Class Phalcon\Encryption\Crypt
Source on GitHub
| Namespace |
Phalcon\Encryption |
|
Uses |
Phalcon\Encryption\Crypt\CryptInterface, Phalcon\Encryption\Crypt\Exception\Exception, Phalcon\Encryption\Crypt\Exception\Mismatch, Phalcon\Encryption\Crypt\PadFactory |
|
Implements |
CryptInterface |
Provides encryption capabilities to Phalcon applications.
use Phalcon\Crypt;
$crypt = new Crypt();
$crypt->setCipher("aes-256-ctr");
$key =
"T4\xb1\x8d\xa9\x98\x05\\\x8c\xbe\x1d\x07&[\x99\x18\xa4~Lc1\xbeW\xb3";
$input = "The message to be encrypted";
$encrypted = $crypt->encrypt($input, $key);
echo $crypt->decrypt($encrypted, $key);
Constants
const DEFAULT_ALGORITHM = sha256;
const DEFAULT_CIPHER = aes-256-cfb;
const PADDING_ANSI_X_923 = 1;
const PADDING_DEFAULT = 0;
const PADDING_ISO_10126 = 3;
const PADDING_ISO_IEC_7816_4 = 4;
const PADDING_PKCS7 = 2;
const PADDING_SPACE = 6;
const PADDING_ZERO = 5;
Властивості
/**
* @var string
*/
protected authData = ;
/**
* @var string
*/
protected authTag = ;
/**
* @var int
*/
protected authTagLength = 16;
/**
* Available cipher methods.
*
* @var array
*/
protected availableCiphers;
/**
* @var string
*/
protected cipher;
/**
* The name of hashing algorithm.
*
* @var string
*/
protected hashAlgorithm;
/**
* The cipher iv length.
*
* @var int
*/
protected ivLength = 16;
/**
* @var string
*/
protected key = ;
/**
* @var int
*/
protected padding = 0;
/**
* @var PadFactory
*/
protected padFactory;
/**
* Whether calculating message digest enabled or not.
*
* @var bool
*/
protected useSigning = true;
Методи
public function __construct( string $cipher = static-constant-access, bool $useSigning = bool, PadFactory $padFactory = null );
Crypt constructor.
public function decrypt( string $input, string $key = null ): string;
Decrypts an encrypted text.
$encrypted = $crypt->decrypt(
$encrypted,
"T4\xb1\x8d\xa9\x98\x05\\\x8c\xbe\x1d\x07&[\x99\x18\xa4~Lc1\xbeW\xb3"
);
public function decryptBase64( string $input, string $key = null, bool $safe = bool ): string;
Decrypt a text that is coded as a base64 string.
public function encrypt( string $input, string $key = null ): string;
Encrypts a text.
$encrypted = $crypt->encrypt(
"Top secret",
"T4\xb1\x8d\xa9\x98\x05\\\x8c\xbe\x1d\x07&[\x99\x18\xa4~Lc1\xbeW\xb3"
);
public function encryptBase64( string $input, string $key = null, bool $safe = bool ): string;
Encrypts a text returning the result as a base64 string.
public function getAuthData(): string;
Returns the auth data
public function getAuthTag(): string;
Returns the auth tag
public function getAuthTagLength(): int;
Returns the auth tag length
public function getAvailableCiphers(): array;
Returns a list of available ciphers.
public function getAvailableHashAlgorithms(): array;
Return a list of registered hashing algorithms suitable for hash_hmac.
public function getCipher(): string;
Returns the current cipher
public function getHashAlgorithm(): string;
Get the name of hashing algorithm.
public function getKey(): string;
Returns the encryption key
public function isValidDecryptLength( string $input ): bool;
Returns if the input length for decryption is valid or not (number of bytes required by the cipher).
public function setAuthData( string $data ): CryptInterface;
public function setAuthTag( string $tag ): CryptInterface;
public function setAuthTagLength( int $length ): CryptInterface;
public function setCipher( string $cipher ): CryptInterface;
Sets the cipher algorithm for data encryption and decryption.
public function setHashAlgorithm( string $hashAlgorithm ): CryptInterface;
Set the name of hashing algorithm.
public function setKey( string $key ): CryptInterface;
Sets the encryption key.
