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pte-execRequest.js
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pte-execRequest.js
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/**
* Copyright 2016 IBM All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
/*
* usage:
* node pte-execRequest.js pid Nid uiFile tStart
* - action: deploy, invoke, query
* - recurrence: integer number
*/
// This is an end-to-end test that focuses on exercising all parts of the fabric APIs
// in a happy-path scenario
'use strict';
var path = require('path');
var hfc = require('fabric-client');
var fs = require('fs');
var grpc = require('grpc');
var util = require('util');
var testUtil = require('./pte-util.js');
var utils = require('fabric-client/lib/utils.js');
var Peer = require('fabric-client/lib/Peer.js');
var Orderer = require('fabric-client/lib/Orderer.js');
var EventHub = require('fabric-client/lib/EventHub.js');
var FabricCAServices = require('fabric-ca-client/lib/FabricCAClientImpl');
var FabricCAClient = FabricCAServices.FabricCAClient;
var User = require('fabric-client/lib/User.js');
var Client = require('fabric-client/lib/Client.js');
//var _commonProto = grpc.load(path.join(__dirname, 'node_modules/fabric-client/lib/protos/common/common.proto')).common;
var LinkedList = require('singly-linked-list');
var txidList = new LinkedList();
var PTEid=process.argv[7];
var loggerMsg='PTE '+PTEid+' exec';
var logger = utils.getLogger(loggerMsg);
const crypto = require('crypto');
utils.setConfigSetting('crypto-keysize', 256);
// local vars
var tmp;
var tCurr;
var tEnd=0;
var tLocal;
var i = 0;
var inv_m = 0; // counter of invoke move
var inv_q = 0; // counter of invoke query
var evtTimeoutCnt = 0; // counter of event timeout
var evtTimeout = 0; // event timeout
var evtListener = null;
var IDone=0;
var QDone=0;
var recHist;
var buff;
var ofile;
var invokeCheck;
var chaincode_id;
var chaincode_ver;
var tx_id = null;
var nonce = null;
var the_user = null;
var eventHubs=[];
var targets = [];
var eventPromises = [];
//testUtil.setupChaincodeDeploy();
// need to override the default key size 384 to match the member service backend
// otherwise the client will not be able to decrypt the enrollment challenge
utils.setConfigSetting('crypto-keysize', 256);
// need to override the default hash algorithm (SHA3) to SHA2 (aka SHA256 when combined
// with the key size 256 above), in order to match what the peer and COP use
utils.setConfigSetting('crypto-hash-algo', 'SHA2');
//input args
var pid = parseInt(process.argv[2]);
var Nid = parseInt(process.argv[3]);
var uiFile = process.argv[4];
var tStart = parseInt(process.argv[5]);
var org=process.argv[6];
var uiContent = JSON.parse(fs.readFileSync(uiFile));
var TLS=uiContent.TLS;
var targetPeers=uiContent.targetPeers;
var channelOpt=uiContent.channelOpt;
var channelOrgName = [];
var channelName = channelOpt.name;
for (i=0; i<channelOpt.orgName.length; i++) {
channelOrgName.push(channelOpt.orgName[i]);
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] input parameters: uiFile=%s, tStart=%d', Nid, channelName, org, pid, uiFile, tStart);
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] TLS: %s', Nid, channelName, org, pid, TLS.toUpperCase());
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] targetPeers: %s', Nid, channelName, org, pid, targetPeers.toUpperCase());
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] channelOrgName.length: %d, channelOrgName: %s', Nid, channelName, org, pid, channelOrgName.length, channelOrgName);
var client = new hfc();
var channel = client.newChannel(channelName);
if ( (typeof( uiContent.eventOpt ) !== 'undefined') && (typeof( uiContent.eventOpt.listener ) !== 'undefined') ) {
evtListener = uiContent.eventOpt.listener;
} else {
evtListener = 'Transaction';
}
