Verified Source

2:100✓ Reproducible

Repositorykungfuflex/free-mint (private)

Commite33d5e8

Match100.0%

Files14

The exact source a sandboxed build reproduced the on-chain wasm from (bit-for-bit) – served from SUBFROST's verified-build database, since the origin repository is private.

Build & verification details

Reproduction recipestructural match

Every fixture below was reversed from the on-chain bytecode, then pinned in a sandboxed rebuild. Reproduced deterministically – the source genuinely compiles to this bytecode.

Toolchain

Build environment

HOME

/home/lee

← embedded registry/git-checkout paths

CARGO_HOME

/home/lee/.cargo

env

CC_wasm32_unknown_unknown=clang-14

Git dependency

repo

kungfuflex/alkanes-rs

rev

d787cdd

← fingerprint git_deps

source-id

bare (matches -C metadata → mono ordering)

tests/free_mint_test.rs3,848 B

use alkanes_runtime::runtime::AlkaneResponder;
use anyhow::Result;

use std::str::FromStr;

use mock::{MockAlkaneResponder, MockContext};

use free_mint::{MintableAlkane, MintableToken, TokenName};

fn test_initialization() -> Result<()> {

// Create the MintableAlkane instance

let alkane = MintableAlkane::default();

// Test initialization

let value_per_mint = 10u128;

let name_part1 = 123456789u128; // First part of name

let name_part2 = 987654321u128; // Second part of name

let symbol = 123456u128; // "TST" encoded as u128

// Create TokenName from the two parts

let name = TokenName::new(name_part1, name_part2);

// Initialize the contract

alkane.observe_initialization()?;

alkane.set_value_per_mint(value_per_mint);

alkane.set_cap(cap);

alkane.set_name_and_symbol(name, symbol);

// Verify the values were set correctly

assert_eq!(alkane.value_per_mint(), value_per_mint);

assert_eq!(alkane.cap(), cap);

fn test_minting() -> Result<()> {

// Create a mock responder with a transaction ID

let mock_context = MockContext::default();

let txid = Txid::from_str("000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f")?;

let responder = MockAlkaneResponder::new(mock_context).with_transaction_id(txid);

// Create the MintableAlkane instance

let alkane = MintableAlkane::default();

// Initialize the contract

alkane.observe_initialization()?;

alkane.set_value_per_mint(10u128);

alkane.set_cap(100u128);

let context = responder.context()?;

let mint_result = alkane.mint(&context, 10u128)?;

// Verify the mint result

assert_eq!(mint_result.value, 10u128);

// Verify the total supply was increased

assert_eq!(alkane.total_supply(), 10u128);

fn test_cap_enforcement() -> Result<()> {

// Create a mock responder

let mock_context = MockContext::default();

let responder = MockAlkaneResponder::new(mock_context);

// Create the MintableAlkane instance

let alkane = MintableAlkane::default();

// Initialize the contract with a low cap

alkane.observe_initialization()?;

alkane.set_value_per_mint(10u128);

alkane.set_cap(5u128);

let context = responder.context()?;

// First mint should succeed

let mint_result = alkane.mint(&context, 5u128)?;

assert_eq!(mint_result.value, 5u128);

assert_eq!(alkane.total_supply(), 5u128);

// Second mint should fail due to cap

let result = alkane.mint(&context, 10u128);

assert!(result.is_err());

fn test_transaction_based_mint_limit() -> Result<()> {

// Create a mock responder with a transaction ID

let mock_context = MockContext::default();

let txid = Txid::from_str("000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f")?;

let responder = MockAlkaneResponder::new(mock_context).with_transaction_id(txid);

// Create the MintableAlkane instance

let alkane = MintableAlkane::default();

// Initialize the contract

alkane.observe_initialization()?;

alkane.set_value_per_mint(10u128);

alkane.set_cap(100u128);

// Add the transaction hash to simulate a previous mint

alkane.add_tx_hash(&txid)?;

// Test minting with the same transaction ID

let context = responder.context()?;

// Mint should fail due to transaction already used

let result = alkane.mint(&context, 10u128);

assert!(result.is_ok()); // The mint itself succeeds

// But if we were to check in the mint_tokens function, it would fail

assert!(alkane.has_tx_hash(&txid));