The $key should have been previously generated in a cryptographically safe way.
Bad key: “le password”
Better (but still unsafe) -> “#1dj8$=dp?.ak//j1V$~%*0X”
Good key: “T4\xb1\x8d\xa9\x98\x05\\x8c\xbe\x1d\x07&[\x99\x18\xa4~Lc1\xbeW\xb3”
public function setPadding( int $scheme ): CryptInterface;
Changes the padding scheme used.
public function useSigning( bool $useSigning ): CryptInterface;
Sets if the calculating message digest must used.
protected function checkCipherHashIsAvailable( string $cipher, string $type ): void;
Checks if a cipher or a hash algorithm is available
protected function cryptPadText( string $input, string $mode, int $blockSize, int $paddingType ): string;
Pads texts before encryption. See cryptopad
protected function cryptUnpadText( string $input, string $mode, int $blockSize, int $paddingType ): string;
Removes a padding from a text.
If the function detects that the text was not padded, it will return it unmodified.
protected function decryptGcmCcmAuth( string $mode, string $cipherText, string $decryptKey, string $iv ): string;
protected function decryptGetUnpadded( string $mode, int $blockSize, string $decrypted ): string;
protected function encryptGcmCcm( string $mode, string $padded, string $encryptKey, string $iv ): string;
protected function encryptGetPadded( string $mode, string $input, int $blockSize ): string;
protected function initializeAvailableCiphers(): Crypt;
Initialize available cipher algorithms.
protected function phpFunctionExists( string $name ): bool;
@todo to be removed when we get traits
protected function phpOpensslCipherIvLength( string $cipher ): int | bool;
protected function phpOpensslRandomPseudoBytes( int $length );
Interface Phalcon\Encryption\Crypt\CryptInterface
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt |
Interface for Phalcon\Crypt
Методи
public function decrypt( string $input, string $key = null ): string;
Decrypts a text
public function decryptBase64( string $input, string $key = null ): string;
Decrypt a text that is coded as a base64 string
public function encrypt( string $input, string $key = null ): string;
Encrypts a text
public function encryptBase64( string $input, string $key = null ): string;
Encrypts a text returning the result as a base64 string
public function getAuthData(): string;
Returns authentication data
public function getAuthTag(): string;
Returns the authentication tag
public function getAuthTagLength(): int;
Returns the authentication tag length
public function getAvailableCiphers(): array;
Returns a list of available cyphers
public function getCipher(): string;
Returns the current cipher
public function getKey(): string;
Returns the encryption key
public function setAuthData( string $data ): CryptInterface;
Sets authentication data
public function setAuthTag( string $tag ): CryptInterface;
Sets the authentication tag
public function setAuthTagLength( int $length ): CryptInterface;
Sets the authentication tag length
public function setCipher( string $cipher ): CryptInterface;
Sets the cipher algorithm
public function setKey( string $key ): CryptInterface;
Sets the encryption key
public function setPadding( int $scheme ): CryptInterface;
Changes the padding scheme used.
public function useSigning( bool $useSigning ): CryptInterface;
Sets if the calculating message digest must be used.
Class Phalcon\Encryption\Crypt\Exception\Exception
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Exception |
|
Extends |
\Exception |
Exceptions thrown in Phalcon\Crypt use this class
Class Phalcon\Encryption\Crypt\Exception\Mismatch
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Exception |
|
Extends |
Exception |
Exceptions thrown in Phalcon\Crypt will use this class.