if ( (typeof( uiContent.eventOpt ) !== 'undefined') && (typeof( uiContent.eventOpt.timeout ) !== 'undefined') ) {
evtTimeout = uiContent.eventOpt.timeout;
} else {
evtTimeout = 120000;
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] eventhub registration: %s, timeout: %d', Nid, channel.getName(), org, pid, evtListener, evtTimeout);
invokeCheck = uiContent.invokeCheck;
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] invokeCheck: ', Nid, channel.getName(), org, pid, invokeCheck);
var channelID = uiContent.channelID;
chaincode_id = uiContent.chaincodeID+channelID;
chaincode_ver = uiContent.chaincodeVer;
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] chaincode_id: %s', Nid, channel.getName(), org, pid, chaincode_id );
var svcFile = uiContent.SCFile[0].ServiceCredentials;
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] svcFile: %s, org: %s', Nid, channel.getName(), org, pid, svcFile, org);
hfc.addConfigFile(path.join(__dirname, svcFile));
var ORGS = hfc.getConfigSetting('test-network');
var orgName = ORGS[org].name;
var users = hfc.getConfigSetting('users');
//user parameters
var transMode = uiContent.transMode;
var transType = uiContent.transType;
var invokeType = uiContent.invokeType;
var nRequest = parseInt(uiContent.nRequest);
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] transMode: %s, transType: %s, invokeType: %s, nRequest: %d', Nid, channel.getName(), org, pid, transMode, transType, invokeType, nRequest);
var runDur=0;
if ( nRequest == 0 ) {
runDur = parseInt(uiContent.runDur);
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] transMode: %s, transType: %s, invokeType: %s, runDur: %d', Nid, channel.getName(), org, pid, transMode, transType, invokeType, runDur);
// convert runDur from second to ms
runDur = 1000*runDur;
}
var runForever = 0;
if ( ( nRequest == 0 ) && ( runDur == 0 ) ) {
runForever = 1;
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] runForever: %d', Nid, channel.getName(), org, pid, runForever);
var ccType = uiContent.ccType;
var keyStart=0;
var payLoadMin=0;
var payLoadMax=0;
var arg0=0;
if ( ccType == 'ccchecker') {
keyStart = parseInt(uiContent.ccOpt.keyStart);
payLoadMin = parseInt(uiContent.ccOpt.payLoadMin)/2;
payLoadMax = parseInt(uiContent.ccOpt.payLoadMax)/2;
arg0 = keyStart;
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] ccchecker chaincode setting: keyStart=%d payLoadMin=%d payLoadMax=%d',
Nid, channel.getName(), org, pid, keyStart, parseInt(uiContent.ccOpt.payLoadMin), parseInt(uiContent.ccOpt.payLoadMax));
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d pte-execRequest] ccType: %s, keyStart: %d', Nid, channel.getName(), org, pid, ccType, keyStart);
//construct invoke request
var testInvokeArgs = [];
for (i=0; i<uiContent.invoke.move.args.length; i++) {
testInvokeArgs.push(uiContent.invoke.move.args[i]);
}
var request_invoke;
function getMoveRequest() {
if ( ccType == 'ccchecker') {
arg0 ++;
testInvokeArgs[1] = 'key_'+channelName+'_'+org+'_'+Nid+'_'+pid+'_'+arg0;
// random payload
var r = Math.floor(Math.random() * (payLoadMax - payLoadMin)) + payLoadMin;
var buf = crypto.randomBytes(r);
testInvokeArgs[2] = buf.toString('hex');
}
//logger.info('d:id:chan:org=%d:%s:%s:%d getMoveRequest] testInvokeArgs[1]', Nid, channelName, org, pid, testInvokeArgs[1]);
tx_id = client.newTransactionID();
txidList.insert(tx_id._transaction_id);
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d getMoveRequest] tx_id: %s', Nid, channel.getName(), org, pid, tx_id._transaction_id);
utils.setConfigSetting('E2E_TX_ID', tx_id.getTransactionID());
request_invoke = {
chaincodeId : chaincode_id,
fcn: uiContent.invoke.move.fcn,
args: testInvokeArgs,
txId: tx_id
};
if ( inv_m == nRequest ) {
if (invokeCheck.toUpperCase() == 'TRUE') {
logger.info('request_invoke: ', request_invoke);
}
}
}
//construct query request
