intel / zephyr.js Goto Github PK

var pinIn = gpio.open({ pin: 19, direction: 'in', edge: 'rising' });
pinIn.set_callback(function () { });

var pins = require("arduino101_pinmux");

aio.open(... pin: pins.A0 )

~/repo/zephyr.js/arc (master)$ make
make[1]: Entering directory '/home/kenneth/repo/zephyr.js/deps/zephyr'
make[2]: Entering directory '/home/kenneth/repo/zephyr.js/arc/outdir'
  Using /home/kenneth/repo/zephyr.js/deps/zephyr as source for kernel
  GEN     ./Makefile
  CHK     include/generated/version.h
  CHK     misc/generated/configs.c
  CHK     include/generated/offsets.h
  CC      ../../arc/src/../../src/zjs_ipm.o
In file included from ../../arc/src/../../src/zjs_ipm.c:8:0:
../../arc/src/../../src/zjs_util.h:3:23: fatal error: jerry-api.h: No such file or directory
 #include "jerry-api.h"
                       ^
compilation terminated.
/home/kenneth/repo/zephyr.js/deps/zephyr/scripts/Makefile.build:182: recipe for target '../../arc/src/../../src/zjs_ipm.o' failed
make[3]: *** [../../arc/src/../../src/zjs_ipm.o] Error 1
/home/kenneth/repo/zephyr.js/deps/zephyr/Makefile:876: recipe for target '../../arc/src' failed
make[2]: *** [../../arc/src] Error 2
make[2]: Leaving directory '/home/kenneth/repo/zephyr.js/arc/outdir'
Makefile:173: recipe for target 'sub-make' failed
make[1]: *** [sub-make] Error 2
make[1]: Leaving directory '/home/kenneth/repo/zephyr.js/deps/zephyr'
/home/kenneth/repo/zephyr.js/deps/zephyr/Makefile.inc:73: recipe for target 'all' failed
make: *** [all] Error 2

diff --git a/scripts/convert.sh b/scripts/convert.sh
index 9297a75..6020d9d 100755
--- a/scripts/convert.sh
+++ b/scripts/convert.sh
@@ -46,7 +46,7 @@ printf "const char script[] = \"" >> $OUTPUT
 # No field separator, read whole file (IFS=),
 # no backslash escape (-r),
 # read 1 character at a time (-n1)
-while IFS= read -r -N 1 char
+while IFS= read -r -n 1 char
 do
        if [ "$char" = "\"" ]; then
                printf "\\\\$char" >> $OUTPUT

**callback ListenerOrNull = any (...);**

interface Sensor : **EventEmitter** {
  readonly attribute SensorState state;
  readonly attribute SensorReading? reading;
  void start();
  void stop();
  **void on(String eventName, ListenerOrNull listener)**
  **// 'change' -> SensorReading **
  **// 'statechange' -> () **
  **// 'error' -> Error **
};

[Constructor(optional AccelerometerSensorOptions accelerometerSensorOptions)]
interface AccelerometerSensor : Sensor {
  readonly attribute AccelerometerSensorReading? reading;
  readonly attribute boolean includesGravity;
};

dictionary SensorOptions {
  double? frequency;
};

dictionary AccelerometerSensorOptions :  SensorOptions  {
  boolean includeGravity = true;
};

// throw TypeError when sensor cannot be constructed.

enum SensorState {
  "idle",
  "activating",
  "active",
  "errored"
};

[Constructor()]
interface SensorReading {
  **readonly attribute double timeStamp;**
  // Used to store a time value. The value could be a discrete point
  // in time or the difference in time between two discrete points in
  // time. The unit is milliseconds and should be accurate to 5 µs
  // (microseconds). However, if the browser is unable to provide a
  // time value accurate to 5 microseconds (due, for example, to
  // hardware or software constraints), the browser can represent the
  // value as a time in milliseconds accurate to a millisecond.
};

