_func); }
    obj.AMT_PublicKeyManagementService_GenerateKeyPair = function (KeyAlgorithm, KeyLength, callback_func) { obj.Exec('AMT_PublicKeyManagementService', 'GenerateKeyPair', { 'KeyAlgorithm': KeyAlgorithm, 'KeyLength': KeyLength }, callback_func); }
    obj.AMT_RedirectionService_RequestStateChange = function (RequestedState, callback_func) { obj.Exec('AMT_RedirectionService', 'RequestStateChange', { 'RequestedState': RequestedState }, callback_func); }
    obj.AMT_RedirectionService_TerminateSession = function (SessionType, callback_func) { obj.Exec('AMT_RedirectionService', 'TerminateSession', { 'SessionType': SessionType }, callback_func); }
    obj.AMT_RemoteAccessService_AddMpServer = function (AccessInfo, InfoFormat, Port, AuthMethod, Certificate, Username, Password, CN, callback_func) { obj.Exec('AMT_RemoteAccessService', 'AddMpServer', { 'AccessInfo': AccessInfo, 'InfoFormat': InfoFormat, 'Port': Port, 'AuthMethod': AuthMethod, 'Certificate': Certificate, 'Username': Username, 'Password': Password, 'CN': CN }, callback_func); }
    obj.AMT_RemoteAccessService_AddRemoteAccessPolicyRule = function (Trigger, TunnelLifeTime, ExtendedData, MpServer, InternalMpServer, callback_func) { obj.Exec('AMT_RemoteAccessService', 'AddRemoteAccessPolicyRule', { 'Trigger': Trigger, 'TunnelLifeTime': TunnelLifeTime, 'ExtendedData': ExtendedData, 'MpServer': MpServer, 'InternalMpServer': InternalMpServer }, callback_func); }
    obj.AMT_RemoteAccessService_CloseRemoteAccessConnection = function (_method_dummy, callback_func) { obj.Exec('AMT_RemoteAccessService', 'CloseRemoteAccessConnection', { '_method_dummy': _method_dummy }, callback_func); }
    obj.AMT_SetupAndConfigurationService_CommitChanges = function (_method_dummy, callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'CommitChanges', { '_method_dummy': _method_dummy }, callback_func); }
    obj.AMT_SetupAndConfigurationService_Unprovision = function (ProvisioningMode, callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'Unprovision', { 'ProvisioningMode': ProvisioningMode }, callback_func); }
    obj.AMT_SetupAndConfigurationService_PartialUnprovision = function (_method_dummy, callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'PartialUnprovision', { '_method_dummy': _method_dummy }, callback_func); }
    obj.AMT_SetupAndConfigurationService_ResetFlashWearOutProtection = function (_method_dummy, callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'ResetFlashWearOutProtection', { '_method_dummy': _method_dummy }, callback_func); }
    obj.AMT_SetupAndConfigurationService_ExtendProvisioningPeriod = function (Duration, callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'ExtendProvisioningPeriod', { 'Duration': Duration }, callback_func); }
    obj.AMT_SetupAndConfigurationService_SetMEBxPassword = function (Password, callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'SetMEBxPassword', { 'Password': Password }, callback_func); }
    obj.AMT_SetupAndConfigurationService_SetTLSPSK = function (PID, PPS, callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'SetTLSPSK', { 'PID': PID, 'PPS': PPS }, callback_func); }
    obj.AMT_SetupAndConfigurationService_GetProvisioningAuditRecord = function (callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'GetProvisioningAuditRecord', {}, callback_func); }
    obj.AMT_SetupAndConfigurationService_GetUuid = function (callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'GetUuid', {}, callback_func); }
    obj.AMT_SetupAndConfigurationService_GetUnprovisionBlockingComponents = function (callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'GetUnprovisionBlockingComponents', {}, callback_func); }
    obj.AMT_SetupAndConfigurationService_GetProvisioningAuditRecordV2 = function (callback_func) { obj.Exec('AMT_SetupAndConfigurationService', 'GetProvisioningAuditRecordV2', {}, callback_func); }
    obj.AMT_SystemDefensePolicy_GetTimeout = function (callback_func) { obj.Exec('AMT_SystemDefensePolicy', 'GetTimeout', {}, callback_func); }
    obj.AMT_SystemDefensePolicy_SetTimeout = function (Timeout, callback_func) { obj.Exec('AMT_SystemDefensePolicy', 'SetTimeout', { 'Timeout': Timeout }, callback_func); }
    obj.AMT_SystemDefensePolicy_UpdateStatistics = function (NetworkInterface, ResetOnRead, callback_func, tag, pri, selectors) { obj.Exec('AMT_SystemDefensePolicy', 'UpdateStatistics', { 'NetworkInterface': NetworkInterface, 'ResetOnRead': ResetOnRead }, callback_func, tag, pri, selectors); }
    obj.AMT_SystemPowerScheme_SetPowerScheme = function (callback_func, schemeInstanceId, tag) { obj.Exec('AMT_SystemPowerScheme', 'SetPowerScheme', {}, callback_func, tag, 0, { 'InstanceID': schemeInstanceId }); }
    obj.AMT_TimeSynchronizationService_GetLowAccuracyTimeSynch = function (callback_func, tag) { obj.Exec('AMT_TimeSynchronizationService', 'GetLowAccuracyTimeSynch', {}, callback_func, tag); }
    obj.AMT_TimeSynchronizationService_SetHighAccuracyTimeSynch = function (Ta0, Tm1, Tm2, callback_func, tag) { obj.Exec('AMT_TimeSynchronizationService', 'SetHighAccuracyTimeSynch', { 'Ta0': Ta0, 'Tm1': Tm1, 'Tm2': Tm2 }, callback_func, tag); }
    obj.AMT_UserInitiatedConnectionService_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('AMT_UserInitiatedConnectionService', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.AMT_WebUIService_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('AMT_WebUIService', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.AMT_WiFiPortConfigurationService_AddWiFiSettings = function (WiFiEndpoint, WiFiEndpointSettingsInput, IEEE8021xSettingsInput, ClientCredential, CACredential, callback_func) { obj.ExecWithXml('AMT_WiFiPortConfigurationService', 'AddWiFiSettings', { 'WiFiEndpoint': WiFiEndpoint, 'WiFiEndpointSettingsInput': WiFiEndpointSettingsInput, 'IEEE8021xSettingsInput': IEEE8021xSettingsInput, 'ClientCredential': ClientCredential, 'CACredential': CACredential }, callback_func); }
    obj.AMT_WiFiPortConfigurationService_UpdateWiFiSettings = function (WiFiEndpointSettings, WiFiEndpointSettingsInput, IEEE8021xSettingsInput, ClientCredential, CACredential, callback_func) { obj.ExecWithXml('AMT_WiFiPortConfigurationService', 'UpdateWiFiSettings', { 'WiFiEndpointSettings': WiFiEndpointSettings, 'WiFiEndpointSettingsInput': WiFiEndpointSettingsInput, 'IEEE8021xSettingsInput': IEEE8021xSettingsInput, 'ClientCredential': ClientCredential, 'CACredential': CACredential }, callback_func); }
    obj.AMT_WiFiPortConfigurationService_DeleteAllITProfiles = function (_method_dummy, callback_func) { obj.Exec('AMT_WiFiPortConfigurationService', 'DeleteAllITProfiles', { '_method_dummy': _method_dummy }, callback_func); }
    obj.AMT_WiFiPortConfigurationService_DeleteAllUserProfiles = function (_method_dummy, callback_func) { obj.Exec('AMT_WiFiPortConfigurationService', 'DeleteAllUserProfiles', { '_method_dummy': _method_dummy }, callback_func); }
    obj.CIM_Account_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_Account', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_AccountManagementService_CreateAccount = function (System, AccountTemplate, callback_func) { obj.Exec('CIM_AccountManagementService', 'CreateAccount', { 'System': System, 'AccountTemplate': AccountTemplate }, callback_func); }
    obj.CIM_BootConfigSetting_ChangeBootOrder = function (Source, callback_func) { obj.Exec('CIM_BootConfigSetting', 'ChangeBootOrder', { 'Source': Source }, callback_func); }
    obj.CIM_BootService_SetBootConfigRole = function (BootConfigSetting, Role, callback_func) { obj.Exec('CIM_BootService', 'SetBootConfigRole', { 'BootConfigSetting': BootConfigSetting, 'Role': Role }, callback_func, 0, 1); }
    obj.CIM_BootService_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func, tag) { obj.Exec('CIM_BootService', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func, tag, 1); }
    obj.CIM_Card_ConnectorPower = function (Connector, PoweredOn, callback_func) { obj.Exec('CIM_Card', 'ConnectorPower', { 'Connector': Connector, 'PoweredOn': PoweredOn }, callback_func); }
    obj.CIM_Card_IsCompatible = function (ElementToCheck, callback_func) { obj.Exec('CIM_Card', 'IsCompatible', { 'ElementToCheck': ElementToCheck }, callback_func); }
    obj.CIM_Chassis_IsCompatible = function (ElementToCheck, callback_func) { obj.Exec('CIM_Chassis', 'IsCompatible', { 'ElementToCheck': ElementToCheck }, callback_func); }
    obj.CIM_Fan_SetSpeed = function (DesiredSpeed, callback_func) { obj.Exec('CIM_Fan', 'SetSpeed', { 'DesiredSpeed': DesiredSpeed }, callback_func); }
    obj.CIM_KVMRedirectionSAP_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_KVMRedirectionSAP', 'RequestStateChange', { 'RequestedState': RequestedState/*, 'TimeoutPeriod': TimeoutPeriod */}, callback_func); }
    obj.CIM_MediaAccessDevice_LockMedia = function (Lock, callback_func) { obj.Exec('CIM_MediaAccessDevice', 'LockMedia', { 'Lock': Lock }, callback_func); }
    obj.CIM_MediaAccessDevice_SetPowerState = function (PowerState, Time, callback_func) { obj.Exec('CIM_MediaAccessDevice', 'SetPowerState', { 'PowerState': PowerState, 'Time': Time }, callback_func); }
    obj.CIM_MediaAccessDevice_Reset = function (callback_func) { obj.Exec('CIM_MediaAccessDevice', 'Reset', {}, callback_func); }
    obj.CIM_MediaAccessDevice_EnableDevice = function (Enabled, callback_func) { obj.Exec('CIM_MediaAccessDevice', 'EnableDevice', { 'Enabled': Enabled }, callback_func); }
    obj.CIM_MediaAccessDevice_OnlineDevice = function (Online, callback_func) { obj.Exec('CIM_MediaAccessDevice', 'OnlineDevice', { 'Online': Online }, callback_func); }
    obj.CIM_MediaAccessDevice_QuiesceDevice = function (Quiesce, callback_func) { obj.Exec('CIM_MediaAccessDevice', 'QuiesceDevice', { 'Quiesce': Quiesce }, callback_func); }
    obj.CIM_MediaAccessDevice_SaveProperties = function (callback_func) { obj.Exec('CIM_MediaAccessDevice', 'SaveProperties', {}, callback_func); }
    obj.CIM_MediaAccessDevice_RestoreProperties = function (callback_func) { obj.Exec('CIM_MediaAccessDevice', 'RestoreProperties', {}, callback_func); }
    obj.CIM_MediaAccessDevice_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_MediaAccessDevice', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_PhysicalFrame_IsCompatible = function (ElementToCheck, callback_func) { obj.Exec('CIM_PhysicalFrame', 'IsCompatible', { 'ElementToCheck': ElementToCheck }, callback_func); }
    obj.CIM_PhysicalPackage_IsCompatible = function (ElementToCheck, callback_func) { obj.Exec('CIM_PhysicalPackage', 'IsCompatible', { 'ElementToCheck': ElementToCheck }, callback_func); }
    obj.CIM_PowerManagementService_RequestPowerStateChange = function (PowerState, ManagedElement, Time, TimeoutPeriod, callback_func) { obj.Exec('CIM_PowerManagementService', 'RequestPowerStateChange', { 'PowerState': PowerState, 'ManagedElement': ManagedElement, 'Time': Time, 'TimeoutPeriod': TimeoutPeriod }, callback_func, 0, 1); }
    obj.CIM_PowerSupply_SetPowerState = function (PowerState, Time, callback_func) { obj.Exec('CIM_PowerSupply', 'SetPowerState', { 'PowerState': PowerState, 'Time': Time }, callback_func); }
