ModusToolbox™ Software
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ModusToolbox™ Software
Getting Started with ModusToolbox™
Tools package release notes
1. Primary changes
1.1 Expanded device support
1.2 Update to Infineon
1.3 XMC™ simulation tool support
1.4 Application categories in Project Creator
1.5 Improved Machine Learning capabilities
1.6 Single copy of KitProg3 firmware
1.7 Qt software update
1.8 Update shipping toolchain to GNU C/C++ (GCC) 10.3
1.9 External memory via SFDP
1.10 Eclipse IDE Improvements
1.10.1 Integrated Terminal
1.10.2 Import Application shortcut
1.11 Improved custom BSP process
1.12 Configurator updates
2. What’s included
2.1 Supported tool chains
2.2 Supported boards
2.3 Open source
3. Design impact
3.1 New device-configurator-cli executable
3.2 GCC 10 backward-compatibility issue for BTSDK
4. Known issues/limitations
4.1 Installation
4.2 Project Creator
4.3 Proxy
4.4Building/programming/debugging
4.5 Eclipse IDE
4.6 Library Manager
4.7 Device Configurator
4.8 CAPSENSE™ Tuner
4.9 Machine Learning
4.10 Documentation
Revision history
Installation Guide
1. General information
1.1 System requirements
1.2 Uninstall Beta versions
2. Step 1: Download the software
2.1 ModusToolbox™ patches
2.2 Pre-requisites
2.3 SEGGER J-Link
3. Step 2: Install ModusToolbox™ software
3.1 Installing in non-default location
3.2 Installing with previous versions
3.3 Windows
3.4 Linux
3.5 macOS
4. Step 3: Run the Eclipse IDE
5. Default versus advanced Windows installation
6. Installing with spaces in user home directory
6.1 Step 1: Install at a custom path.
6.2 Step 2: Create a variable to specify the path to Tools.
6.3 Step 3: Create a variable to specify the path to cache.
6.4 Step 4: Specify the custom path to use for offline content and manifest.loc.
6.4.1 Offline content path
6.4.2 manifest.loc
Revision history
ModusToolbox™ user guide
About this document
Version
Scope and purpose
Intended audience
Document conventions
1 Introduction
1.1 what-is-modustoolbox-software
1.1.1 Supported devices
1.1.2 Development tools
1.1.2 Run-time software
1.2 Partner ecosystems
2 Getting started
2.1 Install and configure software
2.1.1 GUI set-up instructions
2.1.2 CLI set-up instructions
2.2 Get help
2.2.1 GUI Documentation
2.2.1.1 Eclipse IDE
2.2.1.1 Configurator and tool guides
2.2.2. Command line documentation
2.2.2.1 make help
2.2.2.2 CLI tools
2.3 Create applications
2.3.1 Project Creator tools
2.3.1.1 Project Creator GUI
2.3.1.2 project-creator-cli
2.3.2 git clone
2.3.3 Typical application contents
2.3.3.1 Application directory
2.3.3.2 mtb_shared directory
2.4 Update BSPs and libraries
2.4.1 Library Manager
2.4.2 make getlibs
2.5 Configure settings for devices, peripherals, and libraries
2.5.1 Configurator GUI tools
2.5.2 Configurator CLI tools
2.6 Write application code
2.7 Build, program, and debug
2.7.1 Use Eclipse IDE
2.7.2 Export to another IDE
2.7.3 Use command line
2.7.3.1 make build
2.7.3.2 make program
2.7.3.3 make debug/qdebug/attach
3 ModusToolbox™ software overview
3.1 Application layers
3.1.1 HAL
3.1.2 PDL
3.1.3 Configurators
3.2 Installation resources
3.2.1 Directory structure
3.2.2 Documentation
3.2.2.1 Release notes
3.2.2.2 Top-level documents
3.2.2.3 Document index page
3.2.3 IDE support
3.2.4 Tools
3.2.4.1 Configurators
3.2.4.2 Other tools
3.2.4.3 Utilities
3.2.4.4 Build system infrastructure
3.2.4.5 Program and debug support
3.3 Code examples
3.4 BSPs & libraries
3.4.1 BSPs
3.5 Libraries
3.6 Product versioning
3.6.1 General philosophy
3.6.2 Tools package versioning
3.6.3 Multiple tools versions installed
3.6.4 Specifying alternate tools version
3.6.4.1 Environment variable
3.6.4.2 Specific project Makefile
3.6.5 Tools and configurators versioning
3.6.5.1 Configurator messages
3.6.6 GitHub libraries versioning
3.6.7 Dependencies between libraries
3.6.7.1 Dependencies via .mtb files
3.6.7.2 Regular C dependencies via #include
4 ModusToolbox™ build system
4.1 Overview
4.2 Application types
4.3 BSPs
4.4 make getlibs
4.4.1 repos
4.5 Adding source files
4.5.1 Auto-discovery
4.5.1.1 .cyignore
4.5.1.2 TOOLCHAIN_<NAME>
4.5.1.3 TARGET_<NAME>
4.5.1.4 CONFIG_<NAME>
4.5.1.5 COMPONENT_<NAME>
4.5.1.6 BSP makefile
4.5.1.7 Multi-project application with imported BSP
4.6 Pre-builds and post-builds
4.7 Program and debug
4.8 Available make targets
4.8.1 General make targets
4.8.2 IDE make targets
4.8.3 Tools make targets
4.8.4 Utility make targets
4.9 Available make variables
4.9.1 Basic configuration make variables
4.9.2 Advanced configuration make variables
4.9.3 BSP make variables
4.9.4 Getlibs make variables
4.9.5 Path make variables
4.9.6 Miscellaneous make variables
5 Board support packages
5.1 Overview
5.2 What’s in a BSP
5.2.1 COMPONENT_BSP_DESIGN_MODUS
5.2.2 COMPONENT
5.2.3 deps subdirectory
5.2.4 docs subdirectory
5.2.5 Support files
5.2.6 <BSP_NAME>.mk
5.2.7 locate_recipe.mk
5.2.8 README/RELEASE.md
5.2.9 BTSDK-specific BSP files
5.3 Creating your own BSP
5.4 Modifying the BSP configuration for a single application
6 Manifest files
6.1 Overview
6.2 Create your own manifest
6.2.1 Overriding the standard super-manifest
6.2.2 Secondary super-manifest
6.2.3 Processing
6.2.4 Conflicting data
6.3 Using offline content
6.4 Access private repositories
7 Using applications with third-party tools
7.1 Import to Eclipse
7.2 Exporting to supported IDEs
7.2.1 Overview
7.2.2 Export to VS Code
7.2.2.1 Prerequisites
7.2.2.2 Process example
7.2.2.3 To debug using KitProg3/MiniProg4
7.2.2.4 To debug using J-Link
7.2.3 Export IAR EWARM (Windows only)
7.2.3.1 Prerequisites
7.2.3.2 Process example
7.2.3.3 To use KitProg3/MiniProg4
7.2.3.4 To use MiniProg4 with PSoC™ 6 single core and PSoC™ 6 256K
7.2.3.5 To use J-Link
7.2.4 Export to Keil µVision 5 (Windows only)
7.2.4.1 Prerequisites
7.2.4.2 Process example
