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[client] input: add platform-neutral keycodes

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This commit is contained in:
Geoffrey McRae
2026-09-12 10:12:18 +10:00
parent 382f35e503
commit 7ea69f3d1c
26 changed files with 1412 additions and 1000 deletions
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74
client/tests/input_test.c
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@@ -22,7 +22,7 @@
#include "common/debug.h"
#include <linux/input.h>
#include "input/keycodes.h"
#include <stdint.h>
#include <stdio.h>
#include <string.h>
@@ -70,7 +70,7 @@ typedef struct FakeInput
RetiredListener retired[TEST_RETIRED_LISTENERS];
unsigned retiredCount;
FakeCalls calls;
bool remoteKeys[KEY_MAX];
bool remoteKeys[LG_KEY_MAX];
uint32_t remoteButtons;
int lastKeyDown;
int lastKeyUp;
@@ -167,7 +167,7 @@ static bool fakeKeyDown(void * opaque, int key)
FakeInput * input = opaque;
if (!fakeAlive(input))
return false;
if (key < 0 || key >= KEY_MAX)
if (key < 0 || key >= LG_KEY_MAX)
{
++input->calls.fault;
return false;
@@ -186,7 +186,7 @@ static bool fakeKeyUp(void * opaque, int key)
FakeInput * input = opaque;
if (!fakeAlive(input))
return false;
if (key < 0 || key >= KEY_MAX)
if (key < 0 || key >= LG_KEY_MAX)
{
++input->calls.fault;
return false;
@@ -410,9 +410,9 @@ static bool testHandoff(TestState * state)
{
CHECK(bindBoth(state));
CHECK(lgInput_keyDown(KEY_A));
CHECK(lgInput_keyDown(LG_KEY_A));
CHECK(lgInput_mousePress(1));
CHECK(state->transport.remoteKeys[KEY_A]);
CHECK(state->transport.remoteKeys[LG_KEY_A]);
CHECK(state->transport.remoteButtons & (UINT32_C(1) << 1));
const unsigned transportKeyUp = state->transport.calls.keyUp;
@@ -421,42 +421,42 @@ static bool testHandoff(TestState * state)
const unsigned fallbackReset = state->fallback.calls.reset;
CHECK(setAvailable(&state->transport, false));
CHECK(state->transport.calls.keyUp == transportKeyUp + 1);
CHECK(state->transport.lastKeyUp == KEY_A);
CHECK(state->transport.lastKeyUp == LG_KEY_A);
CHECK(state->transport.calls.release == transportRelease + 1);
CHECK(state->transport.lastRelease == 1);
CHECK(state->transport.calls.reset == transportReset + 1);
CHECK(state->fallback.calls.reset == fallbackReset + 1);
CHECK(!state->transport.remoteKeys[KEY_A]);
CHECK(!state->transport.remoteKeys[LG_KEY_A]);
CHECK(state->transport.remoteButtons == 0);
const unsigned fallbackKeyUp = state->fallback.calls.keyUp;
const unsigned fallbackRelease = state->fallback.calls.release;
CHECK(lgInput_keyUp(KEY_A));
CHECK(lgInput_keyUp(LG_KEY_A));
CHECK(lgInput_mouseRelease(1));
CHECK(state->fallback.calls.keyUp == fallbackKeyUp);
CHECK(state->fallback.calls.release == fallbackRelease);
CHECK(lgInput_keyDown(KEY_B));
CHECK(lgInput_keyDown(LG_KEY_B));
CHECK(lgInput_mousePress(2));
CHECK(state->fallback.remoteKeys[KEY_B]);
CHECK(state->fallback.remoteKeys[LG_KEY_B]);
CHECK(setAvailable(&state->transport, true));
CHECK(state->fallback.calls.keyUp == fallbackKeyUp + 1);
CHECK(state->fallback.lastKeyUp == KEY_B);
CHECK(state->fallback.lastKeyUp == LG_KEY_B);
CHECK(state->fallback.calls.release == fallbackRelease + 1);
CHECK(state->fallback.lastRelease == 2);
CHECK(!state->fallback.remoteKeys[KEY_B]);
CHECK(!state->fallback.remoteKeys[LG_KEY_B]);
CHECK(state->fallback.remoteButtons == 0);
CHECK(lgInput_keyDown(KEY_C));
CHECK(lgInput_keyDown(LG_KEY_C));
CHECK(lgInput_mousePress(3));
const unsigned secondTransportKeyUp = state->transport.calls.keyUp;
const unsigned secondTransportRelease = state->transport.calls.release;
lgInput_useTransport(false);
CHECK(state->transport.calls.keyUp == secondTransportKeyUp + 1);
CHECK(state->transport.lastKeyUp == KEY_C);
CHECK(state->transport.lastKeyUp == LG_KEY_C);
CHECK(state->transport.calls.release == secondTransportRelease + 1);
CHECK(state->transport.lastRelease == 3);
