$ npm install
$ npm run ganache-start
$ npm run test
Using network 'test'.

Compiling ./test/helper/ASEANToken.sol...
Compiling ./test/helper/EUToken.sol...


  Contract: HashedTimelock
    ✓ newContract() should create new contract and store correct details (92ms)
    ✓ newContract() should fail when no ETH sent (84ms)
    ✓ newContract() should fail with timelocks in the past (78ms)
    ✓ newContract() should reject a duplicate contract request (159ms)
    ✓ withdraw() should send receiver funds when given the correct secret preimage (214ms)
    ✓ withdraw() should fail if preimage does not hash to hashX (111ms)
    ✓ withdraw() should fail if caller is not the receiver (162ms)
    ✓ withdraw() should fail after timelock expiry (1243ms)
    ✓ refund() should pass after timelock expiry (1273ms)
    ✓ refund() should fail before the timelock expiry (132ms)
    ✓ getContract() returns empty record when contract doesn't exist (48ms)

  Contract: HashedTimelockERC20
    ✓ newContract() should create new contract and store correct details (214ms)
    ✓ newContract() should fail when no token transfer approved (107ms)
    ✓ newContract() should fail when token amount is 0 (166ms)
    ✓ newContract() should fail when tokens approved for some random account (214ms)
    ✓ newContract() should fail when the timelock is in the past (136ms)
    ✓ newContract() should reject a duplicate contract request (282ms)
    ✓ withdraw() should send receiver funds when given the correct secret preimage (363ms)
    ✓ withdraw() should fail if preimage does not hash to hashX (227ms)
    ✓ withdraw() should fail if caller is not the receiver  (307ms)
    ✓ withdraw() should fail after timelock expiry (2257ms)
    ✓ refund() should pass after timelock expiry (2407ms)
    ✓ refund() should fail before the timelock expiry (283ms)
    ✓ getContract() returns empty record when contract doesn't exist (55ms)

  Contract: HashedTimelock swap between two ERC20 tokens
    ✓ Step 1: Alice sets up a swap with Bob in the AliceERC20 contract (233ms)
    ✓ Step 2: Bob sets up a swap with Alice in the BobERC20 contract (239ms)
    ✓ Step 3: Alice as the initiator withdraws from the BobERC20 with the secret (97ms)
    ✓ Step 4: Bob as the counterparty withdraws from the AliceERC20 with the secret learned from Alice's withdrawal (144ms)
    Test the refund scenario:
      ✓ the swap is set up with 5sec timeout on both sides (3613ms)

  Contract: HashedTimelock swap between ERC721 token and ERC20 token (Delivery vs. Payment)
    ✓ Step 1: Alice sets up a swap with Bob to transfer the Commodity token #1 (256ms)
    ✓ Step 2: Bob sets up a swap with Alice in the payment contract (231ms)
    ✓ Step 3: Alice as the initiator withdraws from the BobERC721 with the secret (95ms)
    ✓ Step 4: Bob as the counterparty withdraws from the AliceERC721 with the secret learned from Alice's withdrawal (132ms)
    Test the refund scenario:
      ✓ the swap is set up with 5sec timeout on both sides (3737ms)

  Contract: HashedTimelock swap between two ERC721 tokens
    ✓ Step 1: Alice sets up a swap with Bob in the AliceERC721 contract (225ms)
    ✓ Step 2: Bob sets up a swap with Alice in the BobERC721 contract (265ms)
    ✓ Step 3: Alice as the initiator withdraws from the BobERC721 with the secret (131ms)
    ✓ Step 4: Bob as the counterparty withdraws from the AliceERC721 with the secret learned from Alice's withdrawal (119ms)
    Test the refund scenario:
      ✓ the swap is set up with 5sec timeout on both sides (3635ms)


  39 passing (27s)