JObject* InitTcp() {
Module* module = GetBuiltinModule(MODULE_TCP);
JObject* tcp = module->module;
if (tcp == NULL) {
tcp = new JObject(TCP);
JObject prototype;
tcp->SetProperty("prototype", prototype);
prototype.SetMethod("open", Open);
prototype.SetMethod("close", Close);
prototype.SetMethod("connect", Connect);
prototype.SetMethod("bind", Bind);
prototype.SetMethod("listen", Listen);
prototype.SetMethod("write", Write);
prototype.SetMethod("readStart", ReadStart);
prototype.SetMethod("shutdown", Shutdown);
prototype.SetMethod("setKeepAlive", SetKeepAlive);
module->module = tcp;
}
return tcp;
}
JObject* InitFs() {
Module* module = GetBuiltinModule(MODULE_FS);
JObject* fs = module->module;
if (fs == NULL) {
fs = new JObject();
fs->SetMethod("close", Close);
fs->SetMethod("open", Open);
fs->SetMethod("read", Read);
fs->SetMethod("write", Write);
fs->SetMethod("stat", Stat);
module->module = fs;
}
return fs;
}
JObject* InitBuffer() {
Module* module = GetBuiltinModule(MODULE_BUFFER);
JObject* buffer = module->module;
if (buffer == NULL) {
buffer = new JObject(Buffer);
JObject prototype;
buffer->SetProperty("prototype", prototype);
prototype.SetMethod("compare", Compare);
prototype.SetMethod("copy", Copy);
prototype.SetMethod("write", Write);
prototype.SetMethod("slice", Slice);
prototype.SetMethod("toString", ToString);
module->module = buffer;
}
return buffer;
}
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;
}