7.2.4.3 To use KitProg3/MiniProg4, CMSIS-DAP, and ULink2 debuggers
7.2.4.4 To use J-Link debugger
7.2.4.5 Program external memory
7.2.4.6 Erase external memory
7.3 Generating files for XMC™ Simulator tool
Revision history
Eclipse IDE
Quick Start Guide
1 Download/Install/Run Eclipse IDE
2 Create new application
2.1 Step 1: Open Project Creator tool
2.2 Step 2: Choose Board Support Package (BSP)
2.3 Step 3: Select application
2.4 Step 4: Create application
3. Add/modify application code
4. View device resources
5. Build the Application
6. Program the Device
6.1 Connect the Kit
6.2 Program
7 Debug the program
Revision history
User Guide
About this document
Version
Scope and purpose
Intended audience
Document conventions
Reference documents
1 Getting started
1.1 Launch Eclipse IDE
1.2 Open Project Creator tool
1.3 Create an application
1.4 Build application
1.5 Program application
1.6 Export/share application
1.7 Import application/code example
1.8 Search online for code examples
1.9 Search online for libraries/BSPs
1.10 Access training material
2 IDE description
2.1 Project Explorer
2.2 Quick Panel
3 Configure applications
3.1 Modify code
3.2 Use configurators
3.3 Use tools
3.4 Use integrated terminal
3.5 Refresh Quick Panel
3.6 Rename application
3.7 Restore shared directory
4 Build applications
4.1 Build with Make
4.2 Build with IDE
4.3 GCC version
5 Program and debug
5.1 PSoC™ MCU programming/debugging
5.2 AIROC™ Bluetooth® programming/debugging
5.3 Mbed OS programming/debugging
6 Mbed OS to ModusToolbox™ flow
6.1 Install and configure Mbed CLI
6.2 Switch Kit to DAPLink mode
6.3 Create application in Mbed CLI
6.4 Compile application in Mbed CLI (optional)
6.5 Export application from Mbed CLI
6.6 Import Mbed OS application into Eclipse IDE
6.7 Configure Eclipse IDE
6.8 Build, program, debug application
6.9 Using MiniProg4 in DAPLink mode
Revision history
Eclipse IDE Survival Guide
Project Management
Parts of the code example’s readme file are hard to read in the IDE. How do I fix that?
How do I set up the IDE to use my preferred markdown editor?
How do I find the right Eclipse panel or option when I don’t know where anything is?
How do I rename an application?
How do I share a project?
What is a workspace?
How do I create a new/empty workspace?
How do I change workspaces?
What is a perspective and how does the IDE use them?
How can I change to a different perspective?
How can I make my own perspective?
How do I remove or delete a project from the project explorer?
What are workspace settings?
How do I share workspace settings across workspaces?
What is a working set and why would I want to use one?
How do I create a working set?
How do I set up dependencies between projects?
What does it mean to close a project, and how do I do it?
What is the difference between a local file and a linked file, and how do I tell which is which?
How do I link to files instead of duplicating files in each project that uses them?
How do I launch multiple instances of Eclipse on macOS?
Can I use an Eclipse IDE with a version control system?
Editor
How do I show line numbers?
How do I search across all files in a project or workspace?
How do I go from a file listed in the project explorer to the actual file in the file system?
I have multiple files of the same name open in the editor. How do I tell which project each one belongs to?
Build System
How do I build an application?
What does Build All build?
How do I add middleware or a library to a project?
How do I set up an application to run on a different kit?
What is the project’s makefile and what does it do?
Where do I find build settings?
What is a build configuration?
Where do I specify compiler symbols and defines?
How can I tell if a build was successful?
How do I terminate a build?
I have an error that a symbol (e.g. bool or uint32_t) could not be resolved. What’s going on and what do I do about it?
Program/Debug
What are run and debug configurations?
Where can I view the run and debug configurations?
My launch configurations disappeared, what do I do?
I copied my project, and now it has two sets of launch configurations. How do I fix that?
How do I start a debug session?
When I try to program or debug I get a connection error. What do I do?
How do I step through assembly code?
I like the Debug perspective better. How do I use it by default when I debug?
When debugging, how do I see variables, registers, and memory?
How do I see local variables?
How do I see global variables?
How do I see Peripheral registers?
How do I edit the values of the variables?
When I start a debug session, an editor window appears that tells me there is a break at an address with no debug information available. But the debug* session starts fine. What’s going on and what do I do about it?
When I terminate a debug session, the processor stops. How do I stop debugging but leave the processor running
How do I remove terminated debug sessions from the Debug view?
How do I start debugging without downloading the executable again?
Related Categories:
Document History
Training material
Code Examples
Feature Guides
Security
Secure Boot SDK User Guide
1 Introduction
Where to Get the Secure Boot SDK
Using this Guide
Definition of Terms
Revision History
2 Overview
Secure Boot SDK Components
How Does the Secure Boot SDK Work?
What is Provisioning?
Transferring RoT
Injecting User Assets
Re-provisioning User Assets
Cypress Secure Bootloader
CySecureTools Installation and Documentation
Linux
macOS
Linux
Mac OS
ModusToolbox – Provisioning Flow
Prerequisites
ModusToolbox Installation
CySecureTools Installation
Device Provisioning
A. Create Blinky LED FreeRTOS Application Project
B. Set Up CySecureTools Workspace
C Generate new keys
D. (Optional) Run Entrance Exam
E. Perform Provisioning
Device Re-provisioning
ModusToolbox Secure Image Generation
