void GFXD3D9ShaderConstBuffer::set(GFXShaderConstHandle* handle, const S32 f)
{
// This is the only type that is allowed to be used
// with a sampler shader constant type, but it is only
// allowed to be set from GLSL.
//
// So we ignore it here... all other cases will assert.
//
if ( ((GFXD3D9ShaderConstHandle*)handle)->isSampler() )
return;
SET_CONSTANT(handle, f, mVertexConstBufferI, mPixelConstBufferI);
}
JObject* InitConstants() {
Module* module = GetBuiltinModule(MODULE_CONSTANTS);
JObject* constants = module->module;
if (constants == NULL) {
constants = new JObject();
SET_CONSTANT(constants, O_APPEND);
SET_CONSTANT(constants, O_CREAT);
SET_CONSTANT(constants, O_EXCL);
SET_CONSTANT(constants, O_RDONLY);
SET_CONSTANT(constants, O_RDWR);
SET_CONSTANT(constants, O_SYNC);
SET_CONSTANT(constants, O_TRUNC);
SET_CONSTANT(constants, O_WRONLY);
SET_CONSTANT(constants, S_IFMT);
SET_CONSTANT(constants, S_IFDIR);
module->module = constants;
}
return constants;
}
JObject* InitGpio() {
Module* module = GetBuiltinModule(MODULE_GPIO);
JObject* jgpio = module->module;
if (jgpio == NULL) {
jgpio = new JObject();
jgpio->SetMethod("initialize", Initialize);
jgpio->SetMethod("release", Release);
jgpio->SetMethod("setPin", SetPin);
jgpio->SetMethod("writePin", WritePin);
jgpio->SetMethod("readPin", ReadPin);
jgpio->SetMethod("setPort", SetPort);
jgpio->SetMethod("writePort", WritePort);
jgpio->SetMethod("readPort", ReadPort);
jgpio->SetMethod("query", Query);
#define SET_CONSTANT(object, name, constant) \
do { \
JObject value(constant); \
object->SetProperty(name, value); \
} while (0)
SET_CONSTANT(jgpio, "kGpioDirectionNone", kGpioDirectionNone);
SET_CONSTANT(jgpio, "kGpioDirectionIn", kGpioDirectionIn);
SET_CONSTANT(jgpio, "kGpioDirectionOut", kGpioDirectionOut);
SET_CONSTANT(jgpio, "kGpioModeNone", kGpioModeNone);
SET_CONSTANT(jgpio, "kGpioModePullup", kGpioModePullup);
SET_CONSTANT(jgpio, "kGpioModePulldown", kGpioModePulldown);
SET_CONSTANT(jgpio, "kGpioModeFloat", kGpioModeFloat);
SET_CONSTANT(jgpio, "kGpioModePushpull", kGpioModePushpull);
SET_CONSTANT(jgpio, "kGpioModeOpendrain", kGpioModeOpendrain);
SET_CONSTANT(jgpio, "kGpioErrOk", kGpioErrOk);
SET_CONSTANT(jgpio, "kGpioErrInitialize", kGpioErrInitialize);
SET_CONSTANT(jgpio, "kGpioErrNotInitialized", kGpioErrNotInitialized);
SET_CONSTANT(jgpio, "kGpioErrWrongUse", kGpioErrWrongUse);
