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8145a88401
Reworked AppSettings handling of BT devices to be prepared for handling the HFP profile, eliminating by the way few bugs and speeding up the flow (by getting rid of few refreshes). Added unit tests for handling the BT devices flow
131 lines
3.6 KiB
C++
131 lines
3.6 KiB
C++
// Copyright (c) 2017-2021, Mudita Sp. z.o.o. All rights reserved.
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// For licensing, see https://github.com/mudita/MuditaOS/LICENSE.md
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#include <catch2/catch.hpp>
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#include "Device.hpp"
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#include "service-bluetooth/BluetoothDevicesModel.hpp"
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TEST_CASE("Devicei comparison")
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{
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Devicei device1{"Dev1"};
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Devicei device2{"Dev2"};
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Devicei device3{"Dev1"};
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bd_addr_t addr1;
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bd_addr_t addr2;
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std::string addr1Str{"00:12:6F:E7:9D:05"};
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std::string addr2Str{"F8:5C:7D:17:E4:8F"};
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sscanf_bd_addr(addr1Str.c_str(), addr1);
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sscanf_bd_addr(addr2Str.c_str(), addr2);
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SECTION("Same addresses and names")
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{
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device1.setAddress(&addr1);
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device3.setAddress(&addr1);
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REQUIRE(device1 == device3);
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}
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SECTION("Different addresses and names")
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{
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device1.setAddress(&addr1);
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device2.setAddress(&addr2);
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REQUIRE_FALSE(device1 == device3);
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}
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SECTION("Same names and different addresses")
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{
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device1.setAddress(&addr1);
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device3.setAddress(&addr2);
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REQUIRE_FALSE(device1 == device3);
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}
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SECTION("Different addresses and names - != operator")
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{
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device1.setAddress(&addr1);
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device2.setAddress(&addr2);
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REQUIRE(device1 != device3);
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}
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SECTION("Same names and different addresses - != operator")
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{
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device1.setAddress(&addr1);
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device3.setAddress(&addr2);
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REQUIRE(device1 != device3);
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}
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}
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TEST_CASE("Device handling")
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{
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BluetoothDevicesModel devicesModel{nullptr};
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Devicei device1{"Dev1"};
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Devicei device2{"Dev2"};
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Devicei device3{"Dev1"};
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Devicei device4{"Dev4"};
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Devicei dummy{""};
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bd_addr_t addr1;
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bd_addr_t addr2;
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bd_addr_t addr3;
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std::string addr1Str{"00:12:6F:E7:9D:05"};
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std::string addr2Str{"F8:5C:7D:17:E4:8F"};
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std::string addr3Str{"F8:5C:7D:17:E4:00"};
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sscanf_bd_addr(addr1Str.c_str(), addr1);
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sscanf_bd_addr(addr2Str.c_str(), addr2);
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sscanf_bd_addr(addr3Str.c_str(), addr3);
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device1.setAddress(&addr1);
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device2.setAddress(&addr2);
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device3.setAddress(&addr1);
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device4.setAddress(&addr2);
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devicesModel.insertDevice(device1);
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devicesModel.insertDevice(device2);
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devicesModel.insertDevice(device3);
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SECTION("Add device to the list")
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{
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devicesModel.insertDevice(Devicei{"testDevice"});
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REQUIRE(devicesModel.getDevices().size() == 4);
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}
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SECTION("Merge device list")
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{
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std::vector<Devicei> devicesList, targetList;
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Devicei dummy{"dummyDevice"};
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dummy.setAddress(&addr3);
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devicesList.push_back(dummy);
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targetList.push_back(dummy);
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targetList.push_back(device1);
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targetList.push_back(device2);
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devicesModel.mergeDevicesList(devicesList);
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REQUIRE(!devicesModel.getDeviceByAddress(addr1Str).value().get().name.empty());
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REQUIRE(!devicesModel.getDeviceByAddress(addr2Str).value().get().name.empty());
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REQUIRE(!devicesModel.getDeviceByAddress(addr3Str).value().get().name.empty());
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REQUIRE(devicesModel.getDevices().size() == 3);
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}
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SECTION("Get device with wrong address")
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{
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std::string addrStr{"10:12:6F:E8:9D:05"};
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REQUIRE_FALSE(devicesModel.getDeviceByAddress(addrStr).has_value());
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}
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SECTION("Get device with correct address")
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{
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REQUIRE(devicesModel.getDeviceByAddress(addr2Str).value().get().name == "Dev2");
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}
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SECTION("Remove device from the list")
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{
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devicesModel.removeDevice(device2);
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REQUIRE(devicesModel.getDevices().size() == 2);
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}
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}
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