Build and Run the Application
Debug the application
Re-provisioning After Failure
4 Mbed OS – Provisioning Flow
Prerequisites
Device Provisioning
A. Set Up Mbed OS Example Project Folder:
B. Generate New Keys:
C. Run Entrance Exam (Optional)
D. Perform provisioning
Device Re-provisioning
Building the Mbed OS Blinky Application
Debugging Application Code
Prerequisites
Create Empty C/C++ Application
Configure PyOCD GDB Server Path
Setting up ‘Program’ PyOCD configuration
Setting up ‘Debug’ PyOCD configuration
Setting up ‘Erase’ PyOCD configuration
Mbed OS Secure Image Generation
Signing Generic Images
5 CySecureTools Design
CySecureTools Component Diagram
CySecureTools Design
Creating a Provisioning Packet
Understanding the Default Policy
Policy and Configuration Limitations
Boot&Upgrade Policy
Debug Policy
External Clock Policy
Cypress Bootloader
CySecureTools Misc Assets
Provisioning JWT packet Reference
1. prov_cmd.jwt
2. prov_identity.jwt
3. cy_auth.jwt
4. rot_auth.jwt
5. prov_req.jwt
6. boot_upgrade.JSON
7. debug.JSON
Secure Policy Configurator guide
1 Overview
2 Installation
2.1 Configuring cysecuretools location
3 Quick start
3.1 Create an application
3.2 Launch the Configurator
3.3 Create a policy file
3.4 Provision a device
4 Launch the “Secure Policy” Configurator
4.1 make command
4.2 Eclipse IDE
4.3 Executable (GUI)
5 GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Execut
5.1.5 Help
5.2 Toolbar
5.3 Tabs
5.4 Notice List
5.5 Log
5.6 Keys tab
5.6.1 ID
5.6.2 Description
5.6.3 Path
5.7 Configuration tabs
5.7.1 Single-Image
5.7.2 Single-Image Swap mode
5.7.3 Multi-Image CM4 Configuration
5.7.4 Multi-Image CM0+ Configuration
5.7.5 Multi-Image Swap mode
5.8 Configuration parameters
5.8.1 Boot image (Primary Slot)
5.8.2 Version control
5.8.2 Start WDT
5.8.4 Upgrade image (Secondary Slot)
5.8.5 Upgrade enabled
5.8.6 Encrypt upgrade image
5.8.7 Protected SRAM (Configuration and CM0+tabs)
5.9 Certificates tab
5.9.1 Add certificate
6 Advanced dialog
6.1 SysAP Options
6.1.1 Permissions
6.1.2 Enable flash reads
6.1.3 Enable flash writes
6.2 RMA Options
6.2.1 RMA allowed
6.2.2 Destroy flash region
6.2.3 Flash start address
6.2.4 Flash size (bytes)
6.3 Startup Options
6.3.1 Startup clock
6.3.2 Debug listen window
6.4 Bootloader Options
6.4.1 Bootloader mode
6.4.2. Signing key
6.4.3 HEX file
6.4.4 JWT file
6.4.5 Status partition (Swap mode)
6.4.6 Scratch area (Swap mode)
6.5 Reprovisioning Options
6.6 Start WDT in CM0+ (bootloader)
6.6.1 WDT timeout (ms)
7 Version changes
Revision history
PSoC™ 64 Secure Blinky LED Example
SHA2 with Cryptographic Hardware Block Example
AES Encryption/Decryption Example
cysecuretools
AIROC™ Bluetooth®
AN210781 - Getting Started with PSoC™ 6 MCU with Bluetooth® Low Energy Connectivity
1. Introduction
1.1 Prerequisites
1.1.1 Hardware
1.1.2 Software
2 Development Ecosystem
2.1 PSoC Resources
2.2 Firmware/Application Development
2.2.1 PSoC Creator
2.2.2 Peripheral Driver Library ( PDL)
2.3 Support for Other IDEs
2.3.1 Using PSoC Creator to Target Another IDE
2.4 RTOS Support
2.5 Debugging
2.6 CY8CKIT-062-BLE PSoC 6 BLE Pioneer Kit
2.7 CySmart Host Emulation Tool and Mobile Applications
3 Device Features
4 Development Setup
5 My First PSoC 6 MCU Design With BLE
5.1 Using These Instructions
5.2 Before You Begin
5.3 About the Design
5.4 Part 1: Create a New Project from Scratch
5.5 Part 2: Implement the Design
5.6 Part 3: Generate Source Code
5.7 Part 4: Write the Firmware
5.8 Part 5: Build the Project, Program the Device
5.9 Part 6: Test Your Design
6 Summary
7 Related Application Notes and Code Examples
Appendix A. Glossary
Appendix B. BLE Protocol
B.1 Overview
B.2 Physical Layer (PHY)
B.3 Link Layer (LL)
B.4 Host Control Interface (HCI)
B.5 Logical Link Control and Adaptation Protocol (L2CAP)
B.6 Security Manager (SM)
B.7 Attribute Protocol (ATT)
B.7.1 Attribute Hierarchy
B.7.2 Attribute Operations
B.8 Generic Attribute Profile (GATT)
B.9 Generic Access Profile (GAP)
Appendix C. Device Features
C.1 System Wide Resources
C.1.1 CPU Subsystem: CM 4 and CM 0
C.1.2 IPC
C.1.3 Memory System
C.1.4 DMA
C.1.5 Clocking System
C.1.6 System Interrupts
C.1.7 Power Supply and Monitoring
C.1.8 Power Modes
C.2 Secure Boot
C.3 Programmable Digital Peripherals
C.3.1 UDB
C.3.2 Programmable TCPWM
C.3.3 SCB
C.3.4 BLESS
C.3.5 Audio Subsystem
C.3.6 Serial Memory Interface
C.3.7 e FUSE
C.3.8 Segment LCD
C.4 Programmable Analog Peripherals
C.4.1 Continuous Time Block Opamps
C.4.2 Low - Pow er Comparator
C.4.3 SAR ADC
C.4.4 DAC
C.4.5 CapSense
C.5 Programmable GPIOs
Appendix D. Cypress IoT Development Tools
D.1 CY8CKIT-062-BLE PSoC 6 BLE Pioneer Kit
D.2 CySmart Host Emulation Tool
D.3 CySmart Mobile App
Document History
BLE GATT Throughput Example
BLE Environmental Sensing Profile Example
BLE GAP Peripheral - GATT Client with Current Time Service
BLE GAP Peripheral - GATT Server with Current Time Service
BLE Beacon Example
BLE Battery Server
AN215671 - PSoC™ 6 MCU - Firmware Design for BLE Applications
1 Introduction
2 PSoC Resources
3 BLE Protocol Implementation in PSoC 6 BLE
3.1 BLE Host
3.1.1 Generic Access Profile (GAP)
3.1.2 Generic Attribute Profile (GATT)
3.1.3 ATT Protocol – Organizing the Data
3.2 BLE Controller
3.2.1 Managing Multiple Connections
4 Developing a BLE Application: Firmware Flow
4.1 Implementing Low-Power BLE Design
4.2 Implementing a Secure BLE Design
4.2.1 Configuring Security Features Using the BLE Component Security Mode and Security Level
4.2.2 Establishing Secure BLE Link : Firmware Flow
4.3 Additional BLE Design Considerations
5 BLE Design Examples
5.1 Multi-Master Multi-Slave: Implementing Four BLE Slaves
5.1.1 About the Design
5.2 Multi-Master Multi-Slave: Implementing Three BLE Masters and One BLE Slave
5.2.1 About the Design
6 Summary
7. Related Documents
Document History
AIROC™ Wi-Fi
AnyCloud Users Guide
