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This commit is contained in:
Simon Sapin 2017-06-18 13:21:04 +02:00
parent 7af5a7fd54
commit 316cd35767
34 changed files with 261 additions and 264 deletions
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16
components/bluetooth/lib.rs
View file

@ -436,7 +436,7 @@ impl BluetoothManager {
device_id: &str,
filters: &BluetoothScanfilterSequence)
-> BluetoothResult<bool> {
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
match self.get_device(&mut adapter, device_id) {
Some(ref device) => Ok(matches_filters(device, filters)),
None => Ok(false),
@ -578,7 +578,7 @@ impl BluetoothManager {
options: RequestDeviceoptions)
-> BluetoothResponseResult {
// Step 6.
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
// Step 7.
// Note: There are no requiredServiceUUIDS, we scan for all devices.
@ -630,7 +630,7 @@ impl BluetoothManager {
if !self.device_is_cached(&device_id) {
return Err(BluetoothError::Network);
}
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
// Step 5.1.1.
match self.get_device(&mut adapter, &device_id) {
@ -660,7 +660,7 @@ impl BluetoothManager {
// https://webbluetoothcg.github.io/web-bluetooth/#dom-bluetoothremotegattserver-disconnect
fn gatt_server_disconnect(&mut self, device_id: String) -> BluetoothResult<()> {
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
match self.get_device(&mut adapter, &device_id) {
Some(d) => {
// Step 2.
@ -687,7 +687,7 @@ impl BluetoothManager {
single: bool,
child_type: GATTType)
-> BluetoothResponseResult {
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
match child_type {
GATTType::PrimaryService => {
// Step 5.
@ -839,7 +839,7 @@ impl BluetoothManager {
fn read_value(&mut self, id: String) -> BluetoothResponseResult {
// (Characteristic) Step 5.2: Missing because it is optional.
// (Descriptor) Step 5.1: Missing because it is optional.
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
// (Characteristic) Step 5.3.
let mut value = self.get_gatt_characteristic(&mut adapter, &id)
@ -871,7 +871,7 @@ impl BluetoothManager {
fn write_value(&mut self, id: String, value: Vec<u8>) -> BluetoothResponseResult {
// (Characteristic) Step 7.2: Missing because it is optional.
// (Descriptor) Step 7.1: Missing because it is optional.
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
// (Characteristic) Step 7.3.
let mut result = self.get_gatt_characteristic(&mut adapter, &id)
@ -913,7 +913,7 @@ impl BluetoothManager {
}
// (StartNotification) TODO: Step 7: Missing because it is optional.
let mut adapter = try!(self.get_adapter());
let mut adapter = self.get_adapter()?;
match self.get_gatt_characteristic(&mut adapter, &id) {
Some(c) => {
let result = match enable {

250
components/bluetooth/test.rs
View file

@ -129,9 +129,9 @@ fn generate_id() -> Uuid {
// Set the adapter's name, is_powered and is_discoverable attributes
fn set_adapter(adapter: &BluetoothAdapter, adapter_name: String) -> Result<(), Box<Error>> {
try!(adapter.set_name(adapter_name));
try!(adapter.set_powered(true));
try!(adapter.set_discoverable(true));
adapter.set_name(adapter_name)?;
adapter.set_powered(true)?;
adapter.set_discoverable(true)?;
Ok(())
}
@ -140,10 +140,10 @@ fn create_device(adapter: &BluetoothAdapter,
name: String,
address: String)
-> Result<BluetoothDevice, Box<Error>> {
let device = try!(BluetoothDevice::create_mock_device(adapter.clone(), generate_id().to_string()));