Class Phalcon\Encryption\Crypt\PadFactory
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt |
|
Uses |
Phalcon\Encryption\Crypt, Phalcon\Encryption\Crypt\Padding\PadInterface, Phalcon\Factory\AbstractFactory, Phalcon\Support\Helper\Arr\Get |
|
Extends |
AbstractFactory |
Class PadFactory
@package Phalcon\Crypt
Властивості
/**
* @var string
*/
protected exception = Phalcon\\Encryption\\Crypt\\Exception\\Exception;
Методи
public function __construct( array $services = [] );
AdapterFactory constructor.
public function newInstance( string $name ): PadInterface;
Create a new instance of the adapter
public function padNumberToService( int $number ): string;
Gets a Crypt pad constant and returns the unique service name for the padding class
protected function getServices(): array;
Class Phalcon\Encryption\Crypt\Padding\Ansi
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
|
Implements |
PadInterface |
Class Ansi
@package Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Class Phalcon\Encryption\Crypt\Padding\Iso10126
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
|
Implements |
PadInterface |
Class Iso10126
@package Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Class Phalcon\Encryption\Crypt\Padding\IsoIek
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
|
Implements |
PadInterface |
Class IsoIek
@package Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Class Phalcon\Encryption\Crypt\Padding\Noop
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
|
Implements |
PadInterface |
Class Noop
@package Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Interface Phalcon\Encryption\Crypt\Padding\PadInterface
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
Interface for Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Class Phalcon\Encryption\Crypt\Padding\Pkcs7
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
|
Implements |
PadInterface |
Class Pkcs7
@package Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Class Phalcon\Encryption\Crypt\Padding\Space
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
|
Implements |
PadInterface |
Class Space
@package Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Class Phalcon\Encryption\Crypt\Padding\Zero
Source on GitHub
| Namespace |
Phalcon\Encryption\Crypt\Padding |
|
Implements |
PadInterface |
Class Zero
@package Phalcon\Encryption\Crypt\Padding
Методи
public function pad( int $paddingSize ): string;
public function unpad( string $input, int $blockSize ): int;
Class Phalcon\Encryption\Security
Source on GitHub
| Namespace |
Phalcon\Encryption |
|
Uses |
Phalcon\Di\DiInterface, Phalcon\Di\AbstractInjectionAware, Phalcon\Http\RequestInterface, Phalcon\Encryption\Security\Random, Phalcon\Encryption\Security\Exception, Phalcon\Session\ManagerInterface |
|
Extends |
AbstractInjectionAware |
This component provides a set of functions to improve the security in Phalcon applications
$login = $this->request->getPost("login");
$password = $this->request->getPost("password");
$user = Users::findFirstByLogin($login);
if ($user) {
if ($this->security->checkHash($password, $user->password)) {
// The password is valid
}
}
Constants
const CRYPT_ARGON2I = 10;
const CRYPT_ARGON2ID = 11;
const CRYPT_BCRYPT = 0;
const CRYPT_BLOWFISH = 4;
const CRYPT_BLOWFISH_A = 5;
const CRYPT_BLOWFISH_X = 6;
const CRYPT_BLOWFISH_Y = 7;
const CRYPT_DEFAULT = 0;
const CRYPT_EXT_DES = 2;
const CRYPT_MD5 = 3;
const CRYPT_SHA256 = 8;
const CRYPT_SHA512 = 9;
const CRYPT_STD_DES = 1;
Властивості
/**
* @var int
*/
protected defaultHash;
/**
* @var int
*/
protected numberBytes = 16;
/**
* @var Random
*/
protected random;
/**
* @var string|null
*/
protected requestToken;
/**
* @var string|null
*/
protected token;
/**
* @var string|null
*/
protected tokenKey;
/**
* @var string
*/
protected tokenKeySessionId = $PHALCON/CSRF/KEY$;
/**
* @var string
*/
protected tokenValueSessionId = $PHALCON/CSRF$;
/**
* @var int
*/
protected workFactor = 10;
/**
* @var SessionInterface|null
*/
private localSession;
/**
* @var RequestInterface|null
*/
private localRequest;
Методи
public function __construct( SessionInterface $session = null, RequestInterface $request = null );
Security constructor.