    obj.CIM_PowerSupply_Reset = function (callback_func) { obj.Exec('CIM_PowerSupply', 'Reset', {}, callback_func); }
    obj.CIM_PowerSupply_EnableDevice = function (Enabled, callback_func) { obj.Exec('CIM_PowerSupply', 'EnableDevice', { 'Enabled': Enabled }, callback_func); }
    obj.CIM_PowerSupply_OnlineDevice = function (Online, callback_func) { obj.Exec('CIM_PowerSupply', 'OnlineDevice', { 'Online': Online }, callback_func); }
    obj.CIM_PowerSupply_QuiesceDevice = function (Quiesce, callback_func) { obj.Exec('CIM_PowerSupply', 'QuiesceDevice', { 'Quiesce': Quiesce }, callback_func); }
    obj.CIM_PowerSupply_SaveProperties = function (callback_func) { obj.Exec('CIM_PowerSupply', 'SaveProperties', {}, callback_func); }
    obj.CIM_PowerSupply_RestoreProperties = function (callback_func) { obj.Exec('CIM_PowerSupply', 'RestoreProperties', {}, callback_func); }
    obj.CIM_PowerSupply_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_PowerSupply', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_Processor_SetPowerState = function (PowerState, Time, callback_func) { obj.Exec('CIM_Processor', 'SetPowerState', { 'PowerState': PowerState, 'Time': Time }, callback_func); }
    obj.CIM_Processor_Reset = function (callback_func) { obj.Exec('CIM_Processor', 'Reset', {}, callback_func); }
    obj.CIM_Processor_EnableDevice = function (Enabled, callback_func) { obj.Exec('CIM_Processor', 'EnableDevice', { 'Enabled': Enabled }, callback_func); }
    obj.CIM_Processor_OnlineDevice = function (Online, callback_func) { obj.Exec('CIM_Processor', 'OnlineDevice', { 'Online': Online }, callback_func); }
    obj.CIM_Processor_QuiesceDevice = function (Quiesce, callback_func) { obj.Exec('CIM_Processor', 'QuiesceDevice', { 'Quiesce': Quiesce }, callback_func); }
    obj.CIM_Processor_SaveProperties = function (callback_func) { obj.Exec('CIM_Processor', 'SaveProperties', {}, callback_func); }
    obj.CIM_Processor_RestoreProperties = function (callback_func) { obj.Exec('CIM_Processor', 'RestoreProperties', {}, callback_func); }
    obj.CIM_Processor_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_Processor', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_RecordLog_ClearLog = function (callback_func) { obj.Exec('CIM_RecordLog', 'ClearLog', {}, callback_func); }
    obj.CIM_RecordLog_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_RecordLog', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_RedirectionService_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_RedirectionService', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_Sensor_SetPowerState = function (PowerState, Time, callback_func) { obj.Exec('CIM_Sensor', 'SetPowerState', { 'PowerState': PowerState, 'Time': Time }, callback_func); }
    obj.CIM_Sensor_Reset = function (callback_func) { obj.Exec('CIM_Sensor', 'Reset', {}, callback_func); }
    obj.CIM_Sensor_EnableDevice = function (Enabled, callback_func) { obj.Exec('CIM_Sensor', 'EnableDevice', { 'Enabled': Enabled }, callback_func); }
    obj.CIM_Sensor_OnlineDevice = function (Online, callback_func) { obj.Exec('CIM_Sensor', 'OnlineDevice', { 'Online': Online }, callback_func); }
    obj.CIM_Sensor_QuiesceDevice = function (Quiesce, callback_func) { obj.Exec('CIM_Sensor', 'QuiesceDevice', { 'Quiesce': Quiesce }, callback_func); }
    obj.CIM_Sensor_SaveProperties = function (callback_func) { obj.Exec('CIM_Sensor', 'SaveProperties', {}, callback_func); }
    obj.CIM_Sensor_RestoreProperties = function (callback_func) { obj.Exec('CIM_Sensor', 'RestoreProperties', {}, callback_func); }
    obj.CIM_Sensor_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_Sensor', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_StatisticalData_ResetSelectedStats = function (SelectedStatistics, callback_func) { obj.Exec('CIM_StatisticalData', 'ResetSelectedStats', { 'SelectedStatistics': SelectedStatistics }, callback_func); }
    obj.CIM_Watchdog_KeepAlive = function (callback_func) { obj.Exec('CIM_Watchdog', 'KeepAlive', {}, callback_func); }
    obj.CIM_Watchdog_SetPowerState = function (PowerState, Time, callback_func) { obj.Exec('CIM_Watchdog', 'SetPowerState', { 'PowerState': PowerState, 'Time': Time }, callback_func); }
    obj.CIM_Watchdog_Reset = function (callback_func) { obj.Exec('CIM_Watchdog', 'Reset', {}, callback_func); }
    obj.CIM_Watchdog_EnableDevice = function (Enabled, callback_func) { obj.Exec('CIM_Watchdog', 'EnableDevice', { 'Enabled': Enabled }, callback_func); }
    obj.CIM_Watchdog_OnlineDevice = function (Online, callback_func) { obj.Exec('CIM_Watchdog', 'OnlineDevice', { 'Online': Online }, callback_func); }
    obj.CIM_Watchdog_QuiesceDevice = function (Quiesce, callback_func) { obj.Exec('CIM_Watchdog', 'QuiesceDevice', { 'Quiesce': Quiesce }, callback_func); }
    obj.CIM_Watchdog_SaveProperties = function (callback_func) { obj.Exec('CIM_Watchdog', 'SaveProperties', {}, callback_func); }
    obj.CIM_Watchdog_RestoreProperties = function (callback_func) { obj.Exec('CIM_Watchdog', 'RestoreProperties', {}, callback_func); }
    obj.CIM_Watchdog_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_Watchdog', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.CIM_WiFiPort_SetPowerState = function (PowerState, Time, callback_func) { obj.Exec('CIM_WiFiPort', 'SetPowerState', { 'PowerState': PowerState, 'Time': Time }, callback_func); }
    obj.CIM_WiFiPort_Reset = function (callback_func) { obj.Exec('CIM_WiFiPort', 'Reset', {}, callback_func); }
    obj.CIM_WiFiPort_EnableDevice = function (Enabled, callback_func) { obj.Exec('CIM_WiFiPort', 'EnableDevice', { 'Enabled': Enabled }, callback_func); }
    obj.CIM_WiFiPort_OnlineDevice = function (Online, callback_func) { obj.Exec('CIM_WiFiPort', 'OnlineDevice', { 'Online': Online }, callback_func); }
    obj.CIM_WiFiPort_QuiesceDevice = function (Quiesce, callback_func) { obj.Exec('CIM_WiFiPort', 'QuiesceDevice', { 'Quiesce': Quiesce }, callback_func); }
    obj.CIM_WiFiPort_SaveProperties = function (callback_func) { obj.Exec('CIM_WiFiPort', 'SaveProperties', {}, callback_func); }
    obj.CIM_WiFiPort_RestoreProperties = function (callback_func) { obj.Exec('CIM_WiFiPort', 'RestoreProperties', {}, callback_func); }
    obj.CIM_WiFiPort_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('CIM_WiFiPort', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.IPS_HostBasedSetupService_Setup = function (NetAdminPassEncryptionType, NetworkAdminPassword, McNonce, Certificate, SigningAlgorithm, DigitalSignature, callback_func) { obj.Exec('IPS_HostBasedSetupService', 'Setup', { 'NetAdminPassEncryptionType': NetAdminPassEncryptionType, 'NetworkAdminPassword': NetworkAdminPassword, 'McNonce': McNonce, 'Certificate': Certificate, 'SigningAlgorithm': SigningAlgorithm, 'DigitalSignature': DigitalSignature }, callback_func); }
    obj.IPS_HostBasedSetupService_AddNextCertInChain = function (NextCertificate, IsLeafCertificate, IsRootCertificate, callback_func) { obj.Exec('IPS_HostBasedSetupService', 'AddNextCertInChain', { 'NextCertificate': NextCertificate, 'IsLeafCertificate': IsLeafCertificate, 'IsRootCertificate': IsRootCertificate }, callback_func); }
    obj.IPS_HostBasedSetupService_AdminSetup = function (NetAdminPassEncryptionType, NetworkAdminPassword, McNonce, SigningAlgorithm, DigitalSignature, callback_func) { obj.Exec('IPS_HostBasedSetupService', 'AdminSetup', { 'NetAdminPassEncryptionType': NetAdminPassEncryptionType, 'NetworkAdminPassword': NetworkAdminPassword, 'McNonce': McNonce, 'SigningAlgorithm': SigningAlgorithm, 'DigitalSignature': DigitalSignature }, callback_func); }
    obj.IPS_HostBasedSetupService_UpgradeClientToAdmin = function (McNonce, SigningAlgorithm, DigitalSignature, callback_func) { obj.Exec('IPS_HostBasedSetupService', 'UpgradeClientToAdmin', { 'McNonce': McNonce, 'SigningAlgorithm': SigningAlgorithm, 'DigitalSignature': DigitalSignature }, callback_func); }
    obj.IPS_HostBasedSetupService_DisableClientControlMode = function (_method_dummy, callback_func) { obj.Exec('IPS_HostBasedSetupService', 'DisableClientControlMode', { '_method_dummy': _method_dummy }, callback_func); }
    obj.IPS_KVMRedirectionSettingData_TerminateSession = function (callback_func) { obj.Exec('IPS_KVMRedirectionSettingData', 'TerminateSession', {}, callback_func); }
    obj.IPS_KVMRedirectionSettingData_DataChannelRead = function (callback_func) { obj.Exec('IPS_KVMRedirectionSettingData', 'DataChannelRead', {}, callback_func); }
    obj.IPS_KVMRedirectionSettingData_DataChannelWrite = function (Data, callback_func) { obj.Exec('IPS_KVMRedirectionSettingData', 'DataChannelWrite', { 'DataMessage': Data }, callback_func); }
    obj.IPS_OptInService_StartOptIn = function (callback_func) { obj.Exec('IPS_OptInService', 'StartOptIn', {}, callback_func); }
    obj.IPS_OptInService_CancelOptIn = function (callback_func) { obj.Exec('IPS_OptInService', 'CancelOptIn', {}, callback_func); }
    obj.IPS_OptInService_SendOptInCode = function (OptInCode, callback_func) { obj.Exec('IPS_OptInService', 'SendOptInCode', { 'OptInCode': OptInCode }, callback_func); }
    obj.IPS_OptInService_StartService = function (callback_func) { obj.Exec('IPS_OptInService', 'StartService', {}, callback_func); }
    obj.IPS_OptInService_StopService = function (callback_func) { obj.Exec('IPS_OptInService', 'StopService', {}, callback_func); }
    obj.IPS_OptInService_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('IPS_OptInService', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.IPS_PowerManagementService_RequestOSPowerSavingStateChange = function (PowerState, ManagedElement, Time, TimeoutPeriod, callback_func) { obj.Exec('IPS_PowerManagementService', 'RequestOSPowerSavingStateChange', { 'OSPowerSavingState': PowerState, 'ManagedElement': ManagedElement, 'Time': Time, 'TimeoutPeriod': TimeoutPeriod }, callback_func, 0, 1); }
    obj.IPS_ProvisioningRecordLog_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('IPS_ProvisioningRecordLog', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.IPS_ProvisioningRecordLog_ClearLog = function (_method_dummy, callback_func) { obj.Exec('IPS_ProvisioningRecordLog', 'ClearLog', { '_method_dummy': _method_dummy }, callback_func); }
    obj.IPS_ScreenConfigurationService_SetSessionState = function (SessionState, ConsecutiveRebootsNum, callback_func) { obj.Exec('IPS_ScreenConfigurationService', 'SetSessionState', { 'SessionState': SessionState, 'ConsecutiveRebootsNum': ConsecutiveRebootsNum }, callback_func); }
    obj.IPS_SecIOService_RequestStateChange = function (RequestedState, TimeoutPeriod, callback_func) { obj.Exec('IPS_SecIOService', 'RequestStateChange', { 'RequestedState': RequestedState, 'TimeoutPeriod': TimeoutPeriod }, callback_func); }
    obj.IPS_HTTPProxyService_AddProxyAccessPoint = function (AccessInfo, InfoFormat, Port, NetworkDnsSuffix, callback_func) { obj.Exec('IPS_HTTPProxyService', 'AddProxyAccessPoint', { 'AccessInfo': AccessInfo, 'InfoFormat': InfoFormat, 'Port': Port, 'NetworkDnsSuffix': NetworkDnsSuffix }, callback_func); }