try!(device.set_name(Some(name)));
try!(device.set_address(address));
try!(device.set_connectable(true));
let device = BluetoothDevice::create_mock_device(adapter.clone(), generate_id().to_string())?;
device.set_name(Some(name))?;
device.set_address(address)?;
device.set_connectable(true)?;
Ok(device)
}
@ -153,8 +153,8 @@ fn create_device_with_uuids(adapter: &BluetoothAdapter,
address: String,
uuids: Vec<String>)
-> Result<BluetoothDevice, Box<Error>> {
let device = try!(create_device(adapter, name, address));
try!(device.set_uuids(uuids));
let device = create_device(adapter, name, address)?;
device.set_uuids(uuids)?;
Ok(device)
}
@ -162,8 +162,8 @@ fn create_device_with_uuids(adapter: &BluetoothAdapter,
fn create_service(device: &BluetoothDevice,
uuid: String)
-> Result<BluetoothGATTService, Box<Error>> {
let service = try!(BluetoothGATTService::create_mock_service(device.clone(), generate_id().to_string()));
try!(service.set_uuid(uuid));
let service = BluetoothGATTService::create_mock_service(device.clone(), generate_id().to_string())?;
service.set_uuid(uuid)?;
Ok(service)
}
@ -172,8 +172,8 @@ fn create_characteristic(service: &BluetoothGATTService,
uuid: String)
-> Result<BluetoothGATTCharacteristic, Box<Error>> {
let characteristic =
try!(BluetoothGATTCharacteristic::create_mock_characteristic(service.clone(), generate_id().to_string()));
try!(characteristic.set_uuid(uuid));
BluetoothGATTCharacteristic::create_mock_characteristic(service.clone(), generate_id().to_string())?;
characteristic.set_uuid(uuid)?;
Ok(characteristic)
}
@ -182,8 +182,8 @@ fn create_characteristic_with_value(service: &BluetoothGATTService,
uuid: String,
value: Vec<u8>)
-> Result<BluetoothGATTCharacteristic, Box<Error>> {
let characteristic = try!(create_characteristic(service, uuid));
try!(characteristic.set_value(value));
let characteristic = create_characteristic(service, uuid)?;
characteristic.set_value(value)?;
Ok(characteristic)
}
@ -192,8 +192,8 @@ fn create_descriptor(characteristic: &BluetoothGATTCharacteristic,
uuid: String)
-> Result<BluetoothGATTDescriptor, Box<Error>> {
let descriptor =
try!(BluetoothGATTDescriptor::create_mock_descriptor(characteristic.clone(), generate_id().to_string()));
try!(descriptor.set_uuid(uuid));
BluetoothGATTDescriptor::create_mock_descriptor(characteristic.clone(), generate_id().to_string())?;
descriptor.set_uuid(uuid)?;
Ok(descriptor)
}
@ -202,8 +202,8 @@ fn create_descriptor_with_value(characteristic: &BluetoothGATTCharacteristic,
uuid: String,
value: Vec<u8>)
-> Result<BluetoothGATTDescriptor, Box<Error>> {
let descriptor = try!(create_descriptor(characteristic, uuid));
try!(descriptor.set_value(value));
let descriptor = create_descriptor(characteristic, uuid)?;
descriptor.set_value(value)?;
Ok(descriptor)
}
@ -211,7 +211,7 @@ fn create_heart_rate_service(device: &BluetoothDevice,
empty: bool)
-> Result<BluetoothGATTService, Box<Error>> {
// Heart Rate Service
let heart_rate_service = try!(create_service(device, HEART_RATE_SERVICE_UUID.to_owned()));
let heart_rate_service = create_service(device, HEART_RATE_SERVICE_UUID.to_owned())?;
if empty {
return Ok(heart_rate_service)
@ -219,26 +219,26 @@ fn create_heart_rate_service(device: &BluetoothDevice,
// Heart Rate Measurement Characteristic
let heart_rate_measurement_characteristic =
try!(create_characteristic_with_value(&heart_rate_service,
create_characteristic_with_value(&heart_rate_service,
