Implementation of SimpleBLE (https://github.com/OpenBluetoothToolbox/SimpleBLE) as a GDNative plugin for Godot 3.5 (WIP), is a part of GDWired (https://github.com/GDWired). Godot4 related work are in the branch godot4 (WIP).
The project works on
- macOS : Good
- Linux : Good but, if the scan is active, the connection/disconnection doesn't work well (seems not completely stable, many warnings)
- Windows : Good
Exports from Godot work for all platform except for iOS (WIP), SimpleBLE is not yet available for Android.
Dependencies:
- Godot build dependencies (https://docs.godotengine.org/en/stable/development/compiling/index.html)
- cmake
- [Linux] lib dbus devel (sudo apt install libdbus-1-dev or equivalent)
To compile it:
- Run
git clone --recurse-submodules git@github.com:GDWired/GDSimpleBLE.git - Run
scons target=releaseon the root folder.
In the "demo" folder there is a sample project, after compiling the project you can open it with Godot 3.5.1. (You can also download a precompiled version of the plugin from the asset store or in the release section of github WIP)
First line:
- Scan: start/stop the scan
- Connect/Disconnect: connect or disconnect the device (the address used is the first one on the left).
- Infos: get information about the device, manufacturer data and list of services -> characteristics -> descriptors (the address used is the first address on the left).
- Clear: clear the terminal and delete all peripherals
- Update: enable/disable the display of updates
- Advance: enable/disable the display of devices without identifiers and/or devices that cannot be connected
Second line:
- First input line (left): device address
- Second input line (middle): service address
- Third input line (right): feature address
Third line:
- Notify: try to notify the service/characteristic.
- Read: try to read the service/characteristic.
- Send: try to write in the service/characteristic.
- Last input line: data to be sent when the "Send" button is pressed
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| Main menu | In game |
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General
# Get the list of available adapters
# @return the list of available adapters
adapters() -> Array
# Get and returns scan results
# @return scan results (name -> address)
peripherals() -> Dictionary
# Return the list of connected peripherals
# @return the list of connected peripherals (name -> address)
connected_peripherals() -> Dictionary
# Get the company name from the company code
# @param company_code the company code
# @return the company name
company_name(company_code: int) -> String
# Get the status name from the status code (see adapter_status_updated and peripheral_status_updated)
# @param code the status code
# @return the status name
status_string(code: int) -> String
# Get the status level name from the status level code (see adapter_status_updated and peripheral_status_updated)
# @param code the status level code
# @return the status level name
status_level_string(code: int) -> StringAdapter
# Init adapter
# @param address adapter address
# @return true if initialized
init(address: String) -> bool
# Start scan
# @return true if OK
scan_start() -> bool
# Stop scan
# @return true if OK
scan_stop() -> bool
# Get adapter identifier
# @return adapter identifier (or null and emit signal if something wrong)
identifier() -> Variant
# Get adapter address
# @return adapter address (or null and emit signal if something wrong)
address() -> Variant
# True is the scan is active
# @return true if active (or null and emit signal if something wrong)
scan_is_active() -> VariantPeripheral
# Delete a peripheral
# @param address peripheral address
delete_peripheral(address: String) -> void
# Get if peripheral exists
# @param address the peripheral address
# @return true if exists
is_peripheral_exists(address: String) -> bool
# Get identifier
# @param address the peripheral address
# @return identifier or null
peripheral_identifier(address: String) -> Variant
# Get RSSI
# @param address the peripheral address
# @return rssi or null
peripheral_rssi(address: String) -> Variant
# Get is connected
# @param address the peripheral address
# @return is connected or null
is_peripheral_connected(address: String) -> Variant
# Get is connectable
# @param address the peripheral address
# @return is connectable or null
is_peripheral_connectable(address: String) -> Variant
# Get services count
# @param address the peripheral address
# @return services count or null
peripheral_services_count(address: String) -> Variant
# Get services
# @param address the peripheral address
# @return services or null
peripheral_services(address: String) -> Variant
# Get manufacturer data
# @param address the peripheral address
# @return manufacturer data or null
peripheral_manufacturer_data(address: String) -> Variant
# Get is paired
# @param address the peripheral address
# @return is paired or null
is_peripheral_paired(address: String) -> Variant
# Get has no identifier
# @param address the peripheral address
# @return 'has no identifier' or null
peripheral_has_no_identifier(address: String) -> Variant
# Connect the peripheral
# @param p_address the peripheral address
# @return true if connect is OK or null
connect_peripheral(address: String) -> Variant
# Disconnect the peripheral
# @param p_address the peripheral address
# @return true if disconnect is OK or null
disconnect_peripheral(address: String) -> Variant
# Unpair the peripheral
# @param p_address the peripheral address
# @return true if unpair is OK or null
unpair_peripheral(address: String) -> Variant
# Read value
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @return the read payload or null
read(address: String, service: String, characteristic: String) -> Variant
# Read value (using descriptor)
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @param descriptor descriptor address
# @return the read payload or null
read_descriptor(address: String, service: String, characteristic: String, descriptor: String) -> Variant
# Write request
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @param data data to write
# @return true if ok or null
write_request(address: String, service: String, characteristic: String, data: String) -> Variant
# Write command
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @param data data to write
# @return true if ok or null
write_command(address: String, service: String, characteristic: String, data: String) -> Variant
# Write request (using descriptor)
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @param descriptor descriptor address
# @param data data to write
# @return true if ok or null
write_descriptor(address: String, service: String, characteristic: String, descriptor: String, data: String) -> Variant
# Notify
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @return true if ok or null
notify(address: String, service: String, characteristic: String) -> Variant
# Indicate
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @return true if ok or null
indicate(address: String, service: String, characteristic: String) -> Variant
# Unsuscribe (indicate & notify)
# @param address the peripheral address
# @param service service address
# @param characteristic characteristic address
# @return true if ok or null
unsubscribe(address: String, service: String, characteristic: String) -> VariantSignals
# Emmited when scan is started
scan_started()
# Emmited when scan is stopped
scan_stopped()
# Emmited when peripheral is found
# @param address peripheral address
peripheral_found(address: String)
# Emmited when peripheral is updated
# @param address peripheral address
peripheral_updated(address: String)
# Emmited when peripheral is connected
# @param address peripheral address
peripheral_connected(address: String)
# Emmited when peripheral is disconnected
# @param address peripheral address
peripheral_disconnected(address: String)
# Emitted if the status of the adapter change
# @param code the status code
# @param what what appenned
# @param level the status level code
adapter_status_updated(code: int, what: String, level: String)
# Emitted if the status of peripheral change
# @param address address of the peripheral
# @param code the status code
# @param what what appenned
# @param level the status level code
peripheral_status_updated(address: String, code: int, what: String, level: String)
# Emitted if peripheral is notified
# @param address address of the peripheral
# @param payload the payload
peripheral_notified(address: String, payload: PoolByteArray)
# Emitted if peripheral is indicated
# @param address address of the peripheral
# @param payload the payload
peripheral_indicated(address: String, payload: PoolByteArray)
