k2hr3-api
Version:
K2HR3 REST API is K2hdkc based Resource and Roles and policy Rules
833 lines (832 loc) • 34.7 kB
JavaScript
"use strict";
/*
* K2HR3 REST API
*
* Copyright 2017 Yahoo Japan Corporation.
*
* K2HR3 is K2hdkc based Resource and Roles and policy Rules, gathers
* common management information for the cloud.
* K2HR3 can dynamically manage information as "who", "what", "operate".
* These are stored as roles, resources, policies in K2hdkc, and the
* client system can dynamically read and modify these information.
*
* For the full copyright and license information, please view
* the license file that was distributed with this source code.
*
* AUTHOR: Takeshi Nakatani
* CREATE: Wed Oct 31 2018
* REVISION:
*
*/
var __createBinding = (this && this.__createBinding) || (Object.create ? (function(o, m, k, k2) {
if (k2 === undefined) k2 = k;
var desc = Object.getOwnPropertyDescriptor(m, k);
if (!desc || ("get" in desc ? !m.__esModule : desc.writable || desc.configurable)) {
desc = { enumerable: true, get: function() { return m[k]; } };
}
Object.defineProperty(o, k2, desc);
}) : (function(o, m, k, k2) {
if (k2 === undefined) k2 = k;
o[k2] = m[k];
}));
var __setModuleDefault = (this && this.__setModuleDefault) || (Object.create ? (function(o, v) {
Object.defineProperty(o, "default", { enumerable: true, value: v });
}) : function(o, v) {
o["default"] = v;
});
var __importStar = (this && this.__importStar) || (function () {
var ownKeys = function(o) {
ownKeys = Object.getOwnPropertyNames || function (o) {
var ar = [];
for (var k in o) if (Object.prototype.hasOwnProperty.call(o, k)) ar[ar.length] = k;
return ar;
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return ownKeys(o);
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if (mod && mod.__esModule) return mod;
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__setModuleDefault(result, mod);
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};
})();
var __importDefault = (this && this.__importDefault) || function (mod) {
return (mod && mod.__esModule) ? mod : { "default": mod };
};
Object.defineProperty(exports, "__esModule", { value: true });
exports.chkipType = exports.r3ApiConfig = exports.loadedConfig = exports.chkipconfigType = void 0;
const path = __importStar(require("path"));
const rotatefs = __importStar(require("rotating-file-stream"));
const config_1 = __importDefault(require("config"));
const k2hr3apiutil_1 = __importDefault(require("./k2hr3apiutil"));
const openstackep_1 = __importDefault(require("./openstackep"));
const toIntervalNumber = (val) => {
if (/^\d+d$/.test(val)) {
return val;
}
if (/^\d+s$/.test(val)) {
return val;
}
if (/^\d+M$/.test(val)) {
return val;
}
if (/^\d+h$/.test(val)) {
return val;
}
if (/^\d+m$/.test(val)) {
return val;
}
return '1d';
};
//
// Utility: copy(overwrite) LoadedConfig
//
const setLoadedConfig = (base, data) => {
if (!k2hr3apiutil_1.default.isPlainObject(data)) {
return null;
}
// Keystone type
if (k2hr3apiutil_1.default.isPlainObject(data.keystone)) {
if (k2hr3apiutil_1.default.isSafeString(data.keystone.type)) {
base.keystone.type = data.keystone.type;
}
if (k2hr3apiutil_1.default.isSafeString(data.keystone.eptype) && k2hr3apiutil_1.default.compareCaseString('list', data.keystone.eptype)) {
if (openstackep_1.default.isValTypeKeystoneEndpointMap(data.keystone.eplist)) {
