Examples with WORKING_HOURS_USER_BYTECODE_PATH com.hedera.services.bdd.spec.infrastructure.meta.ContractResources.WORKING_HOURS_USER_BYTECODE_PATH used on opensource projects

Example 1 with WORKING_HOURS_USER_BYTECODE_PATH

use of com.hedera.services.bdd.spec.infrastructure.meta.ContractResources.WORKING_HOURS_USER_BYTECODE_PATH in project hedera-services by hashgraph.

the class ContractCallSuite method workingHoursDemo.

private HapiApiSpec workingHoursDemo() {
    final var initcode = "initcode";
    final var gasToOffer = 4_000_000;
    final var workingHours = "workingHours";
    final var ticketToken = "ticketToken";
    final var adminKey = "admin";
    final var treasury = "treasury";
    final var user = "user";
    final var newSupplyKey = "newSupplyKey";
    final var ticketTaking = "ticketTaking";
    final var ticketWorking = "ticketWorking";
    final var mint = "minting";
    final var burn = "burning";
    final var preMints = List.of(ByteString.copyFromUtf8("HELLO"), ByteString.copyFromUtf8("GOODBYE"));
    final AtomicLong ticketSerialNo = new AtomicLong();
    return defaultHapiSpec("WorkingHoursDemo").given(newKeyNamed(adminKey), cryptoCreate(treasury), // we need a new user, expiry to 1 Jan 2100 costs 11M gas for token associate
    cryptoCreate(user), cryptoTransfer(TokenMovement.movingHbar(ONE_HUNDRED_HBARS).between(GENESIS, user)), tokenCreate(ticketToken).treasury(treasury).tokenType(TokenType.NON_FUNGIBLE_UNIQUE).initialSupply(0L).supplyType(TokenSupplyType.INFINITE).adminKey(adminKey).supplyKey(adminKey), mintToken(ticketToken, preMints).via(mint), burnToken(ticketToken, List.of(1L)).via(burn), fileCreate(initcode), updateLargeFile(GENESIS, initcode, extractByteCode(WORKING_HOURS_USER_BYTECODE_PATH))).when(withOpContext((spec, opLog) -> {
        final var registry = spec.registry();
        final var tokenId = registry.getTokenID(ticketToken);
        final var treasuryId = registry.getAccountID(treasury);
        final var creation = contractCreate(workingHours, WORKING_HOURS_CONS, tokenId.getTokenNum(), treasuryId.getAccountNum()).bytecode(initcode).gas(gasToOffer);
        allRunFor(spec, creation);
    }), newKeyNamed(newSupplyKey).shape(KeyShape.CONTRACT.signedWith(workingHours)), tokenUpdate(ticketToken).supplyKey(newSupplyKey)).then(/* Take a ticket */
    contractCall(workingHours, WORKING_HOURS_TAKE_TICKET).payingWith(user).gas(4_000_000).via(ticketTaking).alsoSigningWithFullPrefix(treasury).exposingResultTo(result -> {
        log.info("Explicit mint result is {}", result);
        ticketSerialNo.set(((BigInteger) result[0]).longValueExact());
    }), getTxnRecord(ticketTaking), getAccountBalance(user).hasTokenBalance(ticketToken, 1L), /* Our ticket number is 3 (b/c of the two pre-mints), so we must call
						 * work twice before the contract will actually accept our ticket. */
    sourcing(() -> contractCall(workingHours, WORKING_HOURS_WORK_TICKET, ticketSerialNo.get()).gas(2_000_000).payingWith(user)), getAccountBalance(user).hasTokenBalance(ticketToken, 1L), sourcing(() -> contractCall(workingHours, WORKING_HOURS_WORK_TICKET, ticketSerialNo.get()).gas(2_000_000).payingWith(user).via(ticketWorking)), getAccountBalance(user).hasTokenBalance(ticketToken, 0L), getTokenInfo(ticketToken).hasTotalSupply(1L), /* Review the history */
    getTxnRecord(ticketTaking).andAllChildRecords().logged(), getTxnRecord(ticketWorking).andAllChildRecords().logged());
}