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TwingateApiClient.mjs
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const _capitalise = (s) => `${s[0].toUpperCase()}${s.slice(1)}`;
const delay = async (ms) => new Promise(resolve => setTimeout(resolve, ms));
/**
* Twingate GraphQL API Client
*/
export class TwingateApiClient {
static VERSION = "0.1.0";
static FieldSet = {
ID: "ID",
LABEL: "LABEL",
CONNECTIONS: "CONNECTIONS",
NODES: "NODES",
ALL: "ALL"
}
static IdPrefixes = {
// Really not ideal since identifiers are meant to be opaque
RemoteNetwork: "UmVtb3RlTmV0d29yazo",// btoa("RemoteNetwork:").replace(/=$/, ""),
Group: "R3JvdXA6", // btoa("Group:").replace(/=$/, "")
Resource: "UmVzb3Vy",
User: "VXNlcjo",
SecurityPolicy: "U2VjdXJp",
Device: "RGV2aWNlO"
}
static Schema = {
// BEGIN types
"ResourceAddress": {
isNode: false,
fields: [
{name: "type", type: "enum", typeName: "AddressType", valueMap: {"IP":"IP", "DNS":"DNS"}},
{name: "value", type: "string"}
]
},
"ResourceProtocols": {
isNode: false,
fields: [
{name: "allowIcmp", type: "boolean"},
{name: "tcp", type: "Object", typeName: "ResourceProtocol"},
{name: "udp", type: "Object", typeName: "ResourceProtocol"}
]
},
"ResourceProtocol": {
isNode: false,
fields: [
{name: "policy", type: "enum", typeName: "ProtocolPolicy", valueMap: {"ALLOW_ALL":"Allow All", "RESTRICTED":"Restricted"} },
{name: "ports", type: "Object", multiple: true, typeName: "PortRange",
flattenStatementsFn: (path, fieldDef) => [`obj["${path.map( (e, i) => i === 0 ? e : _capitalise(e) ).join("")}"] = obj.${path.join(".")}.map(port => (port.start === port.end ? port.start : \`\${port.start}-\${port.end}\`)).join(", ");`]
}
]
},
"PortRange": {
isNode: false,
fields: [
{name: "start", type: "integer"},
{name: "end", type: "integer"}
]
},
"Key": {
isNode: false,
fields: [
{name: "totalCount", type: "integer"},
]
},
// END types
// BEGIN nodes
"User": {
isNode: true,
fields: [
{name: "createdAt", type: "datetime"},
{name: "updatedAt", type: "datetime"},
{name: "firstName", type: "string"},
{name: "lastName", type: "string"},
{name: "email", type: "string", isLabel: true},
{name: "avatarUrl", type: "string"},
{name: "isAdmin", type: "boolean"},
{name: "state", type: "enum", typeName: "UserState", valueMap: {"PENDING": "Pending", "ACTIVE": "Active", "DISABLED": "Disabled"}},
{name: "groups", type: "Connection", typeName: "Group"}
]
},
"Group": {
isNode: true,
canCreate: true,
fields: [
{name: "createdAt", type: "datetime"},
{name: "updatedAt", type: "datetime"},
{name: "name", type: "string", isLabel: true},
{name: "isActive", type: "boolean"},
{name: "type", type: "enum", typeName: "GroupType", valueMap: {"MANUAL": "Manual", "SYNCED": "Synced", "SYSTEM": "System"}},
{name: "users", type: "Connection", typeName: "User"},
{name: "resources", type: "Connection", typeName: "Resource"}
]
},
"Resource": {
isNode: true,
canCreate: true,
fields: [
{name: "name", type: "string", isLabel: true, canQuery: true},
{name: "createdAt", type: "datetime"},
{name: "updatedAt", type: "datetime"},
{name: "isActive", type: "boolean"},
{name: "address", type: "Object", typeName: "ResourceAddress"},
{name: "protocols", type: "Object", typeName: "ResourceProtocols"},
{name: "remoteNetwork", type: "Node", typeName: "RemoteNetwork"},
{name: "groups", type: "Connection", typeName: "Group"}
]
},
"RemoteNetwork": {
isNode: true,
canCreate: true,
queryNodeField: "remoteNetwork",
queryConnectionField: "remoteNetworks",
fields: [
{name: "name", type: "string", isLabel: true},
{name: "isActive", type: "boolean"},
{name: "createdAt", type: "datetime"},
{name: "updatedAt", type: "datetime"},
{name: "resources", type: "Connection", typeName: "Resource"},
{name: "connectors", type: "Connection", typeName: "Connector"}
]
},
"Connector": {
isNode: true,
fields: [
{name: "name", type: "string", isLabel: true},
{name: "createdAt", type: "datetime"},
{name: "updatedAt", type: "datetime"},
{name: "lastHeartbeatAt", type: "datetime"},
{name: "state", type: "enum", typeName: "ConnectorState", valueMap: {"ALIVE": "Online", "DEAD_NO_HEARTBEAT": "Offline - No Heartbeat", "DEAD_HEARTBEAT_TOO_OLD": "Offline - Heartbeat too old", "DEAD_NO_RELAYS": "Offline - No relays"}},
{name: "remoteNetwork", type: "Node", typeName: "RemoteNetwork"}
]
},
"Device": {
isNode: true,
fields: [
{name: "name", type: "string", isLabel: true},
{name: "user", type: "Node", typeName: "User"},
{name: "isTrusted", type: "boolean"},
{name: "lastConnectedAt", type: "datetime"},
{name: "lastFailedLoginAt", type: "datetime"},
{name: "lastSuccessfulLoginAt", type: "datetime"},
{name: "deviceType", type: "enum", typeName: "DeviceType", valueMap: {"GENERIC": "Generic", "DESKTOP": "Desktop", "LAPTOP": "Laptop", "TABLET": "Tablet", "MOBILE": "Mobile"}},
{name: "osName", type: "enum", typeName: "DeviceOsName", valueMap: {"IOS": "iOS", "MAC_OS": "MacOS", "ANDROID": "Android", "CHROME_OS": "chromeOS", "WINDOWS": "Windows", "LINUX": "Linux"}},
{name: "osVersion", type: "string"},
{name: "clientVersion", type: "string"},
{name: "hardwareModel", type: "string"},
{name: "hostname", type: "string"},
{name: "username", type: "string"},
{name: "serialNumber", type: "string"},
{name: "manufacturerName", type: "string"}
]
},
"ServiceAccount": {
isNode: true,
queryNodeField: "serviceAccount",
queryConnectionField: "serviceAccounts",
fields: [
{name: "name", type: "string", isLabel: true},
{name: "createdAt", type: "datetime"},
{name: "updatedAt", type: "datetime"},