const eplist = {};
for (const region in data.keystone.eplist) {
const tmpRegion = data.keystone.eplist[region];
if (k2hr3apiutil_1.default.isString(tmpRegion)) {
if (k2hr3apiutil_1.default.isSafeUrl(tmpRegion)) {
eplist[region] = tmpRegion;
}
}
}
base.keystone.eptype = data.keystone.eptype;
base.keystone.epfile = null;
base.keystone.eplist = eplist;
}
else {
// Wrong value
}
}
else if (k2hr3apiutil_1.default.isSafeString(data.keystone.eptype) && k2hr3apiutil_1.default.compareCaseString('file', data.keystone.eptype)) {
if (k2hr3apiutil_1.default.isSafeString(data.keystone.epfile)) {
base.keystone.eptype = data.keystone.eptype;
base.keystone.epfile = data.keystone.epfile;
base.keystone.eplist = null;
}
else {
// Wrong value
}
}
else {
// Unknown value
}
}
// K2HDKC configuration
if (k2hr3apiutil_1.default.isPlainObject(data.k2hdkc)) {
if (k2hr3apiutil_1.default.isSafeString(data.k2hdkc.config)) {
base.k2hdkc.config = data.k2hdkc.config;
}
if (k2hr3apiutil_1.default.isSafeNumeric(data.k2hdkc.port)) {
const tmpPort = k2hr3apiutil_1.default.cvtToNumber(data.k2hdkc.port);
if (k2hr3apiutil_1.default.isSafeNumber(tmpPort)) {
base.k2hdkc.port = tmpPort;
}
}
if (null === data.k2hdkc.cuk || k2hr3apiutil_1.default.isString(data.k2hdkc.cuk)) {
base.k2hdkc.cuk = data.k2hdkc.cuk;
}
}
// CORS
if (k2hr3apiutil_1.default.isStringArray(data.corsips)) {
base.corsips = data.corsips;
}
// multi processes
if (k2hr3apiutil_1.default.isBoolean(data.multiproc)) {
base.multiproc = data.multiproc;
}
// scheme & port
if (k2hr3apiutil_1.default.isString(data.scheme)) {
base.scheme = k2hr3apiutil_1.default.getSafeString(data.scheme);
if (k2hr3apiutil_1.default.compareCaseString('http', data.scheme)) {
base.port = 80;
}
else if (k2hr3apiutil_1.default.compareCaseString('https', data.scheme)) {
base.port = 443;
}
}
if (k2hr3apiutil_1.default.isSafeEntity(data.port)) {
const tmpPort = k2hr3apiutil_1.default.cvtToNumber(data.port);
if (k2hr3apiutil_1.default.isSafeNumber(tmpPort)) {
base.port = tmpPort;
}
}
else if (k2hr3apiutil_1.default.isSafeNumeric(process.env.PORT)) { // Get port from environment
const tmpPort = k2hr3apiutil_1.default.cvtToNumber(process.env.PORT);
if (k2hr3apiutil_1.default.isSafeNumber(tmpPort)) {
base.port = tmpPort;
}
}
// run user
if (null === data.runuser || k2hr3apiutil_1.default.isString(data.runuser)) {
base.runuser = k2hr3apiutil_1.default.getSafeString(data.runuser);
}
// private key & cert & ca
if (null === data.privatekey || k2hr3apiutil_1.default.isString(data.privatekey)) {
base.privatekey = k2hr3apiutil_1.default.getSafeString(data.privatekey);
}
if (null === data.cert || k2hr3apiutil_1.default.isString(data.cert)) {
base.cert = k2hr3apiutil_1.default.getSafeString(data.cert);
}
if (null === data.ca || k2hr3apiutil_1.default.isString(data.ca)) {
base.ca = k2hr3apiutil_1.default.getSafeString(data.ca);
}
// log directory
if (null === data.logdir || k2hr3apiutil_1.default.isString(data.logdir)) {
base.logdir = k2hr3apiutil_1.default.getSafeString(data.logdir);
}
// access log file name
if (null === data.accesslogname || k2hr3apiutil_1.default.isString(data.accesslogname)) {
base.accesslogname = k2hr3apiutil_1.default.getSafeString(data.accesslogname);
}
if (null === data.accesslogform || k2hr3apiutil_1.default.isString(data.accesslogform)) {
