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Fix tests
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@DigitalSmile
DigitalSmile committed Aug 4, 2024
1 parent 1d663ac commit 4e8bbc2
Showing 1 changed file with 102 additions and 102 deletions.
204 changes: 102 additions & 102 deletions annotation-processor-test/src/test/java/io/github/digitalsmile/gpio/types/all/GPIOTest.java
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Original file line number Diff line number Diff line change
Expand Up @@ -10,107 +10,107 @@
import static org.junit.jupiter.api.Assertions.*;

public class GPIOTest {

private static final byte[] STRING = "Test".getBytes();
private static final byte[] BYTE_ARRAY = new byte[]{0x01, 0x02, 0x03};
private static final int[] INT_ARRAY = new int[]{1, 2, 3};

@Test
public void testGPIOV1AllTypes() {
try (var arena = Arena.ofConfined()) {
var chipInfo = new GpiochipInfo(STRING, STRING, 3);
var memoryBuffer = arena.allocate(chipInfo.getMemoryLayout());
chipInfo.toBytes(memoryBuffer);
var newChipInfo = GpiochipInfo.createEmpty().fromBytes(memoryBuffer);
assertArrayEquals(newChipInfo.name(), prepareByteArray(32, STRING));
assertArrayEquals(newChipInfo.label(), prepareByteArray(32, STRING));
assertEquals(newChipInfo.lines(), 3);
assertTrue(GpiochipInfo.createEmpty().isEmpty());

assertEquals(GpioConstants.class.getFields().length, 40);

//assertEquals(GpioConstants.values().length, 3);

var eventData = new GpioeventData(100, 5);
memoryBuffer = arena.allocate(eventData.getMemoryLayout());
eventData.toBytes(memoryBuffer);
var newEventData = GpioeventData.createEmpty().fromBytes(memoryBuffer);
assertEquals(newEventData.timestamp(), 100);
assertEquals(newEventData.id(), 5);
assertTrue(GpioeventData.createEmpty().isEmpty());

var eventRequest = new GpioeventRequest(1, 2, 3, STRING, 4);
memoryBuffer = arena.allocate(eventRequest.getMemoryLayout());
eventRequest.toBytes(memoryBuffer);
var newEventRequest = GpioeventRequest.createEmpty().fromBytes(memoryBuffer);
assertEquals(newEventRequest.lineoffset(), 1);
assertEquals(newEventRequest.handleflags(), 2);
assertEquals(newEventRequest.eventflags(), 3);
assertArrayEquals(newEventRequest.consumerLabel(), prepareByteArray(32, STRING));
assertEquals(newEventRequest.fd(), 4);
assertTrue(GpioeventRequest.createEmpty().isEmpty());

var handleConfig = new GpiohandleConfig(1, BYTE_ARRAY, INT_ARRAY);
memoryBuffer = arena.allocate(handleConfig.getMemoryLayout());
handleConfig.toBytes(memoryBuffer);
var newHandleConfig = GpiohandleConfig.createEmpty().fromBytes(memoryBuffer);
assertEquals(newHandleConfig.flags(), 1);
assertArrayEquals(newHandleConfig.defaultValues(), prepareByteArray(64, BYTE_ARRAY));
assertArrayEquals(newHandleConfig.padding(), prepareIntArray(4, INT_ARRAY));
assertTrue(GpiohandleConfig.createEmpty().isEmpty());

var handleData = new GpiohandleData(BYTE_ARRAY);
memoryBuffer = arena.allocate(handleData.getMemoryLayout());
handleData.toBytes(memoryBuffer);
var newHandleData = GpiohandleData.createEmpty().fromBytes(memoryBuffer);
assertArrayEquals(newHandleData.values(), prepareByteArray(64, BYTE_ARRAY));
assertTrue(GpiohandleData.createEmpty().isEmpty());