SET_CONSTANT(jgpio, "kGpioErrSysErr", kGpioErrSys);
#undef SET_CONSTANT
Gpio* gpio = Gpio::Create(*jgpio);
IOTJS_ASSERT(gpio == reinterpret_cast<Gpio*>(jgpio->GetNative()));
module->module = jgpio;
}
return jgpio;
}
iotjs_jval_t InitConstants() {
iotjs_jval_t constants = iotjs_jval_create_object();
SET_CONSTANT(&constants, O_APPEND);
SET_CONSTANT(&constants, O_CREAT);
SET_CONSTANT(&constants, O_EXCL);
SET_CONSTANT(&constants, O_RDONLY);
SET_CONSTANT(&constants, O_RDWR);
SET_CONSTANT(&constants, O_SYNC);
SET_CONSTANT(&constants, O_TRUNC);
SET_CONSTANT(&constants, O_WRONLY);
SET_CONSTANT(&constants, S_IFMT);
SET_CONSTANT(&constants, S_IFDIR);
SET_CONSTANT(&constants, S_IFREG);
return constants;
}
JNIEXPORT void JNICALL CLASS_METHOD(initConstants)(JNIEnv *env, jclass clazz)
{
#define SET_CONSTANT(item) \
LOGE("SETTING %s to %d", #item, item); \
if (!set_int_constant(env, clazz, #item, item)) { \
return; \
}
#if EWOULDBLOCK != EAGAIN
#error EWOULDBLOCK != EAGAIN
#endif
// BEGIN: errno.h
SET_CONSTANT(EPERM); /* 1 */
SET_CONSTANT(ENOENT); /* 2 */
SET_CONSTANT(ESRCH); /* 3 */
SET_CONSTANT(EINTR); /* 4 */
SET_CONSTANT(EIO); /* 5 */
SET_CONSTANT(ENXIO); /* 6 */
SET_CONSTANT(E2BIG); /* 7 */
SET_CONSTANT(ENOEXEC); /* 8 */
SET_CONSTANT(EBADF); /* 9 */
SET_CONSTANT(ECHILD); /* 10 */
SET_CONSTANT(EAGAIN); /* 11 */
SET_CONSTANT(ENOMEM); /* 12 */
SET_CONSTANT(EACCES); /* 13 */
SET_CONSTANT(EFAULT); /* 14 */
SET_CONSTANT(ENOTBLK); /* 15 */
SET_CONSTANT(EBUSY); /* 16 */
SET_CONSTANT(EEXIST); /* 17 */
SET_CONSTANT(EXDEV); /* 18 */
SET_CONSTANT(ENODEV); /* 19 */
SET_CONSTANT(ENOTDIR); /* 20 */
SET_CONSTANT(EISDIR); /* 21 */
SET_CONSTANT(EINVAL); /* 22 */
SET_CONSTANT(ENFILE); /* 23 */
SET_CONSTANT(EMFILE); /* 24 */
SET_CONSTANT(ENOTTY); /* 25 */
SET_CONSTANT(ETXTBSY); /* 26 */
SET_CONSTANT(EFBIG); /* 27 */
SET_CONSTANT(ENOSPC); /* 28 */
SET_CONSTANT(ESPIPE); /* 29 */
SET_CONSTANT(EROFS); /* 30 */
SET_CONSTANT(EMLINK); /* 31 */
SET_CONSTANT(EPIPE); /* 32 */
SET_CONSTANT(EDOM); /* 33 */
SET_CONSTANT(ERANGE); /* 34 */
SET_CONSTANT(EDEADLK); /* 35 */
SET_CONSTANT(ENAMETOOLONG); /* 36 */
SET_CONSTANT(ENOLCK); /* 37 */
SET_CONSTANT(ENOSYS); /* 38 */
SET_CONSTANT(ENOTEMPTY); /* 39 */
SET_CONSTANT(ELOOP); /* 40 */
SET_CONSTANT(ENOMSG); /* 42 */
SET_CONSTANT(EIDRM); /* 43 */
SET_CONSTANT(ECHRNG); /* 44 */
SET_CONSTANT(EL2NSYNC); /* 45 */
SET_CONSTANT(EL3HLT); /* 46 */
