amt-0.2.0_es.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 = "Firmware de la plataforma (p. Ej., BIOS) | Controlador SMI | Software de administración del sistema ISV | Alerta ASIC | IPMI | Proveedor de BIOS | Proveedor de la placa del sistema | Integrador del sistema | Complemento de terceros | OSV | NIC | Tarjeta de administración del sistema".split('|');
    var _SystemFirmwareError = "Sin especificar. No hay memoria del sistema instalada físicamente en el sistema. No hay memoria utilizable del sistema, toda la memoria instalada ha experimentado una falla irrecuperable. Falla irrecuperable del disco duro / dispositivo ATAPI / IDE. Falla irrecuperable de la placa del sistema. falla del subsistema. | Falla irrecuperable del controlador del disco duro. | Falla irrecuperable del teclado PS / 2 o USB. | No se encontró el medio de arranque extraíble. | Falla irrecuperable del controlador de video. | No se detectó ningún dispositivo de video. | Se detectó corrupción de ROM del firmware (BIOS). | Falta de coincidencia de voltaje de la CPU (los procesadores que comparten el mismo suministro tienen requisitos de voltaje no coincidentes)".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 = "Sin especificar | Otro | Desconocido | Procesador | Disco | Periférico | Módulo de gestión del sistema | Placa del sistema | Módulo de memoria | Módulo del procesador | Fuente de alimentación | Agregar tarjeta | Placa del panel frontal | Placa del panel posterior | Placa del sistema de alimentación | Placa posterior de la unidad | Expansión interna del sistema placa | Otra placa del sistema | Placa del procesador | Unidad de potencia | Módulo de potencia | Placa de administración de energía | Placa del panel posterior del chasis | Chasis del sistema | Chasis secundario | Otra placa del chasis | Compartimento de la unidad de disco | Compartimento periférico | Compartimento del dispositivo | Refrigeración del ventilador | Unidad de refrigeración | Interconexión de cables | Dispositivo de memoria | Software de gestión del sistema | BIOS | Intel (r) ME | Bus del sistema | Grupo | Intel (r) ME | Entorno externo | Batería | Blade de procesamiento | Interruptor de conectividad | Módulo de procesador / memoria | Módulo de E / S | Módulo de E / S del procesador | Firmware del controlador de gestión | Canal IPMI | Bus PCI | Bus PCI express | Bus SCSI | Bus SATA / SAS | Bus frontal del procesador".split('|');
    obj.RealmNames = "|| Redirección || Activo de hardware | Control remoto | Almacenamiento | Administrador de eventos | Administrador de almacenamiento | Presencia de agente local | Presencia de agente remoto | Disyuntor | Tiempo de red | Información general | Actualización de firmware | EIT | LocalUN | Control de acceso de punto final | Control de acceso de punto final Admin | Lector de registro de eventos | Registro de auditoría | Reino ACL ||| Sistema local".split('|');
    obj.WatchdogCurrentStates = { 1: "No empezado", 2: "Detenido", 4: "Corriendo", 8: "Caducado", 16: "Suspendido" };
    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 "Datos inválidos";
            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 "Agente de vigilancia" + char2hex(eventDataField[4]) + char2hex(eventDataField[3]) + char2hex(eventDataField[2]) + char2hex(eventDataField[1]) + '-' + char2hex(eventDataField[6]) + char2hex(eventDataField[5]) + '-...' + " cambiado a" + obj.WatchdogCurrentStates[eventDataField[7]];
        }

        if ((eventSensorType == 5) && (eventOffset == 0)) { // System chassis
            return "Intrusión de casos";
        }

        if ((eventSensorType == 192) && (eventOffset == 0) && (eventDataField[0] == 170) && (eventDataField[1] == 48))
        {
            if (eventDataField[2] == 0) return "Se estableció una sesión remota Serial Over LAN.";
            if (eventDataField[2] == 1) return "Sesión remota serie en LAN finalizada. Se restableció el control del usuario.";
            if (eventDataField[2] == 2) return "Se estableció una sesión remota de redirección de IDE.";
            if (eventDataField[2] == 3) return "Sesión remota de redirección de IDE finalizada. Se restableció el control del usuario.";
        }

