Top 10 Examples of "httpntlm in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'httpntlm' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
options = options || {};
var type2Message = 'NTLM ' +
'TlRMTVNTUAACAAAAHgAeADgAAAAFgoqiBevywvJykjAAAAAAAAAAAJgAmABWAAAA' +
'CgC6RwAAAA9EAEUAUwBLAFQATwBQAC0ASgBTADQAVQBKAFQARAACAB4ARABFAFMA' +
'SwBUAE8AUAAtAEoAUwA0AFUASgBUAEQAAQAeAEQARQBTAEsAVABPAFAALQBKAFMA' +
'NABVAEoAVABEAAQAHgBEAEUAUwBLAFQATwBQAC0ASgBTADQAVQBKAFQARAADAB4A' +
'RABFAFMASwBUAE8AUAAtAEoAUwA0AFUASgBUAEQABwAIADmguzCHn9UBAAAAAA==',
parsedType2Message = ntlmUtils.parseType2Message(type2Message, _.noop),
username = options.username || 'username',
password = options.password || 'password',
domain = options.domain || '',
workstation = options.workstation || '',
type1Message = ntlmUtils.createType1Message({
domain,
workstation
}),
type3Message = ntlmUtils.createType3Message(parsedType2Message, {
domain,
workstation,
username,
password
}),
handler = function (req, res) {
var authHeaders = req.headers.authorization;
// send type2 message and ask for type3 message
if (authHeaders && authHeaders.startsWith(type1Message.slice(0, 20))) {
res.writeHead(401, {'CgC6RwAAAA9EAEUAUwBLAFQATwBQAC0ASgBTADQAVQBKAFQARAACAB4ARABFAFMA' +
'SwBUAE8AUAAtAEoAUwA0AFUASgBUAEQAAQAeAEQARQBTAEsAVABPAFAALQBKAFMA' +
'NABVAEoAVABEAAQAHgBEAEUAUwBLAFQATwBQAC0ASgBTADQAVQBKAFQARAADAB4A' +
'RABFAFMASwBUAE8AUAAtAEoAUwA0AFUASgBUAEQABwAIADmguzCHn9UBAAAAAA==',
parsedType2Message = ntlmUtils.parseType2Message(type2Message, _.noop),
username = options.username || 'username',
password = options.password || 'password',
domain = options.domain || '',
workstation = options.workstation || '',
type1Message = ntlmUtils.createType1Message({
domain,
workstation
}),
type3Message = ntlmUtils.createType3Message(parsedType2Message, {
domain,
workstation,
username,
password
}),
handler = function (req, res) {
var authHeaders = req.headers.authorization;
// send type2 message and ask for type3 message
if (authHeaders && authHeaders.startsWith(type1Message.slice(0, 20))) {
res.writeHead(401, {
// @note we're sending a 'Negotiate' header here to make
// sure that runtime can handle it.
'www-authenticate': [type2Message, 'Negotiate']if (!challengeMatch) {
return callback(this._formatError('Invalid login sequence while waiting for server challenge string', 'EAUTH', str, 'AUTH NTLM'));
} else {
challengeString = challengeMatch[1];
}
if (!/^NTLM/i.test(challengeString)) {
challengeString = 'NTLM ' + challengeString;
}
let type2Message = ntlm.parseType2Message(challengeString, callback);
if (!type2Message) {
return;
}
let type3Message = ntlm.createType3Message(type2Message, {
domain: this._auth.domain || '',
workstation: this._auth.workstation || '',
username: this._auth.user,
password: this._auth.pass
});
type3Message = type3Message.substring(5); // remove the "NTLM " prefix
this._responseActions.push(str => {
this._actionAUTH_NTLM_TYPE3(str, callback);
});
this._sendCommand(type3Message);
}if (!challengeMatch) {
return callback(this._formatError('Invalid login sequence while waiting for server challenge string', 'EAUTH', str, 'AUTH NTLM'));
} else {
challengeString = challengeMatch[1];
}
if (!/^NTLM/i.test(challengeString)) {
challengeString = 'NTLM ' + challengeString;
}
var type2Message = ntlm.parseType2Message(challengeString, callback);
if (!type2Message) {
return;
}
var type3Message = ntlm.createType3Message(type2Message, {
domain: this._auth.domain || '',
workstation: this._auth.workstation || '',
username: this._auth.user,
password: this._auth.pass
});
type3Message = type3Message.substring(5); // remove the "NTLM " prefix
this._responseActions.push(function (str) {
this._actionAUTH_NTLM_TYPE3(str, callback);
}.bind(this));
this._sendCommand(type3Message);
};_actionAUTH_NTLM_TYPE1(str, callback) {
let challengeMatch = str.match(/^334\s+(.+)$/);
let challengeString = '';
if (!challengeMatch) {
return callback(this._formatError('Invalid login sequence while waiting for server challenge string', 'EAUTH', str, 'AUTH NTLM'));
} else {
challengeString = challengeMatch[1];
}
if (!/^NTLM/i.test(challengeString)) {
challengeString = 'NTLM ' + challengeString;
}
let type2Message = ntlm.parseType2Message(challengeString, callback);
if (!type2Message) {
return;
}
let type3Message = ntlm.createType3Message(type2Message, {
domain: this._auth.domain || '',
workstation: this._auth.workstation || '',
username: this._auth.user,
password: this._auth.pass
});
type3Message = type3Message.substring(5); // remove the "NTLM " prefix
this._responseActions.push(str => {