    obj.AmtStatusToStr = function (code) { if (obj.AmtStatusCodes[code]) return obj.AmtStatusCodes[code]; else return 'UNKNOWN_ERROR' }
    obj.AmtStatusCodes = {
        0x0000: 'SUCCESS',
        0x0001: 'INTERNAL_ERROR',
        0x0002: 'NOT_READY',
        0x0003: 'INVALID_PT_MODE',
        0x0004: 'INVALID_MESSAGE_LENGTH',
        0x0005: 'TABLE_FINGERPRINT_NOT_AVAILABLE',
        0x0006: 'INTEGRITY_CHECK_FAILED',
        0x0007: 'UNSUPPORTED_ISVS_VERSION',
        0x0008: 'APPLICATION_NOT_REGISTERED',
        0x0009: 'INVALID_REGISTRATION_DATA',
        0x000A: 'APPLICATION_DOES_NOT_EXIST',
        0x000B: 'NOT_ENOUGH_STORAGE',
        0x000C: 'INVALID_NAME',
        0x000D: 'BLOCK_DOES_NOT_EXIST',
        0x000E: 'INVALID_BYTE_OFFSET',
        0x000F: 'INVALID_BYTE_COUNT',
        0x0010: 'NOT_PERMITTED',
        0x0011: 'NOT_OWNER',
        0x0012: 'BLOCK_LOCKED_BY_OTHER',
        0x0013: 'BLOCK_NOT_LOCKED',
        0x0014: 'INVALID_GROUP_PERMISSIONS',
        0x0015: 'GROUP_DOES_NOT_EXIST',
        0x0016: 'INVALID_MEMBER_COUNT',
        0x0017: 'MAX_LIMIT_REACHED',
        0x0018: 'INVALID_AUTH_TYPE',
        0x0019: 'AUTHENTICATION_FAILED',
        0x001A: 'INVALID_DHCP_MODE',
        0x001B: 'INVALID_IP_ADDRESS',
        0x001C: 'INVALID_DOMAIN_NAME',
        0x001D: 'UNSUPPORTED_VERSION',
        0x001E: 'REQUEST_UNEXPECTED',
        0x001F: 'INVALID_TABLE_TYPE',
        0x0020: 'INVALID_PROVISIONING_STATE',
        0x0021: 'UNSUPPORTED_OBJECT',
        0x0022: 'INVALID_TIME',
        0x0023: 'INVALID_INDEX',
        0x0024: 'INVALID_PARAMETER',
        0x0025: 'INVALID_NETMASK',
        0x0026: 'FLASH_WRITE_LIMIT_EXCEEDED',
        0x0027: 'INVALID_IMAGE_LENGTH',
        0x0028: 'INVALID_IMAGE_SIGNATURE',
        0x0029: 'PROPOSE_ANOTHER_VERSION',
        0x002A: 'INVALID_PID_FORMAT',
        0x002B: 'INVALID_PPS_FORMAT',
        0x002C: 'BIST_COMMAND_BLOCKED',
        0x002D: 'CONNECTION_FAILED',
        0x002E: 'CONNECTION_TOO_MANY',
        0x002F: 'RNG_GENERATION_IN_PROGRESS',
        0x0030: 'RNG_NOT_READY',
        0x0031: 'CERTIFICATE_NOT_READY',
        0x0400: 'DISABLED_BY_POLICY',
        0x0800: 'NETWORK_IF_ERROR_BASE',
        0x0801: 'UNSUPPORTED_OEM_NUMBER',
        0x0802: 'UNSUPPORTED_BOOT_OPTION',
        0x0803: 'INVALID_COMMAND',
        0x0804: 'INVALID_SPECIAL_COMMAND',
        0x0805: 'INVALID_HANDLE',
        0x0806: 'INVALID_PASSWORD',
        0x0807: 'INVALID_REALM',
        0x0808: 'STORAGE_ACL_ENTRY_IN_USE',
        0x0809: 'DATA_MISSING',
        0x080A: 'DUPLICATE',
        0x080B: 'EVENTLOG_FROZEN',
        0x080C: 'PKI_MISSING_KEYS',
        0x080D: 'PKI_GENERATING_KEYS',
        0x080E: 'INVALID_KEY',
        0x080F: 'INVALID_CERT',
        0x0810: 'CERT_KEY_NOT_MATCH',
        0x0811: 'MAX_KERB_DOMAIN_REACHED',
        0x0812: 'UNSUPPORTED',
        0x0813: 'INVALID_PRIORITY',
        0x0814: 'NOT_FOUND',
        0x0815: 'INVALID_CREDENTIALS',
        0x0816: 'INVALID_PASSPHRASE',
        0x0818: 'NO_ASSOCIATION',
        0x081B: 'AUDIT_FAIL',
        0x081C: 'BLOCKING_COMPONENT',
        0x0821: 'USER_CONSENT_REQUIRED',
        0x1000: 'APP_INTERNAL_ERROR',
        0x1001: 'NOT_INITIALIZED',
        0x1002: 'LIB_VERSION_UNSUPPORTED',
        0x1003: 'INVALID_PARAM',
        0x1004: 'RESOURCES',
        0x1005: 'HARDWARE_ACCESS_ERROR',
        0x1006: 'REQUESTOR_NOT_REGISTERED',
        0x1007: 'NETWORK_ERROR',
        0x1008: 'PARAM_BUFFER_TOO_SHORT',
        0x1009: 'COM_NOT_INITIALIZED_IN_THREAD',
        0x100A: 'URL_REQUIRED'
    }