        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 = "cableado"; // TODO: Add wireless *****
            //if (eventDataField[0] == 0xAA) nic = "wireless";

            if (handle == 4294967293) { return "Todos los filtros de paquetes recibidos coinciden" + nic + " interfaz."; }
            if (handle == 4294967292) { return "Todos los filtros de paquetes salientes coincidieron con" + nic + " interfaz."; }
            if (handle == 4294967290) { return "El filtro de paquetes falsificado se hizo coincidir" + nic + " interfaz."; }
            return "Filtrar" + handle + " fue emparejado en" + nic + " interfaz.";
        }

        if (eventSensorType == 192) {
            if (eventDataField[2] == 0) return "Política de seguridad invocada. Se detuvo parte o todo el tráfico de red (TX).";
            if (eventDataField[2] == 2) return "Política de seguridad invocada. Se detuvo parte o todo el tráfico de red (RX).";
            return "Política de seguridad invocada.";
        }

        if (eventSensorType == 193) {
            if ((eventDataField[0] == 0xAA) && (eventDataField[1] == 0x30) && (eventDataField[2] == 0x00) && (eventDataField[3] == 0x00)) { return "Solicitud del usuario para conexión remota."; }
            if ((eventDataField[0] == 0xAA) && (eventDataField[1] == 0x20) && (eventDataField[2] == 0x03) && (eventDataField[3] == 0x01)) { return "Error de EAC: intente obtener una postura mientras NAC en Intel® AMT está desactivado."; } // eventDataField = 0xAA20030100000000
            if ((eventDataField[0] == 0xAA) && (eventDataField[1] == 0x20) && (eventDataField[2] == 0x04) && (eventDataField[3] == 0x00)) { return "Error de HWA: error general"; } // Used to be "Certificate revoked." but don"t know the source of this.
        }