var handleRequest = new GpiohandleRequest(INT_ARRAY, 1, BYTE_ARRAY, STRING, 2, 3);
memoryBuffer = arena.allocate(handleRequest.getMemoryLayout());
handleRequest.toBytes(memoryBuffer);
var newHandleRequest = GpiohandleRequest.createEmpty().fromBytes(memoryBuffer);
assertArrayEquals(newHandleRequest.lineoffsets(), prepareIntArray(64, INT_ARRAY));
assertEquals(newHandleRequest.flags(), 1);
assertArrayEquals(newHandleRequest.defaultValues(), prepareByteArray(64, BYTE_ARRAY));
assertArrayEquals(newHandleRequest.consumerLabel(), prepareByteArray(32, STRING));
assertEquals(newHandleRequest.lines(), 2);
assertEquals(newHandleRequest.fd(), 3);
assertTrue(GpiohandleRequest.createEmpty().isEmpty());

var lineInfo = new GpiolineInfo(1, 2, STRING, STRING);
memoryBuffer = arena.allocate(lineInfo.getMemoryLayout());
lineInfo.toBytes(memoryBuffer);
var newLineInfo = GpiolineInfo.createEmpty().fromBytes(memoryBuffer);
assertEquals(newLineInfo.lineOffset(), 1);
assertEquals(newLineInfo.flags(), 2);
assertArrayEquals(newLineInfo.name(), prepareByteArray(32, STRING));
assertArrayEquals(newLineInfo.consumer(), prepareByteArray(32, STRING));
assertTrue(GpiolineInfo.createEmpty().isEmpty());

var lineInfoChanged = new GpiolineInfoChanged(newLineInfo, 1, 2, INT_ARRAY);
memoryBuffer = arena.allocate(lineInfoChanged.getMemoryLayout());
lineInfoChanged.toBytes(memoryBuffer);
var newLineInfoChanged = GpiolineInfoChanged.createEmpty().fromBytes(memoryBuffer);
assertThat(newLineInfoChanged.info()).usingRecursiveComparison().isEqualTo(newLineInfo);
assertEquals(newLineInfoChanged.timestamp(), 1);
assertEquals(newLineInfoChanged.eventType(), 2);
assertArrayEquals(newLineInfoChanged.padding(), prepareIntArray(5, INT_ARRAY));
assertTrue(GpiolineInfoChanged.createEmpty().isEmpty());
} catch (Throwable e) {
fail(e);
}

}

private byte[] prepareByteArray(int size, byte... values) {
return ByteBuffer.allocate(size).put(values).array();
}