base.accesslogform = k2hr3apiutil_1.default.getSafeString(data.accesslogform);
}
if (null === data.consolelogname || k2hr3apiutil_1.default.isString(data.consolelogname)) {
base.consolelogname = k2hr3apiutil_1.default.getSafeString(data.consolelogname);
}
if (null === data.watcherlogname || k2hr3apiutil_1.default.isString(data.watcherlogname)) {
base.watcherlogname = k2hr3apiutil_1.default.getSafeString(data.watcherlogname);
}
if (null === data.watchertimeform || k2hr3apiutil_1.default.isString(data.watchertimeform)) {
base.watchertimeform = k2hr3apiutil_1.default.getSafeString(data.watchertimeform);
}
if (null === data.wconsolelogname || k2hr3apiutil_1.default.isString(data.wconsolelogname)) {
base.wconsolelogname = k2hr3apiutil_1.default.getSafeString(data.wconsolelogname);
}
// log rotation option
if (k2hr3apiutil_1.default.isPlainObject(data.logrotateopt)) {
if (k2hr3apiutil_1.default.isSafeString(data.logrotateopt.compress)) {
base.logrotateopt.compress = data.logrotateopt.compress;
}
if (k2hr3apiutil_1.default.isSafeString(data.logrotateopt.interval)) {
base.logrotateopt.interval = data.logrotateopt.interval;
}
if (k2hr3apiutil_1.default.isBoolean(data.logrotateopt.initialRotation)) {
base.logrotateopt.initialRotation = data.logrotateopt.initialRotation;
}
if (k2hr3apiutil_1.default.isSafeString(data.logrotateopt.path)) {
base.logrotateopt.path = data.logrotateopt.path;
}
const _logrotateopt = data.logrotateopt;
Object.keys(_logrotateopt).forEach((key) => {
const val = _logrotateopt[key];
if (null === val || k2hr3apiutil_1.default.isSafeString(val) || k2hr3apiutil_1.default.isBoolean(val)) {
base.logrotateopt[key] = val;
}
});
}
// Userdata
if (k2hr3apiutil_1.default.isPlainObject(data.userdata)) {
if (k2hr3apiutil_1.default.isSafeString(data.userdata.baseuri)) {
base.userdata.baseuri = data.userdata.baseuri;
}
if (k2hr3apiutil_1.default.isSafeString(data.userdata.cc_templ)) {
base.userdata.cc_templ = data.userdata.cc_templ;
}
if (k2hr3apiutil_1.default.isSafeString(data.userdata.script_templ)) {
base.userdata.script_templ = data.userdata.script_templ;
}
if (k2hr3apiutil_1.default.isSafeString(data.userdata.errscript_templ)) {
base.userdata.errscript_templ = data.userdata.errscript_templ;
}
if (k2hr3apiutil_1.default.isSafeString(data.userdata.algorithm)) {
base.userdata.algorithm = data.userdata.algorithm;
}
if (k2hr3apiutil_1.default.isSafeString(data.userdata.passphrase)) {
base.userdata.passphrase = data.userdata.passphrase;
}
}
// Extdata
if (k2hr3apiutil_1.default.isPlainObject(data.extdata)) {
const _extdata = data.extdata;
Object.keys(_extdata).forEach((key) => {
const one_extdata = _extdata[key];
if (k2hr3apiutil_1.default.isPlainObject(one_extdata) && k2hr3apiutil_1.default.isSafeString(one_extdata.baseuri) && k2hr3apiutil_1.default.isSafeString(one_extdata.template)) {
base.extdata[key] = {};
base.extdata[key].baseuri = one_extdata.baseuri;
base.extdata[key].template = one_extdata.template;
base.extdata[key].useragent = k2hr3apiutil_1.default.isSafeString(one_extdata.useragent) ? k2hr3apiutil_1.default.getSafeString(one_extdata.useragent) : null;
base.extdata[key].contenttype = k2hr3apiutil_1.default.isSafeString(one_extdata.contenttype) ? k2hr3apiutil_1.default.getSafeString(one_extdata.contenttype) : 'text/plain';
}
else {
// [NOTE] Some required parameters could not be detected, then skip this.
