cryptography-core

Provides multiplatform API to build, get and use cryptography primitives

Core entities:

CryptographyProvider provides a way to get specific CryptographyAlgorithm by its id
CryptographyProvider.Default is the default provider which is just a link to the first registered provider. After adding dependency to provider (like openssl3) it will be automatically registered as default
inheritors of CryptographyAlgorithm (like f.e. AES) provides access to operations (like f.e. cipher)

Example

CryptographyProvider.Default
    .get(SHA512)
    .hasher()
    .hash("Kotlin is Awesome".encodeToByteArray())

dependencies {
    implementation("dev.whyoleg.cryptography:cryptography-core:0.3.0")
}

Provides multiplatform API to build, get and use cryptography primitives

Core entities:

CryptographyProvider provides a way to get specific CryptographyAlgorithm by its id
CryptographyProvider.Default is the default provider which is just a link to the first registered provider. After adding dependency to provider (like openssl3) it will be automatically registered as default
inheritors of CryptographyAlgorithm (like f.e. AES) provides access to operations (like f.e. cipher)

CryptographyProvider.Default
    .get(SHA512)
    .hasher()
    .hash("Kotlin is Awesome".encodeToByteArray())

dependencies {
    implementation("dev.whyoleg.cryptography:cryptography-core:0.3.0")
}

common

jvm

Provides core primitives for creating and accessing CryptographyAlgorithm and CryptographyProvider

common

Provides common asymmetric encryption and signature algorithms, like RSA and ECDSA

common

Provides common digest algorithms, like SHA256 and SHA512

common

Provides common symmetric ciphers and MAC algorithms, like AES and HMAC

common

Provides API for working with keys: encoding, decoding and generation

common

common

Provides hashing operation

common

Provides signature verification and generation API