CHECK(!state->transport.remoteKeys[KEY_C]);
CHECK(!state->transport.remoteKeys[LG_KEY_C]);
CHECK(state->transport.remoteButtons == 0);
return true;
}
@@ -492,7 +492,7 @@ static bool testStale(TestState * state)
static bool testDeadDrop(TestState * state)
{
CHECK(bindBoth(state));
CHECK(lgInput_keyDown(KEY_A));
CHECK(lgInput_keyDown(LG_KEY_A));
CHECK(lgInput_mousePress(1));
LG_InputStatusFn stale = state->transport.listener;
@@ -509,13 +509,13 @@ static bool testDeadDrop(TestState * state)
CHECK(state->transport.calls.reset == reset);
CHECK(state->transport.calls.listenerClear == listenerClear);
CHECK(state->transport.calls.dead == 0);
CHECK(state->transport.remoteKeys[KEY_A]);
CHECK(state->transport.remoteKeys[LG_KEY_A]);
CHECK(state->transport.remoteButtons & (UINT32_C(1) << 1));
CHECK(lgInput_available());
const unsigned fallbackKeyUp = state->fallback.calls.keyUp;
const unsigned fallbackRelease = state->fallback.calls.release;
CHECK(lgInput_keyUp(KEY_A));
CHECK(lgInput_keyUp(LG_KEY_A));
CHECK(lgInput_mouseRelease(1));
CHECK(state->fallback.calls.keyUp == fallbackKeyUp);
CHECK(state->fallback.calls.release == fallbackRelease);
@@ -541,23 +541,23 @@ static bool testRollback(TestState * state)
CHECK(lgInput_available());
state->transport.keyDownResult = false;
CHECK(!lgInput_keyDown(KEY_A));
CHECK(!lgInput_keyDown(LG_KEY_A));
CHECK(state->transport.calls.keyDown == 1);
state->transport.keyDownResult = true;
CHECK(lgInput_keyDown(KEY_A));
CHECK(lgInput_keyDown(LG_KEY_A));
CHECK(state->transport.calls.keyDown == 2);
CHECK(lgInput_keyDown(KEY_A));
CHECK(lgInput_keyDown(LG_KEY_A));
CHECK(state->transport.calls.keyDown == 2);
state->transport.keyUpResult = false;
CHECK(!lgInput_keyUp(KEY_A));
CHECK(!lgInput_keyUp(LG_KEY_A));
CHECK(state->transport.calls.keyUp == 1);
CHECK(state->transport.remoteKeys[KEY_A]);
CHECK(state->transport.remoteKeys[LG_KEY_A]);
state->transport.keyUpResult = true;
CHECK(lgInput_keyUp(KEY_A));
CHECK(lgInput_keyUp(LG_KEY_A));
CHECK(state->transport.calls.keyUp == 2);
CHECK(!state->transport.remoteKeys[KEY_A]);
CHECK(lgInput_keyUp(KEY_A));
CHECK(!state->transport.remoteKeys[LG_KEY_A]);
CHECK(lgInput_keyUp(LG_KEY_A));
CHECK(state->transport.calls.keyUp == 2);
state->transport.pressResult = false;
@@ -588,9 +588,9 @@ static bool testDuplicate(TestState * state)
CHECK(lgInput_available());
CHECK(!lgInput_keyDown(-1));
CHECK(!lgInput_keyDown(KEY_MAX));
CHECK(!lgInput_keyDown(LG_KEY_MAX));
CHECK(!lgInput_keyUp(-1));
CHECK(!lgInput_keyUp(KEY_MAX));
CHECK(!lgInput_keyUp(LG_KEY_MAX));
CHECK(!lgInput_mousePress(0));
CHECK(!lgInput_mousePress(32));
CHECK(!lgInput_mouseRelease(0));
@@ -600,11 +600,11 @@ static bool testDuplicate(TestState * state)
CHECK(state->transport.calls.press == 0);
CHECK(state->transport.calls.release == 0);
CHECK(lgInput_keyDown(KEY_A));
CHECK(lgInput_keyDown(KEY_A));
CHECK(lgInput_keyDown(LG_KEY_A));
CHECK(lgInput_keyDown(LG_KEY_A));
CHECK(state->transport.calls.keyDown == 1);
CHECK(lgInput_keyUp(KEY_A));
CHECK(lgInput_keyUp(KEY_A));
CHECK(lgInput_keyUp(LG_KEY_A));
CHECK(lgInput_keyUp(LG_KEY_A));
CHECK(state->transport.calls.keyUp == 1);
CHECK(lgInput_mousePress(1));
@@ -614,13 +614,13 @@ static bool testDuplicate(TestState * state)
CHECK(lgInput_mouseRelease(1));
CHECK(state->transport.calls.release == 1);
CHECK(lgInput_keyDown(KEY_B));
CHECK(lgInput_keyDown(KEY_C));
CHECK(lgInput_keyDown(LG_KEY_B));
CHECK(lgInput_keyDown(LG_KEY_C));
const unsigned keyUp = state->transport.calls.keyUp;
lgInput_releaseKeys();
CHECK(state->transport.calls.keyUp == keyUp + 2);
CHECK(!state->transport.remoteKeys[KEY_B]);
CHECK(!state->transport.remoteKeys[KEY_C]);
CHECK(!state->transport.remoteKeys[LG_KEY_B]);
CHECK(!state->transport.remoteKeys[LG_KEY_C]);
lgInput_releaseKeys();
CHECK(state->transport.calls.keyUp == keyUp + 2);
return true;