HEART_RATE_MEASUREMENT_CHARACTERISTIC_UUID.to_owned(),
vec![0]));
try!(heart_rate_measurement_characteristic.set_flags(vec![NOTIFY_FLAG.to_string(),
vec![0])?;
heart_rate_measurement_characteristic.set_flags(vec![NOTIFY_FLAG.to_string(),
READ_FLAG.to_string(),
WRITE_FLAG.to_string()]));
WRITE_FLAG.to_string()])?;
// Body Sensor Location Characteristic 1
let body_sensor_location_characteristic_1 =
try!(create_characteristic_with_value(&heart_rate_service,
create_characteristic_with_value(&heart_rate_service,
BODY_SENSOR_LOCATION_CHARACTERISTIC_UUID.to_owned(),
vec![49]));
try!(body_sensor_location_characteristic_1.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
vec![49])?;
body_sensor_location_characteristic_1.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
// Body Sensor Location Characteristic 2
let body_sensor_location_characteristic_2 =
try!(create_characteristic_with_value(&heart_rate_service,
create_characteristic_with_value(&heart_rate_service,
BODY_SENSOR_LOCATION_CHARACTERISTIC_UUID.to_owned(),
vec![50]));
try!(body_sensor_location_characteristic_2.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
vec![50])?;
body_sensor_location_characteristic_2.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
Ok(heart_rate_service)
}
@ -247,7 +247,7 @@ fn create_generic_access_service(device: &BluetoothDevice,
-> Result<BluetoothGATTService, Box<Error>> {
// Generic Access Service
let generic_access_service =
try!(create_service(device, GENERIC_ACCESS_SERVICE_UUID.to_owned()));
create_service(device, GENERIC_ACCESS_SERVICE_UUID.to_owned())?;
if empty {
return Ok(generic_access_service)
@ -255,41 +255,41 @@ fn create_generic_access_service(device: &BluetoothDevice,
// Device Name Characteristic
let device_name_characteristic =
try!(create_characteristic_with_value(&generic_access_service,
create_characteristic_with_value(&generic_access_service,
DEVICE_NAME_CHARACTERISTIC_UUID.to_owned(),
HEART_RATE_DEVICE_NAME.as_bytes().to_vec()));
try!(device_name_characteristic.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
HEART_RATE_DEVICE_NAME.as_bytes().to_vec())?;
device_name_characteristic.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
// Number of Digitals descriptor
let number_of_digitals_descriptor_1 =
try!(create_descriptor_with_value(&device_name_characteristic,
create_descriptor_with_value(&device_name_characteristic,
NUMBER_OF_DIGITALS_UUID.to_owned(),
vec![49]));
try!(number_of_digitals_descriptor_1.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
vec![49])?;
number_of_digitals_descriptor_1.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
let number_of_digitals_descriptor_2 =
try!(create_descriptor_with_value(&device_name_characteristic,
create_descriptor_with_value(&device_name_characteristic,
NUMBER_OF_DIGITALS_UUID.to_owned(),
vec![50]));
try!(number_of_digitals_descriptor_2.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
vec![50])?;
number_of_digitals_descriptor_2.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
// Characteristic User Description Descriptor
let _characteristic_user_description =
try!(create_descriptor_with_value(&device_name_characteristic,
create_descriptor_with_value(&device_name_characteristic,
CHARACTERISTIC_USER_DESCRIPTION_UUID.to_owned(),
HEART_RATE_DEVICE_NAME_DESCRIPTION.as_bytes().to_vec()));
HEART_RATE_DEVICE_NAME_DESCRIPTION.as_bytes().to_vec())?;
// Client Characteristic Configuration descriptor