1 Overview
2 Getting started
3 Library Descriptions and Documentation
3.1 Wi-Fi Middleware Core (wifi-mw-core)
3.2 Wi-Fi Connection Manager (WCM)
3.3 Wi-Fi Host Driver (WHD)
3.4 anycloud-ota
3.5 MQTT
3.6 Secure Sockets
3.7 lwIP
3.7.1 TCP and UDP
3.8 MbedTLS
3.9 Low Power Assistant (LPA)
3.10 HTTP Server & HTTP Client
3.11 FreeRTOS
3.12 Command Console
3.13 Enterprise Security
3.14 Azure C SDK port library
3.15 Trusted Firmware-M
3.16 Bluetooth® Libraries
3.17 Smart CoEX
3.18 Connectivity Middleware Tools
3.18.1 Wi-Fi Bluetooth® Tester
3.18.2 WLAN Manufacturing Test Application
3.18.3 Wi-Fi Cert Tester Tool
3.18.4 Bluetooth® MFG tester
4 Library Dependencies
4.1 Library Manager
4.2 Adding Libraries
4.3 Library Reference Tables
4.3.1 PSoC™ 6 Base Libraries
4.3.2 PSoC™ 6 Middleware
5 Library Configuration Files
5.1 Wi-Fi Middleware Core
5.1.1 Optimizing Smaller Memory Devices
5.2 MQTT
5.3 OTA
6 Supported Devices
7 Working with Examples
8 Adding and Configuring Low Power
9 Adding and configuring Bluetooth®
AnyCloud Code Examples
Wi-Fi Connections
Wi-Fi Scan Example
Provisioning with BLE
Provisioning with WPS
Firmware Updates
OTA Firmware Update with MQTT
OTA Firmware Update
Over The Air (OTA) Update Library
API Reference
IoT Protocols
MQTT Client Example
TCP Client Example
TCP Server Examaple
Secure TCP Client Example
Secure TCP Server Example
UDP Client Example
UDP Server Example
HTTPS Server Example
CAPSENSE™
CAPSENSE™ Configurator Guide
1 Overview
1.1 Supported middleware
2 Launch the CAPSENSE™ Configurator
2.1 From the Device Configurator
2.2 make command
2.3 Eclipse IDE
2.4 Executable (GUI)
2.5 Executable (CLI)
3 Quick start
4 Code generation
5 GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Help
5.2 Notice List
6 Tabs
6.1 Basic tab
6.2 Advanced tab
6.2.1 General subtab
6.2.2 CSD Settings subtab
6.2.4 Widget Details subtab
6.3 Pins tab [CSD HW]
6.4 Scan Configuration tab [MSC HW]
6.4.1 Widgets Explorer
6.4.2 Widgets configuration pane
6.4.3 Summary Table
6.4.4 Detailed Report
7 Version changes
Revision history
CAPSENSE™ Tuner Guide
1 Overview
2 Launch the CAPSENSE™ Tuner
2.1 From the Device Configurator
2.2 make command
2.3 Eclipse IDE
2.4 Executable (GUI)
2.5 From the Command Line
3 Quick start
4. GUI description
4.1 Menus
4.1.1 File
4.1.2 Edit
4.1.3 View
4.1.4 Communication
4.1.5 Tools
4.1.6 Help
4.2 Toolbar
4.3 Widget Explorer pane
4.4 Widget/Sensor parameters pane
4.5 Tabs
4.6 Status bar
4.6.1 I2C interface
4.6.2 UART interface
5 Tuner Communication Setup
6 Widget View tab
6.1 Touch Signal Graph
6.2 Toolbar
7 Graph View tab
7.1 Toolbar
7.2 Graph functionality
8 SNR Measurement tab
8.1 SNR options
8.2 SNR Measurement procedure
9 Touchpad View tab
9.1 Toolbar
9.2 Widget selection
9.3 Display settings
9.4 Show signal
9.5 Touch report
10 Gesture View tab
10.1 Toolbar
10.2 Widget selection
10.3 Image pane
10.4 Gesture Monitor
10.5 Gesture Event history
11 Tuner Configuration options
11.1 Display options
11.1.1 Theme
11.2 SNR options
11.3 Logging options
12 Troubleshooting
Version changes
Revision history
CAPSENSE™ Middleware
CapSense Middleware Library
API Reference
High-level Functions
Low-level Functions
CapSense Data Structure
CapSense Structures
Gesture Structures
Enumerated Types
Macros
General Macros
Middleware State Macros
Status Macros
Settings Macros
Pin-related Macros
Processing Macros
Touch-related Macros
Gesture Macros
Miscellaneous Macros
Built-in Self-test Macros
Callbacks
CAPSENSE™ Tuner Client over BLE Example
CAPSENSE™ Tuner Server over BLE Example
CAPSENSE™ Buttons and Slider Example
CAPSENSE™ FreeRTOS Example
CAPSENSE™ Buttons BLE Example
PSoC™ 4 and PSoC™ 6 MCU CAPSENSE™ Design Guide
1. Introduction
1.1 Abstract
1.2 Introduction
1.3 CapSense Features
1.4 PSoC 4 and PSoC 6 MCU CapSense Plus Features
1.5 CapSense Design Flow
2. CapSense Technology
2.1 CapSense Fundamentals
2.2 Capacitive Touch Sensing Method
2.3 Signal-to-Noise Ratio
2.4 CapSense Widgets
2.5 Liquid Tolerance
2.5.1 Liquid Tolerance for Self-Capacitance Sensing
2.5.2 Liquid Tolerance for Mutual-Capacitance Sensing
2.5.3 Effect of Liquid Properties on Liquid-Tolerance Performance
3. PSoC 4 and PSoC 6 MCU CapSense
3.1 CapSense CSD Sensing Method
3.2 CapSense CSX Sensing Method
3.3 CapSense Architecture in PSoC 4 S-Series, PSoC 4100S Plus, PSoC 4100PS, and PSoC 6 MCU
3.4 CapSense in PSoC 4xxxM/4xxxL-Series
4 CapSense Design and Development Tools
4.1 PSoC Creator
4.2 ModusToolbox
4.3 Hardware Kits
5. CapSense Performance Tuning
5.1 Selecting between SmartSense and Manual Tuning
5.2 SmartSense
5.3 Manual Tuning
7. Design Considerations
7.1 Firmware
7.3.2 Overlay Thickness
7.3.3 Overlay Adhesives
7.4 PCB Layout Guidelines
7.4.1 Sensor CP
7.4.2 Board Layers
7.4.3 Button Design
7.4.3.1 Self-Capacitance Button Design
7.4.4 Slider Design
Slider-Segment Shape, Width, and Air Gap
7.4.4.4 Routing Slider Segment Trace
7.4.5 Sensor and Device Placement
7.4.6 Trace Length and Width
7.4.7 Trace Routing
7.4.8 Crosstalk Solutions
7.4.9 Vias
7.4.10 Ground Plane
7.4.12 Layout Guidelines for Liquid Tolerance
7.4.13 Schematic Rule Checklist
8 CapSense Plus
Low Power Development
Low Power Assistant
Low Power Assist
LPA Utility API
WLAN Low Power Example
TCP Keepalive Offload Example
Power Mode Switching Example
AN219528 - PSoC™ 6 MCU Low-Power modes and Power reduction techniques
1.Introduction
2.Power Modes
2.1 Power Mode Transitions
2.2 CPU Sleep and Wakeup Instructions
2.3 Low-Power Assistant
2.3.1 Low-Power Assistant Features
2.3.2 PSoC 6 MCU Device LPA Settings
2.3.3 Connectivity Device LPA Settings
2.4 Subsystem Availability and Power Consumption
2.4.1 Subsystem Availability
2.4.2 Approximating Power Consumption
2.4.3 Power Estimator
2.5 Example Case Scenarios
2.6 System Power Management (SysPm) Library
2.6.1 Overview
2.6.2 Mode Transition Functions
