C# 클래스 TSystems.RELOAD.Topology.Signature

This class represents the Signature struct. See RELOAD base -13 p. 52

공개 메소드들

메소드	설명
Dump ( BinaryWriter writer ) : UInt32
FromReader ( BinaryReader reader, long reload_msg_size ) : Signature
Signature ( ReloadConfig config ) : System	Use this contructor to obtain signature from bytes.
Signature ( ResourceId resId, UInt32 kind, System.UInt64 storageTime, StoredDataValue value, SignerIdentity signerIdentity, ReloadConfig config ) : System	Each StoredData element is individually signed. However, the signature also must be self-contained and cover the Kind-ID and Resource-ID even though they are not present in the StoredData structure. The input to the signature algorithm is: resource_id \|\| kind \|\| storage_time \|\| StoredDataValue \|\| SignerIdentity
Signature ( UInt32 overlay, string transactionId, byte messageContents, SignerIdentity signerIdentity, ReloadConfig config ) : System
Signature ( UInt32 overlay, string transactionId, string messageContents, SignerIdentity signerIdentity, ReloadConfig config ) : System	For signatures over messages the input to the signature is computed over the overlay and transaction_id come from the forwarding header see RELOAD base -13 p.53

비공개 메소드들

메소드	설명
GetKeyFile ( ) : byte[]	Obtains the private key file.
Sign ( byte bSignInput ) : byte[]	Creates the signature using RSA over a SHA256. Uses the private key from file.
Sign ( string signaturInput ) : byte[]	Creates the signature using RSA over a SHA256. Uses the private key from file.

메소드 상세

Dump() 공개 메소드

public Dump ( BinaryWriter writer ) : UInt32
writer	System.IO.BinaryWriter
리턴	System.UInt32

FromReader() 공개 메소드

public FromReader ( BinaryReader reader, long reload_msg_size ) : Signature
reader	System.IO.BinaryReader
reload_msg_size	long
리턴	Signature

Signature() 공개 메소드

Use this contructor to obtain signature from bytes.

public Signature ( ReloadConfig config ) : System
config	ReloadConfig	The stack configuration
리턴	System

Signature() 공개 메소드

Each StoredData element is individually signed. However, the signature also must be self-contained and cover the Kind-ID and Resource-ID even though they are not present in the StoredData structure. The input to the signature algorithm is: resource_id || kind || storage_time || StoredDataValue || SignerIdentity

public Signature ( ResourceId resId, UInt32 kind, System.UInt64 storageTime, StoredDataValue value, SignerIdentity signerIdentity, ReloadConfig config ) : System
resId	TSystems.RELOAD.Utils.ResourceId
kind	System.UInt32
storageTime	System.UInt64
value	TSystems.RELOAD.Storage.StoredDataValue
signerIdentity	SignerIdentity
config	ReloadConfig
리턴	System

Signature() 공개 메소드

public Signature ( UInt32 overlay, string transactionId, byte messageContents, SignerIdentity signerIdentity, ReloadConfig config ) : System
overlay	System.UInt32
transactionId	string
messageContents	byte
signerIdentity	SignerIdentity
config	ReloadConfig
리턴	System

Signature() 공개 메소드

For signatures over messages the input to the signature is computed over the overlay and transaction_id come from the forwarding header see RELOAD base -13 p.53

public Signature ( UInt32 overlay, string transactionId, string messageContents, SignerIdentity signerIdentity, ReloadConfig config ) : System
overlay	System.UInt32	overlay
transactionId	string
messageContents	string	Message Contents
signerIdentity	SignerIdentity	SignerIdentity
config	ReloadConfig
리턴	System