let _client_characteristic_configuration =
try!(create_descriptor_with_value(&device_name_characteristic,
create_descriptor_with_value(&device_name_characteristic,
CLIENT_CHARACTERISTIC_CONFIGURATION_UUID.to_owned(),
vec![0]));
vec![0])?;
// Peripheral Privacy Flag Characteristic
let peripheral_privacy_flag_characteristic =
try!(create_characteristic(&generic_access_service, PERIPHERAL_PRIVACY_FLAG_CHARACTERISTIC_UUID.to_owned()));
try!(peripheral_privacy_flag_characteristic
.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
create_characteristic(&generic_access_service, PERIPHERAL_PRIVACY_FLAG_CHARACTERISTIC_UUID.to_owned())?;
peripheral_privacy_flag_characteristic
.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
Ok(generic_access_service)
}
@ -299,149 +299,149 @@ fn create_heart_rate_device(adapter: &BluetoothAdapter,
-> Result<BluetoothDevice, Box<Error>> {
// Heart Rate Device
let heart_rate_device =
try!(create_device_with_uuids(adapter,
create_device_with_uuids(adapter,
HEART_RATE_DEVICE_NAME.to_owned(),
HEART_RATE_DEVICE_ADDRESS.to_owned(),
vec![GENERIC_ACCESS_SERVICE_UUID.to_owned(),
HEART_RATE_SERVICE_UUID.to_owned()]));
HEART_RATE_SERVICE_UUID.to_owned()])?;
if empty {
return Ok(heart_rate_device);
}
// Generic Access Service
let _generic_access_service = try!(create_generic_access_service(&heart_rate_device, false));
let _generic_access_service = create_generic_access_service(&heart_rate_device, false)?;
// Heart Rate Service
let _heart_rate_service = try!(create_heart_rate_service(&heart_rate_device, false));
let _heart_rate_service = create_heart_rate_service(&heart_rate_device, false)?;
Ok(heart_rate_device)
}
fn create_missing_characterisitc_heart_rate_device(adapter: &BluetoothAdapter) -> Result<(), Box<Error>> {
let heart_rate_device_empty = try!(create_heart_rate_device(adapter, true));
let heart_rate_device_empty = create_heart_rate_device(adapter, true)?;
let _generic_access_service_empty = try!(create_generic_access_service(&heart_rate_device_empty, true));
let _generic_access_service_empty = create_generic_access_service(&heart_rate_device_empty, true)?;
let _heart_rate_service_empty = try!(create_heart_rate_service(&heart_rate_device_empty, true));
let _heart_rate_service_empty = create_heart_rate_service(&heart_rate_device_empty, true)?;
Ok(())
}
fn create_missing_descriptor_heart_rate_device(adapter: &BluetoothAdapter) -> Result<(), Box<Error>> {
let heart_rate_device_empty = try!(create_heart_rate_device(adapter, true));
let heart_rate_device_empty = create_heart_rate_device(adapter, true)?;
let generic_access_service_empty = try!(create_generic_access_service(&heart_rate_device_empty, true));
let generic_access_service_empty = create_generic_access_service(&heart_rate_device_empty, true)?;
let _device_name_characteristic =
try!(create_characteristic_with_value(&generic_access_service_empty,
create_characteristic_with_value(&generic_access_service_empty,
DEVICE_NAME_CHARACTERISTIC_UUID.to_owned(),
HEART_RATE_DEVICE_NAME.as_bytes().to_vec()));
HEART_RATE_DEVICE_NAME.as_bytes().to_vec())?;
let peripheral_privacy_flag_characteristic =
try!(create_characteristic(&generic_access_service_empty,
PERIPHERAL_PRIVACY_FLAG_CHARACTERISTIC_UUID.to_owned()));
try!(peripheral_privacy_flag_characteristic.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
create_characteristic(&generic_access_service_empty,
