package com.pgf.mqspring.component.impl;

import static org.junit.jupiter.api.Assertions.*;
import static org.mockito.ArgumentMatchers.*;
import static org.mockito.Mockito.*;

import java.io.IOException;

import javax.xml.bind.DatatypeConverter;

import org.junit.jupiter.api.BeforeEach;
import org.junit.jupiter.api.Test;
import org.mockito.InjectMocks;
import org.mockito.Mock;
import org.mockito.MockitoAnnotations;
import org.springframework.core.io.ClassPathResource;
import org.springframework.test.util.ReflectionTestUtils;

import com.amazonaws.services.s3.AmazonS3;
import com.amazonaws.services.s3.model.S3Object;
import com.pgf.mqspring.component.MqSpringMessageSourceComponent;
import com.pgf.mqspring.component.TelegramInfoComponent;
import com.pgf.mqspring.model.ReceiveMapVectorRequestModel;

class CharacterCodeConverterComponentImplTest01 {

	@Mock
	AmazonS3 s3Client;

	@Mock
	MqSpringMessageSourceComponent messageSource;

	@InjectMocks
	CharacterCodeConverterComponentImpl target;

	@BeforeEach
	void beforeEacn() throws IOException {
		MockitoAnnotations.openMocks(this);
		S3Object s3Object = new S3Object();
		s3Object.setObjectContent(new ClassPathResource(
				"com/pgf/mqspring/component/impl/CharacterCodeConverterComponentImplTest_01/ibm_telegram_info.csv")
						.getInputStream());
		when(s3Client.getObject(anyString(), anyString())).thenReturn(s3Object);
		TelegramInfoComponent telegramInfoComponent = new TelegramInfoComponentImpl(s3Client, messageSource, "", "");
		ReflectionTestUtils.setField(target, "telegramInfoComponent", telegramInfoComponent);
	}

	@Test
	void encodeVectorData01() {
		ReceiveMapVectorRequestModel model = new ReceiveMapVectorRequestModel();
		model.setVectorDescriptor("1802");
		model.setVectorType("I");
		model.setVectorVersion("00000001");
		model.setRmTransmitSendAreas("Y");
		model.setRmMapset("MUT0100");
		model.setRmMap("MUT0100");
		model.setRmAid("DFHPF8");
		model.setRmCposn("0");

		byte[] vectorDescriptor = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"1802", 4, false);
		byte[] vectorType = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"I", 1, false);
		byte[] vectorVersion = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"00000001", 7, false);
		byte[] rmTransmitSendAreas = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"Y", 4, false);
		byte[] rmMapset = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0100", 8, false);
		byte[] rmMap = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0100", 8, false);
		byte[] rmAid = { -8, 64, 64, 64 };
		byte[] rmCposn = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"0", 4, false);
		byte[] expected = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"concatByteArrays",
				(Object) new byte[][] { DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)),
						vectorDescriptor, vectorType, vectorVersion, rmTransmitSendAreas,
						rmMapset, rmMap,
						rmAid, rmCposn, DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)) });
		assertArrayEquals(expected, target.encodeVectorData("UT01", model, 0));
	}

	@Test
	void encodeVectorData02() {
		ReceiveMapVectorRequestModel model = new ReceiveMapVectorRequestModel();
		model.setVectorDescriptor("1802");
		model.setVectorType("I");
		model.setVectorVersion("00000001");
		model.setRmTransmitSendAreas("Y");
		model.setRmMapset("MUT0200");
		model.setRmMap("MUT0200");
		model.setRmAid("DFHPF10");
		model.setRmCposn("0");

		byte[] vectorDescriptor = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"1802", 4, false);
		byte[] vectorType = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"I", 1, false);
		byte[] vectorVersion = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"00000001", 7, false);
		byte[] rmTransmitSendAreas = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"Y", 4, false);
		byte[] rmMapset = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0200", 8, false);
		byte[] rmMap = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0200", 8, false);
		byte[] rmAid = { 122, 64, 64, 64 };
		byte[] rmCposn = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"0", 4, false);
		byte[] expected = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"concatByteArrays",
				(Object) new byte[][] { DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)),
						vectorDescriptor, vectorType, vectorVersion, rmTransmitSendAreas,
						rmMapset, rmMap,
						rmAid, rmCposn, DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)) });
		assertArrayEquals(expected, target.encodeVectorData("UT02", model, 0));
	}

