Facilitates encoding and decoding of data using various multibase schemes, including BASE10, BASE16, BASE32, BASE58, BASE64. Offers straightforward API functions for multibase string conversions and UVarInt operations.
This project combines:
This project includes the original Protocol Labs repository as a git submodule for its test vectors but does not incorporate any code from it in releases.
multi2–base runs on all KMP targets except watchosDeviceArm64 and supports the following multibase encodings:
This library is available on Maven Central.
dependencies {
implementation("at.asitplus:multibase:$version")
}Note: This library exposes Matthew Nelson's Base64, Base32, and Base16 encoders as an API dependency!
Encode and decode multibase values with the extension functions:
val encoded = byteArray.multibaseEncode(MultiBase.Base.BASE58_BTC)
val decoded = encoded.multibaseDecode()For a custom alphabet and radix, use the Base-N extensions:
val encoded = byteArray.encodeBaseN(alphabet, radix)
val decoded = encoded.decodeBaseN(alphabet, radix)UVarInt is similarly straightforward:
UVarInt(1337u)
someVarIntByteArray.varIntDecode() or UVarInt.fromByteArray(someVarIntByteArray)
aUVarInt.encodeToByteArray()
'Nuff said!
External contributions are greatly appreciated! Just be sure to observe the contribution guidelines (see CONTRIBUTING.md).
The MIT license does not apply to the project logo and the A-SIT logo, as these are the sole property of A-SIT/A-SIT Plus GmbH and may not be used without explicit permission!
This project combines:
This project includes the original Protocol Labs repository as a git submodule for its test vectors but does not incorporate any code from it in releases.
multi2–base runs on all KMP targets except watchosDeviceArm64 and supports the following multibase encodings:
This library is available on Maven Central.
dependencies {
implementation("at.asitplus:multibase:$version")
}Note: This library exposes Matthew Nelson's Base64, Base32, and Base16 encoders as an API dependency!
Encode and decode multibase values with the extension functions:
val encoded = byteArray.multibaseEncode(MultiBase.Base.BASE58_BTC)
val decoded = encoded.multibaseDecode()For a custom alphabet and radix, use the Base-N extensions:
val encoded = byteArray.encodeBaseN(alphabet, radix)
val decoded = encoded.decodeBaseN(alphabet, radix)UVarInt is similarly straightforward:
UVarInt(1337u)
someVarIntByteArray.varIntDecode() or UVarInt.fromByteArray(someVarIntByteArray)
aUVarInt.encodeToByteArray()
'Nuff said!
External contributions are greatly appreciated! Just be sure to observe the contribution guidelines (see CONTRIBUTING.md).
The MIT license does not apply to the project logo and the A-SIT logo, as these are the sole property of A-SIT/A-SIT Plus GmbH and may not be used without explicit permission!