}
});
}
// Admin
if (k2hr3apiutil_1.default.isPlainObject(data.k2hr3admin)) {
if (k2hr3apiutil_1.default.isSafeString(data.k2hr3admin.tenant)) {
base.k2hr3admin.tenant = data.k2hr3admin.tenant;
}
if (k2hr3apiutil_1.default.isSafeString(data.k2hr3admin.delhostrole)) {
base.k2hr3admin.delhostrole = data.k2hr3admin.delhostrole;
}
}
// Local tenants
if (k2hr3apiutil_1.default.isBoolean(data.localtenants)) {
base.localtenants = data.localtenants;
}
// Confirm tenant mode for adding service member
if (k2hr3apiutil_1.default.isBoolean(data.confirmtenant)) {
base.confirmtenant = data.confirmtenant;
}
// IP Addresses checker(watcher) config
if (k2hr3apiutil_1.default.isPlainObject(data.chkipconfig)) {
if (k2hr3apiutil_1.default.isSafeString(data.chkipconfig.type) &&
(exports.chkipconfigType.CHECKER_TYPE_LISTENER === data.chkipconfig.type ||
exports.chkipconfigType.CHECKER_TYPE_FUNCTION === data.chkipconfig.type ||
exports.chkipconfigType.CHECKER_TYPE_BASIC_OR === data.chkipconfig.type ||
exports.chkipconfigType.CHECKER_TYPE_BASIC_AND === data.chkipconfig.type ||
exports.chkipconfigType.CHECKER_TYPE_NOCHECK === data.chkipconfig.type)) {
base.chkipconfig.type = data.chkipconfig.type;
}
if (k2hr3apiutil_1.default.isSafeString(data.chkipconfig.funcmod)) {
base.chkipconfig.funcmod = data.chkipconfig.funcmod;
}
if (k2hr3apiutil_1.default.isSafeNumeric(data.chkipconfig.pendingsec)) {
const tmpTime = k2hr3apiutil_1.default.cvtToNumber(data.chkipconfig.pendingsec);
if (k2hr3apiutil_1.default.isSafeNumber(tmpTime)) {
base.chkipconfig.pendingsec = tmpTime;
}
}
if (k2hr3apiutil_1.default.isSafeNumeric(data.chkipconfig.intervalms)) {
const tmpTime = k2hr3apiutil_1.default.cvtToNumber(data.chkipconfig.intervalms);
if (k2hr3apiutil_1.default.isSafeNumber(tmpTime)) {
base.chkipconfig.intervalms = tmpTime;
}
}
if (k2hr3apiutil_1.default.isSafeNumeric(data.chkipconfig.parallelcnt)) {
const tmpCnt = k2hr3apiutil_1.default.cvtToNumber(data.chkipconfig.parallelcnt);
if (k2hr3apiutil_1.default.isSafeNumber(tmpCnt)) {
base.chkipconfig.parallelcnt = tmpCnt;
}
}
if (k2hr3apiutil_1.default.isSafeString(data.chkipconfig.command4)) {
base.chkipconfig.command4 = data.chkipconfig.command4;
}
if (k2hr3apiutil_1.default.isSafeString(data.chkipconfig.command6)) {
base.chkipconfig.command6 = data.chkipconfig.command6;
}
if (k2hr3apiutil_1.default.isSafeString(data.chkipconfig.params)) {
base.chkipconfig.params = data.chkipconfig.params;
}
if (k2hr3apiutil_1.default.isSafeString(data.chkipconfig.timeoutparam)) {
base.chkipconfig.timeoutparam = data.chkipconfig.timeoutparam;
}
if (k2hr3apiutil_1.default.isSafeNumeric(data.chkipconfig.timeoutms)) {
const tmpTime = k2hr3apiutil_1.default.cvtToNumber(data.chkipconfig.timeoutms);
if (k2hr3apiutil_1.default.isSafeNumber(tmpTime)) {
base.chkipconfig.timeoutms = tmpTime;
}
}
}
if (k2hr3apiutil_1.default.isBoolean(data.allowcredauth)) {
base.allowcredauth = data.allowcredauth;
}
// Expiration for Tokens
if (k2hr3apiutil_1.default.isPlainObject(data.expiration)) {
if (k2hr3apiutil_1.default.isSafeNumeric(data.expiration.roletoken)) {
const tmpNum = k2hr3apiutil_1.default.cvtToNumber(data.expiration.roletoken);
if (k2hr3apiutil_1.default.isSafeNumber(tmpNum)) {
base.expiration.roletoken = tmpNum;
}
}
if (k2hr3apiutil_1.default.isSafeNumeric(data.expiration.regroletoken)) {
const tmpNum = k2hr3apiutil_1.default.cvtToNumber(data.expiration.regroletoken);
if (k2hr3apiutil_1.default.isSafeNumber(tmpNum)) {
base.expiration.regroletoken = tmpNum;
}
}
}
// Other objects
Object.keys(config_1.default).forEach((key) => {
if (!k2hr3apiutil_1.default.findStringInArray(reserved_key_list, key)) {
// not found key in reserved key name list, then add(replace) this object to data.
