NOTE 1: Methods prefixed with
safewill do an overflow check by decrypting an overflow bit and revert if that bit is true.
NOTE 2: Random encrypted integers that are generated fully on-chain. Currently, implemented as a mockup by using a PRNG in the plain. Not for use in production!
Last updated
| name | description | ETA |
|---|---|---|
| name | function name | type | ETA |
|---|---|---|---|
128bits (scalar)
Add euint128 for scalar operations
Q3 '24
Proof for inputs
Generate a proof for every encrypted input
Q3 '24
Threshold decryption
Use threshold decryption
Q3 '24
Random unsigned int
TFHE.randEuintX()
Random
Q3 '24
Add w/ overflow check
TFHE.safeAdd
Binary, Decryption
Coming soon (1)
Sub w/ overflow check
TFHE.safeSub
Binary, Decryption
Coming soon (1)
Mul w/ overflow check
TFHE.safeMul
Binary, Decryption
Coming soon (1)
Random signed int
TFHE.randEintX()
Random
-
Div
TFHE.div
Binary
-
Rem
TFHE.rem
Binary
-
Set inclusion
TFHE.isIn()
Binary
-
