PGP Component And Routines For Delphi Crack Free Registration Code [Updated-2022]

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,;
· PGP SDK interface unit source code, PGP_SDK.pas;
· Sample application source code, MCPGPDemo;
· Compiled sample program, MCPGPDemo.exe.


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Download 🗹






PGP Component And Routines For Delphi (Final 2022)

· Private/Public keys exchange, decryption and signing;
· Simple user authentication;
· Keyring support;
· PGP message authentication;
· Encryption, decryption, data compression and data deduplication;
· Creating, modifying and deleting keys and users;
· Key wrapping, decryption and signature validation;
· Public key usage, digital signatures and certificates;
· Simple symmetric data encryption;
· Retrieve objects form keyring,
· Working with encrypted data;
· Encrypting and decrypting strings, files and resources;
· Working with objects of PGP-encrypted data types;
· Sending and receiving objects of PGP-encrypted data types.
The README file in the download contains:
· Instructions for running the demo;
· How to use the component: Install, use, troubleshoot;
· Design overview, components features and used files.
Please feel free to contact us via our mail-list or on our homepage.

= FAQ =

Q: I’m using PGP SDK version 2.x or 3.x, but the book does not mention it. What do I need to do to upgrade?
A: The book was built on PGP SDK version 1.7.x. All the examples included in the book were tested on that version. If you have an older version of PGP SDK installed in your computer, you can install PGP SDK 2.x or 3.x and recompile our sample application.

Q: I have a lot of trouble compiling the PGP SDK 2.x or 3.x. What should I do?
A: No problem, please tell us what problem you’re having. In that way we can help you.

Q: I tried the sample application and it works fine, but when I want to run it, I’m getting exceptions. What should I do?
A: Please read our FAQ about running the sample application.

Q: How can I make changes to my server’s PGP configuration and your application still works?
A: Compile your application and run the sample application;
Use your PGP KEYSZ command to export your private key to your server and import it in your local computer.

Q: I read the rules of the PGP community but the syntax looks strange to me. Why is that?
A: That’s why we developed the sample application.

PGP Component And Routines For Delphi Crack Free [Updated]

The MCPGP component is a generic component that enables to implement the Public-Key Cryptography (PKI) routines for Delphi 5, Delphi 2006 and Delphi 2007.
The component is freely available to all Delphi developers. However, most of the code is licensed under LGPL license.
PKI can be a very complex component to implement because of the vast number of available algorithms, techniques, standards, implementations and quirks.
MCPGP hides most of those complexities, allowing you to write application without knowledge about how encryption / decryption, signatures / verification or any other security tasks are performed.
MCPGP allows you to create a tool that is lightweight, easy to maintain and which provides all the power of an encryption / decryption application.
MCPGP consists of three components:
• MCPGP component, which include the routines necessary to perform PKI tasks on a given data;
• MCPGPKIDM component, which includes an interface to cryptograms known as PKIDs; and
• MCPGPKEYM component, which includes interfaces to public keys and to keys stored in the default keyring.
· You save the time (and efforts) to write your own PKI component;
· You can use only the source code of MCPGP component to develop your application;
· You can always obtain official updates of the source code and the functions implemented to solve your needs;
· You can obtain the source code for MCPGP from the official development site of MCPGP.
How to use MCPGP
MCPGP is included in the demo package of MCPGP, however, you can download the complete package, including the component MCPGP and the Interfaces and Components MCPGPKIDM and MCPGPKEYM, from the official site:
The component MCPGP is included in Delphi’s “Release Components” package.
The component MCPGPKIDM is included in “Demo Components” package.
• (If you want to download and install the MCPGP component from one of the distributions, check the list of components in the file “component list” in the “Demo Components” package).
• (If you want to download and install the MCPGP component from source)
1) Download and install Delphi from the official site of Embarcadero;
2) Open the site and download the “Release Components