PERIPHERAL_PRIVACY_FLAG_CHARACTERISTIC_UUID.to_owned())?;
peripheral_privacy_flag_characteristic.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
let _heart_rate_service = try!(create_heart_rate_service(&heart_rate_device_empty, false));
let _heart_rate_service = create_heart_rate_service(&heart_rate_device_empty, false)?;
Ok(())
}
fn create_two_heart_rate_services_device(adapter: &BluetoothAdapter) -> Result<(), Box<Error>> {
let heart_rate_device_empty = try!(create_heart_rate_device(adapter, true));
let heart_rate_device_empty = create_heart_rate_device(adapter, true)?;
try!(heart_rate_device_empty.set_uuids(vec![GENERIC_ACCESS_SERVICE_UUID.to_owned(),
heart_rate_device_empty.set_uuids(vec![GENERIC_ACCESS_SERVICE_UUID.to_owned(),
HEART_RATE_SERVICE_UUID.to_owned(),
HEART_RATE_SERVICE_UUID.to_owned()]));
HEART_RATE_SERVICE_UUID.to_owned()])?;
let _generic_access_service = try!(create_generic_access_service(&heart_rate_device_empty, false));
let _generic_access_service = create_generic_access_service(&heart_rate_device_empty, false)?;
let heart_rate_service_empty_1 = try!(create_heart_rate_service(&heart_rate_device_empty, true));
let heart_rate_service_empty_1 = create_heart_rate_service(&heart_rate_device_empty, true)?;
let heart_rate_service_empty_2 = try!(create_heart_rate_service(&heart_rate_device_empty, true));
let heart_rate_service_empty_2 = create_heart_rate_service(&heart_rate_device_empty, true)?;
let heart_rate_measurement_characteristic =
try!(create_characteristic_with_value(&heart_rate_service_empty_1,
create_characteristic_with_value(&heart_rate_service_empty_1,
HEART_RATE_MEASUREMENT_CHARACTERISTIC_UUID.to_owned(),
vec![0]));
try!(heart_rate_measurement_characteristic.set_flags(vec![NOTIFY_FLAG.to_string()]));
vec![0])?;
heart_rate_measurement_characteristic.set_flags(vec![NOTIFY_FLAG.to_string()])?;
let _body_sensor_location_characteristic_1 =
try!(create_characteristic_with_value(&heart_rate_service_empty_1,
create_characteristic_with_value(&heart_rate_service_empty_1,
BODY_SENSOR_LOCATION_CHARACTERISTIC_UUID.to_owned(),
vec![49]));
vec![49])?;
let _body_sensor_location_characteristic_2 =
try!(create_characteristic_with_value(&heart_rate_service_empty_2,
create_characteristic_with_value(&heart_rate_service_empty_2,
BODY_SENSOR_LOCATION_CHARACTERISTIC_UUID.to_owned(),
vec![50]));
vec![50])?;
Ok(())
}
fn create_blocklisted_device(adapter: &BluetoothAdapter) -> Result<(), Box<Error>> {
let connectable_device =
try!(create_device_with_uuids(adapter,
create_device_with_uuids(adapter,
CONNECTABLE_DEVICE_NAME.to_owned(),
CONNECTABLE_DEVICE_ADDRESS.to_owned(),
vec![BLOCKLIST_TEST_SERVICE_UUID.to_owned(),
DEVICE_INFORMATION_UUID.to_owned(),
GENERIC_ACCESS_SERVICE_UUID.to_owned(),
HEART_RATE_SERVICE_UUID.to_owned(),
HUMAN_INTERFACE_DEVICE_SERVICE_UUID.to_owned()]));
HUMAN_INTERFACE_DEVICE_SERVICE_UUID.to_owned()])?;
let blocklist_test_service = try!(create_service(&connectable_device, BLOCKLIST_TEST_SERVICE_UUID.to_owned()));
let blocklist_test_service = create_service(&connectable_device, BLOCKLIST_TEST_SERVICE_UUID.to_owned())?;
let blocklist_exclude_reads_characteristic =
try!(create_characteristic(&blocklist_test_service,
BLOCKLIST_EXCLUDE_READS_CHARACTERISTIC_UUID.to_owned()));
try!(blocklist_exclude_reads_characteristic
.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()]));
create_characteristic(&blocklist_test_service,
BLOCKLIST_EXCLUDE_READS_CHARACTERISTIC_UUID.to_owned())?;
