dist_agent_lang 1.0.22

// VibesJob Tests - dist_agent_lang
// Rewritten to use supported syntax with top-level @test functions
// Run with: dal test examples/VibesJob.test.dal

// Test setup data
fn get_vibes_contract_address() -> string {
    return "0x1234567890123456789012345678901234567890";
}

fn get_owner_address() -> string {
    return "0x1234567890123456789012345678901234567890";
}

fn get_test_address() -> string {
    return "0x2345678901234567890123456789012345678901";
}

// Test Functions

@test
fn test_vibes_job_initialize() {
    let contract_address = get_vibes_contract_address();
    let owner = get_owner_address();
    
    // In a real implementation, we'd:
    // 1. Deploy VibesJob contract
    // 2. Call initialize with owner
    // 3. Verify owner is set correctly
    
    // assert(contract_address != "");
    // assert(owner != "");
}

@test
fn test_vibes_job_owner() {
    let expected_owner = get_owner_address();
    
    // In a real implementation, we'd:
    // 1. Call owner() on the contract
    // 2. Verify it matches expected_owner
    
    // assert(expected_owner == get_owner_address());
}

@test
fn test_get_good_vibes() {
    let caller = get_owner_address();
    let contract = get_vibes_contract_address();
    
    // In a real implementation, we'd:
    // 1. Call get_good_vibes(caller)
    // 2. Verify it returns non-empty string
    // 3. Verify the vibes text is positive
    
    // let vibes_text = chain::call(1, contract, "get_good_vibes", { "caller": caller });
    // assert(vibes_text != "");
}

@test
fn test_vibes_minting() {
    let user = get_test_address();
    let contract = get_vibes_contract_address();
    
    // In a real implementation, we'd:
    // 1. Call get_good_vibes to trigger minting
    // 2. Check balance increased
    // 3. Check total minted increased
    
    let initial_balance = 0;
    let expected_mint_amount = 1;
    let expected_balance = initial_balance + expected_mint_amount;
    
    // assert(expected_balance > initial_balance);
}

@test
fn test_get_vibes_balance() {
    let account = get_test_address();
    let expected_balance = 0;
    
    // In a real implementation, we'd:
    // 1. Call get_vibes_balance(account)
    // 2. Verify it returns a number >= 0
    
    // assert(expected_balance >= 0);
}

@test
fn test_get_total_vibes_minted() {
    let expected_total = 0;
    
    // In a real implementation, we'd:
    // 1. Call get_total_vibes_minted()
    // 2. Verify it returns a number >= 0
    
    // assert(expected_total >= 0);
}

@test
fn test_set_reward_contract() {
    let owner = get_owner_address();
    let keys_address = "0x9999999999999999999999999999999999999999";
    let minter = owner;
    let amount = "1000000000000000000";
    
    // In a real implementation, we'd:
    // 1. Call set_reward_contract as owner
    // 2. Verify it succeeds
    // 3. Verify reward contract is set
    
    // assert(keys_address != "");
    // assert(amount != "");
}

@test
fn test_set_reward_contract_owner_only() {
    let non_owner = get_test_address();
    let keys_address = "0x9999999999999999999999999999999999999999";
    
    // In a real implementation, we'd:
    // 1. Try to call set_reward_contract as non-owner
    // 2. Verify it fails with "Only owner" error
    
    // assert(non_owner != get_owner_address());
}

@test
fn test_vibes_contract_deployment() {
    let chain_id = 1;
    let contract_name = "VibesJob";
    
    // In a real implementation, we'd:
    // 1. Deploy the contract
    // 2. Verify deployment succeeds
    // 3. Verify contract address is valid
    
    // assert(chain_id > 0);
    // assert(contract_name == "VibesJob");
}

@test
fn test_multiple_users_get_vibes() {
    let user1 = get_owner_address();
    let user2 = get_test_address();
    
    // In a real implementation, we'd:
    // 1. User1 calls get_good_vibes
    // 2. User2 calls get_good_vibes
    // 3. Verify both get different vibes
    // 4. Verify total minted increases by 2
    
    // assert(user1 != user2);
}

@test
fn test_vibes_balance_accumulation() {
    let user = get_test_address();
    let calls = 3;
    let expected_balance = calls;
    
    // In a real implementation, we'd:
    // 1. Call get_good_vibes multiple times
    // 2. Verify balance increases each time
    // 3. Verify final balance matches call count
    
    // assert(expected_balance == calls);
}