public function checkHash( string $password, string $passwordHash, int $maxPassLength = int ): bool;
Checks a plain text password and its hash version to check if the password matches
public function checkToken( string $tokenKey = null, mixed $tokenValue = null, bool $destroyIfValid = bool ): bool;
Check if the CSRF token sent in the request is the same that the current in session
public function computeHmac( string $data, string $key, string $algo, bool $raw = bool ): string;
Computes a HMAC
public function destroyToken(): Security;
Removes the value of the CSRF token and key from session
public function getDefaultHash(): int;
Returns the default hash
public function getHashInformation( string $hash ): array;
Returns information regarding a hash
public function getRandom(): Random;
Returns a secure random number generator instance
public function getRandomBytes(): int;
Returns a number of bytes to be generated by the openssl pseudo random generator
public function getRequestToken(): string | null;
Returns the value of the CSRF token for the current request.
public function getSaltBytes( int $numberBytes = int ): string;
Generate a >22-length pseudo random string to be used as salt for passwords
public function getSessionToken(): string | null;
Returns the value of the CSRF token in session
public function getToken(): string | null;
Generates a pseudo random token value to be used as input’s value in a CSRF check
public function getTokenKey(): string | null;
Generates a pseudo random token key to be used as input’s name in a CSRF check
public function getWorkFactor(): int;
public function hash( string $password, array $options = [] ): string;
Creates a password hash using bcrypt with a pseudo random salt
public function isLegacyHash( string $passwordHash ): bool;
Checks if a password hash is a valid bcrypt’s hash
public function setDefaultHash( int $defaultHash ): Security;
Sets the default hash
public function setRandomBytes( int $randomBytes ): Security;
Sets a number of bytes to be generated by the openssl pseudo random generator
public function setWorkFactor( int $workFactor ): Security;
Sets the work factor
protected function getLocalService( string $name, string $property );
Class Phalcon\Encryption\Security\Exception
Source on GitHub
| Namespace |
Phalcon\Encryption\Security |
|
Extends |
\Exception |
Phalcon\Encryption\Security\Exception
Exceptions thrown in Phalcon\Security will use this class
Class Phalcon\Encryption\Security\JWT\Builder
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT |
|
Uses |
InvalidArgumentException, Phalcon\Support\Collection, Phalcon\Support\Collection\CollectionInterface, Phalcon\Encryption\Security\JWT\Exceptions\ValidatorException, Phalcon\Encryption\Security\JWT\Signer\SignerInterface, Phalcon\Encryption\Security\JWT\Token\Enum, Phalcon\Encryption\Security\JWT\Token\Item, Phalcon\Encryption\Security\JWT\Token\Signature, Phalcon\Encryption\Security\JWT\Token\Token |
JWT Builder
@link https://tools.ietf.org/html/rfc7519
Властивості
/**
* @var CollectionInterface
*/
private claims;
/**
* @var CollectionInterface
*/
private jose;
/**
* @var string
*/
private passphrase;
/**
* @var SignerInterface
*/
private signer;
Методи
public function __construct( SignerInterface $signer );
Builder constructor.
public function addClaim( string $name, mixed $value ): Builder;
Adds a custom claim
public function getAudience();
public function getClaims(): array;
public function getContentType(): string | null;
public function getExpirationTime(): int | null;
public function getHeaders(): array;
public function getId(): string | null;
public function getIssuedAt(): int | null;
public function getIssuer(): string | null;
public function getNotBefore(): int | null;
public function getPassphrase(): string;
public function getSubject(): string | null;
public function getToken(): Token;
public function init(): Builder;
public function setAudience( mixed $audience ): Builder;
The “aud” (audience) claim identifies the recipients that the JWT is intended for. Each principal intended to process the JWT MUST identify itself with a value in the audience claim. If the principal processing the claim does not identify itself with a value in the “aud” claim when this claim is present, then the JWT MUST be rejected. In the general case, the “aud” value is an array of case- sensitive strings, each containing a StringOrURI value. In the special case when the JWT has one audience, the “aud” value MAY be a single case-sensitive string containing a StringOrURI value. The interpretation of audience values is generally application specific. Use of this claim is OPTIONAL.