var testQueryArgs = [];
for (i=0; i<uiContent.invoke.query.args.length; i++) {
testQueryArgs.push(uiContent.invoke.query.args[i]);
}
var request_query;
function getQueryRequest() {
if ( ccType == 'ccchecker') {
arg0 ++;
testQueryArgs[1] = 'key_'+channelName+'_'+org+'_'+Nid+'_'+pid+'_'+arg0;
}
//logger.info('d:id:chan:org=%d:%s:%s:%d getQueryRequest] testQueryArgs[1]', Nid, channelName, org, pid, testQueryArgs[1]);
tx_id = client.newTransactionID();
request_query = {
chaincodeId : chaincode_id,
txId: tx_id,
fcn: uiContent.invoke.query.fcn,
args: testQueryArgs
};
//logger.info('request_query: ', request_query);
}
// assign thread peers from all org
function assignThreadAllPeers(channel, client, org) {
logger.info('[Nid:chan:id=%d:%s:%d assignThreadAllPeers]', Nid, channel.getName(), pid);
var peerTmp;
var eh;
var data;
var event_connected = false;
for (let key1 in ORGS) {
if (ORGS.hasOwnProperty(key1)) {
for (let key in ORGS[key1]) {
if (key.indexOf('peer') === 0) {
if (TLS.toUpperCase() == 'ENABLED') {
data = fs.readFileSync(ORGS[key1][key]['tls_cacerts']);
peerTmp = client.newPeer(
ORGS[key1][key].requests,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key1][key]['server-hostname']
}
);
targets.push(peerTmp);
channel.addPeer(peerTmp);
} else {
peerTmp = client.newPeer( ORGS[key1][key].requests);
targets.push(peerTmp);
channel.addPeer(peerTmp);
}
if ( (invokeType.toUpperCase() == 'MOVE') && ( key1 == org ) && !event_connected) {
eh = client.newEventHub();
if (TLS.toUpperCase() == 'ENABLED') {
eh.setPeerAddr(
ORGS[key1][key].events,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key1][key]['server-hostname']
}
);
} else {
eh.setPeerAddr(ORGS[key1][key].events);
}
eh.connect();
eventHubs.push(eh);
event_connected= true;
}
}
}
}
}
logger.info('[Nid:chan:id=%d:%s:%d assignThreadAllPeers] peers', Nid, channel.getName(), pid, channel.getPeers());
}
// assign thread the anchor peer from all org
function assignThreadAllAnchorPeers(channel, client, org) {
logger.info('[Nid:chan:id=%d:%s:%d assignThreadAllAnchorPeers]', Nid, channel.getName(), pid);
var peerTmp;
var eh;
var data;
for (let key1 in ORGS) {
if (ORGS.hasOwnProperty(key1)) {
for (let key in ORGS[key1]) {
if (key.indexOf('peer1') === 0) {
if (TLS.toUpperCase() == 'ENABLED') {
data = fs.readFileSync(ORGS[key1][key]['tls_cacerts']);
peerTmp = client.newPeer(
ORGS[key1][key].requests,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key1][key]['server-hostname']
}
);
targets.push(peerTmp);
channel.addPeer(peerTmp);
} else {
peerTmp = client.newPeer( ORGS[key1][key].requests);
targets.push(peerTmp);
channel.addPeer(peerTmp);
}
if ( (invokeType.toUpperCase() == 'MOVE') && ( key1 == org ) ) {
eh = client.newEventHub();
if (TLS.toUpperCase() == 'ENABLED') {
eh.setPeerAddr(
ORGS[key1][key].events,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key1][key]['server-hostname']
}
);
} else {
eh.setPeerAddr(ORGS[key1][key].events);
}
eh.connect();
eventHubs.push(eh);
}
}
}
}
}
logger.info('[Nid:chan:id=%d:%s:%d assignThreadAllAnchorPeers] peers', Nid, channel.getName(), pid, channel.getPeers());
}
// assign thread all peers from the org
function assignThreadOrgPeer(channel, client, org) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadOrgPeer]', Nid, channel.getName(), org, pid);
var peerTmp;
var eh;
var data;
for (let key in ORGS[org]) {
if (ORGS[org].hasOwnProperty(key)) {
if (key.indexOf('peer') === 0) {
if (TLS.toUpperCase() == 'ENABLED') {
data = fs.readFileSync(ORGS[org][key]['tls_cacerts']);
peerTmp = client.newPeer(
ORGS[org][key].requests,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[org][key]['server-hostname']
}
);
targets.push(peerTmp);
channel.addPeer(peerTmp);
} else {
peerTmp = client.newPeer( ORGS[org][key].requests);
channel.addPeer(peerTmp);
}
eh=client.newEventHub();
