func BenchmarkJSONFormatter(b *testing.B) {
test := newTestJSONFormatter([]interface{}{
`findKey :": key ::`,
`findKey :}: : pop : end`,
`key :": findVal : : key`,
`findVal :\:: value ::`,
`value :": string ::`,
`value :[: array : push : arr`,
`value :{: findKey : push : obj`,
`value :,: findKey : : val`,
`value :}: : pop : val+end`,
`string :": findKey : : esc`,
`array :[: array : push : arr`,
`array :{: findKey : push : obj`,
`array :]: : pop : end`,
`array :,: arrIntVal : : val`,
`array :": arrStrVal ::`,
`arrIntVal :,: arrIntVal : : val`,
`arrIntVal :]: : pop : val+end`,
`arrStrVal :": arrNextStr : : esc`,
`arrNextStr :": arrStrVal ::`,
`arrNextStr :]: : pop : end`,
}, "findKey")
for i := 0; i < b.N; i++ {
testString := fmt.Sprintf(`{"a":%d23,"b":"string","c":[%d,2,3],"d":[{"a":%d}],"e":[[%d,2]],"f":[{"a":%d},{"b":2}],"g":[[%d,2],[3,4]]}`, i, i, i, i, i, i)
msg := core.NewMessage(nil, []byte(testString), 0)
test.Format(msg)
}
}
func testFormatter(formatter core.Formatter) bool {
message := []byte("\ttest\r\n123 456\n")
msg := core.NewMessage(nil, message, 0)
formatter.Format(msg)
return true
}
func TestJSONFormatter1(t *testing.T) {
expect := shared.NewExpect(t)
testString := `{"a":123,"b":"string","c":[1,2,3],"d":[{"a":1}],"e":[[1,2]],"f":[{"a":1},{"b":2}],"g":[[1,2],[3,4]]}`
msg := core.NewMessage(nil, []byte(testString), 0)
test := newTestJSONFormatter([]interface{}{
`findKey :": key ::`,
`findKey :}: : pop : end`,
`key :": findVal : : key`,
`findVal :\:: value ::`,
`value :": string ::`,
`value :[: array : push : arr`,
`value :{: findKey : push : obj`,
`value :,: findKey : : val`,
`value :}: : pop : val+end`,
`string :": findKey : : esc`,
`array :[: array : push : arr`,
`array :{: findKey : push : obj`,
`array :]: : pop : end`,
`array :,: arrIntVal : : val`,
`array :": arrStrVal ::`,
`arrIntVal :,: arrIntVal : : val`,
`arrIntVal :]: : pop : val+end`,
`arrStrVal :": arrNextStr : : esc`,
`arrNextStr :": arrStrVal ::`,
`arrNextStr :]: : pop : end`,
}, "findKey")
result, _ := test.Format(msg)
expect.Equal(testString, string(result))
}
func (prod *Proxy) sendMessage(msg core.Message) {
// If we have not yet connected or the connection dropped: connect.
for prod.connection == nil {
conn, err := net.DialTimeout(prod.protocol, prod.address, prod.timeout)
if err != nil {
Log.Error.Print("Proxy connection error - ", err)
<-time.After(time.Second)
} else {
conn.(bufferedConn).SetWriteBuffer(prod.bufferSizeKB << 10)
prod.connection = conn
}
}
// Check if and how to work with the message source
responder, processResponse := msg.Source.(core.AsyncMessageSource)
if processResponse {
if serialResponder, isSerial := msg.Source.(core.SerialMessageSource); isSerial {
defer serialResponder.ResponseDone()
}
}
// Write data
prod.connection.SetWriteDeadline(time.Now().Add(prod.timeout))
if _, err := prod.connection.Write(msg.Data); err != nil {
Log.Error.Print("Proxy write error: ", err)
prod.connection.Close()
prod.connection = nil
return // ### return, connection closed ###
}
// Prepare responder function
enqueueResponse := shared.BufferReadCallback(nil)
if processResponse {
enqueueResponse = func(data []byte, seq uint64) {
response := core.NewMessage(prod, data, seq)
responder.EnqueueResponse(response)
}
}
// Read response
prod.connection.SetReadDeadline(time.Now().Add(prod.timeout))
if err := prod.reader.ReadAll(prod.connection, enqueueResponse); err != nil {
Log.Error.Print("Proxy read error: ", err)
prod.connection.Close()
prod.connection = nil
return // ### return, connection closed ###
}
}
func (client *proxyClient) sendMessage(data []byte, seq uint64) {
msg := core.NewMessage(client, data, seq)
client.proxy.EnqueueMessage(msg)
}
