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PGP Component And Routines For Delphi Full Version Free Download | Petrolyn

Library Overview
· Supports PGP SDK versions 1.7.x and 2.x and requires one of that versions to be installed.
· Shrinks complex code required to perform PGP tasks from tens lines to a single function call.
· Uses only pure Delphi code and native PGP SDK dynamic-link libraries. No intermediate or third-party DLLs.
· All functions are dinamically linked to PGP SDK DLLs so your project will not crash on the client’s computer where the PGP hadn’t yet been installed.
Access to PGP Default Keyring (only for version 1.7.x):
· Retrieve the list of UserIDs from the Default Keyring;
· Export and Import keys from/to Default Keyring;
· Validate the secret key’s password;
· Read key info: UserID, Fingerprint (as a string of hex quads), and KeyID;
· Decode and encode data using UserID: string to string, string to file, file to string, and file to file;
· Sign messages on encode and retrieve signer(s) info on decode;
Standalone PGP routines (both SDK versions, does not require use Keyrings at all):
· Generate a key pair (secret and public keys);
· Validate or change the secret key’s password;
· Read key info: User ID, Fingerprint (as a string of hex quads), Secret key (if present), Public key, Key ID, and IsSecretKey flag;
· Replace all UserIDs existing in the Key by a single UserID. Can also be used to rename an UserID.
· Decode and encode data using Private or Public Key: string to string, string to file, file to string, memory to memory, memory to file, file to memory, and file to file.
· Sign messages on encode and retrieve signer(s) info on decode;
· Create and verify the detached signatures.
Symmetric cipher (IDEA, 3DES, CAST5) and hash (MD5, SHA, RIPEMD160) components.
The demo package includes:
· Complete manual in *.CHM file format;
· Interface part of the component’s unit, MCPGP.int;
· PGP SDK interface unit source code, PGP_SDK.pas;
· Sample application source code, MCPGPDemo;
· Compiled sample program, MCPGPDemo.exe.

 

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PGP Component And Routines For Delphi Crack + With License Code Free [32|64bit]

· PGP_InterfaceUnit is an interface unit containing all component functions and types.
· MCPGP_PUB_Hook is a package public routine which hooks and overrides PGP public routines so they can be used directly from your application and will automatically sign and/or encrypt your data.
· MCPGP_PRIV_Hook is a package private routine which hooks and overrides PGP private routines so they can be used directly from your application and will automatically sign and/or encrypt your data.
· MCPGP_PUB_Hook is used for PGP public routines. It calls the appropriate public routine and returns the signature result.
· MCPGP_PRIV_Hook is used for PGP private routines. It calls the appropriate private routine and returns the signature result.
· MCPGP_PUB_Hook may be overridden to support additional or custom PGP public functions.
· MCPGP_PRIV_Hook may be overridden to support additional or custom PGP private functions.
· MCPGP_PUB_V1 and MCPGP_PRIV_V1 support IDE (32/64 bits) and Win32 (32/64 bits) platforms.
· MCPGP_PUB_V2 and MCPGP_PRIV_V2 support IDE (32/64 bits) and Win64 (32/64 bits) platforms.
· MCPGP_PUB_V2 and MCPGP_PRIV_V2 are the V2 versions that support PGP’s PKCS #11 module which is used to access PKCS #11-compliant token-based cryptographic devices such as smart cards, USB dongles, and other storage.
· MCPGP_PUB_V3 and MCPGP_PRIV_V3 are the V3 versions that support the new PGP key infrastructure (PGPKI) standard for managing, storing and exchanging encryption keys using a web of trust.
· MCPGP_PUB_V3 and MCPGP_PRIV_V3 are the V3 versions that support the new PGP key infrastructure (PGPKI) standard for managing, storing and exchanging encryption keys using a web of trust.
· MCPGP_PUB_V4 and MCPGP_PRIV_V4 are the V4 versions that support PGP’s PKCS #11 module which is

PGP Component And Routines For Delphi Crack + Patch With Serial Key [Win/Mac]

The keymacro routine can be used to encrypt a string or a file with the user’s secret key. It will produce an array of bytes of the same length as the source string/file.
Read the source data and place it into the array. The array will be encrypted into a new array that will be returned as the keymacro’s return value.
The keymacro uses the following algorithm to generate its encrypted key. It should be noted that the keymacro routine can only be used to encrypt a string or a file; it can not be used to encrypt a block of memory.
1. Create an empty array.
2. Convert the data to a sequence of bytes using the following algorithm.

Public Key:

First 2 bytes: ASCII UserID

Next byte: 1 for keyType field

Next byte: 1 for keyVersion field

Next byte: 2 for keyLength field

2.

KeyLength – ASCII string containing the user’s private key password

Next byte: 1 for encryptedData field

Next byte: Length of the encryptedData field

Next byte: Bytes of the encryptedData field

3.