if (TLS.toUpperCase() == 'ENABLED') {
eh.setPeerAddr(
ORGS[org][key].events,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[org][key]['server-hostname']
}
);
} else {
eh.setPeerAddr(ORGS[org][key].events);
}
eh.connect();
eventHubs.push(eh);
}
}
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadOrgPeer] add peer: ', Nid, channelName, org, pid, channel.getPeers());
}
// assign thread the peers from List
function assignThreadPeerList(channel, client, org) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadPeerList]', Nid, channel.getName(), org, pid);
var peerTmp;
var eh;
var data;
var listOpt=uiContent.listOpt;
var peername;
var event_connected = false;
for(var key in listOpt) {
for (i = 0; i < listOpt[key].length; i++) {
if (ORGS[key].hasOwnProperty(listOpt[key][i])) {
peername = listOpt[key][i];
if (peername.indexOf('peer') === 0) {
if (TLS.toUpperCase() == 'ENABLED') {
data = fs.readFileSync(ORGS[key][peername]['tls_cacerts']);
peerTmp = client.newPeer(
ORGS[key][peername].requests,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key][peername]['server-hostname']
}
);
targets.push(peerTmp);
channel.addPeer(peerTmp);
} else {
peerTmp = client.newPeer(ORGS[key][peername].requests);
//targets.push(peerTmp);
channel.addPeer(peerTmp);
}
if ( (invokeType.toUpperCase() == 'MOVE') && ( key == org ) && !event_connected ) {
eh = client.newEventHub();
if (TLS.toUpperCase() == 'ENABLED') {
eh.setPeerAddr(
ORGS[key][peername].events,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key][peername]['server-hostname']
}
);
} else {
eh.setPeerAddr(ORGS[key][peername].events);
}
eh.connect();
eventHubs.push(eh);
event_connected = true;
}
}
}
}
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadPeerList] add peer: ', Nid, channelName, org, pid, channel.getPeers());
}
function channelAddPeer(channel, client, org) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d channelAddPeer]', Nid, channelName, org, pid);
var peerTmp;
var eh;
for (let key in ORGS[org]) {
if (ORGS[org].hasOwnProperty(key)) {
if (key.indexOf('peer') === 0) {
if (TLS.toUpperCase() == 'ENABLED') {
let data = fs.readFileSync(ORGS[org][key]['tls_cacerts']);
peerTmp = client.newPeer(
ORGS[org][key].requests,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[org][key]['server-hostname']
}
);
targets.push(peerTmp);
channel.addPeer(peerTmp);
} else {
peerTmp = client.newPeer( ORGS[org][key].requests);
targets.push(peerTmp);
channel.addPeer(peerTmp);
}
}
}
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d channelAddPeer] ', Nid, channelName, org, pid);
}
function channelAddPeerEvent(channel, client, org) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d channelAddPeerEvent]', Nid, channelName, org, pid);
var eh;
var peerTmp;
for (let key in ORGS[org]) {
logger.info('key: ', key);
if (ORGS[org].hasOwnProperty(key)) {
if (key.indexOf('peer') === 0) {
if (TLS.toUpperCase() == 'ENABLED') {
let data = fs.readFileSync(ORGS[org][key]['tls_cacerts']);
peerTmp = client.newPeer(
ORGS[org][key].requests,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key]['server-hostname']
}
);
} else {
peerTmp = client.newPeer( ORGS[org][key].requests);
logger.info('[Nid:chan:org:id=%d:%s:%s:%d channelAddPeerEvent] peer: ', Nid, channelName, org, pid, ORGS[org][key].requests);
}
targets.push(peerTmp);
channel.addPeer(peerTmp);
eh=client.newEventHub();
if (TLS.toUpperCase() == 'ENABLED') {
eh.setPeerAddr(
ORGS[org][key].events,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[org][key]['server-hostname']
}
);
} else {
eh.setPeerAddr(ORGS[org][key].events);
}
eh.connect();
eventHubs.push(eh);
logger.info('[Nid:chan:org:id=%d:%s:%s:%d channelAddPeerEvent] requests: %s, events: %s ', Nid, channelName, org, pid, ORGS[org][key].requests, ORGS[org][key].events);
}
}
}
}
function channelAddOrderer(channel, client, org) {