[Constructor(AccelerometerSensorReadingInit AccelerometerSensorReadingInit)]
interface AccelerometerSensorReading : SensorReading {
    readonly attribute double accelerationX;
    readonly attribute double accelerationY;
    readonly attribute double accelerationZ;
};

dictionary AccelerometerSensorReadingInit {
    double accelerationX = 0;
    double accelerationY = 0;
    double accelerationZ = 0;
};

var accelerometer = new AccelerometerSensor()
accelerometer.start();

accelerometer.on('change', function(reading) {
    console.log(reading.accelerationX);
});

accelerometer.on('error', function(error) {
    console.log(error.name, error.message);
});

arc (master)$ make BOARD=arduino_101_sss_factory
Using /home/kenneth/repo/zephyr.js/deps/zephyr/boards/arduino_101_sss/arduino_101_sss_factory_defconfig as base
Merging /home/kenneth/repo/zephyr.js/deps/zephyr/kernel/configs/nano.config
Merging prj.conf
#
# configuration written to .config
#
make[1]: Entering directory '/home/kenneth/repo/zephyr.js/deps/zephyr'
make[2]: Entering directory '/home/kenneth/repo/zephyr.js/arc/outdir'
  GEN     ./Makefile
scripts/kconfig/conf --silentoldconfig Kconfig
  Using /home/kenneth/repo/zephyr.js/deps/zephyr as source for kernel
  GEN     ./Makefile
  CHK     include/generated/version.h
  CHK     misc/generated/configs.c
  UPD     misc/generated/configs.c
  CHK     include/generated/offsets.h
  CC      misc/generated/configs.o
  LD      misc/generated/built-in.o
  LD      misc/built-in.o
  CC      boards/arduino_101_sss/board.o
  LD      boards/arduino_101_sss/built-in.o
  LD      boards/built-in.o
  CC      src/../../src/zjs_ipm.o
/home/kenneth/repo/zephyr.js/arc/src/../../src/zjs_ipm.c:4:30: fatal error: ipm/ipm_quark_se.h: No such file or directory
 #include <ipm/ipm_quark_se.h>
                              ^
compilation terminated.
/home/kenneth/repo/zephyr.js/deps/zephyr/scripts/Makefile.build:182: recipe for target 'src/../../src/zjs_ipm.o' failed
make[3]: *** [src/../../src/zjs_ipm.o] Error 1
/home/kenneth/repo/zephyr.js/deps/zephyr/Makefile:884: recipe for target '/home/kenneth/repo/zephyr.js/arc/src' failed
make[2]: *** [/home/kenneth/repo/zephyr.js/arc/src] Error 2
make[2]: Leaving directory '/home/kenneth/repo/zephyr.js/arc/outdir'
Makefile:173: recipe for target 'sub-make' failed
make[1]: *** [sub-make] Error 2
make[1]: Leaving directory '/home/kenneth/repo/zephyr.js/deps/zephyr'
/home/kenneth/repo/zephyr.js/deps/zephyr/Makefile.inc:74: recipe for target 'all' failed
make: *** [all] Error 2

make[1]: Entering directory '/home/kenneth/repo/zephyr.js/deps/jerryscript'
/home/kenneth/repo/zephyr.js/deps/zephyr/Makefile.inc:35: *** Board arduino_101_factory_256 not found!.  Stop.
make[1]: Leaving directory '/home/kenneth/repo/zephyr.js/deps/jerryscript'
targets/zephyr/Makefile.zephyr:142: recipe for target 'build/arduino_101_factory_256/zephyr/zephyr.strip' failed
make: *** [build/arduino_101_factory_256/zephyr/zephyr.strip] Error 2

struct device *dev = device_get_binding("DHT");
while (1) {
        struct sensor_value temp, press, humidity;

        sensor_sample_fetch(dev);
        sensor_channel_get(dev, SENSOR_CHAN_TEMP, &temp);
        sensor_channel_get(dev, SENSOR_CHAN_HUMIDITY, &humidity);