{name: "resources", type: "Connection", typeName: "Resource"},
{name: "keys", type: "Object", typeName: "Key"}
]
},
"SecurityPolicy": {
isNode: true,
queryNodeField: "securityPolicies",
queryConnectionField: "securityPolicies",
fields: [
{name: "name", type: "string", isLabel: true},
{name: "createdAt", type: "datetime"},
{name: "updatedAt", type: "datetime"},
{name: "groups", type: "Connection", typeName: "Group"},
{name: "policyType", type: "SecurityPolicyType"}
]
}
// END nodes
}
/**
*
* @param {string} networkName - Name of Twingate Account
* @param {string} apiKey - API Key
* @param {object} opts
*/
constructor(networkName, apiKey, opts={}) {
const dotIndex = networkName.indexOf('.');
opts = opts || {};
if ( dotIndex !== -1 ) {
opts.domain = networkName.substring(dotIndex+1);
networkName = networkName.substring(0, dotIndex);
}
const defaultOpts = {
domain: "twingate.com",
endpoint: "api/graphql/",
defaultRequestOptions: {method: "POST"},
defaultRequestHeaders: {"Content-Type": "application/json", 'Accept': 'application/json'},
onApiError: null,
logger: console,
silenceApiErrorsWithResults: false,
defaultPageSize: 0,
applicationName: `TwingateApiClient/${TwingateApiClient.VERSION}`
};
const {domain, endpoint, defaultRequestOptions, defaultRequestHeaders, onApiError, logger,
silenceApiErrorsWithResults, defaultPageSize, applicationName} = Object.assign(defaultOpts, opts);
this.networkName = networkName;
this.apiKey = apiKey;
this.domain = domain;
this.endpoint = endpoint;
this.defaultPageSize = defaultPageSize;
this.defaultRequestOptions = defaultRequestOptions;
if ( defaultRequestHeaders["User-Agent"] === undefined ) defaultRequestHeaders["User-Agent"] = applicationName;
this.defaultRequestHeaders = defaultRequestHeaders;
this.onApiError = onApiError;
this.logger = logger;
this.silenceApiErrorsWithResults = silenceApiErrorsWithResults;
}
/**
* Called if the GraphQL query returns an error object. If there is a custon onApiError handler then we will await
* the results of it, otherwise we will throw an Error().
* @param {string} query - GraphQL query
* @param {object} variables - The variables that were provided to the GraphQL query
* @param {Errors[]} errors - List of errors returned
* @returns {Promise<*>} - the result of onApiError() (if there is one)
* @throws {Error} - an error if no `onApiError` defined
*/
async handleApiError(query, variables, response) {
if ( typeof this.onApiError === "function") return await this.onApiError(this.networkName, query, variables, response);
if ( response.data != null ) {
let hasResults = response.data && response.data.result && Array.isArray(response.data.result.edges);
let silenceApiError = hasResults && this.silenceApiErrorsWithResults;
if ( !silenceApiError ) console.warn(`API Error on '${this.networkName}' for query: '${query}'. Errors: ${JSON.stringify(response.errors)}`);
// Hack for problem with Devices that have no user associated
if ( hasResults ) response.data.result.edges = response.data.result.edges.filter(e=> e!=null && e.node != null);
return response.data;
}
throw new Error(`API Error on '${this.networkName}' for query: '${query}'. Errors: ${JSON.stringify(response.errors)}`);
}
/**
* Executes a GraphQL Query
* @param {string} query - The query to execute
* @param {Object} variables - Any variables to include with the query
* @returns {Promise<Object>} - The 'data' property of the result or the result of 'onApiError()' if defined.
*/
async exec(query, variables = {}) {
const url = `https://${this.networkName}.${this.domain}/${this.endpoint}`,
body = JSON.stringify({query, variables});
let doFetch = true, res = null;
while ( doFetch ) {
res = await fetch(url, {
...this.defaultRequestOptions,
headers: {
...this.defaultRequestHeaders,
'X-API-KEY': this.apiKey
},
body
});
if ( res.status === 429 ) {
let retryAfterSecs = parseInt(res.headers.get("retry-after")) || 60;
this.logger.warn(`Request is throttled (429), retrying in: ${retryAfterSecs} seconds. Query: ${body}`);
await delay(retryAfterSecs*1000);
}
else if ( res.status < 200 || res.status > 299 ) {
throw new Error(`API returned status: ${res.status}. Query: ${body}`)
}
else {
doFetch = false;
}
}
let json = await res.json();
if ( Array.isArray(json.errors) && json.errors.length > 0 ) return await this.handleApiError(query, variables, json);
return json.data;
}
/**
* Returns a GraphQL query to receive a pageable set of results for a Root Query Connection field
* @param {string} queryName - Name of the query
* @param {string} field - Name of the top level query field
* @param {string|Array} nodeFields - Fields to query
* @param {string} fieldAlias - Field alias (default: 'result')
* @param {int} pageSize - page size to use (default: 0 - server determined)
* @returns {string} - Query string
*/
getRootConnectionPagedQuery(queryName, field, nodeFields, fieldAlias="result", pageSize=0) {
const firstResults = pageSize>0 ? `first:${pageSize},` : "";
fieldAlias = (fieldAlias != null && fieldAlias != field) ? `${fieldAlias}:` : "";
if ( Array.isArray(nodeFields) ) nodeFields = nodeFields.join(" ");
return `query ${queryName}($endCursor:String){${fieldAlias}${field}(${firstResults}after:$endCursor){pageInfo{hasNextPage endCursor}edges{node{${nodeFields}}}}}`;
}
/**
* Returns a GraphQL query to receive a result for a Root Query Node (id lookup) field with one pageable Connection field
* e.g. Given a Group ID we can page through all the Resources linked to it.