    //
    // Methods used for getting the event log
    //

    obj.GetMessageLog = function (func, tag) {
        obj.AMT_MessageLog_PositionToFirstRecord(_GetMessageLog0, [func, tag, []]);
    }
    function _GetMessageLog0(stack, name, responses, status, tag) {
        if (status != 200 || responses.Body['ReturnValue'] != '0') { tag[0](obj, null, tag[2]); return; }
        obj.AMT_MessageLog_GetRecords(responses.Body['IterationIdentifier'], 390, _GetMessageLog1, tag);
    }
    function _GetMessageLog1(stack, name, responses, status, tag) {
        if (status != 200 || responses.Body['ReturnValue'] != '0') { tag[0](obj, null, tag[2]); return; }
        var i, j, x, e, AmtMessages = tag[2], t = new Date(), TimeStamp, ra = responses.Body['RecordArray'];
        if (typeof ra === 'string') { responses.Body['RecordArray'] = [responses.Body['RecordArray']]; }

        for (i in ra) {
            e = null;
            try {
                // ###BEGIN###{!Mode-MeshCentral2}
                // NodeJS detection
                var isNode = new Function('try {return this===global;}catch(e){return false;}');
                if (isNode()) { e = require('atob')(ra[i]); } else { e = window.atob(ra[i]); }
                // ###END###{!Mode-MeshCentral2}
                // ###BEGIN###{Mode-MeshCentral2}
                e = window.atob(ra[i]);
                // ###END###{Mode-MeshCentral2}
            } catch (ex) { }
            if (e != null) {
                TimeStamp = ReadIntX(e, 0);
                if ((TimeStamp > 0) && (TimeStamp < 0xFFFFFFFF)) {
                    x = { 'DeviceAddress': e.charCodeAt(4), 'EventSensorType': e.charCodeAt(5), 'EventType': e.charCodeAt(6), 'EventOffset': e.charCodeAt(7), 'EventSourceType': e.charCodeAt(8), 'EventSeverity': e.charCodeAt(9), 'SensorNumber': e.charCodeAt(10), 'Entity': e.charCodeAt(11), 'EntityInstance': e.charCodeAt(12), 'EventData': [], 'Time': new Date((TimeStamp + (t.getTimezoneOffset() * 60)) * 1000) };
                    for (j = 13; j < 21; j++) { x['EventData'].push(e.charCodeAt(j)); }
                    x['EntityStr'] = _SystemEntityTypes[x['Entity']];
                    x['Desc'] = _GetEventDetailStr(x['EventSensorType'], x['EventOffset'], x['EventData'], x['Entity']);
                    if (!x['EntityStr']) x['EntityStr'] = 'Unknown';
                    AmtMessages.push(x);
                }
            }
        }