        if (eventSensorType == 6) return "Autenticación fallida" + (eventDataField[1] + (eventDataField[2] << 8)) + " veces. El sistema puede estar bajo ataque.";
        if (eventSensorType == 30) return "No hay medios de arranque";
        if (eventSensorType == 32) return "Bloqueo del sistema operativo o interrupción de energía";
        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 "Falla de arranque del sistema";
        }
        if (eventSensorType == 37) return "Se inició el firmware del sistema (al menos una CPU se está ejecutando correctamente).";
        return "Tipo de sensor desconocido #" + 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: "Administrador de seguridad",
        17: "RCO",
        18: "Gerente de redireccionamiento",
        19: "Administrador de actualización de firmware",
        20: "Registro de auditoría de seguridad",
        21: "Tiempo de red",
        22: "Administración de red",
        23: "Administración de almacenamiento",
        24: "Administrador de evento",
        25: "Gerente de disyuntores",
        26: "Gerente de presencia de agente",
        27: "Configuración inalámbrica",
        28: "EAC",
        29: "KVM",
        30: "Eventos de aceptación del usuario",
        32: "Pantalla en blanco",
        33: "Eventos de vigilancia",
        1600: "Aprovisionamiento iniciado",
        1601: "Aprovisionamiento completado",
        1602: "Entrada de ACL agregada",
        1603: "Entrada de ACL modificada",
        1604: "Entrada de ACL eliminada",
        1605: "Acceso a ACL con credenciales no válidas",
        1606: "Estado de entrada de ACL",
        1607: "Estado de TLS cambiado",
        1608: "Conjunto de certificados de servidor TLS",
        1609: "Certificado de servidor TLS Eliminar",
        1610: "Certificado TLS Trusted Root agregado",
        1611: "Certificado raíz de confianza TLS eliminado",
        1612: "Juego de llaves TLS previamente compartidas",
        1613: "Configuración de Kerberos modificada",
        1614: "Clave principal de Kerberos modificada",
        1615: "Restablecimiento de contadores de desgaste de flash",
        1616: "Paquete de energía modificado",
        1617: "Establecer modo de autenticación de reino",
        1618: "Actualizar cliente al modo de control de administrador",
        1619: "Desaprovisionamiento iniciado",
        1700: "Encendido realizado",
        1701: "Apagado realizado",
        1702: "Ciclo de energía realizado",
        1703: "Reinicio realizado",
        1704: "Establecer opciones de arranque",
        1705: "Remote graceful power down initiated",
        1706: "Remote graceful reset initiated",
        1707: "Remote Standby initiated",
        1708: "Remote Hiberate initiated",
        1709: "Remote NMI initiated",
        1800: "Sesión IDER abierta",
        1801: "Sesión IDER cerrada",
        1802: "IDER habilitado",
        1803: "IDER deshabilitado",
        1804: "Sesión de SoL abierta",
        1805: "Sesión de SoL cerrada",
        1806: "SoL habilitado",
        1807: "SoL deshabilitado",
        1808: "Sesión KVM iniciada",
        1809: "Sesión KVM finalizada",
        1810: "KVM habilitado",
        1811: "KVM deshabilitado",
        1812: "La contraseña de VNC falló 3 veces",
        1900: "Firmware actualizado",
        1901: "Error de actualización de firmware",
        2000: "Registro de auditoría de seguridad borrado",
        2001: "Política de auditoría de seguridad modificada",
        2002: "Registro de auditoría de seguridad deshabilitado",
        2003: "Registro de auditoría de seguridad habilitado",
        2004: "Registro de auditoría de seguridad exportado",
        2005: "Registro de auditoría de seguridad recuperado",
        2100: "Intel&reg; ME Time Set",
        2200: "Conjunto de parámetros TCPIP",
        2201: "Conjunto de nombres de host",
        2202: "Conjunto de nombres de dominio",
        2203: "Conjunto de parámetros de VLAN",
        2204: "Conjunto de políticas de enlace",
        2205: "Conjunto de parámetros de IPv6",
        2300: "Conjunto de atributos de almacenamiento global",
        2301: "Almacenamiento EACL modificado",
        2302: "Almacenamiento FPACL modificado",
        2303: "Operación de escritura de almacenamiento",
        2400: "Alerta suscrita",
        2401: "Alerta sin suscripción",
        2402: "Registro de eventos borrado",
        2403: "Registro de eventos congelado",
        2500: "Filtro CB agregado",
        2501: "Filtro CB eliminado",
        2502: "Política de CB agregada",
        2503: "Política de CB eliminada",
        2504: "Conjunto de políticas predeterminadas de CB",
        2505: "Conjunto de opciones de heurística CB",
        2506: "Estado de heurística de CB aprobado",
        2600: "Agente de vigilancia agregado",
        2601: "Agente de vigilancia eliminado",
        2602: "Conjunto de acciones del agente de vigilancia",
        2700: "Perfil inalámbrico agregado",
        2701: "Perfil inalámbrico eliminado",
        2702: "Perfil inalámbrico actualizado",
        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 habilitado",
        2802: "EAC deshabilitado",
        2803: "Estado de postura de EAC",
        2804: "Opciones de configuración de EAC",
        2900: "Opción KVM habilitada",
        2901: "Opción KVM desactivada",
        2902: "Contraseña KVM modificada",
        2903: "Consentimiento de KVM exitoso",
        2904: "Consentimiento de KVM fallido",
        3000: "Cambio de política de aceptación",
        3001: "Enviar evento de código de consentimiento",
        3002: "Iniciar evento bloqueado de aceptación",
        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 ["Acceso inválido a mí", "Acceso no válido a MEBx"][data.charCodeAt(0)]; } // ACL Access with Invalid Credentials
        if (id == 1606) { var r = ["Discapacitado", "Habilitado"][data.charCodeAt(0)]; if (data.charCodeAt(1) == 0) { r += "," + data.substring(3); } return r;} // ACL Entry State
        if (id == 1607) { return "Remoto" + ["NoAuth", "ServerAuth", "MutualAuth"][data.charCodeAt(0)] + ", Local" + ["NoAuth", "ServerAuth", "MutualAuth"][data.charCodeAt(1)]; } // TLS State Changed
        if (id == 1617) { return obj.RealmNames[ReadInt(data, 0)] + "," + ["NoAuth", "Autenticación", "Discapacitado"][data.charCodeAt(4)]; } // Set Realm Authentication Mode
        if (id == 1619) { return ["BIOS", "MEBx", "MEI local", "WSMAN local", "WSAMN remota"][data.charCodeAt(0)]; } // Intel AMT Unprovisioning Started
        if (id == 1900) { return "Desde" + ReadShort(data, 0) + '.' + ReadShort(data, 2) + '.' + ReadShort(data, 4) + '.' + ReadShort(data, 6) + " a" + 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 "Desde" + ["Ninguna", "KVM", "Todas"][data.charCodeAt(0)] + " a" + ["Ninguna", "KVM", "Todas"][data.charCodeAt(1)]; } // Opt-In Policy Change
        if (id == 3001) { return ["Éxito", "Falló 3 veces"][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>' + "Local" + '</i>';
                    ptr = 5;
                }
                if (x['InitiatorType'] == 3) {
                    // KVM Default Port
                    x['Initiator'] = '<i>' + "Puerto predeterminado de KVM" + '</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;
}