* @param {string} queryName - Name of the query
* @param {string} field - Name of the top level query field (should return a node and take an id parameter)
* @param {string} connectionField - Name of the connection field to query (should be a sub-field of 'field')
* @param {string|Array} nodeFields - Fields to query
* @param {string} fieldAlias - Field alias (default: 'result')
* @param {int} pageSize - page size to use (default: 0 - server determined)
* @returns {string} - Query string
*/
getRootNodePagedQuery(queryName, field, connectionField, nodeFields="id", fieldAlias="result", pageSize=0) {
const firstResults = pageSize>0 ? `first:${pageSize},` : "";
fieldAlias = (fieldAlias != null && fieldAlias != field) ? `${fieldAlias}:` : "";
if ( Array.isArray(nodeFields) ) nodeFields = nodeFields.join(" ");
return `query ${queryName}($id:ID!,$endCursor:String){${fieldAlias}${field}(id:$id){${connectionField}(${firstResults}after:$endCursor){pageInfo{hasNextPage endCursor}edges{node{${nodeFields}}}}}}`;
}
/**
* Returns a GraphQL query to return a single object
* @param {string} queryName - Name of the query
* @param {string} field - Name of the top level query field
* @param {string|Array} nodeFields - Fields to query
* @param {string} fieldAlias - Field alias (default: 'result')
* @returns {string} - Query string
*/
getRootNodeQuery(queryName, field, nodeFields, fieldAlias="result") {
fieldAlias = (fieldAlias != null && fieldAlias != field) ? `${fieldAlias}:` : "";
if ( Array.isArray(nodeFields) ) nodeFields = nodeFields.join(" ");
return `query ${queryName}($id:ID!){${fieldAlias}${field}(id:$id){${nodeFields}}}`;
}
/**
* Returns a top-level GraphQL query for use in a Key-Value transformation
* @param {string} queryName - Name of the query
* @param {string} field - Name of the top level query field
* @param {string} key - name of field that will be aliased to 'key'
* @param {string} value - name of field that will be aliased to 'value'
* @param {string} fieldAlias - Field alias (default: 'result')
* @param {int} pageSize - page size to use (default: 0 - server determined)
* @returns {string} - Query string
*/
getTopLevelKVQuery(queryName, field, keyField, valueField, fieldAlias="result", pageSize=0, keyName="key", valueName= "value") {
return this.getRootConnectionPagedQuery(queryName, field, `${valueName}:${valueField} ${keyName}:${keyField}`, fieldAlias, pageSize);
}
/**
* Fetches all pages from a query
* @param query - a Pageable query supporting an `endCursor` variable
* @param opts - Options - TODO: Documentation
* @returns {Promise<*>}
*/
async fetchAllPages(query, opts = {}) {
opts = opts || {};
const getResultObjFn = opts.getResultObjFn || ((response) => response.result);
const defaultOpts = {
initialValue: [],
recordTransformFn: (node, opts) => node,
pageTransformFn: (response, rtnVal, recordTransformFn, recordTransformOpts) => {
let r = getResultObjFn(response).edges.map(t => recordTransformFn(t.node, recordTransformOpts) );
if ( Array.isArray(rtnVal) ) rtnVal.push(...r);
return r;
},
nextPageFn: (response) => getResultObjFn(response).pageInfo,
onPageFn: (result) => result,
pageInfo: {hasNextPage: true, endCursor: null},
recordTransformOpts: {},
id: undefined
};
let {initialValue, recordTransformFn, pageTransformFn, nextPageFn, onPageFn, pageInfo, recordTransformOpts, id} = Object.assign(defaultOpts, opts);
let rtnVal = initialValue;
let response, result = null;
while (pageInfo.hasNextPage === true) {
response = await this.exec(query, {id, endCursor: pageInfo.endCursor});
result = pageTransformFn(response, rtnVal, recordTransformFn, recordTransformOpts);
onPageFn(result);
pageInfo = nextPageFn(response);
}
return rtnVal;
}
async fetchAllRootNodePages(query, opts) {
opts = opts || {};
const getResultObjFn = opts.getResultObjFn || ((response) => response.result);
const defaultOpts = {
initialValue: [],
recordTransformFn: (node, opts) => node,
pageTransformFn: (response, rtnVal, recordTransformFn, recordTransformOpts) => {
let r = getResultObjFn(response).edges.map(t => recordTransformFn(t.node, recordTransformOpts) );
if ( Array.isArray(rtnVal) ) rtnVal.push(...r);
return r;
},
nextPageFn: (response) => getResultObjFn(response).pageInfo,
onPageFn: (result) => result,
pageInfo: {hasNextPage: true, endCursor: null},
recordTransformOpts: {},
id: undefined
};
let {initialValue, recordTransformFn, pageTransformFn, nextPageFn, onPageFn, pageInfo, recordTransformOpts, id} = Object.assign(defaultOpts, opts);
let rtnVal = initialValue;
let response, result = null;
let objectKey = ""
while (pageInfo.hasNextPage === true) {
response = await this.exec(query, {id, endCursor: pageInfo.endCursor});
if (Object.keys(response.result).length != 1){
throw new Error("Number of Connection Fields Cannot Be More Than 1.")