3. PSoC 6 MCU Power Management Techniques
3.1 Core Voltage Selection
3.1.1 Linear Regulator and Buck Regulator
3.2 ULP Mode Clock
3.3 Backup Power Domain
3.3.1 Vbackup Supply
3.3.2 Backup Domain Reset
3.3.3 External PMIC Control
3.3.4 Wakeup Sources
3.3.5 Backup Data Registers
4.Other Power Saving Techniques
4.1 Use PSoC 6 MCU to Gate Current Paths
4.2 Disable Unused Blocks
4.3 Use DMA to Move Data
4.4 Periodic Wakeup Timers
4.5 Disabling PSoC CPUs
4.6 Splitting Tasks Between the CPUs
4.7 Clocks
4.8 GPIOs
4.9 SRAM
4.10 TCPWM
4.11 SCB
4.12 Audio Subsystem
4.13 USB
4.14 Low-Power Comparator
4.15 SAR ADC
4.16 Voltage DAC
4.17 Opamp
5. Power Measurement
5.1 Measuring Current with a DMM
5.2 Approximating Power Consumption
6.Power Supply Protection System
6.1 Hardware Control
6.1.1 Brownout Detect (BOD)
6.1.2 Low-Voltage Detect (LVD)
6.1.3 Overvoltage Detect (OVD)
7.Summary
8. References
9.Power Modes Summary
9.1 Power Modes and Wakeup Source
10.Subsystem Availability
10.1 Resources Available in Different Power Modes
11. Callback Function Examples
11.1 Register Callback Functions
11.2 Implement Custom Callback Functions
12. Code Examples
12.1 CE219881 - PSoC 6 MCU Switching Between Power Modes
12.2 CE218129 - PSoC 6 MCU Wakeup from Hibernate Using a Low-Power Comparator
12.3 CE218542 - PSoC 6 MCU Custom Tick Timer Using RTC Alarm Interrupt
12.4 CE226306 - PSoC 6 MCU Power Measurements
AN227910 - Low-Power System Design with CYW43012 and PSoC™ 6 MCU
1 Introduction
2.Low-power Overview
2.1 CYW43012 Power Modes
2.2 PSoC 6 MCU Power Modes
2.3 CYW43012 Power-Related Hardware Signals
2.4 Power Mode Transition
3 WLAN Power Optimization Techniques
3.1 IEEE 802.11 (Wi-Fi) Power Saving
3 . 1 . 1 Beacon Interval
3 . 1 . 2 Listen Interval
3 . 1 . 3 DTIM Period
3 . 1 . 4 Power Saving Methods
3.1.4.1 Power Save Poll
3.1.4.2 802.11 Power Save Without Poll
3.1.4.3 Association Timeout Limit
3 . 1 . 5 802 . 11ac - Friendly Features
3.2 Wi-Fi Power Save Implementation
3 . 2 . 1 WHD Pow er Save Interface
3 . 2 . 2 Cyclic Timers in Netw ork Stack
3.3 Host Offloads to WLAN Device
3 . 3 . 1 ARP Offload
3 . 3 . 2 Packet Filter Offload
3.3.2.1 Network Layer or EtherType filter
3.3.2.2 Transport Layer/IP Protocols
3.3.2.3 Applications Layer/TCP and UDP Port Numbers
4 Bluetooth Power Optimization Techniques
4.1 Advertisement Events
4.2 Connection Events
4 . 2 . 1 Connection Interval
4 . 2 . 2 Use Slave Latency
4 . 2 . 3 Connection Parameter Update in Mbed OS
5 PSoC 6 MCU Power Optimization Techniques
5.1 Core voltage and Operating Frequency
5.2 Reducing Leakage in Deep Sleep
5.3 RTOS Tickless Mode
5.4 Additional Power Optimization Techniques
6 Low Power Assistant (LPA)
6.1 LPA Configuration
6.2 Using LPA in Mbed OS
7 Power Measurement Using CY8CKIT-062S2-43012
7.1 Hardware setup
7.2 mbed-os-example-wlan-lowpower
7.3 mbed-os-example-wlan-offload-arp
8 Summary
9 Related Documents
API Reference
RTOS Libraries
RTOS Abstraction Layer
RTOS Abstraction Layer
API Reference
Common
RTOS Specific Types and Defines
Mutex
Queue
Semaphore
Threads
Time
Timer
Worker Thread Utility
FreeRTOS
FreeRTOS
Clib-Support
CLib FreeRTOS Support
CMSIS
PSoC™ Base Libraries
corelib
Core Library
API Reference
Result Type
Utilities
mtb-hal-cat1
Hardware Abstraction Layer
HAL API Reference
HAL General Types/Macros
Result Type
General Types
Overrideable Macros
Implementation Specific Types
HAL Driver Availability
HAL Drivers
ADC (Analog to Digital Converter)
Clock
COMP (Analog Comparator)
CRC (Cyclic Redundancy Check)
DAC (Digital to Analog Converter)
DMA (Direct Memory Access)
EZI2C (Inter-Integrated Circuit)
Flash (Flash System Routine)
System Power Management
GPIO (General Purpose Input Output)
HWMGR (Hardware Manager)
I2C (Inter-Integrated Circuit)
I2S (Inter-IC Sound)
INTERCONNECT (Internal digital routing)
Keyscan
LPTimer (Low-Power Timer)
Opamp (Operational Amplifier)
PDM/PCM (Pulse-Density Modulation to Pulse-Code Modulation Converter)
PWM (Pulse Width Modulator)
QSPI (Quad Serial Peripheral Interface)
Quadrature Decoder
RTC (Real-Time Clock)
SDHC (SD Host Controller)
SDIO (Secure Digital Input Output)
SPI (Serial Peripheral Interface)
System
TDM (Time Division Multiplexed)
Timer (Timer/Counter)
TRNG (True Random Number Generator)
UART (Universal Asynchronous Receiver-Transmitter)
USB Device
WDT (Watchdog Timer)
CAT1 (PSoC 6) Implementation Specific
Deprecated
Clocks
COMP (CTB Opamps)
COMP (LP Comparator block)
DMA (Direct Memory Access)
CAT1 Specific Hardware Types
Interconnect (Internal Digital Routing)
Pins
System Power Management
Timer (Timer/Counter)
Triggers
TRNG (True Random Number Generator)
WDT (Watchdog Timer)
ADC (Analog Digital Converter)
ADC (Analog Digital Converter)
COMP (Analog Comparator)
DAC
I2S (Inter-IC Sound)
LPTIMER
Opamp
PDM/PCM (Pulse Density Modulation to Pulse Code Modulation Converter)
PWM (Pulse Width Modulator)
QuadDec (Quadrature Decoder)
RTC (Real Time Clock)
SDHC (SD Host Controller)
TDM (Time Division Multiplexing)
UDB SDIO (Secure Digital Input Output)
PSoC™ 6 PDL
MTB CAT1 Peripheral driver library Documentation
Introducing MTB CAT1A
Getting Started
PDL API Reference
BLE ECO (BLE ECO Clock)
Functions
Enumerated Types
Macros
CAN FD (CAN with Flexible Data-Rate)
Macros
Functions
Data Structures
Enumerated Types
Crypto (Cryptography)
Client-Server Model
Direct Crypto Core Access
Common Data Structures
Common Enumerated Types
CSD (CapSense Sigma Delta)
Macros
Functions
Data Structures
Enumerated Types
CTB (Continuous Time Block)
Macros
Functions
Global Variables
Data Structures
Enumerated Types
CTDAC (Continuous Time Digital to Analog Converter)
Macros
Functions
Global Variables
Data Structures
Enumerated Types
DMA (Direct Memory Access)
Macros
Functions
Data Structures
Enumerated Types
DMAC (Direct Memory Access Controller)
Macros
Functions
Data Structures