        SYS_LOG_INF("temp: %d.%06d; "
                "humidity: %d.%06d",
                temp.val1, temp.val2,
                humidity.val1, humidity.val2);

        task_sleep(sys_clock_ticks_per_sec/5);
    }
}

var sensor = new TemperatureSensor();
sensor.start();

sensor.onchange = function(event) {
    console.log(event.reading.celsius);
}

sensor.onerror = function(event) {
    console.log(event.error.name, event.error.message);
};

var sensor = new TemperatureSensor({ name: "DHT", pin: pins.A1 })

**callback ListenerOrNull = any (...);**

interface Sensor : **EventEmitter** {
  readonly attribute SensorState state;
  readonly attribute SensorReading? reading;
  void start();
  void stop();
  **void on(String eventName, ListenerOrNull listener)**
  **// 'change' -> SensorReading **
  **// 'statechange' -> () **
  **// 'error' -> Error **
};

[Constructor(optional SensorOptions sensorOptions)]
interface HumiditySensor : Sensor {
  readonly attribute HumiditySensorReading? reading;
};

dictionary SensorOptions {
  double? frequency;
};

**dictionary HumiditySensorOptions : SensorOptions {
  String? controller;
  unsigned short? pin;
}**

// throw TypeError when sensor cannot be constructed.

enum SensorState {
  "idle",
  "activating",
  "active",
  "errored"
};

[Constructor()]
interface SensorReading {
  **readonly attribute double timeStamp;**
  // Used to store a time value. The value could be a discrete point
  // in time or the difference in time between two discrete points in
  // time. The unit is milliseconds and should be accurate to 5 µs
  // (microseconds). However, if the browser is unable to provide a
  // time value accurate to 5 microseconds (due, for example, to
  // hardware or software constraints), the browser can represent the
  // value as a time in milliseconds accurate to a millisecond.
};

[Constructor(HumiditySensorReadingInit humiditySensorReadingInit)]
interface HumiditySensorReading : SensorReading {
    readonly attribute unrestricted double? relativeHumidity;
};

dictionary HumiditySensorReadingInit {
  unrestricted double? relativeHumidity;
};

var hygrometer = new HumiditySensor({ controller: "DHT", pin: pins.A1 })
hygrometer.start();

hygrometer.on('change', function(reading) {
    var t = themostat.celsius;
    var absoluteHumidity = 2.167 * reading.relativeHumidity * 6.112 * Math.exp(17.62 * t / 243.12 + t) / (273.15 + t);

    console.log("RH: " + reading.relativeHumidity);
    console.log("AH: " + absoluteHumidity);
});

hygrometer.on('error', function(error) {
    console.log(error.name, error.message);
});

setTimeout(function(a) {
    print("Timeout, clearing interval");
    clearInterval(a);
}, 5000, i);

// Test code for Arduino 101 that uses the two onboard LEDs for output, and
// expects a button or similar input connected to digital pin 4.

print("Webbluetooth Demo with BLE...");

// import aio module
var aio = require("aio");

Build the *Hello World* sample
----------------------------
(For now, this assumes you have a Flyswatter JTAG device hooked up to your PC
and your Arduino 101.)

var thermostat = new TemperatureSensor({ controller: "TMP36", pin: pins.A1 })
thermostat.start();

thermostat.on('change', function(reading) {
    console.log(reading.celsius);
});

thermostat.on('error', function(error) {
    console.log(error.name, error.message);
});

**callback ListenerOrNull = any (...);**

interface Sensor : **EventEmitter** {
  readonly attribute SensorState state;
  readonly attribute SensorReading? reading;
  void start();
  void stop();
  **void on(String eventName, ListenerOrNull listener)**
  **// 'change' -> SensorReading **
  **// 'statechange' -> () **
  **// 'error' -> Error **
};


[Constructor(optional SensorOptions sensorOptions)]
interface GyroscopeSensor : Sensor {
  readonly attribute GyroscopeSensorReading? reading;
};

dictionary SensorOptions {
  double? frequency;
};

// throw TypeError when sensor cannot be constructed.

enum SensorState {
  "idle",
  "activating",
  "active",
  "errored"
};