}
objectKey = Object.keys(response.result)[0]
result = pageTransformFn({"result": response.result[objectKey]}, rtnVal, recordTransformFn, recordTransformOpts);
onPageFn(result);
pageInfo = nextPageFn({"result": response.result[objectKey]});
}
return rtnVal;
}
_processFetchOptions(nodeType, options, source) {
const nodeSchema = TwingateApiClient.Schema[nodeType];
if ( nodeSchema == null) throw new Error(`Cannot find schema for type: ${nodeType}`);
let opts = Object.assign({}, options);
opts.fieldSet = opts.fieldSet || [TwingateApiClient.FieldSet.ALL];
const fieldOpts = Object.assign({}, opts.fieldOpts );
// Todo: some of this can be moved into pre-process step
for ( const connField of [...nodeSchema.connectionFields, ...nodeSchema.nodeFields] ) {
fieldOpts[connField] = fieldOpts[connField] || {};
let nodeFields = opts.defaultConnectionFields || "id";// TwingateApiClient.Schema[nodeSchema.fieldsByName[connField].typeName].labelField;
fieldOpts[connField].joinConnectionFields = fieldOpts[connField].joinConnectionFields || opts.joinConnectionFields;
if ( nodeFields === "LABEL_FIELD") nodeFields = TwingateApiClient.Schema[nodeSchema.fieldsByName[connField].typeName].labelField;
fieldOpts[connField].nodeFields = fieldOpts[connField].nodeFields || nodeFields;//"id";
if ( fieldOpts[connField].nodeFieldMapFn == null) {
if ( Array.isArray(fieldOpts[connField].nodeFields) ) {
fieldOpts[connField].nodeFieldMapFn = ( (node) => node );
}
else {
fieldOpts[connField].nodeFieldMapFn = new Function("node", `return node.${fieldOpts[connField].nodeFields};`);
}
}
if ( fieldOpts[connField].nodeQuery == null ) {
fieldOpts[connField].nodeQuery = this.getRootNodePagedQuery(nodeSchema.nodeQueryName, nodeSchema.queryNodeField, connField, fieldOpts[connField].nodeFields, "result", this.defaultPageSize);
}
fieldOpts[connField].getResultObjFn = fieldOpts[connField].getResultObjFn || new Function("response", `return response.result.${connField}`);
}
return {opts, fieldOpts, nodeSchema};
}
async _processFetchConnections(nodeSchema, fieldOpts, record) {
for ( const connectionField of nodeSchema.connectionFields ) {
let options = fieldOpts[connectionField];
if ( record[connectionField] == null ) continue;
let pageInfo = record[connectionField].pageInfo;
let pageResults = record[connectionField].edges.map(e=>e.node);
if ( pageInfo != null && pageInfo.hasNextPage === true ) {
pageResults.push(...await this.fetchAllPages(options.nodeQuery, {id: record.id, pageInfo, getResultObjFn: options.getResultObjFn}));
}
record[connectionField] = pageResults.map(options.nodeFieldMapFn);
if ( typeof options.joinConnectionFields === "function" ) record[connectionField] = options.joinConnectionFields(record[connectionField]);
}
}
async _fetchAllNodesOfType(nodeType, options) {
let {opts, fieldOpts, nodeSchema} = this._processFetchOptions(nodeType, options, "All");
const nodeFields = this._getFields(nodeType, opts.fieldSet, fieldOpts);
const recordTransformFn = nodeSchema.recordTransformFn;
const recordTransformOpts = opts.recordTransformOpts || {};
const allNodesQuery = this.getRootConnectionPagedQuery(`All${nodeType}s`, nodeSchema.queryConnectionField, nodeFields, "result", this.defaultPageSize);
let records = await this.fetchAllPages(allNodesQuery, {recordTransformFn, recordTransformOpts});
for ( const record of records ) {
await this._processFetchConnections(nodeSchema, fieldOpts, record);
}
return records;
}
async _fetchNodesOfTypeById(nodeType, id, options) {
let {opts, fieldOpts, nodeSchema} = this._processFetchOptions(nodeType, options, "All");
const nodeFields = this._getFields(nodeType, opts.fieldSet, fieldOpts);
const recordTransformFn = nodeSchema.recordTransformFn;
const recordTransformOpts = opts.recordTransformOpts || {};
const nextPageFn = () => ({hasNextPage: false});
const pageTransformFn = (response, rtnVal, recordTransformFn, recordTransformOpts) => Object.assign(rtnVal, recordTransformFn(response.result, recordTransformOpts));
const query = this.getRootNodeQuery(`${nodeType}ById`, nodeSchema.queryNodeField, nodeFields, "result");
let record = await this.fetchAllPages(query, {initialValue: {}, recordTransformFn, recordTransformOpts, nextPageFn, pageTransformFn, id});
await this._processFetchConnections(nodeSchema, fieldOpts, record);
return record;
}
//<editor-fold desc="Fetch All">
async fetchAll(opts) {
let rtnVal = {};
opts = opts || {};
let nodeNames = opts.typesToFetch || Object
.values( TwingateApiClient.Schema )
.filter( s => s.isNode )
.map( s => s.name )
;
let nodes = nodeNames
.map( s => this._fetchAllNodesOfType(s, opts))
;
let results = await Promise.all(nodes);
for ( let x = 0; x < nodeNames.length; x++ ) rtnVal[nodeNames[x]] = results[x];
return rtnVal
}
async fetchAllConnectors(opts) {
return this._fetchAllNodesOfType("Connector", opts);
}
async fetchAllDevices(opts) {
return this._fetchAllNodesOfType("Device", opts);
}
async fetchAllServiceAccounts(opts) {
return this._fetchAllNodesOfType("ServiceAccount", opts);
}
async fetchAllUsers(opts) {
return this._fetchAllNodesOfType("User", opts);
}
async fetchAllResources(opts) {
return this._fetchAllNodesOfType("Resource", opts);
}
async fetchAllRemoteNetworks(opts) {
return this._fetchAllNodesOfType("RemoteNetwork", opts);
}
async fetchAllGroups(opts) {
return this._fetchAllNodesOfType("Group", opts);
}
async fetchAllSecurityPolicies(opts) {
return this._fetchAllNodesOfType("SecurityPolicy", opts);
}
//</editor-fold>
//<editor-fold desc="Fetch by Id">
async fetchConnectorById(id, opts) {
return this._fetchNodesOfTypeById("Connector", id, opts);
}
async fetchDeviceById(id, opts) {
return this._fetchNodesOfTypeById("Device", id, opts);
}
async fetchUserById(id, opts) {
return this._fetchNodesOfTypeById("User", id, opts);
}
async fetchResourceById(id, opts) {
return this._fetchNodesOfTypeById("Resource", id, opts);
}
async fetchRemoteNetworkById(id, opts) {
return this._fetchNodesOfTypeById("RemoteNetwork", id, opts);