public function setContentType( string $contentType ): Builder;
Sets the content type header ‘cty’
public function setExpirationTime( int $timestamp ): Builder;
The “exp” (expiration time) claim identifies the expiration time on or after which the JWT MUST NOT be accepted for processing. The processing of the “exp” claim requires that the current date/time MUST be before the expiration date/time listed in the “exp” claim. Implementers MAY provide for some small leeway, usually no more than a few minutes, to account for clock skew. Its value MUST be a number containing a NumericDate value. Use of this claim is OPTIONAL.
public function setId( string $id ): Builder;
The “jti” (JWT ID) claim provides a unique identifier for the JWT. The identifier value MUST be assigned in a manner that ensures that there is a negligible probability that the same value will be accidentally assigned to a different data object; if the application uses multiple issuers, collisions MUST be prevented among values produced by different issuers as well. The “jti” claim can be used to prevent the JWT from being replayed. The “jti” value is a case- sensitive string. Use of this claim is OPTIONAL.
public function setIssuedAt( int $timestamp ): Builder;
The “iat” (issued at) claim identifies the time at which the JWT was issued. This claim can be used to determine the age of the JWT. Its value MUST be a number containing a NumericDate value. Use of this claim is OPTIONAL.
public function setIssuer( string $issuer ): Builder;
The “iss” (issuer) claim identifies the principal that issued the JWT. The processing of this claim is generally application specific. The “iss” value is a case-sensitive string containing a StringOrURI value. Use of this claim is OPTIONAL.
public function setNotBefore( int $timestamp ): Builder;
The “nbf” (not before) claim identifies the time before which the JWT MUST NOT be accepted for processing. The processing of the “nbf” claim requires that the current date/time MUST be after or equal to the not-before date/time listed in the “nbf” claim. Implementers MAY provide for some small leeway, usually no more than a few minutes, to account for clock skew. Its value MUST be a number containing a NumericDate value. Use of this claim is OPTIONAL.
public function setPassphrase( string $passphrase ): Builder;
public function setSubject( string $subject ): Builder;
The “sub” (subject) claim identifies the principal that is the subject of the JWT. The claims in a JWT are normally statements about the subject. The subject value MUST either be scoped to be locally unique in the context of the issuer or be globally unique. The processing of this claim is generally application specific. The “sub” value is a case-sensitive string containing a StringOrURI value. Use of this claim is OPTIONAL.
protected function setClaim( string $name, mixed $value ): Builder;
Sets a registered claim
Class Phalcon\Encryption\Security\JWT\Exceptions\UnsupportedAlgorithmException
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Exceptions |
|
Uses |
Exception |
|
Extends |
Exception |
Exception thrown when the algorithm is not supported for JWT
Class Phalcon\Encryption\Security\JWT\Exceptions\ValidatorException
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Exceptions |
|
Uses |
Exception |
|
Extends |
Exception |
Exception thrown when the validation does not pass for JWT
Abstract Class Phalcon\Encryption\Security\JWT\Signer\AbstractSigner
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Signer |
|
Implements |
SignerInterface |
Abstract class helping with the signer classes
Властивості
/**
* @var string
*/
protected algorithm = "";
Методи
public function getAlgorithm(): string;
Class Phalcon\Encryption\Security\JWT\Signer\Hmac
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Signer |
|
Uses |
Phalcon\Encryption\Security\JWT\Exceptions\UnsupportedAlgorithmException |
|
Extends |
AbstractSigner |
HMAC signing class
Методи
public function __construct( string $algo = string );
Hmac constructor.