        if (responses.Body['NoMoreRecords'] != true) { obj.AMT_MessageLog_GetRecords(responses.Body['IterationIdentifier'], 390, _GetMessageLog1, [tag[0], AmtMessages, tag[2]]); } else { tag[0](obj, AmtMessages, tag[2]); }
    }

    var _EventTrapSourceTypes = "Plattform-Firmware (z. B. BIOS) | SMI-Handler | ISV-Systemverwaltungssoftware | Alarm-ASIC | IPMI | BIOS-Anbieter | Systemplatinen-Set-Anbieter | Systemintegrator | Drittanbieter-Add-In | OSV | NIC | Systemverwaltungskarte".split('|');
    var _SystemFirmwareError = "Nicht spezifiziert. | Kein Systemspeicher ist physisch im System installiert. | Kein verwendbarer Systemspeicher, der gesamte installierte Speicher hat einen nicht behebbaren Fehler. | Nicht behebbarer Festplatten- / ATAPI / IDE-Gerätefehler. | Nicht behebbarer Systemplatinenfehler. | Nicht behebbare Diskette Subsystemfehler. | Nicht behebbarer Festplattencontrollerfehler. | Nicht behebbarer PS / 2- oder USB-Tastaturfehler. | Wechselmedium nicht gefunden. | Nicht behebbarer Videocontrollerfehler. | Kein Videogerät erkannt. | Firmware (BIOS) -ROM-Beschädigung erkannt. | Nicht übereinstimmende CPU-Spannung (Prozessoren mit derselben Versorgung haben nicht übereinstimmende Spannungsanforderungen) | Fehler bei der Anpassung der CPU-Geschwindigkeit".split('|');
    var _SystemFirmwareProgress = "Unspecified.|Memory initialization.|Starting hard-disk initialization and test|Secondary processor(s) initialization|User authentication|Entering BIOS setup|USB resource configuration|PCI resource configuration|Option ROM initialization|Video initialization|Cache initialization|SM Bus initialization|Keyboard controller initialization|Embedded controller/management controller initialization|Docking station attachment|Enabling docking station|Docking station ejection|Disabling docking station|Calling operating system wake-up vector|Starting operating system boot process|Baseboard or motherboard initialization|reserved|Floppy initialization|Keyboard test|Pointing device test|Primary processor initialization".split('|');
    var _SystemEntityTypes = "Nicht spezifiziert | Andere | Unbekannt | Prozessor | Festplatte | Peripheriegerät | Systemverwaltungsmodul | Systemplatine | Speichermodul | Prozessormodul | Stromversorgung | Karte hinzufügen | Frontplatine | Rückwandplatine | Stromversorgungsplatine | Antriebsrückwandplatine | Systeminterne Erweiterung Karte | Andere Systemplatine | Prozessorkarte | Netzteil | Leistungsmodul | Energieverwaltungskarte | Gehäuse-Rückwandplatine | Systemgehäuse | Untergehäuse | Andere Gehäuseplatine | Festplattenschacht | Peripheriefachschacht | Geräteschacht | Lüfterkühlung | Kühleinheit | Kabelverbindung | Speichergerät | Systemverwaltungssoftware | BIOS | Intel (r) ME | Systembus | Gruppe | Intel (r) ME | Externe Umgebung | Batterie | Verarbeitungsblatt | Konnektivitätsschalter | Prozessor / Speichermodul | E / A-Modul | Prozessor-E / A-Modul | Firmware des Management-Controllers | IPMI-Kanal | PCI-Bus | PCI-Express-Bus | SCSI-Bus | SATA / SAS-Bus | Prozessor-Front-Side-Bus".split('|');
    obj.RealmNames = "|| Umleitung || Hardware-Asset | Fernbedienung | Speicher | Event Manager | Speicheradministrator | Agentenpräsenz Lokal | Agentenpräsenz Remote | Leistungsschalter | Netzwerkzeit | Allgemeine Informationen | Firmware-Aktualisierung | EIT | LocalUN | Endpunktzugriffskontrolle | Endpunktzugriffskontrolle Admin | Ereignisprotokollleser | Überwachungsprotokoll | ACL-Bereich ||| Lokales System".split('|');
    obj.WatchdogCurrentStates = { 1: "Nicht angefangen", 2: "Gestoppt", 4: "Laufen", 8: "Abgelaufen", 16: "Suspendiert" };
    var _OCRProgressEvents = ["Boot parameters received from CSME", "CSME Boot Option % added successfully", "HTTPS URI name resolved", "HTTPS connected successfully", "HTTPSBoot download is completed", "Attempt to boot", "Exit boot services"];
    var _OCRErrorEvents = ['', "No network connection available", "Name resolution of URI failed", "Connect to URI failed", "OEM app not found at local URI", "HTTPS TLS Auth failed", "HTTPS Digest Auth failed", "Verified boot failed (bad image)", "HTTPS Boot File not found"];
    var _OCRSource = { 1: '', 2: "HTTPS", 4: "Local PBA", 8: "WinRE" };

    function _GetEventDetailStr(eventSensorType, eventOffset, eventDataField, entity) {
        if (eventSensorType == 15) {
            if (eventDataField[0] == 235) return "Ungültige Daten";
            if (eventOffset == 0) {
                return _SystemFirmwareError[eventDataField[1]];
            } else if (eventOffset == 3) {
                if ((eventDataField[0] == 170) && (eventDataField[1] == 48)) {
                    return format("AMT One Click Recovery: {0}", _OCRErrorEvents[eventDataField[2]]);
                } else if ((eventDataField[0] == 170) && (eventDataField[1] == 64)) {
                    if (eventDataField[2] == 1) return "Got an error erasing Device SSD";
                    if (eventDataField[2] == 2) return "Erasing Device TPM is not supported";
                    if (eventDataField[2] == 3) return "Reached Max Counter";
                } else {
                    return "OEM Specific Firmware Error event";
                }
            } else if (eventOffset == 5) {
                if ((eventDataField[0] == 170) && (eventDataField[1] == 48)) {
                    if (eventDataField[2] == 1) {
                        return format("AMT One Click Recovery: CSME Boot Option {0}:{1} added successfully", (eventDataField[3]), _OCRSource[(eventDataField[3])]);
                    } else if (eventDataField[2] < 7) {
                        return format("AMT One Click Recovery: {0}", _OCRProgressEvents[eventDataField[2]]);
                    } else {
                        return format("AMT One Click Recovery: Unknown progress event {0}", eventDataField[2]);
                    }
                } else if ((eventDataField[0] == 170) && (eventDataField[1] == 64)) {
                    if (eventDataField[2] == 1) {
                        if (eventDataField[3] == 2) return "Started erasing Device SSD";
                        if (eventDataField[3] == 3) return "Started erasing Device TPM";
                        if (eventDataField[3] == 5) return "Started erasing Device BIOS Reload of Golden Config";
                    }
                    if (eventDataField[2] == 2) {
                        if (eventDataField[3] == 2) return "Erasing Device SSD ended successfully";
                        if (eventDataField[3] == 3) return "Erasing Device TPM ended successfully";
                        if (eventDataField[3] == 5) return "Erasing Device BIOS Reload of Golden Config ended successfully";
                    }
                    if (eventDataField[2] == 3) return "Beginning Platform Erase";
                    if (eventDataField[2] == 4) return "Clear Reserved Parameters";
                    if (eventDataField[2] == 5) return "All setting decremented";
                } else {
                    return "OEM Specific Firmware Progress event";
                }
            } else {
                return _SystemFirmwareProgress[eventDataField[1]];
            }
        }

        if ((eventSensorType == 18) && (eventDataField[0] == 170)) { // System watchdog event
            return "Agent Watchdog" + char2hex(eventDataField[4]) + char2hex(eventDataField[3]) + char2hex(eventDataField[2]) + char2hex(eventDataField[1]) + '-' + char2hex(eventDataField[6]) + char2hex(eventDataField[5]) + '-...' + " gewechselt zu" + obj.WatchdogCurrentStates[eventDataField[7]];
        }