var ordererID = ORGS[org].ordererID;
logger.info('[Nid:chan:org:id:ordererID=%d:%s:%s:%d:%s channelAddOrderer] ', Nid, channelName, org, pid, ordererID );
if (TLS.toUpperCase() == 'ENABLED') {
var caRootsPath = ORGS['orderer'][ordererID].tls_cacerts;
let data = fs.readFileSync(caRootsPath);
let caroots = Buffer.from(data).toString();
channel.addOrderer(
new Orderer(
ORGS['orderer'][ordererID].url,
{
'pem': caroots,
'ssl-target-name-override': ORGS['orderer'][ordererID]['server-hostname']
}
)
);
} else {
channel.addOrderer(new Orderer(ORGS['orderer'][ordererID].url));
logger.info('[Nid:chan:org:id=%d:%s:%s:%d channelAddOrderer] orderer url: ', Nid, channelName, org, pid, ORGS['orderer'][ordererID].url);
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d channelAddOrderer] orderer: %j ', Nid, channelName, org, pid, channel.getOrderers());
}
// assign thread the anchor peer (peer1) from the org
function assignThreadOrgAnchorPeer(channel, client, org) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadOrgAnchorPeer] ', Nid, channelName, org, pid );
var peerTmp;
var eh;
var data;
for (let key in ORGS) {
if (ORGS.hasOwnProperty(key) && typeof ORGS[key].peer1 !== 'undefined') {
if ( key == org ) {
if (TLS.toUpperCase() == 'ENABLED') {
data = fs.readFileSync(ORGS[key].peer1['tls_cacerts']);
peerTmp = client.newPeer(
ORGS[key].peer1.requests,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key].peer1['server-hostname']
}
);
targets.push(peerTmp);
channel.addPeer(peerTmp);
} else {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadOrgAnchorPeer] key: %s, peer1: %s', Nid, channelName, org, pid, key, ORGS[org].peer1.requests);
peerTmp = client.newPeer( ORGS[key].peer1.requests);
targets.push(peerTmp);
channel.addPeer(peerTmp);
}
}
if ( (invokeType.toUpperCase() == 'MOVE') && ( key == org ) ) {
eh=client.newEventHub();
if (TLS.toUpperCase() == 'ENABLED') {
eh.setPeerAddr(
ORGS[key].peer1.events,
{
pem: Buffer.from(data).toString(),
'ssl-target-name-override': ORGS[key].peer1['server-hostname']
}
);
} else {
eh.setPeerAddr(ORGS[key].peer1.events);
}
eh.connect();
eventHubs.push(eh);
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadOrgAnchorPeer] requests: %s, events: %s: %s', Nid, channelName, org, pid, ORGS[key].peer1.requests, ORGS[key].peer1.events);
}
}
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d assignThreadOrgAnchorPeer] Peers: ', Nid, channelName, org, pid, channel.getPeers());
}
/*
* transactions begin ....
*/
execTransMode();
function execTransMode() {
// init vars
inv_m = 0;
inv_q = 0;
//var caRootsPath = ORGS.orderer.tls_cacerts;
//let data = fs.readFileSync(caRootsPath);
//let caroots = Buffer.from(data).toString();
var username = ORGS[org].username;
var secret = ORGS[org].secret;
logger.debug('[Nid:chan:org:id=%d:%s:%s:%d execTransMode] user= %s, secret=%s', Nid, channelName, org, pid, username, secret);
var cryptoSuite = hfc.newCryptoSuite();
// var useStore = false;
var useStore = true;
if (useStore) {
cryptoSuite.setCryptoKeyStore(hfc.newCryptoKeyStore({path: testUtil.storePathForOrg(Nid,orgName)}));
client.setCryptoSuite(cryptoSuite);
}
//enroll user
var promise;
if (useStore) {
promise = hfc.newDefaultKeyValueStore({
path: testUtil.storePathForOrg(Nid, orgName)});
} else {
promise = Promise.resolve(useStore);
}
return promise.then((store) => {
if (store) {
client.setStateStore(store);
}
client._userContext = null;
return testUtil.getSubmitter(username, secret, client, true, Nid, org, svcFile);
}).then(
function(admin) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d execTransMode] Successfully loaded user \'admin\'', Nid, channelName, org, pid);
the_user = admin;
channelAddOrderer(channel, client, org)
if (targetPeers.toUpperCase() == 'ORGANCHOR') {
assignThreadOrgAnchorPeer(channel, client, org);