base[key] = data[key];
}
});
return base;
};
//
// [NOTE]
// About type assertion
//
// The config package loads settings dynamically and does not
// guarantee type safety by default.
// To address this, we define our own LoadedConfig type for
// project-specific configuration, and use a type assertion(as
// LoadedConfig) on the config object.
// This allows us to access configuration values with type safety.
//
// Note: Type assertion does not perform runtime checks. TypeScript
// will assume the config object matches LoadedConfig,
// even if the actual config content differs. Be careful to keep
// the LoadedConfig definition in sync with the configuration file.
//
const k2hr3Config = config_1.default;
//
// For IP Addresses checker(watcher) type
//
exports.chkipconfigType = {
CHECKER_TYPE_LISTENER: 'Listener',
CHECKER_TYPE_FUNCTION: 'Function',
CHECKER_TYPE_BASIC_OR: 'BasicOr',
CHECKER_TYPE_BASIC_AND: 'BasicAnd',
CHECKER_TYPE_NOCHECK: 'NoCheck'
};
//
// Reserved key name in config
//
const reserved_key_list = [
'keystone',
'k2hdkc',
'corsips',
'multiproc',
'scheme',
'port',
'runuser',
'privatekey',
'cert',
'ca',
'logdir',
'accesslogname',
'accesslogform',
'consolelogname',
'watcherlogname',
'watchertimeform',
'wconsolelogname',
'logrotateopt',
'userdata',
'extdata',
'k2hr3admin',
'localtenants',
'confirmtenant',
'chkipconfig',
'allowcredauth',
'expiration'
];
//
// LoadedConfig
//
exports.loadedConfig = (() => {
// Default values
let data = {
// [NOTE]
// Set keystone type and others for openstack keystone.
//
// Specify the keystone.type module to handle keystone authentication.
// We prepare two of keystone V2/V3 for this value by k2hr3. They are
// lib/openstackapiv2.js and lib/openstackapiv3.js.
// Please specify module name specified for keystone.type without
// extension. The matching file name is automatically searched from
// the lib directory.
// If you want to use your own module, prepare the file in the lib
// directory and specify the file name. To create your own, please
// prepare the module exporting the getKeystoneEndpoint(callback, is_v3, is_test, timeout)
// function. For details of the getKeystoneEndpoint function, please
// refer to openstackep.js.
//
// Please specify 'list' or 'file' as keystone.eptype.
// If 'list' is specified, please specify one or more {'region name': 'keystone endpoint URI'}
// in keystone.eplist.
// If you specify 'file', specify keystone.epfile with your own module
// name in the lib directory. This module specifies the file exporting
// the getDynamicKeystoneEndpoints(cbargs, callback) function.
// The getDynamicKeystoneEndpoints function takes callback(cbargs, error, endpoint_mapping)
// as a callback function as an argument. 'endpoint_mapping' argument
// of this callback function should return data of the same type as
// keystone.eplist.
// cbargs specifies the cbargs passed to the getDynamicKeystoneEndpoints
// function as is.
