Stake.com Verifier

Input

{{`sha256(server_seed): ${sha256(server_seed)}`}}

Server seed matches provided hash: {{seed_hash_match()}}

{{`(client_seed:nonce:round): ${client_seed}:${nonce||0}:0`}}

{{`(client_seed:nonce:round): ${client_seed}:${nonce||0}:1`}}

{{`(client_seed:nonce:round): ${client_seed}:${nonce||0}:2`}}

{{`(client_seed:nonce:round): ${client_seed}:${nonce||0}:3`}}

{{`(client_seed:nonce:round): ${client_seed}:${nonce||0}:4`}}

{{`(client_seed:nonce:round): ${client_seed}:${nonce||0}:5`}}

{{`(client_seed:nonce:round): ${client_seed}:${nonce||0}:6`}}

{{`hmac_sha256(server_seed, client_seed:nonce:round): ${hmac_sha256(server_seed, `${client_seed}:${nonce||0}:0`)}`}}

{{`hmac_sha256(server_seed, client_seed:nonce:round): ${hmac_sha256(server_seed, `${client_seed}:${nonce||0}:1`)}`}}

{{`hmac_sha256(server_seed, client_seed:nonce:round): ${hmac_sha256(server_seed, `${client_seed}:${nonce||0}:2`)}`}}

{{`hmac_sha256(server_seed, client_seed:nonce:round): ${hmac_sha256(server_seed, `${client_seed}:${nonce||0}:3`)}`}}

{{`hmac_sha256(server_seed, client_seed:nonce:round): ${hmac_sha256(server_seed, `${client_seed}:${nonce||0}:4`)}`}}

{{`hmac_sha256(server_seed, client_seed:nonce:round): ${hmac_sha256(server_seed, `${client_seed}:${nonce||0}:5`)}`}}

{{`hmac_sha256(server_seed, client_seed:nonce:round): ${hmac_sha256(server_seed, `${client_seed}:${nonce||0}:6`)}`}}

{{`Math.floor(${bytes_to_number(bytes(8))} * ${MAX_ROLL}) / 100 = ${result(active_game)}`}}

{{`Math.floor(${bytes_to_number(bytes(8))} * ${MAX_ROULETTE}) = ${result(active_game)}`}}

{{`${MAX_CHARTBET} / (Math.floor(${bytes_to_number(bytes(8))} * ${MAX_CHARTBET}) + 1) * 0.98 = ${result(active_game)}`}}

{{`Final result: ${result(active_game).toFixed(2)+'x'}`}}

{{`Final result: ${result(active_game)}`}}

Note: 20 "directions" will be displayed but only the amount corresponding to the amount of pins is used

Each set of 4 bytes is turned into a number in the range [0, 1). Only the first calculation is displayed for conciceness.

Pin #	Number	*Number 2**	Direction
{{i+1}}	{{num}}	{{num*2}}	{{Math.floor(num*2)?'right':'left'}}

Each set of 4 bytes is turned into a number in the range [0, 1). Only the first calculation is displayed for conciceness.

Card #	Number	*Number 52**	Card
{{i+1}}	{{num}}	{{num*52}}

Each set of 4 bytes is turned into a number in the range [0, 1). Only the first calculation is displayed for conciceness.

Card #	Number	*Number 52**	Card
{{i+1}}	{{num}}	{{num*52}}

Each set of 4 bytes is turned into a number in the range [0, 1). Only the first calculation is displayed for conciceness.

Each item in the Result column above represents the one-indexed position of a mine going from left to right, top to bottom

Each set of 4 bytes is turned into a number in the range [0, 1). Only the first calculation is displayed for conciceness.

Side	Number	*Number 7**	Color
{{i<5?'Dealer':'Player'}}	{{num}}	{{num*7}}	{{['Green','Purple','Yellow','Red','Cyan','Orange','Blue'][Math.floor(num*7)]}}

Each set of 4 bytes is turned into a number in the range [0, 1). Only the first calculation is displayed for conciceness.

Each item in the Result column represents the one-indexed position of a Keno pick going from left to right, top to bottom

This project uses the third-party libraries Vue.js and Forge