blocklist_exclude_reads_characteristic
.set_flags(vec![READ_FLAG.to_string(), WRITE_FLAG.to_string()])?;
let _blocklist_exclude_reads_descriptor =
try!(create_descriptor_with_value(&blocklist_exclude_reads_characteristic,
create_descriptor_with_value(&blocklist_exclude_reads_characteristic,
BLOCKLIST_EXCLUDE_READS_DESCRIPTOR_UUID.to_owned(),
vec![54; 3]));
vec![54; 3])?;
let _blocklist_descriptor =
try!(create_descriptor_with_value(&blocklist_exclude_reads_characteristic,
create_descriptor_with_value(&blocklist_exclude_reads_characteristic,
BLOCKLIST_DESCRIPTOR_UUID.to_owned(),
vec![54; 3]));
vec![54; 3])?;
let device_information_service = try!(create_service(&connectable_device, DEVICE_INFORMATION_UUID.to_owned()));
let device_information_service = create_service(&connectable_device, DEVICE_INFORMATION_UUID.to_owned())?;
let _serial_number_string_characteristic =
try!(create_characteristic(&device_information_service, SERIAL_NUMBER_STRING_UUID.to_owned()));
create_characteristic(&device_information_service, SERIAL_NUMBER_STRING_UUID.to_owned())?;
let _generic_access_service = try!(create_generic_access_service(&connectable_device, false));
let _generic_access_service = create_generic_access_service(&connectable_device, false)?;
let _heart_rate_service = try!(create_heart_rate_service(&connectable_device, false));
let _heart_rate_service = create_heart_rate_service(&connectable_device, false)?;
let _human_interface_device_service =
try!(create_service(&connectable_device, HUMAN_INTERFACE_DEVICE_SERVICE_UUID.to_owned()));
create_service(&connectable_device, HUMAN_INTERFACE_DEVICE_SERVICE_UUID.to_owned())?;
Ok(())
}
fn create_glucose_heart_rate_devices(adapter: &BluetoothAdapter) -> Result<(), Box<Error>> {
let glucose_devie = try!(create_device_with_uuids(adapter,
let glucose_devie = create_device_with_uuids(adapter,
GLUCOSE_DEVICE_NAME.to_owned(),
GLUCOSE_DEVICE_ADDRESS.to_owned(),
vec![GLUCOSE_SERVICE_UUID.to_owned(),
TX_POWER_SERVICE_UUID.to_owned()]));
TX_POWER_SERVICE_UUID.to_owned()])?;
let heart_rate_device_empty = try!(create_heart_rate_device(adapter, true));
let heart_rate_device_empty = create_heart_rate_device(adapter, true)?;
let mut manufacturer_dta = HashMap::new();
manufacturer_dta.insert(17, vec![1, 2, 3]);
try!(glucose_devie.set_manufacturer_data(manufacturer_dta));
glucose_devie.set_manufacturer_data(manufacturer_dta)?;
let mut service_data = HashMap::new();
service_data.insert(GLUCOSE_SERVICE_UUID.to_owned(), vec![1, 2, 3]);
try!(glucose_devie.set_service_data(service_data));
glucose_devie.set_service_data(service_data)?;
service_data = HashMap::new();
service_data.insert(HEART_RATE_SERVICE_UUID.to_owned(), vec![1, 2, 3]);
try!(heart_rate_device_empty.set_service_data(service_data));
heart_rate_device_empty.set_service_data(service_data)?;
Ok(())
}
@ -453,68 +453,68 @@ pub fn test(manager: &mut BluetoothManager, data_set_name: String) -> Result<(),
};
match data_set_name.as_str() {
NOT_PRESENT_ADAPTER => {
try!(set_adapter(adapter, NOT_PRESENT_ADAPTER.to_owned()));
try!(adapter.set_present(false));
set_adapter(adapter, NOT_PRESENT_ADAPTER.to_owned())?;
adapter.set_present(false)?;
},
NOT_POWERED_ADAPTER => {
try!(set_adapter(adapter, NOT_POWERED_ADAPTER.to_owned()));
try!(adapter.set_powered(false));
set_adapter(adapter, NOT_POWERED_ADAPTER.to_owned())?;
adapter.set_powered(false)?;
},
EMPTY_ADAPTER => {
try!(set_adapter(adapter, EMPTY_ADAPTER.to_owned()));
