# ble_examples **Repository Path**: eric3495/ble_examples ## Basic Information - **Project Name**: ble_examples - **Description**: Additional examples to compliment TI BLE-Stack SDK. - **Primary Language**: C - **License**: Not specified - **Default Branch**: master - **Homepage**: None - **GVP Project**: No ## Statistics - **Stars**: 0 - **Forks**: 1 - **Created**: 2024-01-03 - **Last Updated**: 2024-01-03 ## Categories & Tags **Categories**: Uncategorized **Tags**: None ## README Extra examples for TI BLE-Stack SDK =================================== This repository contains additional sample applications and components for the Texas Instruments *Bluetooth®* Low Energy software development kit. All Github sample apps are compatible with the latest BLE-Stack SDK. To use the examples and tools in this repository, please [download and install the SDK](http://www.ti.com/ble-stack) first, and if necessary [buy an evaluation kit](https://store.ti.com/Search.aspx?k=CC2650). For other hardware and software resources, [please visit our wiki](http://www.ti.com/ble-wiki). If you have any questions please refer to the [FAQ page](docs/faq.md). **Note:** Not all additional sample projects are migrated to GitHub - please refer to the Examples List below. Installation ============ This repository can be cloned and tracked using Git. For instructions on how to clone a repository from Github please refer to this guide: [Clone from Github](https://help.github.com/articles/cloning-a-repository/) For users who are unfamiliar with Git, there is the option of downloading the contents of the repository as a zip file. See instructions below. - Click the green "Clone or download" button - Select "Download ZIP" option - Zip folder will appear in your Downloads folder     ![Download Github zip](docs/doc_resources/download_zip_github.png) This repository can be cloned/download anywhere on your computer. There is a dependency between this repository and the BLE SDK install location. By default the BLE SDK will install to: C:\ti\simplelink\ble_sdk_2_02_01_18 If the BLE SDK must be installed to a different location, then the examples in this repo will need to have the following environment variable updated TI_BLE_SDK_BASE Follow your IDE specific instructions for changing environment variables or simply do a global search and replace within the ble\_examples folder. See the [FAQ page](docs/faq.md) for more details. By default, TI\_BLE\_SDK\_BASE points to `C:\ti\simplelink\ble_sdk_2_02_01_18\`. If you installed the SDK there, no change is required. Required Tools ============== Similar to the BLE-Stack SDK, the examples in this repository support the IAR and CCS toolchains. Please pay careful attention to versions of these tools, the supported version are listed below. Using a non supported version is untested and may result in unexpected behavior. - IAR for ARM v7.70.2 - CCS v6.2.0 with TI ARM Compiler v5.2.6 For more information on toolchain setup, please refer to our [FAQ page](docs/faq.md). FAQ === The [FAQ page](docs/faq.md) will try to address some of the common questions related to the ble_examples repo. Examples List ============= The following examples are currently supported: ### beacon\_rfdriver     Send BLE advertisements directly using the RF driver     [docs](docs/beacon_rfdriver.md) | [project files](examples/cc2650lp/beacon_rfdriver) | [src](src/examples/beacon_rfdriver) ### hid\_adv\_remote\_privacy     Taking the BLE SDK HID advanced remote example and enableing Privacy 1.2     [docs](docs/hid_adv_remote_privacy.md) | [project files](examples/cc2650rc/hid_adv_remote_privacy) | [src](src/examples/hid_adv_remote_privacy) ### hid\_emu\_kbd     Emulate emulate a HID keyboard using the LaunchPad     [docs](docs/hid_emu_kbd.md) | [project files](examples/cc2650lp/hid_emu_kbd) | [src](src/examples/hid_emu_kbd) ### multi\_role     Implement multiple GAP roles on a single device.     [docs](docs/multi_role.md) | [project files](examples/cc2650lp/multi_role) | [src](src/examples/multi_role) ### security\_examples     Demonstrate BLE 4.2 Security Features on CC2650     [docs](docs/security_examples.md) | [central project files](examples/cc2650em/security_examples_central) | [peripheral project files](examples/cc2650em/security_examples_peripheral) | [central src](src/examples/security_examples_central) | [peripheral src](src/examples/security_examples_central) ### simple\_beacon     Demonstrate an implementation of a beacon that uses iBeacon technology     [docs](docs/simple_beacon.md) | [project files ](examples/cc2650lp/simple_beacon) | [src](src/examples/simple_beacon) ### simple\_central\_audio\_receiver     Receive and decode a voice stream over BLE using CC2650 central device and SensorTag or
    HID Advanced Remote peripheral device     [docs](docs/simple_central_audio_receiver.md) | [project files](examples/cc2650lp/simple_central_audio_receiver) | [src](src/examples/simple_central_audio_receiver) ### simple\_eddystone     Demonstrate an implementation of a beacon that uses the Eddystone beacon format     [docs](docs/simple_eddystone.md) | [project files ](examples/cc2650lp/simple_eddystone) | [src](src/examples/simple_eddystone) ### simple\_peripheral\_observer     Demo Peripheral and observer roles on CC2650     [docs](docs/simple_peripheral_observer.md) | [project files](examples/cc2650lp/simple_peripheral_observer) | [src](src/examples/simple_peripheral_observer) ### simple\_proprietary\_beacon     Demonstrate an implementation of a beacon that uses a potential proprietary beacon format     [docs](docs/simple_proprietary_beacon.md) | [project files ](examples/cc2650lp/simple_proprietary_beacon) | [src](src/examples/simple_proprietary_beacon) ### spp\_over\_ble     Send bidirectional UART data over BLE, similar to Serial Port Profile (SPP) in Bluetooth Classic     [docs](docs/spp_ble.md) | [client project files](examples/cc2650lp/spp_ble_client) | [server project files](examples/cc2650lp/spp_ble_server) | [client src](src/examples/spp_ble_client) | [server src](src/examples/spp_ble_server) ### throughput\_example     Demonstrate the maximum theoretical throughput of a BLE link using the 2x CC2650 devices.
    These projects include a demo of 4.2 Data Length Extension, which improves throughput.     [docs](docs/throughput_example.md) | [central project files](examples/cc2650lp/throughput_example_central)
    [peripheral project files](examples/cc2650lp/throughput_example_peripheral) | [central src](src/examples/throughput_example_central) | [peripheral src](src/examples/throughput_example_peripheral) ### serial\_bootloader     Show implementation of the ROM Bootloader running from Flash memory.
    [docs](docs/serial_bootloader.md) | [project files](examples/util/serial_bootloader) | [src](src/util/serial_bootloader) ### central\_to\_multiperiperipheral     Demonstrate a central device disovering and connecting to multiple peripherals.
    [docs](docs/central_to_multiperipheral.md) | [project files](examples/cc2650em/central_to_multiperipheral) | [src](src/examples/central_to_multiperipheral) References ========== The following reference pages may be helpful during general BLE development. New users of the CC26xx platform and BLE are encouraged to read the [Software Developer's Guide](http://ti.com/lit/pdf/swru393) and complete the [SimpleLink Academy](http://software-dl.ti.com/lprf/simplelink_academy/overview.html) training. Other resources can be found below: * [BLE wiki](http://www.ti.com/ble-wiki) * [BLE E2E Page](www.ti.com/ble-forum)