}
async fetchGroupById(id, opts) {
return this._fetchNodesOfTypeById("Group", id, opts);
}
//</editor-fold>
_getFields(schemaName, fieldSet=[TwingateApiClient.FieldSet.ALL], fieldOptions={}) {
const schema = TwingateApiClient.Schema[schemaName];
const fieldSchema = schema.fields;
/*fieldOverrides = {
"groups": {nodeFields: "name"}
}*/
let fieldFilter = (f) => f.ignore !== true;
if ( typeof fieldSet === "function" ) {
// TODO
}
else if ( !fieldSet.includes(TwingateApiClient.FieldSet.ALL) ) {
let fieldsToInclude = fieldOptions.extraFields || [];
if ( fieldSet.includes(TwingateApiClient.FieldSet.ID) ) fieldsToInclude.push("id");
if ( fieldSet.includes(TwingateApiClient.FieldSet.LABEL) ) fieldsToInclude.push(schema.labelField);
if ( fieldSet.includes(TwingateApiClient.FieldSet.CONNECTIONS) ) fieldsToInclude.push(...schema.connectionFields);
if ( fieldSet.includes(TwingateApiClient.FieldSet.NODES) ) fieldsToInclude.push(...schema.nodeFields);
fieldFilter = (f) => fieldsToInclude.includes(f.name);
}
fieldOptions = fieldOptions || {};
const fieldSchemaCtx = fieldSchema
.map(f => Object.assign({}, f, fieldOptions[f.name]))
.filter(fieldFilter)
;
return fieldSchemaCtx.map(fieldDef => {
switch (fieldDef.type) {
case "Object": return `${fieldDef.name}{${fieldDef.nodeFields||this._getFields(fieldDef.typeName, fieldDef.fieldSet, fieldDef.fieldOptions)}}`;
case "Node": return `${fieldDef.name}{${fieldDef.nodeFields||this._getFields(fieldDef.typeName, fieldDef.fieldSet || fieldSet, fieldDef.fieldOptions)}}`;
case "Connection": return `${fieldDef.name}{pageInfo{hasNextPage endCursor}edges{node{${fieldDef.nodeFields||"id"}}}}`;
default: return fieldDef.name;
}
}).join(" ");
}
/**
* Add a userId or list of userIds to a Group
* @param {string} groupId - Twingate Group Id
* @param {string|string[]} userId - userId or userIds to add
* @returns {Promise<*>} - GraphQL entity
* Todo: check if the group or users exist
*/
async addUserToGroup(groupId, userId) {
let userIds = ( Array.isArray(userId) ? userId : [userId]);
const groupQuery = "mutation AddUserToGroup($groupId:ID!,$userIds:[ID]){groupUpdate(id:$groupId,addedUserIds:$userIds){error entity{id name users{edges{node{id email}}}}}}";
let groupsResponse = await this.exec(groupQuery, {groupId, userIds} );
return groupsResponse.groupUpdate.entity;
}
async addResourceToServiceAccount(serviceAccountId, resourceId) {
let resourceIds = ( Array.isArray(resourceId) ? resourceId : [resourceId]);
const serviceAccountQuery = "mutation AddResourceToServiceAccount($serviceAccountId:ID!,$resourceIds:[ID]){serviceAccountUpdate(id:$serviceAccountId,addedResourceIds:$resourceIds){error entity{id name resources{edges{node{id name}}}}}}";
let serviceAccountResponse = await this.exec(serviceAccountQuery, {serviceAccountId, resourceIds} );
return serviceAccountResponse.serviceAccountUpdate.entity;
}
async addGroupToResource(resourceId, groupIds){
const addGrouptoResourceQuery = "mutation AddGroupToResource($resourceId:ID!,$groupIds:[ID]){resourceUpdate(id:$resourceId,addedGroupIds:$groupIds){error entity{id name groups{edges{node{id name}}}}}}";
let resourceResponse = await this.exec(addGrouptoResourceQuery, {resourceId, groupIds} );
return resourceResponse.resourceUpdate.entity;
}
async assignGroupToPolicy(groupId, securityPolicyId){
const assignGroupToPolicyQuery = "mutation attachGroupToPolicy($groupId:ID!, $securityPolicyId: ID!){groupUpdate(id:$groupId,securityPolicyId: $securityPolicyId){error entity{id name securityPolicy{id name}}}}";
let resourceResponse = await this.exec(assignGroupToPolicyQuery, {groupId, securityPolicyId} );
return resourceResponse.groupUpdate.entity;
}
async addGroupToPolicy(securityPolicyId, groupIds){
const assignGroupToPolicyQuery = "mutation addGroupToPolicy($securityPolicyId:ID!, $groupIds:[ID]){securityPolicyUpdate(id: $securityPolicyId, addedGroupIds:$groupIds){error entity{id name groups{edges{node{id name}}}}}}";
let resourceResponse = await this.exec(assignGroupToPolicyQuery, {securityPolicyId, groupIds} );
return resourceResponse.securityPolicyUpdate.entity;
}
async addResourceToGroup(groupId, resourceIds){
const addResourceToGroupQuery = "mutation AddResourceToGroup($groupId:ID!,$resourceIds:[ID]){groupUpdate(id:$groupId,addedResourceIds:$resourceIds){error entity{id name resources{edges{node{id name}}}}}}";
let groupsResponse = await this.exec(addResourceToGroupQuery, {groupId, resourceIds} );
return groupsResponse.groupUpdate.entity;
}
/**
* Removes a userId or list of userIds from a Group
* @param {string} groupId - Twingate Group Id
* @param {string|string[]} userId - userId or userIds to remove
* @returns {Promise<*>} - GraphQL entity
*/
async removeUserFromGroup(groupId, userId) {
let userIds = ( Array.isArray(userId) ? userId : [userId]);
const groupQuery = "mutation RemoveUserFromGroup($groupId:ID!,$userIds:[ID]){groupUpdate(id:$groupId,removedUserIds:$userIds){error entity{id name users{edges{node{id email}}}}}}";
let groupsResponse = await this.exec(groupQuery, {groupId, userIds} );
return groupsResponse.groupUpdate.entity;
}
/**
* Removes a groupId or list of groupIds from a Group
* @param {string} resourceId - Twingate Resource Id
* @param {string|string[]} groupId - groupId or groupIds to remove
* @returns {Promise<*>} - GraphQL entity
*/
async removeGroupFromResource(resourceId, groupId) {
let groupIds = ( Array.isArray(groupId) ? groupId : [groupId]);
const resourceQuery = "mutation RemoveGroupFromResource($resourceId:ID!,$groupIds:[ID]){resourceUpdate(id:$resourceId,removedGroupIds:$groupIds){error entity{id name groups{edges{node{id name}}}}}}";
let resourcesResponse = await this.exec(resourceQuery, {resourceId, groupIds} );
return resourcesResponse.resourceUpdate.entity;
}
/**
* Removes a groupId or list of groupIds from a Group
* @param {string} resourceId - Twingate Resource Id
* @param {string|string[]} groupId - groupId or groupIds to remove
* @returns {Promise<*>} - GraphQL entity