        if ((eventSensorType == 5) && (eventOffset == 0)) { // System chassis
            return "Fall Eindringen";
        }

        if ((eventSensorType == 192) && (eventOffset == 0) && (eventDataField[0] == 170) && (eventDataField[1] == 48))
        {
            if (eventDataField[2] == 0) return "Eine Remote-Serial-Over-LAN-Sitzung wurde eingerichtet.";
            if (eventDataField[2] == 1) return "Remote Serial Over LAN-Sitzung beendet. Die Benutzersteuerung wurde wiederhergestellt.";
            if (eventDataField[2] == 2) return "Eine Remote-IDE-Umleitungssitzung wurde eingerichtet.";
            if (eventDataField[2] == 3) return "Remote-IDE-Umleitungssitzung beendet. Die Benutzersteuerung wurde wiederhergestellt.";
        }

        if (eventSensorType == 36) {
            var handle = (eventDataField[1] << 24) + (eventDataField[2] << 16) + (eventDataField[3] << 8) + eventDataField[4];
            var nic = '#' + eventDataField[0];
            if (eventDataField[0] == 0xAA) nic = "verdrahtet"; // TODO: Add wireless *****
            //if (eventDataField[0] == 0xAA) nic = "wireless";

            if (handle == 4294967293) { return "Alle empfangenen Paketfilter wurden abgeglichen" + nic + " Schnittstelle."; }
            if (handle == 4294967292) { return "Alle ausgehenden Paketfilter wurden abgeglichen" + nic + " Schnittstelle."; }
            if (handle == 4294967290) { return "Der gefälschte Paketfilter wurde angepasst" + nic + " Schnittstelle."; }
            return "Filter" + handle + " wurde auf abgestimmt" + nic + " Schnittstelle.";
        }

        if (eventSensorType == 192) {
            if (eventDataField[2] == 0) return "Sicherheitsrichtlinie aufgerufen. Ein Teil oder der gesamte Netzwerkverkehr (TX) wurde gestoppt.";
            if (eventDataField[2] == 2) return "Sicherheitsrichtlinie aufgerufen. Ein Teil oder der gesamte Netzwerkverkehr (RX) wurde gestoppt.";
            return "Sicherheitsrichtlinie aufgerufen.";
        }

        if (eventSensorType == 193) {
            if ((eventDataField[0] == 0xAA) && (eventDataField[1] == 0x30) && (eventDataField[2] == 0x00) && (eventDataField[3] == 0x00)) { return "Benutzeranforderung für Remoteverbindung."; }
            if ((eventDataField[0] == 0xAA) && (eventDataField[1] == 0x20) && (eventDataField[2] == 0x03) && (eventDataField[3] == 0x01)) { return "EAC-Fehler: Versuchen Sie, die Haltung zu ermitteln, während NAC in Intel AMT deaktiviert ist."; } // eventDataField = 0xAA20030100000000
            if ((eventDataField[0] == 0xAA) && (eventDataField[1] == 0x20) && (eventDataField[2] == 0x04) && (eventDataField[3] == 0x00)) { return "HWA-Fehler: Allgemeiner Fehler"; } // Used to be "Certificate revoked." but don"t know the source of this.
        }

        if (eventSensorType == 6) return "Authentifizierung fehlgeschlagen" + (eventDataField[1] + (eventDataField[2] << 8)) + " mal. Das System wird möglicherweise angegriffen.";
        if (eventSensorType == 30) return "Keine bootfähigen Medien";
        if (eventSensorType == 32) return "Betriebssystemsperre oder Stromunterbrechung";
        if (eventSensorType == 35) {
            if (eventDataField[0] == 64) return "BIOS POST (Power On Self-Test) Watchdog Timeout."; // 64,2,252,84,89,0,0,0
            return "Systemstartfehler";
        }
        if (eventSensorType == 37) return "Die Systemfirmware wurde gestartet (mindestens eine CPU wird ordnungsgemäß ausgeführt).";
        return "Unbekannter Sensortyp #" + eventSensorType;
    }

// ###BEGIN###{AuditLog}

    // Useful link: https://software.intel.com/sites/manageability/AMT_Implementation_and_Reference_Guide/default.htm?turl=WordDocuments%2Fsecurityadminevents.htm

    var _AmtAuditStringTable =
    {
        16: "Sicherheitsadministrator",
        17: "RCO",
        18: "Umleitungsmanager",
        19: "Firmware Update Manager",
        20: "Sicherheitsüberwachungsprotokoll",
        21: "Netzwerkzeit",
        22: "Netzwerkadministration",
        23: "Speicherverwaltung",
        24: "Event Manager",
        25: "Leistungsschalter-Manager",
        26: "Agent Presence Manager",
        27: "Drahtlose Konfiguration",
        28: "EAC",
        29: "KVM",
        30: "Benutzer-Opt-In-Ereignisse",
        32: "Bildschirmausblendung",
        33: "Watchdog-Ereignisse",
        1600: "Bereitstellung gestartet",
        1601: "Bereitstellung abgeschlossen",
        1602: "ACL-Eintrag hinzugefügt",
        1603: "ACL-Eintrag geändert",
        1604: "ACL-Eintrag entfernt",
        1605: "ACL-Zugriff mit ungültigen Anmeldeinformationen",
        1606: "ACL-Eingangsstatus",
        1607: "TLS-Status geändert",
        1608: "TLS Server Certificate Set",
        1609: "TLS-Serverzertifikat entfernen",
        1610: "TLS Trusted Root Certificate hinzugefügt",
        1611: "TLS Trusted Root Certificate entfernt",
        1612: "TLS Preshared Key Set",
        1613: "Kerberos-Einstellungen geändert",
        1614: "Kerberos-Hauptschlüssel geändert",
        1615: "Blitzverschleißzähler zurückgesetzt",
        1616: "Netzteil geändert",
        1617: "Stellen Sie den Realm-Authentifizierungsmodus ein",
        1618: "Aktualisieren Sie den Client auf den Admin-Steuerungsmodus",
        1619: "Unprovisioning gestartet",
        1700: "Power Up durchgeführt",
        1701: "Power Down durchgeführt",
        1702: "Aus- und Wiedereinschalten",
        1703: "Reset durchgeführt",
        1704: "Legen Sie die Startoptionen fest",
        1705: "Remote graceful power down initiated",
        1706: "Remote graceful reset initiated",
        1707: "Remote Standby initiated",
        1708: "Remote Hiberate initiated",
        1709: "Remote NMI initiated",
        1800: "IDER-Sitzung geöffnet",
        1801: "IDER-Sitzung geschlossen",
        1802: "IDER aktiviert",
        1803: "IDER deaktiviert",
        1804: "SoL-Sitzung eröffnet",
        1805: "SoL-Sitzung geschlossen",
        1806: "SoL aktiviert",
        1807: "SoL deaktiviert",
        1808: "KVM-Sitzung gestartet",
        1809: "KVM-Sitzung beendet",
        1810: "KVM aktiviert",
        1811: "KVM deaktiviert",
        1812: "Das VNC-Passwort ist dreimal fehlgeschlagen",
        1900: "Firmware aktualisiert",
        1901: "Firmware-Aktualisierung fehlgeschlagen",
        2000: "Sicherheitsüberwachungsprotokoll gelöscht",
        2001: "Sicherheitsüberprüfungsrichtlinie geändert",
        2002: "Sicherheitsüberwachungsprotokoll deaktiviert",
        2003: "Sicherheitsüberwachungsprotokoll aktiviert",
        2004: "Sicherheitsüberwachungsprotokoll exportiert",
        2005: "Sicherheitsüberwachungsprotokoll wiederhergestellt",
        2100: "Intel&reg; ME Zeiteinstellung",
        2200: "TCPIP-Parameter eingestellt",
        2201: "Hostname festgelegt",
        2202: "Domain Name Set",
        2203: "VLAN-Parameter eingestellt",
        2204: "Link Policy Set",
        2205: "IPv6-Parameter festgelegt",
        2300: "Globale Speicherattribute festgelegt",
        2301: "Speicher EACL geändert",
        2302: "Speicher FPACL geändert",
        2303: "Speicherschreibvorgang",
        2400: "Benachrichtigung abonniert",
        2401: "Benachrichtigung abbestellt",
        2402: "Ereignisprotokoll gelöscht",
        2403: "Ereignisprotokoll eingefroren",
        2500: "CB-Filter hinzugefügt",
        2501: "CB-Filter entfernt",
        2502: "CB-Richtlinie hinzugefügt",
        2503: "CB-Richtlinie entfernt",
        2504: "CB-Standardrichtliniensatz",
        2505: "CB Heuristik Optionsset",
        2506: "CB Heuristics State Cleared",
        2600: "Agent Watchdog hinzugefügt",
        2601: "Agent Watchdog entfernt",
        2602: "Agent Watchdog-Aktionssatz",
        2700: "Drahtloses Profil hinzugefügt",
        2701: "Drahtloses Profil entfernt",
        2702: "Drahtloses Profil aktualisiert",
        2703: "An existing profile sync was modified",
        2704: "An existing profile link preference was changed",
        2705: "Wireless profile share with UEFI enabled setting was changed",
        2800: "EAC Posture Signer SET",
        2801: "EAC aktiviert",
        2802: "EAC deaktiviert",
        2803: "EAC Posture State",
        2804: "EAC-Set-Optionen",
        2900: "KVM-Anmeldung aktiviert",
        2901: "KVM-Anmeldung deaktiviert",
        2902: "KVM-Passwort geändert",
        2903: "KVM-Zustimmung erfolgreich",
        2904: "KVM-Zustimmung fehlgeschlagen",
        3000: "Änderung der Opt-In-Richtlinie",
        3001: "Einwilligungscode-Ereignis senden",
        3002: "Starten Sie das blockierte Opt-In-Ereignis",
        3301: "A user has modified the Watchdog Action settings",
        3302: "A user has modified a Watchdog to add, remove, or alter the Watchdog Action connected to it"
    }

