PrivateKey

Generates a RSA public/private key pair for use with X509 Certificates and other applications search as S/MIME, DomainKeys, etc.

Example

auto newPkey = new PrivateKey(2048); // create new keypair
Stdout(newPkey.pemFormat("password")); // dumps in pemFormat with encryption
Stdout(newPkey.pemFormat()); // dumps in pemFormat without encryption
Stdout(newPkey.publicKey.pemFormat); // dump out just the public key portion
auto data = newPkey.decrypt(someData); // decrypt data encrypted with public Key

class PrivateKey {

package

EVP_PKEY* _evpKey;

this(const(char)[] privatePemData, const(char)[] certPass);

this(int bits);

~this();

bool opEquals(Object obj);

string pemFormat(const(char)[] pass);

PublicKey publicKey();

ubyte[] sign(const(ubyte)[] data, ubyte[] sigbuf);

ubyte[] encrypt(const(ubyte)[] data);

ubyte[] decrypt(const(ubyte)[] data);

}

Constructors

this this(const(char)[] privatePemData, const(char)[] certPass): Reads in the provided PEM data, with an optional password to decrypt the private key.
this this(int bits): Generates a new private/public key at the specified bit leve.

Destructor

~this ~this(): Undocumented in source.

Members

Functions

decrypt ubyte[] decrypt(const(ubyte)[] data): Decrypts data previously encrypted with the matching PublicKey
encrypt ubyte[] encrypt(const(ubyte)[] data): Encrypt the passed data using the PrivateKey
opEquals bool opEquals(Object obj): Compares two PrivateKey classes to see if the internal structures are the same.
pemFormat string pemFormat(const(char)[] pass): Returns the underlying public/private key pair in PEM format.
publicKey PublicKey publicKey(): Returns the underlying PublicKey
sign ubyte[] sign(const(ubyte)[] data, ubyte[] sigbuf): Sign the given data with the private key

Variables

_evpKey EVP_PKEY* _evpKey;: Undocumented in source.

PrivateKey

Constructors

Destructor

Members

Functions

Variables

Meta

Source