lib para o framework sgam
Dependencies: MPU6050 Grove_temperature
Dependents: example_smart-grid
Revision 5:caecc2426bbb, committed 2019-06-06
- Comitter:
- AndersonIctus
- Date:
- Thu Jun 06 23:54:07 2019 -0300
- Parent:
- 4:f21aab30658a
- Commit message:
- - Mudancas para por a chamada Assincrona na LIB !!
Changed in this revision
diff -r f21aab30658a -r caecc2426bbb peripheral/Sensor.h --- a/peripheral/Sensor.h Mon Jun 03 23:33:00 2019 -0300 +++ b/peripheral/Sensor.h Thu Jun 06 23:54:07 2019 -0300 @@ -10,13 +10,14 @@ ~Sensor(){ }; virtual T getValue() = 0; - virtual void setCallbackReadOcurred( void* (*callback)(T* value), float timeout ) = 0; + virtual void setCallbackReadOcurred( void (*callback_sensor)(T* value), uint32_t timeout ) = 0; + virtual void initializeTask() = 0; + virtual void finalizeTask() = 0; protected: T* value; - void* (*callback)(T* value); // callback que deve ser configurado e chamado posteriormente ! + void (*callback_sensor)(T* value); // callback que deve ser configurado e chamado posteriormente ! - virtual void run(float timeout) = 0; virtual void acceptDataEvent(T* data) = 0; };
diff -r f21aab30658a -r caecc2426bbb peripheral/impl/Gyroscope.cpp --- a/peripheral/impl/Gyroscope.cpp Mon Jun 03 23:33:00 2019 -0300 +++ b/peripheral/impl/Gyroscope.cpp Thu Jun 06 23:54:07 2019 -0300 @@ -5,18 +5,22 @@ #define LOG(args...) // printf(args) -Gyroscope::Gyroscope(I2C i2c): mpu(i2c, MPU6050_ADDRESS_AD0_LOW) { +Gyroscope::Gyroscope(I2C &i2c): mpu(i2c, MPU6050_ADDRESS_AD0_LOW), timeout(10*1000) { mpu.initialize(); - if(mpu.testConnection()) { - LOG("MPU6050 test passed !!\r\n"); + if( mpu.testConnection() ) { + LOG("Giroscope Initialized !!\r\n"); } else { - LOG("MPU6050 test failed !!\r\n"); + LOG("There's an error trying initialize the Gyroscope !!\r\n"); } + + value = new GyroscopeData(); } Gyroscope::~Gyroscope() { - // mpu. + finalizeTask(); + value->~GyroscopeData(); + // mpu.~MPU6050(); } void Gyroscope::getMotion(GyroscopeData* data) { @@ -27,19 +31,36 @@ } GyroscopeData Gyroscope::getValue() { - getMotion(Gyroscope::value); - return *(Gyroscope::value); + getMotion(value); + return *(value); +} + +void Gyroscope::setCallbackReadOcurred( void (*callback_sensor)(GyroscopeData* value), uint32_t timeout = 10*1000 ) { + Gyroscope::callback_sensor = callback_sensor; + Gyroscope::timeout = timeout; } -void Gyroscope::setCallbackReadOcurred( void* (*callback)(GyroscopeData* value) ) { - Gyroscope::callback = callback; -} +void Gyroscope::run(void const *self_context) { + Gyroscope* self = (Gyroscope*)self_context; -void Gyroscope::run(float timeout) { - // TODO: every timeout, calls acceptData !! + while(1) { + GyroscopeData val = self->getValue(); + self->acceptDataEvent( &val ); + ThisThread::sleep_for(self->timeout); + } } void Gyroscope::acceptDataEvent(GyroscopeData* data) { - if(Gyroscope::callback != NULL) - Gyroscope::callback(data); + if(callback_sensor != NULL) + callback_sensor(data); } + +void Gyroscope::initializeTask() { + t = new Thread(); + t->start(callback(run, this)); +} + +void Gyroscope::finalizeTask() { + if(t != NULL) + t->terminate(); + }
