How to use the sshpk.parsePrivateKey function in sshpk
To help you get started, we’ve selected a few sshpk examples, based on popular ways it is used in public projects.
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cloudsploit / scans / helpers / oracle / index.js View on Github 
callback(aggregatedErrors, aggregatedResults);
});
}
ociMany(callObj, OracleConfig);
} else {
for (filter in callObj.filterKey){
if(callObj.filterLiteral && callObj.filterLiteral[filter]) {
parameters[callObj.filterKey[filter]] = callObj.filterValue[filter];
} else {
parameters[callObj.filterKey[filter]] = OracleConfig[callObj.filterValue[filter]];
}
}
try {
OracleConfig.privateKey = sshpk.parsePrivateKey(OracleConfig.keyValue, 'pem');
assert.ok(sshpk.PrivateKey.isPrivateKey(OracleConfig.privateKey, [1, 2]),
'options.key must be a sshpk.PrivateKey');
(!OracleConfig.RESTversion ? OracleConfig.RESTversion = '/20160918' : false )
} catch (e) {
console.log('Could not read the Oracle Private Key.');
}
if (callObj.restVersion ||
callObj.restVersion == '') {
OracleConfig.RESTversion = callObj.restVersion;
};
return oci(callObj.api, oracleService, callKey, OracleConfig, parameters, function(result) {
if (result.code) {
return callback(result);
}* data in chunks rather than requiring it all to be given in one go
* at the end, so they are more similar to signers than signFuncs.
*/
this.rs_signer = crypto.createHmac(alg[1].toUpperCase(), options.key);
this.rs_signer.sign = function () {
var digest = this.digest('base64');
return ({
hashAlgorithm: alg[1],
toString: function () { return (digest); }
});
};
} else if (options.key !== undefined) {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
this.rs_key = key;
assert.string(options.keyId, 'options.keyId');
this.rs_keyId = options.keyId;
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +* data in chunks rather than requiring it all to be given in one go
* at the end, so they are more similar to signers than signFuncs.
*/
this.rs_signer = crypto.createHmac(alg[1].toUpperCase(), options.key);
this.rs_signer.sign = function () {
var digest = this.digest('base64');
return ({
hashAlgorithm: alg[1],
toString: function () { return (digest); }
});
};
} else if (options.key !== undefined) {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
this.rs_key = key;
assert.string(options.keyId, 'options.keyId');
this.rs_keyId = options.keyId;
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +request._stringToSign = stringToSign;
}
var signature;
if (alg[0] === 'hmac') {
if (typeof (options.key) !== 'string' && !Buffer.isBuffer(options.key))
throw (new TypeError('options.key must be a string or Buffer'));
var hmac = crypto.createHmac(alg[1].toUpperCase(), options.key);
hmac.update(stringToSign);
signature = hmac.digest('base64');
} else {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(options.key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +
key.type.toUpperCase() + ' key instead'));
}
var signer = key.createSign(alg[1]);if ('' !== privateKeySourceFormat) {
let privateKeyTargetFormat = deploy_helpers.toStringSafe(
me.context.replaceWithValues(target.privateKeyTargetFormat)
);
privateKeyTargetFormat = privateKeyTargetFormat.trim();
if ('' === privateKeyTargetFormat) {
privateKeyTargetFormat = 'ssh';
}
const OPTS = {
'filename': privateKeyFile,
'passphrase': privateKeyPassphrase,
};
privateKey = sshpk.parsePrivateKey(privateKey, privateKeySourceFormat, OPTS)
.toBuffer(privateKeyTargetFormat, OPTS);
}
}
openConnection();
}
catch (e) {
completed(e);
}
};* data in chunks rather than requiring it all to be given in one go
* at the end, so they are more similar to signers than signFuncs.
*/
this.rs_signer = crypto.createHmac(alg[1].toUpperCase(), options.key);
this.rs_signer.sign = function () {
var digest = this.digest('base64');
return ({
hashAlgorithm: alg[1],
toString: function () { return (digest); }
});
};
} else if (options.key !== undefined) {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
this.rs_key = key;
assert.string(options.keyId, 'options.keyId');
this.rs_keyId = options.keyId;
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +request._stringToSign = stringToSign;
}
var signature;
if (alg[0] === 'hmac') {
if (typeof (options.key) !== 'string' && !Buffer.isBuffer(options.key))
throw (new TypeError('options.key must be a string or Buffer'));
var hmac = crypto.createHmac(alg[1].toUpperCase(), options.key);
hmac.update(stringToSign);
signature = hmac.digest('base64');
} else {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(options.key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +
key.type.toUpperCase() + ' key instead'));
}
var signer = key.createSign(alg[1]);request._stringToSign = stringToSign;
}
var signature;
if (alg[0] === 'hmac') {
if (typeof (options.key) !== 'string' && !Buffer.isBuffer(options.key))
throw (new TypeError('options.key must be a string or Buffer'));
var hmac = crypto.createHmac(alg[1].toUpperCase(), options.key);
hmac.update(stringToSign);
signature = hmac.digest('base64');
} else {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(options.key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +
key.type.toUpperCase() + ' key instead'));
}
var signer = key.createSign(alg[1]);* data in chunks rather than requiring it all to be given in one go
* at the end, so they are more similar to signers than signFuncs.
*/
this.rs_signer = crypto.createHmac(alg[1].toUpperCase(), options.key);
this.rs_signer.sign = function () {
var digest = this.digest('base64');
return ({
hashAlgorithm: alg[1],
toString: function () { return (digest); }
});
};
} else if (options.key !== undefined) {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
this.rs_key = key;
assert.string(options.keyId, 'options.keyId');
this.rs_keyId = options.keyId;
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +request._stringToSign = stringToSign;
}
var signature;
if (alg[0] === 'hmac') {
if (typeof (options.key) !== 'string' && !Buffer.isBuffer(options.key))
throw (new TypeError('options.key must be a string or Buffer'));
var hmac = crypto.createHmac(alg[1].toUpperCase(), options.key);
hmac.update(stringToSign);
signature = hmac.digest('base64');
} else {
var key = options.key;
if (typeof (key) === 'string' || Buffer.isBuffer(key))
key = sshpk.parsePrivateKey(options.key);
assert.ok(sshpk.PrivateKey.isPrivateKey(key, [1, 2]),
'options.key must be a sshpk.PrivateKey');
if (!PK_ALGOS[key.type]) {
throw (new InvalidAlgorithmError(key.type.toUpperCase() + ' type ' +
'keys are not supported'));
}
if (alg[0] !== undefined && key.type !== alg[0]) {
throw (new InvalidAlgorithmError('options.key must be a ' +
alg[0].toUpperCase() + ' key, was given a ' +
key.type.toUpperCase() + ' key instead'));
}
var signer = key.createSign(alg[1]);sshpk
A library for finding and using SSH public keys