this._actionAUTH_NTLM_TYPE3(str, callback);
});SMTPConnection.prototype._actionAUTH_NTLM_TYPE1 = function (str, callback) {
var challengeMatch = str.match(/^334\s+(.+)$/);
var challengeString = '';
if (!challengeMatch) {
return callback(this._formatError('Invalid login sequence while waiting for server challenge string', 'EAUTH', str, 'AUTH NTLM'));
} else {
challengeString = challengeMatch[1];
}
if (!/^NTLM/i.test(challengeString)) {
challengeString = 'NTLM ' + challengeString;
}
var type2Message = ntlm.parseType2Message(challengeString, callback);
if (!type2Message) {
return;
}
var type3Message = ntlm.createType3Message(type2Message, {
domain: this._auth.domain || '',
workstation: this._auth.workstation || '',
username: this._auth.user,
password: this._auth.pass
});
type3Message = type3Message.substring(5); // remove the "NTLM " prefix
this._responseActions.push(function (str) {
this._actionAUTH_NTLM_TYPE3(str, callback);
}.bind(this));if (!domain) {
parsedParameters = parseParametersFromUsername(username) || {};
username = parsedParameters.username;
domain = parsedParameters.domain;
}
if (state === STATES.INITIALIZED) {
// Nothing to do if the server does not ask us for auth in the first place.
if (!(response.headers.has(WWW_AUTHENTICATE, NTLM) ||
response.headers.has(WWW_AUTHENTICATE, NEGOTIATE))) {
return done(null, true);
}
// Create a type 1 message to send to the server
negotiateMessage = ntlmUtil.createType1Message({
domain: domain,
workstation: workstation
});
// Add the type 1 message as the auth header
auth.set(NTLM_HEADER, negotiateMessage);
// Update the state
auth.set(STATE, STATES.T1_MSG_CREATED);
// ask runtime to replay the request
return done(null, false);
}
else if (state === STATES.T1_MSG_CREATED) {
// At this point, we can assume that the type 1 message was sent to the serverntlmType2Header = response.headers.find(function (header) {
return String(header.key).toLowerCase() === WWW_AUTHENTICATE &&
header.valueOf().startsWith('NTLM ');
});
if (!ntlmType2Header) {
return done(new Error('ntlm: server did not send NTLM type 2 message'));
}
challengeMessage = ntlmUtil.parseType2Message(ntlmType2Header.valueOf(), _.noop);
if (!challengeMessage) {
return done(new Error('ntlm: server did not correctly process authentication request'));
}
authenticateMessage = ntlmUtil.createType3Message(challengeMessage, {
domain: domain,
workstation: workstation,
username: username,
password: password
});
// Now create the type 3 message, and add it to the request
auth.set(NTLM_HEADER, authenticateMessage);
auth.set(STATE, STATES.T3_MSG_CREATED);
// ask runtime to replay the request
return done(null, false);
}
else if (state === STATES.T3_MSG_CREATED) {
// Means we have tried to authenticate, so we should stop here without worrying about anything
return done(null, true);else if (state === STATES.T1_MSG_CREATED) {
// At this point, we can assume that the type 1 message was sent to the server
// there can be multiple headers present with key `www-authenticate`.
// iterate to get the one which has the NTLM hash. if multiple
// headers have the NTLM hash, use the first one.
ntlmType2Header = response.headers.find(function (header) {
return String(header.key).toLowerCase() === WWW_AUTHENTICATE &&
header.valueOf().startsWith('NTLM ');
});
if (!ntlmType2Header) {
return done(new Error('ntlm: server did not send NTLM type 2 message'));
}
challengeMessage = ntlmUtil.parseType2Message(ntlmType2Header.valueOf(), _.noop);
if (!challengeMessage) {
return done(new Error('ntlm: server did not correctly process authentication request'));
}
authenticateMessage = ntlmUtil.createType3Message(challengeMessage, {
domain: domain,
workstation: workstation,
username: username,
password: password
});
// Now create the type 3 message, and add it to the request
auth.set(NTLM_HEADER, authenticateMessage);
auth.set(STATE, STATES.T3_MSG_CREATED);//this._auth.user+'\u0000'+
'\u0000' + // skip authorization identity as it causes problems with some servers
this._auth.user + '\u0000' +
this._auth.pass, 'utf-8').toString('base64'));
return;
case 'CRAM-MD5':
this._responseActions.push(function (str) {
this._actionAUTH_CRAM_MD5(str, callback);
}.bind(this));
this._sendCommand('AUTH CRAM-MD5');
return;
case 'NTLM':
this._responseActions.push(function (str) {
this._actionAUTH_NTLM_TYPE1(str, callback);
}.bind(this));
this._sendCommand('AUTH ' + ntlm.createType1Message({
domain: this._auth.domain || '',
workstation: this._auth.workstation || ''
}));
return;
}
return callback(this._formatError('Unknown authentication method "' + this._authMethod + '"', 'EAUTH', false, 'API'));
};