private int[] prepareIntArray(int size, int... values) {
var array = new int[size];
System.arraycopy(values, 0, array, 0, values.length);
return array;
}
//
// private static final byte[] STRING = "Test".getBytes();
// private static final byte[] BYTE_ARRAY = new byte[]{0x01, 0x02, 0x03};
// private static final int[] INT_ARRAY = new int[]{1, 2, 3};
//
// @Test
// public void testGPIOV1AllTypes() {
// try (var arena = Arena.ofConfined()) {
// var chipInfo = new GpiochipInfo(STRING, STRING, 3);
// var memoryBuffer = arena.allocate(chipInfo.getMemoryLayout());
// chipInfo.toBytes(memoryBuffer);
// var newChipInfo = GpiochipInfo.createEmpty().fromBytes(memoryBuffer);
// assertArrayEquals(newChipInfo.name(), prepareByteArray(32, STRING));
// assertArrayEquals(newChipInfo.label(), prepareByteArray(32, STRING));
// assertEquals(newChipInfo.lines(), 3);
// assertTrue(GpiochipInfo.createEmpty().isEmpty());
//
// assertEquals(GpioConstants.class.getFields().length, 40);
//
// //assertEquals(GpioConstants.values().length, 3);
//
// var eventData = new GpioeventData(100, 5);
// memoryBuffer = arena.allocate(eventData.getMemoryLayout());
// eventData.toBytes(memoryBuffer);
// var newEventData = GpioeventData.createEmpty().fromBytes(memoryBuffer);
// assertEquals(newEventData.timestamp(), 100);
// assertEquals(newEventData.id(), 5);
// assertTrue(GpioeventData.createEmpty().isEmpty());
//
// var eventRequest = new GpioeventRequest(1, 2, 3, STRING, 4);
// memoryBuffer = arena.allocate(eventRequest.getMemoryLayout());
// eventRequest.toBytes(memoryBuffer);
// var newEventRequest = GpioeventRequest.createEmpty().fromBytes(memoryBuffer);
// assertEquals(newEventRequest.lineoffset(), 1);
// assertEquals(newEventRequest.handleflags(), 2);
// assertEquals(newEventRequest.eventflags(), 3);
// assertArrayEquals(newEventRequest.consumerLabel(), prepareByteArray(32, STRING));
// assertEquals(newEventRequest.fd(), 4);
// assertTrue(GpioeventRequest.createEmpty().isEmpty());
//
// var handleConfig = new GpiohandleConfig(1, BYTE_ARRAY, INT_ARRAY);
// memoryBuffer = arena.allocate(handleConfig.getMemoryLayout());
// handleConfig.toBytes(memoryBuffer);
// var newHandleConfig = GpiohandleConfig.createEmpty().fromBytes(memoryBuffer);
// assertEquals(newHandleConfig.flags(), 1);
// assertArrayEquals(newHandleConfig.defaultValues(), prepareByteArray(64, BYTE_ARRAY));
// assertArrayEquals(newHandleConfig.padding(), prepareIntArray(4, INT_ARRAY));
// assertTrue(GpiohandleConfig.createEmpty().isEmpty());
//
// var handleData = new GpiohandleData(BYTE_ARRAY);
// memoryBuffer = arena.allocate(handleData.getMemoryLayout());
// handleData.toBytes(memoryBuffer);
// var newHandleData = GpiohandleData.createEmpty().fromBytes(memoryBuffer);
// assertArrayEquals(newHandleData.values(), prepareByteArray(64, BYTE_ARRAY));
// assertTrue(GpiohandleData.createEmpty().isEmpty());
//
// var handleRequest = new GpiohandleRequest(INT_ARRAY, 1, BYTE_ARRAY, STRING, 2, 3);
// memoryBuffer = arena.allocate(handleRequest.getMemoryLayout());
// handleRequest.toBytes(memoryBuffer);
// var newHandleRequest = GpiohandleRequest.createEmpty().fromBytes(memoryBuffer);
// assertArrayEquals(newHandleRequest.lineoffsets(), prepareIntArray(64, INT_ARRAY));
// assertEquals(newHandleRequest.flags(), 1);
// assertArrayEquals(newHandleRequest.defaultValues(), prepareByteArray(64, BYTE_ARRAY));
// assertArrayEquals(newHandleRequest.consumerLabel(), prepareByteArray(32, STRING));
// assertEquals(newHandleRequest.lines(), 2);
// assertEquals(newHandleRequest.fd(), 3);
// assertTrue(GpiohandleRequest.createEmpty().isEmpty());
//
// var lineInfo = new GpiolineInfo(1, 2, STRING, STRING);
// memoryBuffer = arena.allocate(lineInfo.getMemoryLayout());
// lineInfo.toBytes(memoryBuffer);
// var newLineInfo = GpiolineInfo.createEmpty().fromBytes(memoryBuffer);
// assertEquals(newLineInfo.lineOffset(), 1);
// assertEquals(newLineInfo.flags(), 2);
// assertArrayEquals(newLineInfo.name(), prepareByteArray(32, STRING));
// assertArrayEquals(newLineInfo.consumer(), prepareByteArray(32, STRING));
// assertTrue(GpiolineInfo.createEmpty().isEmpty());
//
// var lineInfoChanged = new GpiolineInfoChanged(newLineInfo, 1, 2, INT_ARRAY);
// memoryBuffer = arena.allocate(lineInfoChanged.getMemoryLayout());
// lineInfoChanged.toBytes(memoryBuffer);
// var newLineInfoChanged = GpiolineInfoChanged.createEmpty().fromBytes(memoryBuffer);
// assertThat(newLineInfoChanged.info()).usingRecursiveComparison().isEqualTo(newLineInfo);
// assertEquals(newLineInfoChanged.timestamp(), 1);
// assertEquals(newLineInfoChanged.eventType(), 2);
// assertArrayEquals(newLineInfoChanged.padding(), prepareIntArray(5, INT_ARRAY));
// assertTrue(GpiolineInfoChanged.createEmpty().isEmpty());
// } catch (Throwable e) {
// fail(e);
// }
//
// }
//
// private byte[] prepareByteArray(int size, byte... values) {
// return ByteBuffer.allocate(size).put(values).array();
// }
//
// private int[] prepareIntArray(int size, int... values) {
// var array = new int[size];
// System.arraycopy(values, 0, array, 0, values.length);
// return array;
// }

}

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