Source β Alkane 2:35276 β SUBFROST Explorer
Verified Source 2:35276β β Verified Commit a6fd8b3
Match 99.5%
Files 4
The exact source a sandboxed build reproduced the on-chain wasm from β served from SUBFROST's verified-build database, since the origin repository is private.
Build & verification details Reproduction recipe structural match
Every fixture below was reversed from the on-chain bytecode, then pinned in a sandboxed rebuild. Reproduced deterministically β the source genuinely compiles to this bytecode.
Build environment
HOME
/Users/utxodetective
β embedded registry/git-checkout paths
CARGO_HOME
/Users/utxodetective/.cargo
env
build dir = /Users/utxodetective/proj/a21/oyl/alkanes-rs
Git dependency
repo
sandshrewmetaprotocols/metashrew
rev
26d968c
β fingerprint git_deps
source-id
bare (matches -C metadata β mono ordering)
crates/alkanes-std-auth-token/src/lib.rs 3,089 B
use alkanes_runtime : : runtime : : AlkaneResponder ; use alkanes_runtime : : { declare_alkane , message : : MessageDispatch , storage : : StoragePointer } ; #[allow(unused_imports)] use alkanes_runtime : : { println , stdio : : { stdout , Write } , } ; use
alkanes_std_factory_support
:
:
MintableToken
;
use alkanes_support : : { context : : Context , parcel : : AlkaneTransfer , response : : CallResponse } ;
use anyhow : : { anyhow , Result } ;
use metashrew_support : : compat : : { to_arraybuffer_layout , to_passback_ptr } ;
use metashrew_support : : index_pointer : : KeyValuePointer ;
use std : : sync : : Arc ;
#[derive(Default)]
pub struct AuthToken ( ( ) ) ;
impl MintableToken for AuthToken { }
#[derive(MessageDispatch)]
enum AuthTokenMessage {
#[opcode(0)]
Initialize {
name : String ,
symbol : String ,
amount : u128 ,
} ,
#[opcode(1)]
Authenticate ,
#[opcode(99)]
#[returns(String)]
GetName ,
#[opcode(100)]
#[returns(String)]
GetSymbol ,
}
impl AuthToken {
fn initialize ( & self , name : String , symbol : String , amount : u128 ) - > Result < CallResponse > {
self . observe_initialization ( ) ? ;
let context = self . context ( ) ? ;
self . set_name_and_symbol_str ( name , symbol ) ;
let mut response : CallResponse = CallResponse : : forward ( & context . incoming_alkanes . clone ( ) ) ;
response . alkanes = context . incoming_alkanes . clone ( ) ;
response . alkanes . 0 . push ( AlkaneTransfer {
id : context . myself . clone ( ) ,
value : amount ,
} ) ;
Ok ( response )
}
fn authenticate ( & self ) - > Result < CallResponse > {
let context = self . context ( ) ? ;
let mut response : CallResponse = CallResponse : : forward ( & context . incoming_alkanes . clone ( ) ) ;
if context . incoming_alkanes . 0 . len ( ) ! = 1 {
return Err ( anyhow! (
"did not authenticate with only the authentication token"
) ) ;
}
let transfer = context . incoming_alkanes . 0 [ 0 ] . clone ( ) ;
if transfer . id ! = context . myself . clone ( ) {
return Err ( anyhow! ( "supplied alkane is not authentication token" ) ) ;
}
if transfer . value < 1 {
return Err ( anyhow! (
"less than 1 unit of authentication token supplied to authenticate"
) ) ;
}
response . data = vec! [ 0x01 ] ;
response . alkanes . 0 . push ( transfer ) ;
Ok ( response )
}
fn get_name ( & self ) - > Result < CallResponse > {
let context = self . context ( ) ? ;
let mut response : CallResponse = CallResponse : : forward ( & context . incoming_alkanes . clone ( ) ) ;
response . data = self . name ( ) . into_bytes ( ) . to_vec ( ) ;
Ok ( response )
}
fn get_symbol ( & self ) - > Result < CallResponse > {
let context = self . context ( ) ? ;
let mut response : CallResponse = CallResponse : : forward ( & context . incoming_alkanes . clone ( ) ) ;
response . data = self . symbol ( ) . into_bytes ( ) . to_vec ( ) ;
Ok ( response )
}
}
impl AlkaneResponder for AuthToken { }
// Use the new macro format
declare_alkane! {
impl AlkaneResponder for AuthToken {
type Message = AuthTokenMessage ;
}
}