} else if (targetPeers.toUpperCase() == 'ALLANCHORS'){
assignThreadAllAnchorPeers(channel,client, org);
} else if (targetPeers.toUpperCase() == 'ORGPEERS'){
assignThreadOrgPeer(channel, client, org);
} else if (targetPeers.toUpperCase() == 'ALLPEERS'){
assignThreadAllPeers(channel,client, org);
} else if (targetPeers.toUpperCase() == 'LIST'){
assignThreadPeerList(channel,client,org);
} else {
logger.error('[Nid:chan:org:id=%d:%s:%s:%d execTransMode] execTransMode: invalid targetPeers= %s', Nid, channelName, org, pid, targetPeers.toUpperCase());
process.exit(1);
}
tCurr = new Date().getTime();
var tSynchUp=tStart-tCurr;
if ( tSynchUp < 10000 ) {
tSynchUp=10000;
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d execTransMode] execTransMode: tCurr= %d, tStart= %d, time to wait=%d', Nid, channelName, org, pid, tCurr, tStart, tSynchUp);
// execute transactions
channel.initialize()
.then((success) => {
setTimeout(function() {
if (transMode.toUpperCase() == 'SIMPLE') {
execModeSimple();
} else if (transMode.toUpperCase() == 'CONSTANT') {
execModeConstant();
} else if (transMode.toUpperCase() == 'MIX') {
execModeMix();
} else if (transMode.toUpperCase() == 'BURST') {
execModeBurst();
} else if (transMode.toUpperCase() == 'LATENCY') {
execModeLatency();
} else if (transMode.toUpperCase() == 'PROPOSAL') {
execModeProposal();
} else {
// invalid transaction request
logger.error(util.format("[Nid:chan:org:id=%d:%s:%s:%d execTransMode] Transaction %j and/or mode %s invalid", Nid, channelName, org, pid, transType, transMode));
process.exit(1);
}
}, tSynchUp);
},
function(err) {
logger.error('[Nid:chan:org:id=%d:%s:%s:%d execTransMode] Failed to wait due to error: ', Nid, channelName, org, pid, err.stack ? err.stack : err);
return;
}
);
});
}
function isExecDone(trType){
tCurr = new Date().getTime();
if ( trType.toUpperCase() == 'MOVE' ) {
if ( nRequest > 0 ) {
if ( (inv_m % (nRequest/10)) == 0 ) {
logger.info(util.format("[Nid:chan:org:id=%d:%s:%s:%d isExecDone] invokes(%s) sent: number=%d, evtTimeoutCnt=%d, elapsed time= %d",
Nid, channelName, org, pid, trType, inv_m, evtTimeoutCnt, tCurr-tLocal));
}
if ( inv_m >= nRequest ) {
IDone = 1;
}
} else {
if ( (inv_m % 1000) == 0 ) {
logger.info(util.format("[Nid:chan:org:id=%d:%s:%s:%d isExecDone] invokes(%s) sent: number=%d, evtTimeoutCnt=%d, elapsed time= %d",
Nid, channelName, org, pid, trType, inv_m, evtTimeoutCnt, tCurr-tLocal));
}
if ( runForever == 0 ) {
if ( tCurr > tEnd ) {
IDone = 1;
}
}
}
} else if ( trType.toUpperCase() == 'QUERY' ) {
if ( nRequest > 0 ) {
if ( (inv_q % (nRequest/10)) == 0 ) {
logger.info(util.format("[Nid:chan:org:id=%d:%s:%s:%d isExecDone] invokes(%s) sent: number=%d, elapsed time= %d",
Nid, channelName, org, pid, trType, inv_q, tCurr-tLocal));
}
if ( inv_q >= nRequest ) {
QDone = 1;
}
} else {
if ( (inv_q % 1000) == 0 ) {
logger.info(util.format("[Nid:chan:org:id=%d:%s:%s:%d isExecDone] invokes(%s) sent: number=%d, elapsed time= %d",
Nid, channelName, org, pid, trType, inv_q, tCurr-tLocal));
}
if ( runForever == 0 ) {
if ( tCurr > tEnd ) {
QDone = 1;
}
}
}
}
}
var txRequest;
function getTxRequest(results) {
txRequest = {
proposalResponses: results[0],
proposal: results[1],
header: results[2]
};
}
var evtRcvB=0;
function eventRegisterBlock() {
eventHubs.forEach((eh) => {
let txPromise = new Promise((resolve, reject) => {
//let handle = setTimeout(reject, evtTimeout);
eh.registerBlockEvent((block) => {
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] inv_m:evtRcvB=%d:%d block: %j ', Nid, channelName, org, pid, inv_m, evtRcvB, block);
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] inv_m:evtRcvB=%d:%d block length: %d ', Nid, channelName, org, pid, inv_m, evtRcvB, block.data.data.length);
//clearTimeout(handle);
for (i=0; i<block.data.data.length; i++) {