    // Return human readable extended audit log data
    // TODO: Just put some of them here, but many more still need to be added, helpful link here:
    // https://software.intel.com/sites/manageability/AMT_Implementation_and_Reference_Guide/default.htm?turl=WordDocuments%2Fsecurityadminevents.htm
    obj.GetAuditLogExtendedDataStr = function (id, data) {
        if ((id == 1602 || id == 1604) && data.charCodeAt(0) == 0) { return data.substring(2, 2 + data.charCodeAt(1)); } // ACL Entry Added/Removed (Digest)
        if (id == 1603) { if (data.charCodeAt(1) == 0) { return data.substring(3); } return null; } // ACL Entry Modified
        if (id == 1605) { return ["Ungültiger ME-Zugriff", "Ungültiger MEBx-Zugriff"][data.charCodeAt(0)]; } // ACL Access with Invalid Credentials
        if (id == 1606) { var r = ["Behindert", "aktiviert"][data.charCodeAt(0)]; if (data.charCodeAt(1) == 0) { r += "," + data.substring(3); } return r;} // ACL Entry State
        if (id == 1607) { return "Fernbedienung" + ["NoAuth", "ServerAuth", "MutualAuth"][data.charCodeAt(0)] + ", Lokal" + ["NoAuth", "ServerAuth", "MutualAuth"][data.charCodeAt(1)]; } // TLS State Changed
        if (id == 1617) { return obj.RealmNames[ReadInt(data, 0)] + "," + ["NoAuth", "Auth", "Behindert"][data.charCodeAt(4)]; } // Set Realm Authentication Mode
        if (id == 1619) { return ["BIOS", "MEBx", "Lokale MEI", "Lokaler WSMAN", "Remote-WSAMN"][data.charCodeAt(0)]; } // Intel AMT Unprovisioning Started
        if (id == 1900) { return "Von" + ReadShort(data, 0) + '.' + ReadShort(data, 2) + '.' + ReadShort(data, 4) + '.' + ReadShort(data, 6) + " zu" + ReadShort(data, 8) + '.' + ReadShort(data, 10) + '.' + ReadShort(data, 12) + '.' + ReadShort(data, 14); } // Firmware Updated
        if (id == 2100) { var t4 = new Date(); t4.setTime(ReadInt(data, 0) * 1000 + (new Date().getTimezoneOffset() * 60000)); return t4.toLocaleString(); } // Intel AMT Time Set
        if (id == 3000) { return "Von" + ["Keiner", "KVM", "Alle"][data.charCodeAt(0)] + " zu" + ["Keiner", "KVM", "Alle"][data.charCodeAt(1)]; } // Opt-In Policy Change
        if (id == 3001) { return ["Erfolg", "3 mal fehlgeschlagen"][data.charCodeAt(0)]; } // Send Consent Code Event
        return null;
    }

    obj.GetAuditLog = function (func) {
        obj.AMT_AuditLog_ReadRecords(1, _GetAuditLog0, [func, []]);
    }

    function _GetAuditLog0(stack, name, responses, status, tag) {
        if (status != 200) { tag[0](obj, [], status); return; }
        var ptr, i, e, x, r = tag[1], t = new Date(), TimeStamp;

        if (responses.Body['RecordsReturned'] > 0) {
            responses.Body['EventRecords'] = MakeToArray(responses.Body['EventRecords']);

            for (i in responses.Body['EventRecords']) {
                e = null;
                try {
                    e = window.atob(responses.Body['EventRecords'][i]);
                } catch (e) {
                    console.log(e + ' ' + responses.Body['EventRecords'][i])
                }
                x = { 'AuditAppID': ReadShort(e, 0), 'EventID': ReadShort(e, 2), 'InitiatorType': e.charCodeAt(4) };
                x['AuditApp'] = _AmtAuditStringTable[x['AuditAppID']];
                x['Event'] = _AmtAuditStringTable[(x['AuditAppID'] * 100) + x['EventID']];
                if (!x['Event']) x['Event'] = '#' + x['EventID'];

                // Read and process the initiator
                if (x['InitiatorType'] == 0) {
                    // HTTP digest
                    var userlen = e.charCodeAt(5);
                    x['Initiator'] = e.substring(6, 6 + userlen);
                    ptr = 6 + userlen;
                }
                if (x['InitiatorType'] == 1) {
                    // Kerberos
                    x['KerberosUserInDomain'] = ReadInt(e, 5);
                    var userlen = e.charCodeAt(9);
                    x['Initiator'] = GetSidString(e.substring(10, 10 + userlen));
                    ptr = 10 + userlen;
                }
                if (x['InitiatorType'] == 2) {
                    // Local
                    x['Initiator'] = '<i>' + "Lokal" + '</i>';
                    ptr = 5;
                }
                if (x['InitiatorType'] == 3) {
                    // KVM Default Port
                    x['Initiator'] = '<i>' + "KVM-Standardport" + '</i>';
                    ptr = 5;
                }

                // Read timestamp
                TimeStamp = ReadInt(e, ptr);
                x['Time'] = new Date((TimeStamp + (t.getTimezoneOffset() * 60)) * 1000);
                ptr += 4;

                // Read network access
                x['MCLocationType'] = e.charCodeAt(ptr++);
                var netlen = e.charCodeAt(ptr++);
                x['NetAddress'] = e.substring(ptr, ptr + netlen);

                // Read extended data
                ptr += netlen;
                var exlen = e.charCodeAt(ptr++);
                x['Ex'] = e.substring(ptr, ptr + exlen);
                x['ExStr'] = obj.GetAuditLogExtendedDataStr((x['AuditAppID'] * 100) + x['EventID'], x['Ex']);

                r.push(x);
            }
        }
        if (responses.Body['TotalRecordCount'] > r.length) {
            obj.AMT_AuditLog_ReadRecords(r.length + 1, _GetAuditLog0, [tag[0], r]);
        } else {
            tag[0](obj, r, status);
        }
    }

    // ###END###{AuditLog}

    return obj;
}


// ###BEGIN###{Certificates}

// Forge MD5
function hex_md5(str) { if (str == null) { str = ''; } return forge.md.md5.create().update(str).digest().toHex(); }

// ###END###{Certificates}

// ###BEGIN###{!Certificates}

// TinyMD5 from https://github.com/jbt/js-crypto

// Perform MD5 setup
var md5_k = [];
for (var i = 0; i < 64;) { md5_k[i] = 0 | (Math.abs(Math.sin(++i)) * 4294967296); }