*/
async removeResourceFromGroup(groupId, resourceId) {
let resourceIds = ( Array.isArray(resourceId) ? resourceId : [resourceId]);
const groupQuery = "mutation RemoveResourceFromGroup($groupId:ID!,$resourceIds:[ID]){groupUpdate(id:$groupId,removedResourceIds:$resourceIds){error entity{id name resources{edges{node{id name}}}}}}";
let groupResponse = await this.exec(groupQuery, {groupId, resourceIds} );
return groupResponse.groupUpdate.entity;
}
/**
* @param {string} groupId - Twingate Group Id
* @param {string[]} userIds - userIds to remove
* @param {string[]} resourceIds - resourceIds to remove
* @returns {Promise<*>} - GraphQL entity
*/
async setGroupUsersAndResources(groupId, userIds, resourceIds) {
let variables = ["$groupId:ID!"];
let params = ["id:$groupId"];
if ( userIds != null ) {
variables.push("$userIds:[ID]");
params.push("userIds:$userIds");
}
if ( resourceIds != null ) {
variables.push("$resourceIds:[ID]");
params.push("resourceIds:$resourceIds");
}
const query = `mutation SetGroupUsersAndResources(${variables.join(",")}){result:groupUpdate(${params.join(",")}){ok error}}`;
let response = await this.exec(query, {groupId, userIds, resourceIds} );
return response.result;
}
async loadCompleteGroup(name) {
let networkName = this.networkName, apiKey = this.apiKey;
const groupsQuery = "query Groups($name:String){groups(filter:{name:{eq:$name}}){edges{node{id name users{pageInfo{hasNextPage endCursor}edges{node{id}}}resources{pageInfo{hasNextPage endCursor}edges{node{id}}}}}}}";
let groupsResponse = await this.exec(groupsQuery, {name} );
let numGroups = groupsResponse.groups.edges.length;
if ( numGroups !== 1 ) {
this.logger.warn(`Searching for group with name '${name}' returned ${numGroups} results.`)
return;
}
let group = groupsResponse.groups.edges[0].node;
let usersPageInfo = group.users.pageInfo;
group.userIds = group.users.edges.map ( e => e.node.id );
let resourcesPageInfo = group.resources.pageInfo;
group.resourceIds = group.resources.edges.map ( e => e.node.id );
while (usersPageInfo.hasNextPage === true) {
let userResults = await loadGroupUsers(networkName, apiKey, group.id, usersPageInfo.endCursor);
group.userIds.push(...userResults.ids);
usersPageInfo = userResults.pageInfo;
}
while (resourcesPageInfo.hasNextPage === true) {
let resourceResults = await loadGroupResources(networkName, apiKey, group.id, resourcesPageInfo.endCursor);
group.resourceIds.push(...resourceResults.ids);
resourcesPageInfo = resourceResults.pageInfo;
}
return group;
}
async lookupRemoteNetworkByName(name) {
const query = "query RemoteNetworkByName($name:String){remoteNetworks(filter:{name:{eq:$name}}){edges{node{id}}}}";
let response = await this.exec(query, {name: ""+name.trim()});
let result = response.remoteNetworks;
if ( result == null || result.edges == null || result.edges.length < 1 ) return null;
return result.edges[0].node.id;
}
//todo: waiting for feature request
async lookupSecurityPolicyByName(name) {
const query = "query SecurityPolicyByName($name:String){securityPolicies(filter:{name:{eq:$name}}){edges{node{id}}}}";
let response = await this.exec(query, {name: ""+name.trim()});
let result = response.securityPolicies;
if ( result == null || result.edges == null || result.edges.length < 1 ) return null;
return result.edges[0].node.id;
}
async lookupGroupByName(name) {
const query = "query GroupByName($name:String){groups(filter:{name:{eq:$name}}){edges{node{id}}}}";
let response = await this.exec(query, {name: ""+name.trim()});
let result = response.groups;
if ( result == null || result.edges == null || result.edges.length < 1 ) return null;
return result.edges[0].node.id;
}
// todo: waiting on feature request
async lookupUserByEmail(email) {
const query = "query UserByEmail($email:String){users(filter:{email:{eq:$email}}){edges{node{id}}}}";
let response = await this.exec(query, {email: ""+email.trim()});
let result = response.users;
if ( result == null || result.edges == null || result.edges.length < 1 ) return null;
return result.edges[0].node.id;
}
async lookupResourceByName(name) {
const query = "query ResourceByName($name:String){resources(filter:{name:{eq:$name}}){edges{node{id}}}}";
let response = await this.exec(query, {name: ""+name.trim()});
let result = response.resources;
if ( result == null || result.edges == null || result.edges.length < 1 ) return null;
return result.edges[0].node.id;
}
async lookupDeviceBySerial(serialNumber) {
const query = "query DeviceBySerial($serialNumber:String){devices(filter:{serialNumber:{eq:$serialNumber}}){edges{node{id}}}}";
let response = await this.exec(query, {serialNumber: ""+serialNumber.trim()});
let result = response.devices;
if ( result == null || result.edges == null || result.edges.length < 1 ) return null;
return result.edges[0].node.id;
}
async setDeviceTrust(id, isTrusted) {
const setDeviceTrustQuery = "mutation SetDeviceTrust($id:ID!,$isTrusted:Boolean!){result:deviceUpdate(id:$id,isTrusted:$isTrusted){ok error entity{id name serialNumber isTrusted}}}";
let deviceTrustResponse = await this.exec(setDeviceTrustQuery, {id, isTrusted} );
if ( deviceTrustResponse.result.error !== null ) throw new Error(`Error setting device trust: '${deviceTrustResponse.result.error}'`)
return deviceTrustResponse.result.entity;
}
async createGroup(name, resourceIds=[], userIds=[]) {
const createGroupQuery = "mutation CreateGroup($name:String!,$resourceIds:[ID],$userIds:[ID]){result:groupCreate(name:$name,resourceIds:$resourceIds,userIds:$userIds){error entity{id name users{edges{node{id email}}}}}}";
let groupsResponse = await this.exec(createGroupQuery, {name, resourceIds, userIds} );
if ( groupsResponse.result.error !== null ) throw new Error(`Error creating group: '${groupsResponse.result.error}'`)
return groupsResponse.result.entity;
}
async createRemoteNetwork(name) {
const createRemoteNetworkQuery = "mutation CreateRemoteNetwork($name:String!){result:remoteNetworkCreate(name:$name){error entity{id}}}";