diff -r f21aab30658a -r caecc2426bbb peripheral/impl/Gyroscope.h --- a/peripheral/impl/Gyroscope.h Mon Jun 03 23:33:00 2019 -0300 +++ b/peripheral/impl/Gyroscope.h Thu Jun 06 23:54:07 2019 -0300 @@ -5,26 +5,34 @@ #include "Sensor.h" #include "MPU6050.h" -typedef struct { +class GyroscopeData { +public: int16_t ax, ay, az; int16_t gx, gy, gz; -} GyroscopeData; + + GyroscopeData(){} + ~GyroscopeData(){} +}; class Gyroscope: public Sensor<GyroscopeData> { public: - Gyroscope(I2C i2c); + Gyroscope(I2C &i2c); virtual ~Gyroscope(); virtual GyroscopeData getValue(); - virtual void setCallbackReadOcurred( void* (*callback)(GyroscopeData* value) ); + virtual void setCallbackReadOcurred( void (*callback_sensor)(GyroscopeData* value), uint32_t timeout ); + virtual void initializeTask(); + virtual void finalizeTask(); protected: - virtual void run(float timeout); + static void run(void const *self_context); virtual void acceptDataEvent(GyroscopeData* data); private: MPU6050 mpu; - + Thread* t; + uint32_t timeout; + void getMotion(GyroscopeData* data); };
diff -r f21aab30658a -r caecc2426bbb peripheral/impl/Temperature.cpp --- a/peripheral/impl/Temperature.cpp Mon Jun 03 23:33:00 2019 -0300 +++ b/peripheral/impl/Temperature.cpp Thu Jun 06 23:54:07 2019 -0300 @@ -1,13 +1,13 @@ #include "mbed.h" #include "Temperature.h" -Temperature::Temperature(PinName pin): temperature(pin) { - // Temperature::value +// using namespace rtos; + +Temperature::Temperature(PinName pin): temperature(pin), timeout(10*1000) { } Temperature::~Temperature() { - // ~Sensor(); - + finalizeTask(); temperature.~Grove_temperature(); } @@ -15,16 +15,32 @@ return temperature.getTemperature(); } -void Temperature::setCallbackReadOcurred( void* (*callback)(float* value), float timeout ) { - Temperature::callback = callback; - // configure the run method !! +void Temperature::setCallbackReadOcurred( void (*callback_sensor)(float* value), uint32_t timeout = 10*1000 ) { + Temperature::callback_sensor = callback_sensor; + Temperature::timeout = timeout; } -void Temperature::run(float timeout) { - // TODO: Configure the readTimeOut !! +void Temperature::run(void const *self_context) { + Temperature* self = (Temperature*)self_context; + + while(1) { + float val = self->getValue(); + self->acceptDataEvent( &val ); + ThisThread::sleep_for(self->timeout); + } } void Temperature::acceptDataEvent(float* data) { - if(Temperature::callback != NULL) - Temperature::callback(data); + if(callback_sensor != NULL) + callback_sensor(data); } + +void Temperature::initializeTask() { + t = new Thread(); + t->start(callback(run, this)); +} + +void Temperature::finalizeTask() { + if(t != NULL) + t->terminate(); +}
diff -r f21aab30658a -r caecc2426bbb peripheral/impl/Temperature.h --- a/peripheral/impl/Temperature.h Mon Jun 03 23:33:00 2019 -0300 +++ b/peripheral/impl/Temperature.h Thu Jun 06 23:54:07 2019 -0300 @@ -11,14 +11,18 @@ virtual ~Temperature(); virtual float getValue(); - virtual void setCallbackReadOcurred( void* (*callback)(float* value), float timeout ); + virtual void setCallbackReadOcurred( void (*callback_sensor)(float* value), uint32_t timeout ); + virtual void initializeTask(); + virtual void finalizeTask(); protected: - virtual void run(float timeout); + static void run(void const *self_context); virtual void acceptDataEvent(float* data); private: Grove_temperature temperature; + Thread* t; + uint32_t timeout; }; #endif // SGAM_TEMPERATURE_H