if ( txidList.find(block.data.data[i].payload.header.channel_header.tx_id) != -1 ) {
evtRcvB = evtRcvB + 1;
//txidList.printList();
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] evtRcvB:inv_m = %d:%d, found tx_id: %s ', Nid, channelName, org, pid, evtRcvB, inv_m, block.data.data[i].payload.header.channel_header.tx_id);
txidList.removeNode(block.data.data[i].payload.header.channel_header.tx_id);
// logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] txidList size: %d ', Nid, channelName, org, pid, txidList.getSize());
}
}
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] inv_m:evtRcvB=%d:%d ', Nid, channelName, org, pid, inv_m, evtRcvB);
if ( inv_m == evtRcvB ) {
if ( IDone == 1 ) {
tCurr = new Date().getTime();
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] completed Rcvd(sent)=%d(%d) %s(%s) in %d ms, timestamp: start %d end %d, #event timeout: %d, txid size: %d', Nid, channelName, org, pid, evtRcvB, inv_m, transType, invokeType, tCurr-tLocal, tLocal, tCurr, evtTimeoutCnt, txidList.getSize());
if (invokeCheck.toUpperCase() == 'TRUE') {
arg0 = keyStart + inv_m - 1;
inv_q = inv_m - 1;
invoke_query_simple(0);
}
if ( txidList.getSize() > 0 ) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] unreceived number: %d, tx_id: ', Nid, channelName, org, pid, txidList.getSize());
txidList.printList();
}
evtDisconnect();
}
}
resolve();
},
(err) => {
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] inv_m:evtRcvB=%d:%d err: %j', Nid, channelName, org, pid, inv_m, eBvtRcv, err);
});
}).catch((err) => {
//evtTimeoutCnt++;
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegisterBlock] number of events timeout=%d %s(%s) in %d ms, timestamp: start %d end %d', Nid, channelName, org, pid, evtTimeoutCnt, transType, invokeType, tCurr-tLocal, tLocal, tCurr);
});
});
}
var evtRcv=0;
var evtCount=0;
function eventRegister(tx, cb) {
var deployId = tx.getTransactionID();
var eventPromises = [];
eventHubs.forEach((eh) => {
let txPromise = new Promise((resolve, reject) => {
let handle = setTimeout(function(){eh.unregisterTxEvent(deployId);
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] txidList size: %d, timeout tx_id: %s ', Nid, channelName, org, pid, txidList.getSize(), deployId.toString());
evtTimeoutCnt++;
evtCount = evtRcv + evtTimeoutCnt;
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] The invoke transaction (%s) timeout (%d).', Nid, channelName, org, pid, deployId.toString(), evtTimeoutCnt);
if ( ( IDone == 1 ) && ( inv_m == evtCount ) ) {
tCurr = new Date().getTime();
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] completed Rcvd(sent)=%d(%d) %s(%s) in %d ms, timestamp: start %d end %d, #event timeout: %d', Nid, channelName, org, pid, evtRcv, inv_m, transType, invokeType, tCurr-tLocal, tLocal, tCurr, evtTimeoutCnt);
if ( txidList.getSize() > 0 ) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] unreceived number: %d, tx_id: ', Nid, channelName, org, pid, txidList.getSize());
txidList.printList();
}
}
evtDisconnect();resolve()}, evtTimeout);
eh.registerTxEvent(deployId.toString(), (tx, code) => {
clearTimeout(handle);
eh.unregisterTxEvent(deployId);
txidList.removeNode(deployId.toString());
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] txidList size: %d, remove tx_id: %s ', Nid, channelName, org, pid, txidList.getSize(), deployId.toString());
evtRcv++;
if (code !== 'VALID') {
logger.error('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] The invoke transaction (%s) was invalid, code = ', Nid, channelName, org, pid, deployId.toString(), code);
reject();
} else {
if ( ( IDone == 1 ) && ( inv_m == evtRcv ) ) {
tCurr = new Date().getTime();
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] completed Rcvd(sent)=%d(%d) %s(%s) in %d ms, timestamp: start %d end %d, #event timeout: %d', Nid, channelName, org, pid, evtRcv, inv_m, transType, invokeType, tCurr-tLocal, tLocal, tCurr, evtTimeoutCnt);