let createRemoteNetworkResponse = await this.exec(createRemoteNetworkQuery, {name} );
if ( createRemoteNetworkResponse.result.error !== null ) throw new Error(`Error creating remote network: '${createRemoteNetworkResponse.result.error}'`)
return createRemoteNetworkResponse.result.entity;
}
async createServiceAccount(name, resourceIds=[]) {
const createServiceAccountQuery = "mutation CreateServiceAccount($name:String!,$resourceIds:[ID]){result:serviceAccountCreate(name:$name,resourceIds:$resourceIds){error entity{id name resources{edges{node{id name}}}}}}";
let serviceAccountResponse = await this.exec(createServiceAccountQuery, {name, resourceIds} );
if ( serviceAccountResponse.result.error !== null ) throw new Error(`Error creating service account: '${serviceAccountResponse.result.error}'`)
return serviceAccountResponse.result.entity;
}
async updateRemoteNetwork(id, isActive=null, name=null) {
let variables = {id},
gqlParams = ["$id:ID"],
gqlArgs = ["id:$id"]
;
if ( isActive === true || isActive === false ) {
variables.isActive = isActive;
gqlParams.push("$isActive:Boolean");
gqlArgs.push("isActive:$isActive");
}
if ( typeof name === "string" ) {
variables.name = name;
gqlParams.push("$name:String");
gqlArgs.push("name:$name");
}
const query = `mutation UpdateRemoteNetwork(${gqlParams.join(",")}){result:remoteNetworkUpdate(${gqlArgs.join(",")}){ok error entity{id}}}`;
let response = await this.exec(query, variables);
if ( response.result.error !== null ) throw new Error(`Error updating remote network: '${response.result.error}'`)
return response.result.entity;
}
async createConnector(remoteNetworkId) {
const createConnectorQuery = "mutation CreateConnector($remoteNetworkId:ID!){result:connectorCreate(remoteNetworkId:$remoteNetworkId){error entity{id name remoteNetwork{name}}}}";
let createConnectorResponse = await this.exec(createConnectorQuery, {remoteNetworkId} );
if ( createConnectorResponse.result.error !== null ) throw new Error(`Error creating connector: '${createConnectorResponse.result.error}'`)
return createConnectorResponse.result.entity;
}
async setConnectorName(id, name) {
const setConnectorNameQuery = "mutation SetConnectorName($id:ID!,$name:String){result:connectorUpdate(id:$id,name:$name){error entity{id name}}}";
let setConnectorNameResponse = await this.exec(setConnectorNameQuery, {id, name} );
if ( setConnectorNameResponse.result.error !== null ) throw new Error(`Error setting connector name: '${setConnectorNameResponse.result.error}'`)
return setConnectorNameResponse.result.entity;
}
async generateConnectorTokens(connectorId) {
const query = "mutation GenerateTokens($connectorId:ID!){result:connectorGenerateTokens(connectorId:$connectorId){error ok connectorTokens{accessToken refreshToken}}}";
let response = await this.exec(query, {connectorId} );
if ( response.result.error !== null ) throw new Error(`Error setting connector name: '${response.result.error}'`)
return response.result.connectorTokens;
}
async serviceAccountKeyCreate(serviceAccountId, name, expirationTime) {
const query = "mutation CreateKey($serviceAccountId:ID!, $name:String,$expirationTime:Int!){result:serviceAccountKeyCreate(serviceAccountId:$serviceAccountId,name:$name,expirationTime:$expirationTime){error token entity{id name serviceAccount{id name}}}}";
let response = await this.exec(query, {serviceAccountId, name, expirationTime} );
if ( response.result.error !== null ) throw new Error(`Error creating service account key: '${response.result.error}'`)
return response.result;
}
async createResource(name, address, remoteNetworkId, protocols = null, groupIds = []) {
const createResourceQuery = "mutation CreateResource($name:String!,$address:String!,$remoteNetworkId:ID!,$protocols:ProtocolsInput,$groupIds:[ID]){result:resourceCreate(address:$address,groupIds:$groupIds,name:$name,protocols:$protocols,remoteNetworkId:$remoteNetworkId){error entity{id name address{value} remoteNetwork{name} groups{edges{node{id name}}}}}}";
let createResourceResponse = await this.exec(createResourceQuery, {name, address, remoteNetworkId, protocols, groupIds} );
if ( createResourceResponse.result.error !== null ) throw new Error(`Error creating resource: '${createResourceResponse.result.error}'`)
return createResourceResponse.result.entity;
}
async removeGroup(id) {
const removeGroupQuery = "mutation RemoveGroup($id:ID!){result:groupDelete(id:$id){ok, error}}";
let removeGroupResponse = await this.exec(removeGroupQuery, {id});
if ( !removeGroupResponse.result.ok ) throw new Error(`Error removing group '${id}' ${removeGroupResponse.result.error}`);
return true;
}
async removeRemoteNetwork(id) {
const removeRemoteNetworkQuery = "mutation RemoveRemoteNetwork($id:ID!){result:remoteNetworkDelete(id:$id){ok, error}}";
let removeRemoteNetworkResponse = await this.exec(removeRemoteNetworkQuery, {id});
if ( !removeRemoteNetworkResponse.result.ok ) throw new Error(`Error removing remote network '${id}' ${removeRemoteNetworkResponse.result.error}`);
return true;
}
async removeResource(id) {
const removeResourceQuery = "mutation RemoveResource($id:ID!){result:resourceDelete(id:$id){ok, error}}";
let removeResourceResponse = await this.exec(removeResourceQuery, {id});
if ( !removeResourceResponse.result.ok ) throw new Error(`Error removing resource '${id}' ${removeResourceResponse.result.error}`);
return true;
}
async removeServiceAccount(id) {
const removeServiceAccountQuery = "mutation RemoveServiceAccount($id:ID!){result:serviceAccountDelete(id:$id){ok, error}}";
let removeServiceAccountResponse = await this.exec(removeServiceAccountQuery, {id});
if ( !removeServiceAccountResponse.result.ok ) throw new Error(`Error removing group '${id}' ${removeServiceAccountResponse.result.error}`);
return true;
}
//<editor-fold desc="Bulk APIs (very experimental)">
// Full docs TBD but input should be array of objects with {...id: ID, isTrusted: boolean}
// Caller must check for errors!