// Perform MD5 on raw string and return hex
function hex_md5(str) {
    if (str == null) { str = ''; }
    var b, c, d, j,
    x = [],
    str2 = unescape(encodeURI(str)),
    a = str2.length,
    h = [b = 1732584193, c = -271733879, ~b, ~c],
    i = 0;

    for (; i <= a;) x[i >> 2] |= (str2.charCodeAt(i) || 128) << 8 * (i++ % 4);

    x[str = (a + 8 >> 6) * 16 + 14] = a * 8;
    i = 0;

    for (; i < str; i += 16) {
        a = h; j = 0;
        for (; j < 64;) {
            a = [
              d = a[3],
              ((b = a[1] | 0) +
                ((d = (
                  (a[0] +
                    [
                      b & (c = a[2]) | ~b & d,
                      d & b | ~d & c,
                      b ^ c ^ d,
                      c ^ (b | ~d)
                    ][a = j >> 4]
                  ) +
                  (md5_k[j] +
                    (x[[
                      j,
                      5 * j + 1,
                      3 * j + 5,
                      7 * j
                    ][a] % 16 + i] | 0)
                  )
                )) << (a = [
                  7, 12, 17, 22,
                  5, 9, 14, 20,
                  4, 11, 16, 23,
                  6, 10, 15, 21
                ][4 * a + j++ % 4]) | d >>> 32 - a)
              ),
              b,
              c
            ];
        }
        for (j = 4; j;) h[--j] = h[j] + a[j];
    }

    str = '';
    for (; j < 32;) str += ((h[j >> 3] >> ((1 ^ j++ & 7) * 4)) & 15).toString(16);
    return str;
}

// ###END###{!Certificates}

// Perform MD5 on raw string and return raw string result
function rstr_md5(str) { return hex2rstr(hex_md5(str)); }

/*
Convert arguments into selector set and body XML. Used by AMT_WiFiPortConfigurationService_UpdateWiFiSettings.
args = { 
	"WiFiEndpoint": {
		__parameterType: 'reference',
		__resourceUri: 'http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_WiFiEndpoint',
		Name: 'WiFi Endpoint 0'
	}, 
	"WiFiEndpointSettingsInput": 
	{
		__parameterType: 'instance',
		__namespace: 'http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_WiFiEndpointSettings',
		ElementName: document.querySelector('#editProfile-profileName').value,
		InstanceID: 'Intel(r) AMT:WiFi Endpoint Settings ' + document.querySelector('#editProfile-profileName').value,
		AuthenticationMethod: document.querySelector('#editProfile-networkAuthentication').value,
		//BSSType: 3, // Intel(r) AMT supports only infrastructure networks
		EncryptionMethod: document.querySelector('#editProfile-encryption').value,
		SSID: document.querySelector('#editProfile-networkName').value,
		Priority: 100,
		PSKPassPhrase: document.querySelector('#editProfile-passPhrase').value
	}, 
	"IEEE8021xSettingsInput": null, 
	"ClientCredential": null, 
	"CACredential": null 
}, 
*/
function execArgumentsToXml(args) {
	if(args === undefined || args === null) return null;
	
	var result = '';
	for(var argName in args) {
		var arg = args[argName];
		if(!arg) continue;
		if(arg['__parameterType'] === 'reference') result += referenceToXml(argName, arg);
		else result += instanceToXml(argName, arg);
		//if(arg['__isInstance']) result += instanceToXml(argName, arg);
	}
	return result;
}

/**
 * Convert JavaScript object into XML
 
	<r:WiFiEndpointSettingsInput xmlns:q="http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_WiFiEndpointSettings">
		<q:ElementName>Wireless-Profile-Admin</q:ElementName>
		<q:InstanceID>Intel(r) AMT:WiFi Endpoint Settings Wireless-Profile-Admin</q:InstanceID>
		<q:AuthenticationMethod>6</q:AuthenticationMethod>
		<q:EncryptionMethod>4</q:EncryptionMethod>
		<q:Priority>100</q:Priority>
		<q:PSKPassPhrase>xxxxxxxx</q:PSKPassPhrase>
	</r:WiFiEndpointSettingsInput>
 */
function instanceToXml(instanceName, inInstance) {
	if(inInstance === undefined || inInstance === null) return null;
	
	var hasNamespace = !!inInstance['__namespace'];
	var startTag = hasNamespace ? '<q:' : '<';
	var endTag = hasNamespace ? '</q:' : '</';
	var namespaceDef = hasNamespace ? (' xmlns:q="' + inInstance['__namespace'] + '"' ): '';
	var result = '<r:' + instanceName + namespaceDef + '>';
	for(var prop in inInstance) {
		if (!inInstance.hasOwnProperty(prop) || prop.indexOf('__') === 0) continue;
		
		if (typeof inInstance[prop] === 'function' || Array.isArray(inInstance[prop]) ) continue;
		
		if (typeof inInstance[prop] === 'object') {
			//result += startTag + prop +'>' + instanceToXml('prop', inInstance[prop]) + endTag + prop +'>';
			console.error('only convert one level down...');
		}
		else {
			result += startTag + prop +'>' + inInstance[prop].toString() + endTag + prop +'>';
		}
	}
	result += '</r:' + instanceName + '>';
	return result;
}


/**
 * Convert a selector set into XML. Expect no nesting.
 * {
 * 	selectorName : selectorValue,
 * 	selectorName : selectorValue,
 *	... ...
 * }
 
	<r:WiFiEndpoint>
		<a:Address>http://192.168.1.103:16992/wsman</a:Address>
		<a:ReferenceParameters>
			<w:ResourceURI>http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/CIM_WiFiEndpoint</w:ResourceURI>
			<w:SelectorSet>
				<w:Selector Name="Name">WiFi Endpoint 0</w:Selector>
			</w:SelectorSet>
		</a:ReferenceParameters>
	</r:WiFiEndpoint>
			
 */
function referenceToXml(referenceName, inReference) {
	if(inReference === undefined || inReference === null ) return null;
	
	var result = '<r:' + referenceName + '><a:Address>/wsman</a:Address><a:ReferenceParameters><w:ResourceURI>'+ inReference['__resourceUri']+'</w:ResourceURI><w:SelectorSet>';
	for(var selectorName in inReference) {
		if (!inReference.hasOwnProperty(selectorName) || selectorName.indexOf('__') === 0) continue;
		
		if (typeof inReference[selectorName] === 'function' || 
			typeof inReference[selectorName] === 'object' ||
			Array.isArray(inReference[selectorName]) )
			continue;
		
		result += '<w:Selector Name="' + selectorName +'">' + inReference[selectorName].toString() + '</w:Selector>';
	}
	
	result += '</w:SelectorSet></a:ReferenceParameters></r:' + referenceName + '>';
	return result;
}

// Convert a byte array of SID into string
function GetSidString(sid) {
    var r = 'S-' + sid.charCodeAt(0) + '-' + sid.charCodeAt(7);
    for (var i = 2; i < (sid.length / 4) ; i++) r += '-' + ReadIntX(sid, i * 4);
    return r;
}

// Convert a SID readable string into bytes
function GetSidByteArray(sidString) {
    if (!sidString || sidString == null) return null;
    var sidParts = sidString.split('-');

    // Make sure the SID has at least 4 parts and starts with 'S'
    if (sidParts.length < 4 || (sidParts[0] != 's' && sidParts[0] != 'S')) return null;

    // Check that each part of the SID is really an integer
    for (var i = 1; i < sidParts.length; i++) { var y = parseInt(sidParts[i]); if (y != sidParts[i]) return null; sidParts[i] = y; }

    // Version (8 bit) + Id count (8 bit) + 48 bit in big endian -- DO NOT use bitwise right shift operator. JavaScript converts the number into a 32 bit integer before shifting. In real world, it's highly likely this part is always 0.
    var r = String.fromCharCode(sidParts[1]) + String.fromCharCode(sidParts.length - 3) + ShortToStr(Math.floor(sidParts[2] / Math.pow(2, 32))) + IntToStr((sidParts[2]) & 0xFFFF);

    // the rest are in 32 bit in little endian
    for (var i = 3; i < sidParts.length; i++) r += IntToStrX(sidParts[i]);
    return r;
}