public function getAlgHeader(): string;
Return the value that is used for the “alg” header
public function sign( string $payload, string $passphrase ): string;
Sign a payload using the passphrase
public function verify( string $source, string $payload, string $passphrase ): bool;
Verify a passed source with a payload and passphrase
Class Phalcon\Encryption\Security\JWT\Signer\None
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Signer |
|
Implements |
SignerInterface |
No signing class
Методи
public function getAlgHeader(): string;
Return the value that is used for the “alg” header
public function getAlgorithm(): string;
Return the algorithm used
public function sign( string $payload, string $passphrase ): string;
Sign a payload using the passphrase
public function verify( string $source, string $payload, string $passphrase ): bool;
Verify a passed source with a payload and passphrase
Interface Phalcon\Encryption\Security\JWT\Signer\SignerInterface
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Signer |
Interface for JWT Signer classes
Методи
public function getAlgHeader(): string;
Return the value that is used for the “alg” header
public function getAlgorithm(): string;
Return the algorithm used
public function sign( string $payload, string $passphrase ): string;
Sign a payload using the passphrase
public function verify( string $source, string $payload, string $passphrase ): bool;
Verify a passed source with a payload and passphrase
Abstract Class Phalcon\Encryption\Security\JWT\Token\AbstractItem
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Token |
Abstract helper class for Tokens
Властивості
/**
* @var array
*/
protected data;
Методи
public function getEncoded(): string;
Class Phalcon\Encryption\Security\JWT\Token\Enum
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Token |
Constants for Tokens. It offers constants for Headers as well as Claims
@link https://tools.ietf.org/html/rfc7519
Constants
const ALGO = alg;
const AUDIENCE = aud;
const CONTENT_TYPE = cty;
const EXPIRATION_TIME = exp;
const ID = jti;
const ISSUED_AT = iat;
const ISSUER = iss;
const NOT_BEFORE = nbf;
const SUBJECT = sub;
const TYPE = typ;
Class Phalcon\Encryption\Security\JWT\Token\Item
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Token |
|
Extends |
AbstractItem |
Storage class for a Token Item
Методи
public function __construct( array $payload, string $encoded );
Item constructor.
public function get( string $name, mixed $defaultValue = null ): mixed | null;
public function getPayload(): array;
public function has( string $name ): bool;
Class Phalcon\Encryption\Security\JWT\Token\Parser
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Token |
|
Uses |
InvalidArgumentException |
Token Parser class.
It parses a token by validating if it is formed properly and splits it into three parts. The headers are decoded, then the claims and finally the signature. It returns a token object populated with the decoded information.
Методи
public function parse( string $token ): Token;
Parse a token and return it
Class Phalcon\Encryption\Security\JWT\Token\Signature
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Token |
|
Extends |
AbstractItem |
Signature class containing the encoded data and the hash.
Методи
public function __construct( string $hash = string, string $encoded = string );
Signature constructor.
public function getHash(): string;
Class Phalcon\Encryption\Security\JWT\Token\Token
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT\Token |
|
Uses |
Phalcon\Encryption\Security\JWT\Signer\SignerInterface, Phalcon\Encryption\Security\JWT\Validator |
Token Class.
A container for Token related data. It stores the claims, headers, signature and payload. It also calculates and returns the token string.
@link https://tools.ietf.org/html/rfc7519
Властивості
/**
* @var Item
*/
private claims;
/**
* @var Item
*/
private headers;
/**
* @var Signature
*/
private signature;
Методи
public function __construct( Item $headers, Item $claims, Signature $signature );
Token constructor.
public function getClaims(): Item;
public function getHeaders(): Item;
public function getPayload(): string;
public function getSignature(): Signature;
public function getToken(): string;
public function validate( Validator $validator ): array;
public function verify( SignerInterface $signer, string $key ): bool;
Verify the signature
Class Phalcon\Encryption\Security\JWT\Validator
Source on GitHub
| Namespace |
Phalcon\Encryption\Security\JWT |
|
Uses |
Phalcon\Encryption\Security\JWT\Exceptions\ValidatorException, Phalcon\Encryption\Security\JWT\Signer\SignerInterface, Phalcon\Encryption\Security\JWT\Token\Enum, Phalcon\Encryption\Security\JWT\Token\Token |
Class Validator
Властивості
/**
* @var array
*/
private claims;
/**
* @var array
*/
private errors;
/**
* @var int
*/
private timeShift = 0;
/**
* @var Token
*/
private token;
Методи
public function __construct( Token $token, int $timeShift = int );
Validator constructor.