Enumerated Types
eFuse (Electronic Fuses)
Macros
Functions
Data Structures
Enumerated Types
Flash (Flash System Routine)
Macros
Functions
Enumerated Types
GPIO (General Purpose Input Output)
Macros
Functions
Data Structures
Enumerated Types
I2S (Inter-IC Sound)
Macros
Functions
Data Structures
Enumerated Types
IPC (Inter Process Communication)
IPC driver layer (IPC_DRV)
IPC semaphores layer (IPC_SEMA)
IPC pipes layer (IPC_PIPE)
IPC bluetooth sub-system layer (IPC_BTSS)
LPComp (Low Power Comparator)
Macros
Functions
Data Structures
Enumerated Types
LVD (Low-Voltage-Detect)
Macros
Functions
Enumerated Types
MCWDT (Multi-Counter Watchdog)
Macros
Functions
Data Structures
Enumerated Types
PDM_PCM (PDM-PCM Converter)
Macros
Functions
Data Structures
Enumerated Types
PRA (Protected Register Access)
Macros
Functions
Enumerated Types
Data Structures
Profile (Energy Profiler)
Macros
Functions
Data Structures
Enumerated Types
Prot (Protection Unit)
Macros
Functions
Data Structures
Enumerated Types
RTC (Real-Time Clock)
Macros
Functions
Data Structures
Enumerated Types
SAR (SAR ADC Subsystem)
Macros
Functions
Data Structures
Enumerated Types
SCB (Serial Communication Block)
Common
EZI2C (SCB)
I2C (SCB)
SPI (SCB)
UART (SCB)
SD Host (SD Host Controller)
Macros
Functions
Data Structures
Enumerated Types
SegLCD (Segment LCD)
Macros
Functions
Data Structures
Global Data
Enumerated Types
SmartIO (Smart I/O)
Macros
Functions
Data Structures
Enumerated Types
SMIF (Serial Memory Interface)
Macros
Functions
Data Structures
Enumerated Types
Startup (System Configuration Files)
Macro
Functions
Global Variables
SysAnalog (System Analog Reference Block)
Macros
Functions
Global Variables
Data Structures
Enumerated Types
SysClk (System Clock)
Macros
General Enumerated Types
External Clock Source (EXTCLK)
External Crystal Oscillator (ECO)
Clock Path Source
Frequency Locked Loop (FLL)
Phase Locked Loop (PLL)
Internal Low-Speed Oscillator (ILO)
Precision Internal Low-Speed Oscillator (PILO)
Clock Measurement
Clock Trim (ILO, PILO)
Low Power Callback
Watch Crystal Oscillator (WCO)
High-Frequency Clocks
Fast Clock
Peripheral Clock
Peripherals Clock Dividers
Slow Clock
Alternative High-Frequency Clock
Low-Frequency Clock
Timer Clock
Pump Clock
Backup Domain Clock
Medium Frequency Domain Clock
SysInt (System Interrupt)
Macros
Global variables
Functions
Data Structures
Enumerated Types
SysLib (System Library)
Macros
Functions
Data Structures
Enumerated Types
SysPm (System Power Management)
Macros
Functions
Data Structures
Enumerated Types
SysTick (ARM System Timer)
Macros
Functions
Data Structures
TCPWM (Timer Counter PWM)
Common
Timer/Counter (TCPWM)
PWM (TCPWM)
Quadrature Decoder (TCPWM)
Shift Register (TCPWM)
TrigMux (Trigger Multiplexer)
Macros
Functions
Enumerated Types
USBFS (USB Full-Speed Device)
Macros
Functions
Data Structures
Enumerated Types
WDT (Watchdog Timer)
Macros
Functions
Online Documentation
Additional Resources
MISRA-C:2004 Compliance
Device Catalog
List of Devices
Device Catalog
PSoC™ 6 Base Examples
GPIO Interrupt Example
Multi-Counter Watchdog Timer (MCWDT) Example
Watchdog Timer (WDT) Example
Fault Handling Example
Real Time Clock Example
PDM/PCM Example
Square Wave PWM using TCPWM Example
PWM Ramp using SmartIO Example
True Random Number Generator Example
SHA2 with Cryptographic Hardware Block Example
AES Encryption/Decryption Example
Dual Core IPC Semephore Example
Dual Core IPC Pipes Example
I2S Audio Codec Example
PDM to I2S Routing Example
Serial Communications Block SPI with DMA Example
UART using DMA Example
HAL UART Example
SPI Master Example
I2C Master Example
I2C Slave Callback Example
I2C Master with EzI2C Client
PSoC™ 6 Prebuilt Images
ModusToolbox™ QSPI Configurator guide
1. Overview
1.1 Supported software
2. Launch the QSPI Configurator
2.1 make command
2.2 Eclipse IDE
2.3 From the Device Configurator
2.4 Executable (CLI)
2.5 Executable (GUI)
3. Quick start
4. Code generation
4.1 Files used by the configuration tool
5. GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Options
5.1.5 Help
5.2 Toolbar
5.3 Target device family
5.4 Flashloader Directory
5.5 QSPI configuration fields
5.6 Edit memory file fields
6. Create new memory file
6.1 Memory database
7. XML schemas
7.1 *.cyqspi schema
7.2 *.cymem schema
8. Version changes
Revision history
ModusToolbox™ Smart I/O Configurator guide
1. Overview
2. Launch the Smart I/O Configurator
2.1 make command
2.2 Eclipse IDE
2.3 From the Device Configurator
2.4 Executable (GUI)
3. Quick start
4.GUI Description
4.1 Menus
4.1.1 File
4.1.2 View
4.1.3 Help
4.2 Tabs
4.2.1 Routing tab
4.2.2 Data Unit tab
4.2.3 LUT tabs
5. Functional Description
5.1 Routing Fabric
5.1.1 Single Source LUT Input
5.1.2 SCB Restriction
5.2 Clock and Reset behavior
5.2.1 Signal synchronization requirement
5.3 LUT combinatorial feedback
6. Version changes
ModusToolbox™ Device Configurator Guide
Version
Scope and purpose
Intended audience
Document conventions
Abbreviations and definitions
Reference documents
Overview
2 Launch the Device Configurator
2.1 make command
2.2 Eclipse IDE
2.3 Executable (GUI)
Launch the Device Configurator
2.4 Open configuration file
2.5 Create new configuration
2.6 Executable (CLI)
3 Quick start
4 Code generation
5 GUI description
5.1 Menus
5.2 Device tabs
5.3 Resource tabs
5.4 Panes
5.5 Icons
Resources tabs
Peripherals
6.2 Pins
6.3 Analog-Routing tab
Resources tabs
6.4 System tab
6.5 Peripheral-Clocks tab
6.6 DMA tab
Panes
7.1 Parameters pane
Notice List
Code Preview pane
Version changes
Revision history
stdio UART Support
Retarget IO (retarget-io)
Retarget IO API Reference
PSoC™ Middleware
USB
ModusToolbox™ software USB Configurator guide
1.
Overview
1.1
Supported middleware
2.
Launch the USB Configurator
2.1
make command
2.2
Eclipse IDE
2.3
Executable (GUI)
2.4
Executable (CLI)
3.