KeyLength – ASCII string containing the user’s public key

Next byte: 1 for keyType field

Next byte: 1 for keyVersion field

Next byte: 2 for keyLength field

2.

KeyLength – ASCII string containing the user’s public key

Next byte: 1 for encryptedData field

Next byte: Length of the encryptedData field

Next byte: Bytes of the encryptedData field

The bytes in the encryptedData field are returned as the keymacro’s return value.

TStrPGPPGDK Object
The TStrPGPPGDK object encapsulates all the information contained in the default PGP default keyring on the local computer. This object is a simple dynamic array of bytes and is accessed directly as a string. This object is meant for use with the functions in the MCPGP.pas unit.

The TStrPGPPGDK class contains the following properties:

Property name

Description

Name

Returns a string containing the UserID of the keys present in the default keyring.

GetUserID

Returns the UserID of the keys present in the default keyring. The UserID is a sequence of numbers. Each number corresponds to a key stored
1d6a3396d6

PGP Component And Routines For Delphi Crack+

The MCPGP.int interface unit provides the methods that allow your application to interact with the PGP (Pretty Good Privacy) Cryptographic Toolkit. These methods enable you to create and access PGP keys, use them to encrypt and decrypt data, and verify the signatures and authenticity of the data.
The application provided with the demo package is a simple code that illustrates how to perform all the functions described in the manual and interface units.
This component uses Pure Delphi code to access the native PGP SDK dynamic-link libraries.
It also uses Pure Delphi and native code to perform the encryption/decryption and signature verification.

Program Description:
The code below shows an encryption procedure. The procedure must be entered on the form where the “Pass” is to be encrypted. The form and the procedure are named MCPGPDemo. This procedure calls a function of the PGP SDK interface module, MCPGP.Int. The function reads and stores the Pass from the form, encrypts it using the symmetric algorithm provided in this component and the user ID, the algorithm/mode of operation of the encryption, the key, and the user’s password (specified by the “Password” property of the form). Then it writes the encrypted data back to the form.
function MCPGPDemo.Encrypt(const Pass: string; const UserID: string; Mode: string; Key: string; Alg: string; Password: string): string;
var
CmpPass: TCMPPGPString;
pw: array[0..10] of byte;
h, i: integer;
begin
pw[0]:= Pass[1];
pw[1]:= Pass[2];
pw[2]:= Pass[3];
pw[3]:= Pass[4];
pw[4]:= Pass[5];
pw[5]:= Pass[6];
pw[6]:= Pass[7];
pw[7]:= Pass[8];
pw[8]:= Pass[9];
pw[9]:= Pass[10];
pw[10]:= 0;
for i:= 0 to 255 do
begin
pw[i]:= pw[i] xor (encrypt_byte(pw, i) x

What’s New In PGP Component And Routines For Delphi?

· Written in Delphi and requires PGP SDK versions 1.7.x and 2.x.
· Supports PGP SDK 1.7.x and 2.x versions
· Includes all Delphi source code used in the project
· PGP functions (handles all PGP actions):
· Generate a key pair
· Validate or change the secret key’s password
· Read key info: User ID, Fingerprint (as a string of hex quads), Secret key (if present), Public key, Key ID, and IsSecretKey flag
· Replace all UserIDs existing in the Key by a single UserID. Can also be used to rename an UserID
· Decode and encode data using Private or Public Key: string to string, string to file, file to string, memory to memory, memory to file, file to memory, and file to file
· Sign messages on encode and retrieve signer(s) info on decode

How to get the component
1. You may download the component’s files to your Delphi project.
2. After that you need to include the component’s unit in your project

Important Notice:
· Installation of this component requires access to a PKCS#11 compatible hardware token and PIN entry. If you don’t have a hardware token you can use the PCKSC11 Simulator instead. To do so you need to download it from the link below. This simulator is a windows application and requires the activation of a Personal token.

2. Register for a free Personal token at PCKSC11 Simulator (more information)

3. Place the component in your project, use the functions from it.

License

· License information for the use of the component is given below.
· You can use the component in any applications, free and commercial, without any warranty.
· You may use this component under the terms of the New BSD License.

· License information for the use of the component is given below.
· You can use the component in any applications, free and commercial, without any warranty.
· You may use this component under the terms of the New BSD License.

· License information for the use of the component is given below.
· You can use the component in any applications, free and commercial, without any warranty.
· You may use this component under the terms of the New BSD License.

· License information for the use of the component is

System Requirements:

Windows 7 64 bit or later
Intel Core i5-2400 or later
Intel HD Graphics 4000 or later
4GB system RAM
100GB free hard disk space
REQUIRED
DirectX version 11
Original Shredder skyrim.esm mod (uncompressed) or CODEX.esp (Compressed)
Optional.
Optional extra MODs (Shredder skyrim.esm mod is required)
Optional extra C

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