//
keystone: {
type: 'openstackapiv3', // module name in lib for openstack keystone access
eptype: 'list', // type of openstack keystone endpoint
epfile: null,
eplist: {
myregion: 'https://dummy.keystone.openstack/'
}
},
k2hdkc: {
config: '/etc/k2hdkc/slave.ini', // Configuration file path for k2hdkc(chmpx) slave
port: '8031', // Control port number for k2hdkc(chmpx) slave
cuk: null // CUK for k2hdkc(chmpx) slave
},
corsips: [
'::ffff:127.0.0.1',
'127.0.0.1'
],
scheme: 'http', // Scheme
port: 80, // Port
multiproc: true, // Multi processing
runuser: '', // Username for process owner
privatekey: '', // Privatekey file path
cert: '', // Certification file path
ca: '', // CA
logdir: null, // Path for logging directory
fixedlogdir: null, // Fixed log directory
accesslogname: 'access.log', // Access log name
accesslogform: 'combined', // Access log format by morgan
consolelogname: null, // Console(Error)/Debug log name
watcherlogname: 'watcher.log', // Watcher log name
watchertimeform: 'yyyy/mm/dd HH:MM:ss', // Watcher log time format by dateformat
wconsolelogname: null, // Console(Error)/Debug log name by watcher
logrotateopt: {
compress: 'gzip', // gzip : compression method of rotated files.
interval: '6h', // 6 hour : the time interval to rotate the file.
initialRotation: true, // true : initial rotation based on not-rotated file timestamp.
path: null // null : the base path for files.(* this value is replace by 'logdir')
/*
* [NOTE] following option is not specified now.
*
rotationTime: true, // true : makes rotated file name with time of rotation.
highWaterMark: null, // null : proxy to new stream.
history: null, // null : the history filename.
immutable: null, // null : never mutates file names.
maxFiles: null, // null : the maximum number of rotated files to keep.
maxSize: null, // null : the maximum size of rotated files to keep.
mode: null, // null : proxy to fs.createWriteStream
rotate: null, // null : enables the classical UNIX logrotate behaviour.
size: null // null : the file size to rotate the file.
*/
},
userdata: {
baseuri: 'https://localhost', // URI
cc_templ: 'config/k2hr3-cloud-config.txt.templ', // Template for Cloud Config part
script_templ: 'config/k2hr3-init.sh.templ', // Template for Shell part
errscript_templ: 'config/k2hr3-init-error.sh.templ', // Template for common shell if error
algorithm: 'aes-256-cbc', // Encrypt type
passphrase: 'k2hr3_regpass' // Default passphrase
},
extdata: { // Additional extra data
/*
* // [NOTE]
* // This Extra data is the data unique to the user who performs
* // the same operation as User data.
* // The data is encrypted and compressed.
* // The encryption uses the algorithm and passphrase specified
* // in userdata.
*
dummy: { // Extra data API(key=suburi) for trove k2hdkc
baseuri: 'https://localhost', // URI
template: 'config/extdata-dummy.sh.templ', // Template for Shell part
useragent: 'dummy-client' // Allowed user-agent(can be omitted: default is allowed all)
contenttype: 'text/x-shellscript; charset="us-ascii"'// Response Content-Type(can be omitted: default is 'text/plain')
}
*/
},
k2hr3admin: {
tenant: 'admintenant', // Admin tenant name
delhostrole: 'delhostrole' // Admin Role name
},
localtenants: true, // Whether to allow K2HR3 cluster local tenants
confirmtenant: false, // Whichever confirm tenant when adding service member
chkipconfig: {
type: exports.chkipconfigType.CHECKER_TYPE_LISTENER, // Listener / Function / Basic{Or|And} / NoCheck
funcmod: null, // Module name(path) for Function type
