Hey, I have an internal server error that’s coming from the compiler and I can’t identify. I’m using the JS SDK version 7.1.1
I’m broadcasting a transaction that makes a call to a contract on the testnet. The transaction is mined successfully, however the error is there.
Error: Http request for https://latest.compiler.aepps.com/decode-call-result failed with status code 500. Status: Internal Server Error.
Error data: ""
Axios config:
config: {
url: 'https://latest.compiler.aepps.com/decode-call-result',
method: 'post',
data: '{"function":"new_contract","source":"include \\"List.aes\\"\\n\\ncontract HashTimeLock = \\n\\n record state = { contracts : map(hash, lock_contract) }\\n\\n datatype status = INVALID | ACTIVE | REFUNDED | WITHDRAWN | EXPIRED \\n\\n record lock_contract = {\\n input_amount : int,\\n output_amount : int,\\n expiration : int,\\n hash_lock : hash,\\n status: status,\\n sender : address,\\n receiver : address,\\n output_network : string,\\n output_address : string}\\n\\n datatype event =\\n Withdraw(indexed hash, indexed address, indexed address, string)\\n | Refund(indexed hash, indexed address, indexed address, string)\\n | New_contract(indexed
hash, indexed address, indexed address, string)\\n\\n function withdrawable(_contract : lock_contract, secret : hash) =\\n require(is_active(_contract.status), \\"SWAP_NOT_ACTIVE\\")\\n require(_contract.expiration > Chain.timestamp, \\"INVALID_TIME\\")\\n require(_contract.hash_lock == Crypto.sha256(secret), \\"INVALID_SECRET\\")\\n\\n function refundable(_contract: lock_contract) =\\n require(is_active(_contract.status), \\"SWAP_NOT_ACTIVE\\")\\n require(Chain.timestamp >= _contract.expiration, \\"INVALID_TIME\\")\\n require(_contract.sender == Call.caller, \\"INVALID_SENDER\\")\\n\\n payable stateful entrypoint new_contract(\\n output_amount : int,\\n expiration : int, \\n hash_lock : hash, \\n receiver : address, \\n output_network : string, \\n output_address : string) : lock_contract =\\n \\n let sender :
address = Call.caller\\n \\n let input_amount : int = Call.value\\n \\n let id : hash = generate_id(sender, receiver, input_amount, hash_lock, expiration)\\n \\n let new_contract : lock_contract = { \\n input_amount = input_amount,\\n output_amount = output_amount,\\n expiration = expiration,\\n hash_lock = hash_lock,\\n status = ACTIVE,\\n sender = sender,\\n receiver = receiver,\\n output_network = output_network,\\n output_address = output_address }\\n\\n
require(expiration > Chain.timestamp, \\"INVALID_TIME\\")\\n require(input_amount > 0, \\"INVALID_AMOUNT\\")\\n\\n put(state{ contracts[id] = new_contract })\\n\\n let swap_message : string = generate_swap_message(new_contract)\\n \\n Chain.event(New_contract(id, sender, receiver, swap_message))\\n \\n state.contracts[id]\\n\\n
stateful entrypoint withdraw(id : hash, secret : hash) =\\n let _contract: lock_contract = state.contracts[id]\\n withdrawable(_contract, secret)\\n\\n Chain.spend(_contract.receiver, _contract.input_amount)\\n\\n put(state{contracts[id].status = WITHDRAWN})\\n\\n Chain.event(Withdraw(id, _contract.sender, _contract.receiver, generate_withdraw_message(secret, _contract.hash_lock) ))\\n\\n stateful entrypoint refund(id : hash) =\\n let _contract : lock_contract = state.contracts[id]\\n refundable(_contract)\\n \\n Chain.spend(_contract.sender, _contract.input_amount)\\n\\n put(state{ contracts[id].status = REFUNDED })\\n\\n Chain.event(Refund(id, _contract.sender, _contract.receiver, Bytes.to_str(_contract.hash_lock)))\\n\\n entrypoint get_one_status(id : hash) : status =\\n let _contract : lock_contract = state.contracts[id]\\n\\n if(_contract.status == ACTIVE &&\\n _contract.expiration < Chain.timestamp)\\n EXPIRED\\n else\\n _contract.status\\n\\n entrypoint get_many_status(ids : list(hash)) : list(status) =\\n List.map((id) => get_one_status(id), ids)\\n\\n function generate_id(sender : address, receiver : address,\\n input_amount : int, hash_lock : hash, expiration : int) : hash =\\n let packed_string : string = String.concat(String.concat(String.concat(Address.to_str(sender), \\n Address.to_str(receiver)), String.concat(Int.to_str(input_amount),\\n Bytes.to_str(hash_lock))), Int.to_str(expiration))\\n Crypto.sha256(packed_string)\\n \\n function generate_withdraw_message(secret : hash, hash_lock : hash) : string =\\n concat(Bytes.to_str(secret), Bytes.to_str(hash_lock))\\n\\n function generate_swap_message(new_contract : lock_contract) : string =\\n concat(concat(new_contract.output_network, new_contract.output_address),\\n concat(concat(Int.to_str(new_contract.input_amount), Int.to_str(new_contract.output_amount)),\\n concat(Int.to_str(new_contract.expiration), Bytes.to_str(new_contract.hash_lock))))\\n \\n function is_active(x : status) : bool =\\n x == ACTIVE\\n\\n function concat(a : string, b : string) =\\n String.concat(String.concat(a, \\",\\"),b)\\n\\n entrypoint init() = { contracts = {} }\\n","call-result":"ok","call-value":"cb_q58BgUFsUQgA37pD+/b+7SyBTPjsmp5mKp47Akx0c4yLS635b4gbwW1nTsf/wG+IG8FtZ07H/8BvhgFxEO8ARp8BgYcZ2AhdUzRj15KZWrT0vIXnJEq1gEZLA1zDge3Qam24r4UAAAAAAAE/nwCgBwwURA4zMENRZdpeBEtaqcNdLL4wyRwyFFVJN19SUmSfAKBrs4jtfFRU9fsXJtVRgxnm+6MvasbSWpfv9LbvZBN72A1BRVPRYWtfNDcxZFlVclE4RUF0bXp3dUtEdzRWQkdRZG5FY1A1WUY1NjNXRzR5UjlXdmZwNXRScCV612Q=","options":{"backend":"fate","clientTtl":84600,"nameTtl":50000,"nameFee":0,"deposit":0,"gasPrice":1000000000,"amount":"2000000000000000000","gas":1579000,"options":"","dryRunAccount":{"pub":"ak_11111111111111111111111111111111273Yts","amount":"100000000000000000000000000000000000"},"queryFee":30000,"oracleTtl":{"type":"delta","value":500},"queryTtl":{"type":"delta","value":10},"responseTtl":{"type":"delta","value":10},"skipArgsConvert":false,"skipTransformDecoded":false,"callStatic":false,"top":null,"waitMined":true,"verify":false,"filesystem":{},"file_system":{}}}'
Response:
response: {
status: 500,
statusText: 'Internal Server Error',
headers: [Object],
config: [Object],
request: [ClientRequest],
data: ''
}
