// Copyright (c) 2013-2014 Conformal Systems LLC. // Use of this source code is governed by an ISC // license that can be found in the LICENSE file. package btcjson_test import ( "bytes" "encoding/json" "github.com/conformal/btcjson" "testing" ) var resulttests = []struct { cmd string msg []byte comp bool pass bool }{ // Generate a fake message to make sure we can encode and decode it and // get the same thing back. {"getblockcount", []byte(`{"result":226790,"error":{"code":1,"message":"No Error"},"id":"btcd"}`), true, true}, // Generate a fake message to make sure we don't make a command from it. {"anycommand", []byte(`{"result":"test","id":1}`), false, false}, {"anycommand", []byte(`{some junk}`), false, false}, {"anycommand", []byte(`{"error":null,"result":null,"id":"test"}`), false, true}, {"createmultisig", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"createmultisig", []byte(`{"error":null,"id":1,"result":{"address":"something","redeemScript":"else"}}`), false, true}, {"decodescript", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"decodescript", []byte(`{"error":null,"id":1,"result":{"Asm":"something"}}`), false, true}, {"getinfo", []byte(`{"error":null,"result":null,"id":"test"}`), false, true}, {"getinfo", []byte(`{"error":null,"result":null}`), false, false}, {"getinfo", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"getblock", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"getblock", []byte(`{"result":{"hash":"000000","confirmations":16007,"size":325648},"error":null,"id":1}`), false, true}, {"getblockchaininfo", []byte(`{"result":{"chain":"hex","blocks":250000,"bestblockhash":"hash"},"error":null,"id":1}`), false, true}, {"getblockchaininfo", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"getnetworkinfo", []byte(`{"result":{"version":100,"protocolversion":70002},"error":null,"id":1}`), false, true}, {"getnetworkinfo", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"getrawtransaction", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"getrawtransaction", []byte(`{"error":null,"id":1,"result":{"hex":"somejunk","version":1}}`), false, true}, {"gettransaction", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"gettransaction", []byte(`{"error":null,"id":1,"result":{"Amount":0.0}}`), false, true}, {"decoderawtransaction", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"decoderawtransaction", []byte(`{"error":null,"id":1,"result":{"Txid":"something"}}`), false, true}, {"getaddressesbyaccount", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"getaddressesbyaccount", []byte(`{"error":null,"id":1,"result":["test"]}`), false, true}, {"getmininginfo", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"getmininginfo", []byte(`{"error":null,"id":1,"result":{"generate":true}}`), false, true}, {"listreceivedbyaddress", []byte(`{"error":null,"id":1,"result":[{"a"}]}`), false, false}, {"listreceivedbyaddress", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, true}, {"listsinceblock", []byte(`{"error":null,"id":1,"result":[{"a":"b"}]}`), false, false}, {"listsinceblock", []byte(`{"error":null,"id":1,"result":{"lastblock":"something"}}`), false, true}, {"validateaddress", []byte(`{"error":null,"id":1,"result":{"isvalid":false}}`), false, true}, {"validateaddress", []byte(`{"error":null,"id":1,"result":{false}}`), false, false}, {"signrawtransaction", []byte(`{"error":null,"id":1,"result":{"hex":"something","complete":false}}`), false, true}, {"signrawtransaction", []byte(`{"error":null,"id":1,"result":{false}}`), false, false}, {"listunspent", []byte(`{"error":null,"id":1,"result":[{"txid":"something"}]}`), false, true}, {"listunspent", []byte(`{"error":null,"id":1,"result":[{"txid"}]}`), false, false}, } // TestReadResultCmd tests that readResultCmd can properly unmarshall the // returned []byte that contains a json reply for both known and unknown // messages. func TestReadResultCmd(t *testing.T) { for i, tt := range resulttests { result, err := btcjson.ReadResultCmd(tt.cmd, tt.msg) if tt.pass { if err != nil { t.Errorf("Should read result: %d %v", i, err) } // Due to the pointer for the Error and other structs, // we can't always guarantee byte for byte comparison. if tt.comp { msg2, err := json.Marshal(result) if err != nil { t.Errorf("Should unmarshal result: %d %v", i, err) } if !bytes.Equal(tt.msg, msg2) { t.Errorf("json byte arrays differ. %d %v %v", i, tt.msg, msg2) } } } else { if err == nil { t.Errorf("Should fail: %d, %s", i, tt.msg) } } } return }