Quick start
4.
Code generation
5.
GUI description
5.1
Menus
6.
Toolbars
6.1
Descriptor toolbar
6.2
HID Report toolbar
6.3
Array editor toolbar
7.
Panes
7.1
Device Descriptors Tree pane
7.2
Parameters pane
8.
Notice List
9.
Supported descriptors
10.
Known issues, limitations, and workarounds
11.
Version changes
USB
Cypress USB Device Middleware Library 2.0
API Reference
Device
Audio Class
CDC Class
HID Class
Audio Recorder Example
HID Mouse Example
Mass Storage Example
Generic HID Example
CDC Serial Port Example
Audio Device and HID Consumer Control Example
Mass Storage File System Example
Memory
ModusToolbox™ Device Firmware Update Host tool guide
Version
Scope and purpose
Intended audience
Document conventions
Reference documents
Overview
Example code
Walkthrough
Launch the DFU Host tool
make command
Eclipse IDE
Executable (GUI)
Executable (CLI)
GUI description
Main window
Port configuration
Log
Errors
CLI description
Command-line flags
CLI example
Troubleshooting
Version changes
Revision history
SPI Flash
Serial Flash
API Reference
Device Firmware Update
Device Firmware Update
API Reference
Macros
Functions
Global Variables
Data Structures
Enumerated Types
MISRA-C:2012 Compliance
Emulated EEPROM
Cypress Em_EEPROM Middleware Library
API Reference
Macros
Functions
Data Structures
Enumerated Types
Emulated EEPROM Example
ModusToolbox™ QSPI Configurator Guide
Overview
Launch the QSPI Configurator
As a Stand-Alone Tool
From the Device Configurator
From the Eclipse IDE
From the Command Line
Quick Start
Code Generation
Files Used by the Configuration Tool
GUI Description
Menus
Toolbar
QSPI Configuration Fields
Edit Memory File Fields
Memory Database
Notes:
Create New Memory File
Migration of Configuration File Format
From the Eclipse IDE
Without the Eclipse IDE
Patching Flashloaders
XML Schemas
*.cyqspi Schema
*.cymem Schema
References
Version Changes
QSPI FRAM Example
QSPI NOR Flash Example
QSPI Flash with Serial Memory Interface (SMIF) Example
External Flash Execute In Place Example
Sensing
Thermistor
Thermistor (Temperature Sensor)
API Reference
CAPSENSE™
CAPSENSE™ Configurator Guide
1 Overview
2 Launch the CAPSENSE™ Configurator
3 Quick start
4 Code generation
5 GUI description
6 Tabs
7 Version changes
Revision history
CAPSENSE™ Tuner Guide
1 Overview
2 Launch the CAPSENSE™ Tuner
3 Quick start
4. GUI description
5 Tuner Communication Setup
6 Widget View tab
7 Graph View tab
8 SNR Measurement tab
9 Touchpad View tab
10 Gesture View tab
11 Tuner Configuration options
12 Troubleshooting
Version changes
Revision history
CAPSENSE™ Middleware
CapSense Middleware Library
API Reference
CAPSENSE™ Tuner Client over BLE Example
CAPSENSE™ Tuner Server over BLE Example
CAPSENSE™ Buttons and Slider Example
CAPSENSE™ FreeRTOS Example
CAPSENSE™ Buttons BLE Example
ADC using CSDADC
Cypress CSDADC Middleware Library
API Reference
Macros
Enumerated types
Data Structures
Functions
Callback
IDAC using CSDIDAC
CSDIDAC Middleware Library
API Reference
Macros
Enumerated Types
Data Structures
Functions
Light Sensor
API Reference
BMI-160 Inertial Measurement Unit
BMI-160 Inertial Measurement Unit
API Reference
BME 680 Atmospheric Sensor
BME 680 Atmospheric Sensor
API Reference
CSD ADC Example
Display
emWin Graphics Library
SEGGER emWin Graphics Library 5.48.1
emWin User Guide
SEGGER emWin Web Page
emWin OLED Example
emWin Eink Example
RGB LED
RGB LED
API Reference
ModusToolbox™ SegLCD Configurator guide
1. Overview
1.1 Supported software
2. Launch the SegLCD Configurator
2.1 From the Device Configurator
2.2 make command
2.3 Eclipse IDE
2.4 Executable (GUI)
2.5 Executable (CLI)
3. Quick start
4. Code generation
5. GUI description
5.1 Menus
5.2 Toolbar
6. Display Editor
6.1 Display Editor toolbar
6.2 Display row
7. Display view
8. Mapping table
8.1 Connect/Disconnect display pixel
8.2 Change pixel name
9. Notice List**
10. Known issues, limitations, and workarounds
11. Version changes
Bluetooth® Low Energy
ModusToolbox® Bluetooth Configurator Guide
Version
Scope and purpose
Intended audience
Document conventions
Abbreviations and definitions
Reference documents
Overview
Supported devices and libraries
SIG-adopted profiles and services
Custom profiles
Launch the Bluetooth® Сonfigurator
make command
Eclipse IDE
Executable (GUI)
Executable (CLI)
Quick start
Code generation
CYW20xxx
CYW43xxx
CYW55xxx
PSoC 6-BLE
GUI description
Menus
Toolbar
Tab components
Notice List
Status bar
Parameters configuration
General tab (CYW20xxx, CYW55xxx)
General tab (PSoC 6-BLE)
General LE tab (CYW43xxx, CYW55xxx)
GATT Settings tab (all devices)
L2CAP Settings tab (CYW43xxx, CYW55xxx, PSoC 6-BLE)
Link Layer Settings (PSoC 6-BLE)
Service Discovery Settings tab (CYW20xxx, CYW55xxx) (Beta)
Version changes
Revision history
ModusToolbox™ Machine Learning Configurator guide
1. Overview
1.1 Supported library
2. Launch the ML Configurator
2.1 make command
2.2 Eclipse IDE
2.3 Executable (CLI)
2.4 Executable (GUI)
3. Quick start
4. GUI description
4.1 Menus
4.2 Project elements
4.3 Model elements
4.4 Generate source button
4.5 Validate in Desktop button
4.6 Validate on Target button
4.7 Output messages
4.8 Status bar
4.9 Validation dialog
5. Version changes
BLESS
Cypress PSoC 6 Bluetooth® Low Energy Middleware Library 3.50
General Description
Quick Start Guide
Configuration Considerations
Supported Software and Tools
More Information
Industry Standards
Changelog
API Reference
BLE Common API
BLE Service-Specific API
WICED Bluetooth® Host Stack
ble
Overview
API Reference
Dual-Mode
Overview
API Reference
BLE GATT Throughput Example
BLE Find Me Profile Example
BLE GATT Battery Level Service Example
Kits Support Middleware
CY8CKIT-028-EPD
CY8CKIT-028-EPD shield support library
API Reference
Shield
Pins
Microphone
Motion Sensor
Temperature Sensor
E-Ink Display
E2271CS021 EInk Controller (display-eink-e2271cs021)
E2271CS021 EInk Controller API Reference
CY8CKIT-028-TFT
Shield Library (CY8CKIT-028-TFT)
API Reference
Shield
Pins
Microphone
Audio Codec
Light Sensor
Motion Sensor
TFT Display
AK4954A Audio Codec
Audio Codec
Audio Codec API Reference