pendingsec: 864000, // Limit for removing IP which is not alive : 10 * 24 * 60 * 60 = 10 days
intervalms: 4320000, // Interval ms for checking IP address : 12 * 60 * 60 * 1000 = 12 hour
parallelcnt: 32, // Parallel processing count
command4: 'ping', // Basic IP address check use this command for IPv4 : ping command
command6: 'ping6', // Basic IP address check use this command for IPv6
params: '-c 1', // Common ping command parameters
timeoutparam: '-W', // Timeout parameter name for ping command
timeoutms: 5000 // Timeout millisecond for each checking : 5000ms
},
allowcredauth: true, // allow CORS access for authorization by credential
expiration: {
roletoken: 86400, // Expire time(sec) for RoleToken : 24 * 60 * 60 = 1 day
regroletoken: 315360000 // Expire time(sec) for register host : 10 * 356 * 24 * 60 * 60 = 10 years(no expire)
}
};
// Set(overwrite) from loaded config
const mergeConfig = setLoadedConfig(data, k2hr3Config);
if (null !== mergeConfig) {
data = mergeConfig;
}
else {
console.warn('Failed loading configuration file. Please check config file.');
}
return data;
})();
//---------------------------------------------------------
// Configuration Class
//---------------------------------------------------------
class r3ApiConfig {
loadedConfig;
consolelog;
//
// Constructor
//
constructor() {
this.loadedConfig = exports.loadedConfig;
this.consolelog = null;
}
//
// Methods
//
getKeystoneConfig = () => {
return this.loadedConfig.keystone;
};
getKeystoneType = () => {
return this.loadedConfig.keystone.type;
};
getKeystoneEpType = () => {
return this.loadedConfig.keystone.eptype;
};
isKeystoneEpList = () => {
return k2hr3apiutil_1.default.compareCaseString('list', this.loadedConfig.keystone.eptype);
};
getKeystoneEpList = () => {
if (!k2hr3apiutil_1.default.compareCaseString('list', this.loadedConfig.keystone.eptype)) {
return null;
}
return this.loadedConfig.keystone.eplist ?? null;
};
isKeystoneEpFile = () => {
return k2hr3apiutil_1.default.compareCaseString('file', this.loadedConfig.keystone.eptype);
};
getKeystoneEpFile = () => {
if (!k2hr3apiutil_1.default.compareCaseString('file', this.loadedConfig.keystone.eptype)) {
return null;
}
return this.loadedConfig.keystone.epfile;
};
getK2hdkcConfig = () => {
return this.loadedConfig.k2hdkc.config;
};
getK2hdkcPort = () => {
return this.loadedConfig.k2hdkc.port;
};
getK2hdkcCuk = () => {
return this.loadedConfig.k2hdkc.cuk;
};
getCORSIPs = () => {
return this.loadedConfig.corsips;
};
isMultiProc = () => {
return this.loadedConfig.multiproc;
};
getScheme = () => {
return this.loadedConfig.scheme;
};
getPort = () => {
return this.loadedConfig.port;
};
getRunUser = () => {
return this.loadedConfig.runuser;
};
getPrivateKey = () => {
return this.loadedConfig.privatekey;
};
getCert = () => {
return this.loadedConfig.cert;
};
getCA = () => {
return this.loadedConfig.ca;
};
updateLogDir = (basepath) => {
let dirpath = null;
if (null !== this.loadedConfig.logdir) {
if (0 === this.loadedConfig.logdir.indexOf('/')) {
dirpath = path.join(this.loadedConfig.logdir); // logdir is full path
}
else {
if (null !== basepath && k2hr3apiutil_1.default.isSafeString(basepath)) {
if (null !== basepath && 0 === basepath.indexOf('/')) {
dirpath = path.join(basepath, this.loadedConfig.logdir);
}
else {
dirpath = path.join(__dirname, '../..', basepath, this.loadedConfig.logdir); // from top directory
}
}
else {
dirpath = path.join(__dirname, '../..', this.loadedConfig.logdir); // from top directory
}
}
}
else {
// logdir is null, it means not putting log to file.