if (invokeCheck.toUpperCase() == 'TRUE') {
arg0 = keyStart + inv_m - 1;
inv_q = inv_m - 1;
invoke_query_simple(0);
}
if ( txidList.getSize() > 0 ) {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] unreceived number: %d, tx_id: ', Nid, channelName, org, pid, txidList.getSize());
txidList.printList()
}
evtDisconnect();
resolve();
}
}
});
}).catch((err) => {
//evtTimeoutCnt++;
//logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister] number of events timeout=%d %s(%s) in %d ms, timestamp: start %d end %d', Nid, channelName, org, pid, evtTimeoutCnt, transType, invokeType, tCurr-tLocal, tLocal, tCurr);
});
eventPromises.push(txPromise);
});
cb(eventPromises);
}
function eventRegister_latency(tx, cb) {
var deployId = tx.getTransactionID();
var eventPromises = [];
eventHubs.forEach((eh) => {
let txPromise = new Promise((resolve, reject) => {
let handle = setTimeout(reject, 600000);
eh.registerTxEvent(deployId.toString(), (tx, code) => {
clearTimeout(handle);
eh.unregisterTxEvent(deployId);
evtRcv++;
if (code !== 'VALID') {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister_latency] The invoke transaction was invalid, code = ', Nid, channelName, org, pid, code);
reject();
} else {
if ( ( IDone == 1 ) && ( inv_m == evtRcv ) ) {
tCurr = new Date().getTime();
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister_latency] completed %d %s(%s) in %d ms, timestamp: start %d end %d', Nid, channelName, org, pid, inv_m, transType, invokeType, tCurr-tLocal, tLocal, tCurr);
if (invokeCheck.toUpperCase() == 'TRUE') {
arg0 = keyStart + inv_m - 1;
inv_q = inv_m - 1;
invoke_query_simple(0);
}
evtDisconnect();
resolve();
} else if ( IDone != 1 ) {
invoke_move_latency();
}
}
});
}).catch((err) => {
logger.info('[Nid:chan:org:id=%d:%s:%s:%d eventRegister_latency] eventHub error: ', Nid, channelName, org, pid, err.stack ? err.stack : err);
});
eventPromises.push(txPromise);
});
cb(eventPromises);
}
// invoke_move_latency
function invoke_move_latency() {
if ( IDone == 1 ) {
return;
}
inv_m++;
getMoveRequest();
channel.sendTransactionProposal(request_invoke)
.then(
function(results) {
var proposalResponses = results[0];
getTxRequest(results);
eventRegister_latency(tx_id, function(sendPromise) {
var sendPromise = channel.sendTransaction(txRequest);
return Promise.all([sendPromise].concat(eventPromises))
.then((results) => {
isExecDone('Move');
return results[0];
}).catch((err) => {
logger.error('[Nid:chan:org:id=%d:%s:%s:%d invoke_move_latency] Failed to send transaction due to error: ', Nid, channelName, org, pid, err.stack ? err.stack : err);
evtDisconnect();
return;
})
},
function(err) {
logger.error('[Nid:chan:org:id=%d:%s:%s:%d invoke_move_latency] Failed to send transaction proposal due to error: ', Nid, channelName, org, pid, err.stack ? err.stack : err);
evtDisconnect();
})
});
}
function execModeLatency() {
// send proposal to endorser
if ( transType.toUpperCase() == 'INVOKE' ) {
tLocal = new Date().getTime();
if ( runDur > 0 ) {
tEnd = tLocal + runDur;
}
logger.info('[Nid:chan:org:id=%d:%s:%s:%d execModeLatency] tStart %d, tLocal %d', Nid, channelName, org, pid, tStart, tLocal);
if ( invokeType.toUpperCase() == 'MOVE' ) {
var freq = 20000;
if ( ccType == 'ccchecker' ) {
freq = 0;
}
invoke_move_latency();
} else if ( invokeType.toUpperCase() == 'QUERY' ) {
invoke_query_simple(0);
}
} else {
logger.error('[Nid:chan:org:id=%d:%s:%s:%d execModeLatency] invalid transType= %s', Nid, channelName, org, pid, transType);
evtDisconnect();
}
}
// invoke_move_simple
function invoke_move_simple(freq) {
inv_m++;
getMoveRequest();
channel.sendTransactionProposal(request_invoke)
.then(
function(results) {
var proposalResponses = results[0];
getTxRequest(results);
eventRegister(request_invoke.txId, function(sendPromise) {