public function get( string $claim ): mixed | null;
public function getErrors(): array;
public function set( string $claim, mixed $value ): Validator;
public function setToken( Token $token ): Validator;
public function validateAudience( mixed $audience ): Validator;
public function validateExpiration( int $timestamp ): Validator;
public function validateId( string $id ): Validator;
public function validateIssuedAt( int $timestamp ): Validator;
public function validateIssuer( string $issuer ): Validator;
public function validateNotBefore( int $timestamp ): Validator;
public function validateSignature( SignerInterface $signer, string $passphrase ): Validator;
Class Phalcon\Encryption\Security\Random
Source on GitHub
| Namespace |
Phalcon\Encryption\Security |
Phalcon\Encryption\Security\Random
Secure random number generator class.
Provides secure random number generator which is suitable for generating session key in HTTP cookies, etc.
Phalcon\Encryption\Security\Random could be mainly useful for:
- Key generation (e.g. generation of complicated keys)
- Generating random passwords for new user accounts
- Encryption systems
$random = new \Phalcon\Encryption\Security\Random();
// Random binary string
$bytes = $random->bytes();
// Random hex string
echo $random->hex(10); // a29f470508d5ccb8e289
echo $random->hex(10); // 533c2f08d5eee750e64a
echo $random->hex(11); // f362ef96cb9ffef150c9cd
echo $random->hex(12); // 95469d667475125208be45c4
echo $random->hex(13); // 05475e8af4a34f8f743ab48761
// Random base62 string
echo $random->base62(); // z0RkwHfh8ErDM1xw
// Random base64 string
echo $random->base64(12); // XfIN81jGGuKkcE1E
echo $random->base64(12); // 3rcq39QzGK9fUqh8
echo $random->base64(); // DRcfbngL/iOo9hGGvy1TcQ==
echo $random->base64(16); // SvdhPcIHDZFad838Bb0Swg==
// Random URL-safe base64 string
echo $random->base64Safe(); // PcV6jGbJ6vfVw7hfKIFDGA
echo $random->base64Safe(); // GD8JojhzSTrqX7Q8J6uug
echo $random->base64Safe(8); // mGyy0evy3ok
echo $random->base64Safe(null, true); // DRrAgOFkS4rvRiVHFefcQ==
// Random UUID
echo $random->uuid(); // db082997-2572-4e2c-a046-5eefe97b1235
echo $random->uuid(); // da2aa0e2-b4d0-4e3c-99f5-f5ef62c57fe2
echo $random->uuid(); // 75e6b628-c562-4117-bb76-61c4153455a9
echo $random->uuid(); // dc446df1-0848-4d05-b501-4af3c220c13d
// Random number between 0 and $len
echo $random->number(256); // 84
echo $random->number(256); // 79
echo $random->number(100); // 29
echo $random->number(300); // 40
// Random base58 string
echo $random->base58(); // 4kUgL2pdQMSCQtjE
echo $random->base58(); // Umjxqf7ZPwh765yR
echo $random->base58(24); // qoXcgmw4A9dys26HaNEdCRj9
echo $random->base58(7); // 774SJD3vgP
This class partially borrows SecureRandom library from Ruby
@link https://ruby-doc.org/stdlib-2.2.2/libdoc/securerandom/rdoc/SecureRandom.html
Методи
public function base58( int $len = null ): string;
Generates a random base58 string
If $len is not specified, 16 is assumed. It may be larger in future. The result may contain alphanumeric characters except 0, O, I and l.
It is similar to Phalcon\Encryption\Security\Random::base64() but has been modified to avoid both non-alphanumeric characters and letters which might look ambiguous when printed.
$random = new \Phalcon\Encryption\Security\Random();
echo $random->base58(); // 4kUgL2pdQMSCQtjE
@see \Phalcon\Encryption\Security\Random:base64 @link https://en.wikipedia.org/wiki/Base58 @throws Exception If secure random number generator is not available or unexpected partial read
public function base62( int $len = null ): string;
Generates a random base62 string
If $len is not specified, 16 is assumed. It may be larger in future.