async setDeviceTrustBulk(devices, idFieldFn = (d) => d.id, isTrustedFieldFn = (d) => d.isTrusted) {
if ( !Array.isArray(devices) ) throw new Error(`setDeviceTrustBulk requires an array as input.`);
if ( devices.length === 0 ) return [];
if ( !devices.every( device => typeof device.id === "string" && typeof device.isTrusted === "boolean" ) ) throw new Error(`setDeviceTrustBulk requires every item to have an 'id' (string) and 'isTrusted' (boolean) value`);
const gqlParams = devices.map( (_, i) => `$id${i}:ID!,$isTrusted${i}:Boolean!`).join(",");
const gqlMutationParts = devices.map( (_, i) => `result${i}:deviceUpdate(id:$id${i},isTrusted:$isTrusted${i}){ok error entity{id isTrusted}}`).join(" ");
const gqlVariables = Object.fromEntries(devices.flatMap( (d, i) => [[`id${i}`, idFieldFn(d)], [`isTrusted${i}`, isTrustedFieldFn(d) ]]));
let bulkSetTrustQuery = `mutation BulkSetDeviceTrust${devices.length}(${gqlParams}){${gqlMutationParts}}`;
let bulkDeviceTrustResponse = await this.exec(bulkSetTrustQuery, gqlVariables );
let results = [];
for ( let x = 0; x < devices.length; x++ ) {
results.push(bulkDeviceTrustResponse[`result${x}`]);
}
return results;
}
async removeGroupsBulk(ids) {
if ( !Array.isArray(ids) ) throw new Error(`removeGroupsBulk requires an array as input.`);
if ( ids.length === 0 ) return [];
if ( !ids.every( id => typeof id === "string" && id.startsWith(TwingateApiClient.IdPrefixes.Group) ) ) throw new Error(`removeGroupsBulk requires every value to be a Group Id`);
for ( let x = 0; x < ids.length; x++ ) {
try {
await this.removeGroup(ids[x]);
} catch (e) {
console.error(e);
}
}
return true;
}
async removeRemoteNetworksBulk(ids) {
const removeRemoteNetworkQuery = "mutation RemoveRemoteNetwork($id:ID!){result:remoteNetworkDelete(id:$id){ok, error}}";
let removeRemoteNetworkResponse = await this.exec(removeRemoteNetworkQuery, {id});
if ( !removeRemoteNetworkResponse.result.ok ) throw new Error(`Error removing remote network '${id}' ${removeRemoteNetworkResponse.result.error}`);
return true;
}
async removeResourcesBulk(ids) {
const removeResourceQuery = "mutation RemoveResource($ids:ID!){result:resourceDelete(id:$ids){ok, error}}";
let removeResourceResponse = await this.exec(removeResourceQuery, {ids});
if ( !removeResourceResponse.result.ok ) throw new Error(`Error removing resource '${ids}' ${removeResourceResponse.result.error}`);
return true;
}
//</editor-fold>
/**
* Test whether a network name appears valid
* @returns {boolean} -
*/
static async testNetworkValid(networkName) {
let url = ( networkName.indexOf('.') === -1 ) ? `https://${networkName}.twingate.com/api/graphql/?testNetworkValid` : `https://${networkName}/api/graphql/?testNetworkValid`;
let rsp = await fetch(url);
return rsp.status !== 404;
}
/**
* Given a network name and API key test whether an API key appears valid
* @returns {boolean} -
*/
static async testApiKeyValid(networkName, apiKey) {
// Assuming network is valid, an invalid API key should return a 401. Otherwise we can expect probably a 400
// since we provide no query on this request
let url = ( networkName.indexOf('.') === -1 ) ? `https://${networkName}.twingate.com/api/graphql/?testApiKeyValid` : `https://${networkName}/api/graphql/?testApiKeyValid`;
let rsp = await fetch(url, {headers: {'X-API-KEY': apiKey}} );
return rsp.status !== 401;
}
}
(function preProcessSchema() {
try {
for ( const [typeName, typeProps] of Object.entries(TwingateApiClient.Schema) ) {
typeProps.name = typeName;
typeProps.fieldsByName = {};
typeProps.fields.reduce((obj, item) => (obj[item.name] = item, obj), typeProps.fieldsByName)
typeProps.dateTimeFields = typeProps.fields.filter(f => f.type === "datetime").map(f => f.name);
typeProps.enumFields = typeProps.fields.filter(f => f.type === "enum").map(f => f.name);
typeProps.connectionFields = typeProps.fields.filter(f => f.type === "Connection").map(f => f.name);
typeProps.nodeFields = typeProps.fields.filter(f => f.type === "Node").map(f => f.name);
typeProps.objectFields = typeProps.fields.filter(f => f.type === "Object").map(f => f.name);
const labelFields = typeProps.fields.filter(f => f.isLabel === true);
if (labelFields.length === 1) typeProps.labelField = labelFields[0].name;