set_adapter(adapter, EMPTY_ADAPTER.to_owned())?;
},
GLUCOSE_HEART_RATE_ADAPTER => {
try!(set_adapter(adapter, GLUCOSE_HEART_RATE_ADAPTER.to_owned()));
let _ = try!(create_glucose_heart_rate_devices(adapter));
set_adapter(adapter, GLUCOSE_HEART_RATE_ADAPTER.to_owned())?;
let _ = create_glucose_heart_rate_devices(adapter)?;
},
UNICODE_DEVICE_ADAPTER => {
try!(set_adapter(adapter, UNICODE_DEVICE_ADAPTER.to_owned()));
set_adapter(adapter, UNICODE_DEVICE_ADAPTER.to_owned())?;
let _unicode_device = try!(create_device(adapter,
let _unicode_device = create_device(adapter,
UNICODE_DEVICE_NAME.to_owned(),
UNICODE_DEVICE_ADDRESS.to_owned()));
UNICODE_DEVICE_ADDRESS.to_owned())?;
},
MISSING_SERVICE_HEART_RATE_ADAPTER => {
try!(set_adapter(adapter, MISSING_SERVICE_HEART_RATE_ADAPTER.to_owned()));
set_adapter(adapter, MISSING_SERVICE_HEART_RATE_ADAPTER.to_owned())?;
let _heart_rate_device_empty = try!(create_heart_rate_device(adapter, true));
let _heart_rate_device_empty = create_heart_rate_device(adapter, true)?;
},
MISSING_CHARACTERISTIC_HEART_RATE_ADAPTER => {
try!(set_adapter(adapter, MISSING_CHARACTERISTIC_HEART_RATE_ADAPTER.to_owned()));
set_adapter(adapter, MISSING_CHARACTERISTIC_HEART_RATE_ADAPTER.to_owned())?;
let _ = try!(create_missing_characterisitc_heart_rate_device(adapter));
let _ = create_missing_characterisitc_heart_rate_device(adapter)?;
},
MISSING_DESCRIPTOR_HEART_RATE_ADAPTER => {
try!(set_adapter(adapter, MISSING_DESCRIPTOR_HEART_RATE_ADAPTER.to_owned()));
set_adapter(adapter, MISSING_DESCRIPTOR_HEART_RATE_ADAPTER.to_owned())?;
let _ = try!(create_missing_descriptor_heart_rate_device(adapter));
let _ = create_missing_descriptor_heart_rate_device(adapter)?;
},
HEART_RATE_ADAPTER => {
try!(set_adapter(adapter, HEART_RATE_ADAPTER.to_owned()));
set_adapter(adapter, HEART_RATE_ADAPTER.to_owned())?;
let _heart_rate_device = try!(create_heart_rate_device(adapter, false));
let _heart_rate_device = create_heart_rate_device(adapter, false)?;
},
EMPTY_NAME_HEART_RATE_ADAPTER => {
try!(set_adapter(adapter, EMPTY_NAME_HEART_RATE_ADAPTER.to_owned()));
set_adapter(adapter, EMPTY_NAME_HEART_RATE_ADAPTER.to_owned())?;
let heart_rate_device = try!(create_heart_rate_device(adapter, false));
try!(heart_rate_device.set_name(Some(EMPTY_DEVICE_NAME.to_owned())));
let heart_rate_device = create_heart_rate_device(adapter, false)?;
heart_rate_device.set_name(Some(EMPTY_DEVICE_NAME.to_owned()))?;
},
NO_NAME_HEART_RATE_ADAPTER => {
try!(set_adapter(adapter, NO_NAME_HEART_RATE_ADAPTER.to_owned()));
set_adapter(adapter, NO_NAME_HEART_RATE_ADAPTER.to_owned())?;
let heart_rate_device = try!(create_heart_rate_device(adapter, false));
try!(heart_rate_device.set_name(None));
let heart_rate_device = create_heart_rate_device(adapter, false)?;
heart_rate_device.set_name(None)?;
},
TWO_HEART_RATE_SERVICES_ADAPTER => {
try!(set_adapter(adapter, TWO_HEART_RATE_SERVICES_ADAPTER.to_owned()));
set_adapter(adapter, TWO_HEART_RATE_SERVICES_ADAPTER.to_owned())?;
let _ = try!(create_two_heart_rate_services_device(adapter));
let _ = create_two_heart_rate_services_device(adapter)?;
},
BLOCKLIST_TEST_ADAPTER => {
try!(set_adapter(adapter, BLOCKLIST_TEST_ADAPTER.to_owned()));
set_adapter(adapter, BLOCKLIST_TEST_ADAPTER.to_owned())?;
let _ = try!(create_blocklisted_device(adapter));
let _ = create_blocklisted_device(adapter)?;
},
_ => return Err(Box::from(WRONG_DATA_SET_ERROR.to_string())),
}