dcrypt.coffee | |
|---|---|
_bindings = require './build/default/dcrypt'
console.log _bindings
Random = _bindings.Random
Hash = _bindings.Hash
Sign = _bindings.Sign
Verify = _bindings.Verify
KeyPair = _bindings.KeyPair
Encode = _bindings.Encode
dcrypt = {} | |
Random | dcrypt.random = {}
dcrypt.random.randomBytes = (len) ->
buff = new Buffer len
rb = new Random()
rb.randomBytes buff
return buff
exports.random = dcrypt.random |
Hash | dcrypt.hash = Hash
exports.hash = {}
exports.hash.createHash = (hash) ->
return new Hash hash |
Sign | dcrypt.sign = Sign
exports.sign = {}
exports.sign.createSign = (algo) ->
return (new Sign).init algo
dcrypt.verify = Verify
exports.verify= {}
exports.verify.createVerify= (algo) ->
return (new Verify).init algo |
Key Pairs | dcrypt.keypair = KeyPair
exports.keypair = {} |
| newRSA takes a size in bytes of the key, as well as a exponent size. Both these arguments are optional and default to 1024 for key and 65537 for exponent by default | exports.keypair.newRSA = (size, exp) ->
size = size || 1024
exp = exp || 65537
return (new KeyPair).newRSA(size, exp) |
| newECDSA creates a new ecdsa key pair, if no curve is supplied it uses "secp256k1" as default | exports.keypair.newECDSA = (curve) ->
curve = curve or "secp256k1"
return (new KeyPair).newECDSA(curve)
dcrypt.encode = Encode
exports.encode = {}
exports.encode.encodeBase58 = (data) ->
return (new Encode).encodeBase58(data)
exports.encode.decodeBase58 = (data) ->
return (new Encode).decodeBase58(data)
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