PGP Component And Routines For Delphi Download

· Implemented in Delphi for Windows and Unix platforms;
· Is ready for full Delphi Object Pascal development with full IDE support;
· Works with version 1.6.x and 2.0 of the PGP SDK;
· Uses the plaintext interface of the PGP SDK;
· Uses the native interface of the PGP SDK;
· Uses native, plain Delphi interfaces;
· Uses only native Delphi functions without modules;
· Includes interface part of the component unit, MCPGP.pas;
· Does not use any third-party dynamic-link libraries (except Delphi’s runtime packages required for runtime support);
· Uses only pure Delphi for code and native PGP SDK DLLs for performance;
· Does not use generics (only autoimplemented RTTI interfaces) to achieve compile-time type safety for a pure Delphi interface and the native, pure Delphi interfaces;
· Includes many (now all) samples of the functions to allow to compile, install, test and run the component on Delphi IDE;
· Support for PGP Interfaces v1.6.x and v2.0;
· Support for symmetric ciphers 3DES, CAST5, and IDEA;
· Support for hashes MD5, SHA1, RIPEMD-160 and 3-way digest SHA1, SHA256, SHA384 and SHA512;
· Support for keys pairs secret and public;
· Support for PIN code list (one-time pads);
· Support for v1.7.x of the PGP SDK;
· Support for rekeying using GPG, SSH and Cryptomator;
· Support for RSA and DSA keypairs, public and secret keys;
· Support for public and private keys;
· Support for public and secret keyring;
· Support for RSA and DSA signature algorithm (SHA1,SHA256,SHA384 and SHA512);
· Support for symmetric block and stream ciphers 3DES, CAST5, ATC, SKEIN, BLOWFISH, ELF;
· Support for hash algorithm MD5, SHA1, RIPEMD160, SHA384, SHA512;
· Support for hash algorithm SHA1, SHA256, SHA384 and SHA512;
· Support for hash algoritms HMAC-SHA1, HMAC-SHA256 and HMAC-SHA

What’s New in the?

· Supports PGP SDK 1.7.x or 2.0.x;
· Uses native PGP dynamic-link libraries (no intermediate third-party DLLs);
· Supports all common PGP RSA keys (2048, 4096, and 8192 bit keys);
· Only supports symmetric algorithms (cipher) and hashes (digests) that can be initialized with a 256 bit key (IDEA, CAST5 and 3DES);
· Full class hierarchy (SmartComponents) for easy customization of the component’s behavior;
· Supports PGP Algorithms list property (PGPAlgs);
· All details about each algorithm are stored in a single property (PGPAlgs.PropDescription);
· Enumerates all possible settings of the algorithm for simplicity of use (PGPAlgs.PropDescription);
· Uses only Delphi smart components for flexibility and easy testing;
· Supports any version of PGP SDK (1.7.x or 2.x) to accomplish the component’s tasks with the latest PGP signature algorithm version;
· Minimizes performance and memory penalties from the use of intermediate libraries and pointers;
· Minimizes I/O from PGP SDK interaction;
· Supports newer X.509 certificates for key validation;
· Exposes less system resources in real-time;
· Automatic signed-and-released version of the source code
Demo application source code:
· Uses PGP Algorithms list (as string) to set all supported algorithms/setting pairs;
· Reads all possible signatures on incoming and outgoing messages (with the To and From properties of the component) and verifies them;
· Supports GetSignature (algorithm ID, keyID, fingerprint, password, receiver, sender);
· Supports GetSignatureDesc (algorithm ID, keyID, fingerprint, password);
· Supports FreeSignature, DeleteSignature, and ChangeSignature (algorithm ID, keyID, fingerprint);
· Supports all Public-Key-Encrypted (PKE) algorithms of the PGP 2.0 compatible, Extended Interface Protocol (EIP) (e.g. 3DES, AES,…);
· Supports all Signature Algorithms (X.509 certificates or OpenPGP OIDs);
· Supports all known hash algorithms (MD5, SHA, RIPEMD160, etc.,) that can be initialized with a 256 bit key (e

System Requirements For PGP Component And Routines For Delphi:

OS: Windows 7, Windows 8, Windows 10
Processor: Intel Core 2 Duo or equivalent
Memory: 2 GB RAM
Storage: 1 GB available space
Graphics: Microsoft DirectX 9 Compatible (D3D 9, Shader Model 3.0) NVIDIA Geforce 5xxx Series or AMD/ATI Radeon 3000 Series with 256MB of RAM
Sound Card: DirectX Compatible Sound Card with 3D support (some Dolby surround and 5.1 surround are supported)

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