}
// update log directory
this.loadedConfig.fixedlogdir = dirpath;
if (k2hr3apiutil_1.default.isSafeString(dirpath)) {
// check log directory and make it if not exists
if (null !== dirpath && !k2hr3apiutil_1.default.checkMakeDir(dirpath)) {
console.warn('Log directory(' + dirpath + ') is not existed, and could not create it.');
dirpath = null; // continue with no log directory
}
else {
// set dir path to log rotation option
this.loadedConfig.logrotateopt['path'] = dirpath;
}
}
return dirpath;
};
getAccessLogName = () => {
return this.loadedConfig.accesslogname;
};
getAccessLogFormat = () => {
return this.loadedConfig.accesslogform;
};
getConsoleLogName = () => {
return this.loadedConfig.consolelogname;
};
getWatcherLogName = () => {
return this.loadedConfig.watcherlogname;
};
getWatcherTimeFormat = () => {
return this.loadedConfig.watchertimeform;
};
getWatcherConsoleLogName = () => {
return this.loadedConfig.wconsolelogname;
};
getLogRotateOption = () => {
return this.loadedConfig.logrotateopt;
};
getRotateLogStream = (basedir, filename) => {
let logstream = null;
const logdir = this.updateLogDir(basedir);
if (null == logdir) {
return logstream;
}
if (null === filename || !k2hr3apiutil_1.default.isSafeString(filename)) {
return logstream;
}
try {
const rawopt = { ...this.loadedConfig.logrotateopt };
const opt = {
...rawopt,
path: rawopt.path ?? undefined,
// 'true' -> true(boolean)
// 'false' -> false(boolean)
// 'gzip' -> 'gzip'(string)
// other -> false(boolean)
compress: ('true' === rawopt.compress ? true : 'false' === rawopt.compress ? false : 'gzip' === rawopt.compress ? 'gzip' : false),
interval: toIntervalNumber(rawopt.interval ?? '1d')
};
logstream = rotatefs.createStream(filename, opt);
}
catch (error) {
let msg;
if (error instanceof Error) {
msg = k2hr3apiutil_1.default.getSafeString(error.message);
}
else {
msg = String(error);
}
console.warn('Could not create log rotate option by : ' + JSON.stringify(msg));
logstream = null;
}
return logstream;
};
getMorganLoggerOption = (basedir) => {
let loggeropt = null;
const logstream = this.getRotateLogStream(basedir, this.loadedConfig.accesslogname);
if (null !== logstream) {
loggeropt = {
stream: logstream
};
}
return loggeropt;
};
getWatcherLoggingStream = (basedir) => {
let logstream = this.getRotateLogStream(basedir, this.loadedConfig.watcherlogname);
if (null == logstream) {
// [NOTE]
// Default stream is stdout
//
logstream = process.stdout;
}
return logstream;
};
setConsoleLogging = (basedir, is_watcher) => {
let logname = this.loadedConfig.consolelogname;
if (k2hr3apiutil_1.default.isBoolean(is_watcher) && is_watcher) {
logname = this.loadedConfig.wconsolelogname;
}
const logstream = this.getRotateLogStream(basedir, logname);
if (null !== logstream) {
this.consolelog = new console.Console(logstream, logstream);
global.console.error = this.consolelog.error;
global.console.warn = this.consolelog.warn;
global.console.log = this.consolelog.log;
global.console.debug = this.consolelog.debug;
global.console.info = this.consolelog.info;
}
return true;
};
getUserdataConfig = () => {
return this.loadedConfig.userdata;
};
getUserdataCryptConfig = () => {
const udCryptConfig = {
algorithm: this.loadedConfig.userdata.algorithm,
passphrase: this.loadedConfig.userdata.passphrase,
};
return udCryptConfig;
};
getExtdataConfigCount = () => {
return Object.keys(this.loadedConfig.extdata).length;
};
getAllExtdataConfig = () => {
return this.loadedConfig.extdata;
};
getK2hr3AdminConfig = () => {
return this.loadedConfig.k2hr3admin;
};
isLocalTenants = () => {
return this.loadedConfig.localtenants;
};
isConfirmTenantForService = () => {
return this.loadedConfig.confirmtenant;
};
getCheckIPConfig = () => {
return this.loadedConfig.chkipconfig;
};
isAllowedCredentialAccess = () => {
return this.loadedConfig.allowcredauth;
};
getExpireTimeRoleToken = () => {
return this.loadedConfig.expiration.roletoken;
};
getExpireTimeRegRoleToken = () => {
return this.loadedConfig.expiration.regroletoken;
};
getOtherObject = (key) => {
if (!k2hr3apiutil_1.default.isSafeString(key)) {
return null;
}
if (!k2hr3apiutil_1.default.isSafeEntity(this.loadedConfig[key])) {
return null;
}
return this.loadedConfig[key];
};
}
exports.r3ApiConfig = r3ApiConfig;
;
//---------------------------------------------------------
// Exports
//---------------------------------------------------------
exports.chkipType = exports.chkipconfigType;
/*
* Local variables:
* tab-width: 4
* c-basic-offset: 4
* End:
* vim600: noexpandtab sw=4 ts=4 fdm=marker
* vim<600: noexpandtab sw=4 ts=4
*/