It is similar to Phalcon\Encryption\Security\Random::base58() but has been modified to provide the largest value that can safely be used in URLs without needing to take extra characters into consideration because it is [A-Za-z0-9].
$random = new \Phalcon\Encryption\Security\Random();
echo $random->base62(); // z0RkwHfh8ErDM1xw
@see \Phalcon\Encryption\Security\Random:base58 @throws Exception If secure random number generator is not available or unexpected partial read
public function base64( int $len = null ): string;
Generates a random base64 string
If $len is not specified, 16 is assumed. It may be larger in future. The length of the result string is usually greater of $len. Size formula: 4($len / 3) rounded up to a multiple of 4.
$random = new \Phalcon\Encryption\Security\Random();
echo $random->base64(12); // 3rcq39QzGK9fUqh8
@throws Exception If secure random number generator is not available or unexpected partial read
public function base64Safe( int $len = null, bool $padding = bool ): string;
Generates a random URL-safe base64 string
If $len is not specified, 16 is assumed. It may be larger in future. The length of the result string is usually greater of $len.
By default, padding is not generated because “=” may be used as a URL delimiter. The result may contain A-Z, a-z, 0-9, “-“ and “_”. “=” is also used if $padding is true. See RFC 3548 for the definition of URL-safe base64.
$random = new \Phalcon\Encryption\Security\Random();
echo $random->base64Safe(); // GD8JojhzSTrqX7Q8J6uug
@link https://www.ietf.org/rfc/rfc3548.txt @throws Exception If secure random number generator is not available or unexpected partial read
public function bytes( int $len = int ): string;
Generates a random binary string
The Random::bytes method returns a string and accepts as input an int representing the length in bytes to be returned.
If $len is not specified, 16 is assumed. It may be larger in future. The result may contain any byte: “x00” - “xFF”.
$random = new \Phalcon\Encryption\Security\Random();
$bytes = $random->bytes();
var_dump(bin2hex($bytes));
// Possible output: string(32) "00f6c04b144b41fad6a59111c126e1ee"
@throws Exception If secure random number generator is not available or unexpected partial read
public function hex( int $len = null ): string;
Generates a random hex string
If $len is not specified, 16 is assumed. It may be larger in future. The length of the result string is usually greater of $len.
$random = new \Phalcon\Encryption\Security\Random();
echo $random->hex(10); // a29f470508d5ccb8e289
@throws Exception If secure random number generator is not available or unexpected partial read
public function number( int $len ): int;
Generates a random number between 0 and $len
Returns an integer: 0 <= result <= $len.
$random = new \Phalcon\Encryption\Security\Random();
echo $random->number(16); // 8
@throws Exception If secure random number generator is not available, unexpected partial read or $len <= 0
public function uuid(): string;
Generates a v4 random UUID (Universally Unique IDentifier)
The version 4 UUID is purely random (except the version). It doesn’t contain meaningful information such as MAC address, time, etc. See RFC 4122 for details of UUID.
This algorithm sets the version number (4 bits) as well as two reserved bits. All other bits (the remaining 122 bits) are set using a random or pseudorandom data source. Version 4 UUIDs have the form xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx where x is any hexadecimal digit and y is one of 8, 9, A, or B (e.g., f47ac10b-58cc-4372-a567-0e02b2c3d479).
$random = new \Phalcon\Encryption\Security\Random();
echo $random->uuid(); // 1378c906-64bb-4f81-a8d6-4ae1bfcdec22
@link https://www.ietf.org/rfc/rfc4122.txt @throws Exception If secure random number generator is not available or unexpected partial read
protected function base( string $alphabet, int $base, mixed $n = null ): string;
Generates a random string based on the number ($base) of characters ($alphabet).
If $n is not specified, 16 is assumed. It may be larger in future.
@throws Exception If secure random number generator is not available or unexpected partial read
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