	@Test
	void encodeVectorData03() {
		ReceiveMapVectorRequestModel model = new ReceiveMapVectorRequestModel();
		model.setVectorDescriptor("1802");
		model.setVectorType("I");
		model.setVectorVersion("00000001");
		model.setRmTransmitSendAreas("Y");
		model.setRmMapset("MUT0300");
		model.setRmMap("MUT0300");
		model.setRmAid("DFHENTER");
		model.setRmCposn("0");

		byte[] vectorDescriptor = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"1802", 4, false);
		byte[] vectorType = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"I", 1, false);
		byte[] vectorVersion = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"00000001", 7, false);
		byte[] rmTransmitSendAreas = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"Y", 4, false);
		byte[] rmMapset = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0300", 8, false);
		byte[] rmMap = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0300", 8, false);
		byte[] rmAid = { 125, 64, 64, 64 };
		byte[] rmCposn = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"0", 4, false);
		byte[] expected = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"concatByteArrays",
				(Object) new byte[][] { DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)),
						vectorDescriptor, vectorType, vectorVersion, rmTransmitSendAreas,
						rmMapset, rmMap,
						rmAid, rmCposn, DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)) });
		assertArrayEquals(expected, target.encodeVectorData("UT03", model, 0));
	}

	@Test
	void encodeVectorData04() {
		ReceiveMapVectorRequestModel model = new ReceiveMapVectorRequestModel();
		model.setVectorDescriptor("1802");
		model.setVectorType("I");
		model.setVectorVersion("00000001");
		model.setRmTransmitSendAreas("Y");
		model.setRmMapset("MUT0400");
		model.setRmMap("MUT0400");
		model.setRmAid("DFHENTER_");
		model.setRmCposn("0");

		byte[] vectorDescriptor = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"1802", 4, false);
		byte[] vectorType = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"I", 1, false);
		byte[] vectorVersion = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"00000001", 7, false);
		byte[] rmTransmitSendAreas = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"Y", 4, false);
		byte[] rmMapset = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0400", 8, false);
		byte[] rmMap = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0400", 8, false);
		byte[] rmAid = { 125, 64, 64, 64 };
		byte[] rmCposn = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"0", 4, false);
		byte[] expected = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"concatByteArrays",
				(Object) new byte[][] { DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)),
						vectorDescriptor, vectorType, vectorVersion, rmTransmitSendAreas,
						rmMapset, rmMap,
						rmAid, rmCposn, DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)) });
		assertArrayEquals(expected, target.encodeVectorData("UT04", model, 0));
	}

	@Test
	void encodeVectorData05() {
		ReceiveMapVectorRequestModel model = new ReceiveMapVectorRequestModel();
		model.setVectorDescriptor("1802");
		model.setVectorType("I");
		model.setVectorVersion("00000001");
		model.setRmTransmitSendAreas("Y");
		model.setRmMapset("MUT0500");
		model.setRmMap("MUT0500");
		model.setRmAid("DFHPF8");
		model.setRmCposn("");

		byte[] vectorDescriptor = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"1802", 4, false);
		byte[] vectorType = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"I", 1, false);
		byte[] vectorVersion = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"00000001", 7, false);
		byte[] rmTransmitSendAreas = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"Y", 4, false);
		byte[] rmMapset = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0500", 8, false);
		byte[] rmMap = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"encodeStringData",
				"MUT0500", 8, false);
		byte[] rmAid = { -8, 64, 64, 64 };
		byte[] rmCposn = new byte[4];
		byte[] expected = ReflectionTestUtils.invokeMethod(CharacterCodeConverterComponentImpl.class,
				"concatByteArrays",
				(Object) new byte[][] { DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)),
						vectorDescriptor, vectorType, vectorVersion, rmTransmitSendAreas,
						rmMapset, rmMap,
						rmAid, rmCposn, DatatypeConverter.parseHexBinary(String.format("%08x", 12 + 8 + 5 + 7 + 5)) });
		assertArrayEquals(expected, target.encodeVectorData("UT05", model, 0));
	}

}