[Constructor()]
interface SensorReading {
  **readonly attribute double timeStamp;**
  // Used to store a time value. The value could be a discrete point
  // in time or the difference in time between two discrete points in
  // time. The unit is milliseconds and should be accurate to 5 µs
  // (microseconds). However, if the browser is unable to provide a
  // time value accurate to 5 microseconds (due, for example, to
  // hardware or software constraints), the browser can represent the
  // value as a time in milliseconds accurate to a millisecond.
};

[Constructor(GyroscopeSensorReadingInit GyroscopeSensorReadingInit)]
interface GyroscopeSensorReading : SensorReading {
    readonly attribute unrestricted double rotationRateX;
    readonly attribute unrestricted double rotationRateY;
    readonly attribute unrestricted double rotationRateZ;
};

dictionary GyroscopeSensorReadingInit {
    unrestricted double rotationRateX = 0;
    unrestricted double rotationRateY = 0;
    unrestricted double rotationRateZ = 0;
};

var gyroscope = new GyroscopeSensor()
gyroscope.start();

gyroscope.on('change', function(reading) {
    console.log(reading.rotationRateY);
});

gyroscope.on('error', function(error) {
    console.log(error.name, error.message);
});

make[3]: *** No rule to make target 'src/../../../deps/jerryscript/build/arduino_101_factory/librelease-cp_minimal.jerry-core.a', needed by 'src/built-in.o'.  Stop.
/home/kenneth/repo/zephyr.js/deps/zephyr/Makefile:884: recipe for target '/home/kenneth/repo/zephyr.js/src' failed
make[2]: *** [/home/kenneth/repo/zephyr.js/src] Error 2
make[2]: Leaving directory '/home/kenneth/repo/zephyr.js/build/outdir'
Makefile:173: recipe for target 'sub-make' failed
make[1]: *** [sub-make] Error 2
make[1]: Leaving directory '/home/kenneth/repo/zephyr.js/deps/zephyr'
/home/kenneth/repo/zephyr.js/deps/zephyr/Makefile.inc:74: recipe for target 'all' failed
make: *** [all] Error 2

**callback ListenerOrNull = any (...);**

interface Sensor : **EventEmitter** {
  readonly attribute SensorState state;
  readonly attribute SensorReading? reading;
  void start();
  void stop();
  **void on(String eventName, ListenerOrNull listener)**
  **// 'change' -> SensorReading **
  **// 'statechange' -> () **
  **// 'error' -> Error **
};

[Constructor(optional SensorOptions sensorOptions)]
interface TemperatureSensor : Sensor {
  readonly attribute TemperatureSensorReading? reading;
};

dictionary SensorOptions {
  double? frequency;
};

**dictionary TemperatureSensorOptions : SensorOptions {
  String? controller;
  unsigned short? pin;
}**

// throw TypeError when sensor cannot be constructed.

enum SensorState {
  "idle",
  "activating",
  "active",
  "errored"
};

[Constructor()]
interface SensorReading {
  **readonly attribute double timeStamp;**
  // Used to store a time value. The value could be a discrete point
  // in time or the difference in time between two discrete points in
  // time. The unit is milliseconds and should be accurate to 5 µs
  // (microseconds). However, if the browser is unable to provide a
  // time value accurate to 5 microseconds (due, for example, to
  // hardware or software constraints), the browser can represent the
  // value as a time in milliseconds accurate to a millisecond.
};

[Constructor(TemperatureSensorReadingInit temperatureSensorReadingInit)]
interface TemperatureSensorReading : SensorReading {
    readonly attribute unrestricted double? celsius;
    readonly attribute unrestricted double? fahrenheit;
    readonly attribute unrestricted double? kelvin;
};

dictionary TemperatureSensorReadingInit {
  unrestricted double? celsius;
  unrestricted double? fahrenheit;
  unrestricted double? kelvin;
};

var thermostat = new TemperatureSensor({ controller: "DHT", pin: pins.A1 })
thermostat.start();

thermostat.on('change', function(reading) {
    console.log(reading.celsius);
});

thermostat.on('error', function(error) {
    console.log(error.name, error.message);
});

var buff = new Buffer(8);
var original = buff.length;
buff.length = buff.length + 1;
print(original);
print(buff.length);