SET_CONSTANT(EL3RST); /* 47 */
SET_CONSTANT(ELNRNG); /* 48 */
SET_CONSTANT(EUNATCH); /* 49 */
SET_CONSTANT(ENOCSI); /* 50 */
SET_CONSTANT(EL2HLT); /* 51 */
SET_CONSTANT(EBADE); /* 52 */
SET_CONSTANT(EBADR); /* 53 */
SET_CONSTANT(EXFULL); /* 54 */
SET_CONSTANT(ENOANO); /* 55 */
SET_CONSTANT(EBADRQC); /* 56 */
SET_CONSTANT(EBADSLT); /* 57 */
SET_CONSTANT(EBFONT); /* 59 */
SET_CONSTANT(ENOSTR); /* 60 */
SET_CONSTANT(ENODATA); /* 61 */
SET_CONSTANT(ETIME); /* 62 */
SET_CONSTANT(ENOSR); /* 63 */
SET_CONSTANT(ENONET); /* 64 */
SET_CONSTANT(ENOPKG); /* 65 */
SET_CONSTANT(EREMOTE); /* 66 */
SET_CONSTANT(ENOLINK); /* 67 */
SET_CONSTANT(EADV); /* 68 */
SET_CONSTANT(ESRMNT); /* 69 */
SET_CONSTANT(ECOMM); /* 70 */
SET_CONSTANT(EPROTO); /* 71 */
SET_CONSTANT(EMULTIHOP); /* 72 */
SET_CONSTANT(EDOTDOT); /* 73 */
SET_CONSTANT(EBADMSG); /* 74 */
SET_CONSTANT(EOVERFLOW); /* 75 */
SET_CONSTANT(ENOTUNIQ); /* 76 */
SET_CONSTANT(EBADFD); /* 77 */
SET_CONSTANT(EREMCHG); /* 78 */
SET_CONSTANT(ELIBACC); /* 79 */
SET_CONSTANT(ELIBBAD); /* 80 */
SET_CONSTANT(ELIBSCN); /* 81 */
SET_CONSTANT(ELIBMAX); /* 82 */
SET_CONSTANT(ELIBEXEC); /* 83 */
SET_CONSTANT(EILSEQ); /* 84 */
SET_CONSTANT(ERESTART); /* 85 */
SET_CONSTANT(ESTRPIPE); /* 86 */
SET_CONSTANT(EUSERS); /* 87 */
SET_CONSTANT(ENOTSOCK); /* 88 */
SET_CONSTANT(EDESTADDRREQ); /* 89 */
SET_CONSTANT(EMSGSIZE); /* 90 */
SET_CONSTANT(EPROTOTYPE); /* 91 */
SET_CONSTANT(ENOPROTOOPT); /* 92 */
SET_CONSTANT(EPROTONOSUPPORT); /* 93 */
SET_CONSTANT(ESOCKTNOSUPPORT); /* 94 */
SET_CONSTANT(EOPNOTSUPP); /* 95 */
SET_CONSTANT(EPFNOSUPPORT); /* 96 */
SET_CONSTANT(EAFNOSUPPORT); /* 97 */
SET_CONSTANT(EADDRINUSE); /* 98 */
SET_CONSTANT(EADDRNOTAVAIL); /* 99 */
SET_CONSTANT(ENETDOWN); /* 100 */
SET_CONSTANT(ENETUNREACH); /* 101 */
SET_CONSTANT(ENETRESET); /* 102 */
SET_CONSTANT(ECONNABORTED); /* 103 */
SET_CONSTANT(ECONNRESET); /* 104 */
SET_CONSTANT(ENOBUFS); /* 105 */
SET_CONSTANT(EISCONN); /* 106 */
SET_CONSTANT(ENOTCONN); /* 107 */
SET_CONSTANT(ESHUTDOWN); /* 108 */
SET_CONSTANT(ETOOMANYREFS); /* 109 */
SET_CONSTANT(ETIMEDOUT); /* 110 */
SET_CONSTANT(ECONNREFUSED); /* 111 */
SET_CONSTANT(EHOSTDOWN); /* 112 */
SET_CONSTANT(EHOSTUNREACH); /* 113 */
SET_CONSTANT(EALREADY); /* 114 */
SET_CONSTANT(EINPROGRESS); /* 115 */
SET_CONSTANT(ESTALE); /* 116 */
SET_CONSTANT(EUCLEAN); /* 117 */
SET_CONSTANT(ENOTNAM); /* 118 */
SET_CONSTANT(ENAVAIL); /* 119 */
SET_CONSTANT(EISNAM); /* 120 */
SET_CONSTANT(EREMOTEIO); /* 121 */
SET_CONSTANT(EDQUOT); /* 122 */
SET_CONSTANT(ENOMEDIUM); /* 123 */
SET_CONSTANT(EMEDIUMTYPE); /* 124 */
SET_CONSTANT(ECANCELED); /* 125 */
SET_CONSTANT(ENOKEY); /* 126 */
SET_CONSTANT(EKEYEXPIRED); /* 127 */
SET_CONSTANT(EKEYREVOKED); /* 128 */
SET_CONSTANT(EKEYREJECTED); /* 129 */
SET_CONSTANT(EOWNERDEAD); /* 130 */
SET_CONSTANT(ENOTRECOVERABLE); /* 131 */
// END: errno.h
// BEGIN: linux/stat.h
SET_CONSTANT(S_IFMT); /* 00170000 */
SET_CONSTANT(S_IFSOCK); /* 0140000 */
SET_CONSTANT(S_IFLNK); /* 0120000 */
SET_CONSTANT(S_IFREG); /* 0100000 */
SET_CONSTANT(S_IFBLK); /* 0060000 */
SET_CONSTANT(S_IFDIR); /* 0040000 */
SET_CONSTANT(S_IFCHR); /* 0020000 */
SET_CONSTANT(S_IFIFO); /* 0010000 */
SET_CONSTANT(S_ISUID); /* 0004000 */
SET_CONSTANT(S_ISGID); /* 0002000 */
SET_CONSTANT(S_ISVTX); /* 0001000 */
SET_CONSTANT(S_IRWXU); /* 00700 */
SET_CONSTANT(S_IRUSR); /* 00400 */
SET_CONSTANT(S_IWUSR); /* 00200 */
SET_CONSTANT(S_IXUSR); /* 00100 */
SET_CONSTANT(S_IRWXG); /* 00070 */
SET_CONSTANT(S_IRGRP); /* 00040 */
SET_CONSTANT(S_IWGRP); /* 00020 */
SET_CONSTANT(S_IXGRP); /* 00010 */
SET_CONSTANT(S_IRWXO); /* 00007 */
SET_CONSTANT(S_IROTH); /* 00004 */
SET_CONSTANT(S_IWOTH); /* 00002 */
SET_CONSTANT(S_IXOTH); /* 00001 */
// END: linux/stat.h
// BEGIN: sys/statvfs.h
#if __ANDROID_API__ >= 21
SET_CONSTANT(ST_RDONLY); /* 0x0001 */
SET_CONSTANT(ST_NOSUID); /* 0x0002 */
SET_CONSTANT(ST_NODEV); /* 0x0004 */
SET_CONSTANT(ST_NOEXEC); /* 0x0008 */
SET_CONSTANT(ST_SYNCHRONOUS); /* 0x0010 */
SET_CONSTANT(ST_MANDLOCK); /* 0x0040 */
SET_CONSTANT(ST_NOATIME); /* 0x0400 */
SET_CONSTANT(ST_NODIRATIME); /* 0x0800 */
SET_CONSTANT(ST_RELATIME); /* 0x1000 */
#endif
// END: sys/statvfs.h
// BEGIN: unistd.h
SET_CONSTANT(STDIN_FILENO); /* 0 */
SET_CONSTANT(STDOUT_FILENO); /* 1 */
SET_CONSTANT(STDERR_FILENO); /* 2 */
// END: unistd.h
}
void GFXD3D9ShaderConstBuffer::set(GFXShaderConstHandle* handle, const AlignedArray<Point4I>& fv)
{
SET_CONSTANT(handle, fv, mVertexConstBufferI, mPixelConstBufferI);
}
void GFXD3D9ShaderConstBuffer::set(GFXShaderConstHandle* handle, const Point3I& fv)
{
SET_CONSTANT(handle, fv, mVertexConstBufferI, mPixelConstBufferI);
}
void GFXD3D9ShaderConstBuffer::set(GFXShaderConstHandle* handle, const ColorF& fv)
{
SET_CONSTANT(handle, fv, mVertexConstBufferF, mPixelConstBufferF);
}