Display 2.4 Inch TFT LCD (ST7789V)
API Reference
Light Sensor Functions
API Reference
CY8CKIT-032
CY8CKIT-032 shield support library
API Reference
Pins
Analog Front End
OLED Display
DSSD1306 OLED Controller (display-oled-ssd1306)
OLED Display (SSD1306)
API Reference
Wi-Fi Middleware
WiFi Host Driver Board Support Package Integration
WiFi Host Driver Board Support Package Integration
API Reference
Buffer management
WiFi Initialization
Wi-Fi Base
Overview
API Reference
lwIP and WHD port
Enumerated Types
Port Functions
Port Structures
EAPOL Functions
CY generic lwIP WHD glue results/error codes
Optimization of Wi-Fi Middleware Core
Wi-Fi Connection Manager Library
Overview
API Reference
Message Sequence Charts
Macros
WCM results/error codes
Enumerated Types
Typedefs
Structures
cy_wcm_wps_config_t
cy_wcm_config_t
cy_wcm_ip_address_t
cy_wcm_event_data_t
cy_wcm_ap_credentials_t
cy_wcm_ip_setting_t
cy_wcm_connect_params_t
cy_wcm_scan_filter_t
cy_wcm_scan_result_t
cy_wcm_wps_device_detail_t
cy_wcm_wps_credential_t
cy_wcm_associated_ap_info_t
cy_wcm_wlan_statistics_t
cy_wcm_custom_ie_info_t
cy_wcm_ap_config_t
Functions
HTTPS Server
Overview
API Reference
C API
Structures & Enumerations
Macros
Functions
C++ Class Interface
HTTPServer Class Reference
HTTP Client
HTTP Client Middleware Library
Overview
API Reference
C APIs
Low Power Assistant
Low Power Assistant Middleware Library 3.0.0
LPA Utility API
OTA Firmware Update
Over The Air (OTA) Update Library
API Reference
Cypress Over The Air (OTA) API
MQTT
Overview
API Reference
C APIs
Structures and Enumerations
Macros
Functions
Secure Sockets
Overview
API Reference
Secure Sockets API
Message Sequence Charts
Macros
Typedefs
Enumerated types
Structures
Functions
TLS API
Enumerations
Typedefs
Structures
Functions
lwlP
mbedTLS
Wi-Fi Host Driver (WHD)
Wi-Fi Host Driver (WHD) Documentation
Modules
WHD Event handling API
WHD Buffer Interface API
whd_buffer_funcs
WHD Network Interface API
whd_netif_funcs
WHD Resource API
whd_resource_source
WHD Wi-Fi API
WHD Wi-Fi Management API
WHD Wi-Fi join, Scan and Halt API
WHD Wi-Fi Utility API
WHD Wi-Fi SoftAP API
WHD Wi-Fi Power Save API
WHD Wi-Fi IOCTL Set/Get API
WHD Wi-Fi Debug API
WHD Bus API
Data Structures
Data Fields
Variables
Files
File List
Globals
All
Functions
Typedefs
Enumerations
Enumerator
Macros
UDB based SDIO WiFi Host Driver
UDB SDIO for Wi-Fi Host Driver
API Reference
Pin States
Pin Mappings
Macros
Functions
UDB_SDIO
Macros
Functions
Data Structures
Connectivity Middleware Utilities Library
Overview
API Reference
Common middleware utilities
Middleware utilities enumerated types
Logging utilities
JSON parser utilities
Linked list utilities
Network helper utilities
String conversion utilities
Development Tools Guide
General Tools
Project Creator Guide
1. Overview
1.1 Manifest files
1.2 Created application(s)
1.3 Library management flows
2. Launch the Project Creator
2.1 From Eclipse IDE
2.2 As a stand-alone GUI tool
2.3 As a command-line tool
3. GUI description
3.1 Menus
3.2 Choose BSP page
3.3 Select application page
3.4 Create an application
4. CLI description
5. Version changes
Revision history
Library Manager User Guide
1. Overview
1.1 Version
1.1.1 Dynamic
1.1.2 Fixed
1.2 Manifests
1.3 MTB flow
1.3.1 .mtb file
1.3.2 Direct dependency
1.3.3 Indirect dependency
1.3.4 Shared
1.3.5 Local
1.4 LIB flow
2. Launch the Library Manager
2.1 make command
2.2 Eclipse IDE
2.3 Stand-alone GUI mode
2.4 Offline mode
2.5 Non-GUI command line interface (CLI)
3. Working with BSPs/libraries (MTB flow)
3.1 Update indirect dependency libraries
3.2 Add/remove BSPs
3.3 Select Active BSP
3.4 Share/unshare BSPs and libraries
3.5 Change BSP/library version
4. Working with BSPs/libraries (LIB flow)
4.1 Adding BSPs/libraries
4.2 Remove BSPs/libraries
4.3 Update shared BSPs/libraries
4.4 Change BSP/library version
5. GUI description
5.1 Menus
5.2 Fields
5.3 Tabs
5.3.1 Shared check box (MTB flow)
5.3.2 BSP and library versions
5.4 Buttons
5.5 Message console
5.6 Status indicator
6. Manual library management
6.1 Acquiring a library (MTB flow)
6.2 Acquiring dependencies (MTB flow)
6.2.1 import_deps
6.2.2 lib2mtbx
6.3 Acquiring a library (LIB flow)
6.4 Acquiring dependencies (LIB flow)
7. Tool change description
Revision history
Creating custom BSP
BSP contents
Configuration files
Startup and Linker scripts
BSP makefile
Dependencies
Custom BSP process
Create application
Generate custom TARGET
Customize created BSP
Startup and Linker scripts
Customizing device configuration
Adding or removing dependencies
Change connectivity device
Modifying the CUSTOM_BSP_NAME.mk
Modifying design.modus
Remove connectivity device
Modifying the CUSTOM_BSP_NAME.mk
Modifying the design.modus
Library compartmentalization
Bluetooth® library
Wi-Fi Host Driver
firmware directory
nvram directory
Managing the
Makefile
for ModusToolbox™ software v2.x
What is the Makefile and how do I use it?
Which
Makefile
should I edit, the one in the code example or the one in the project directory?
What build system does ModusToolbox™ software use?
How do I add files to the project so that auto-discovery finds them?
How can I add a path that contains spaces?
How can I use an absolute path when the variable value requires a relative path?
How are slashes handled by the build system?
How do I make sure auto-discovery ignores certain files?
How do I add an external library using a .lib/.mtb text file?
Using the .mtb file (Recommended):
Using the .lib file:
How do I add an external library by specifying files and file paths?
How do I add a precompiled binary to my project?
How do I specify a set of build tools?
How do I tell the build system where custom build tools are?
How do I pass compiler flags?
How do I create a custom build configuration?
How do I pass linker flags?
How do I use a custom linker script?
How do I specify a pre-build or post-build task?
How do I build a static library?
What is a COMPONENT?
How do I create a custom COMPONENT and add it to the application?
How do I disable a COMPONENT?
How do I override the default design.modus file in a BSP?
How do I create my own BSP?
How do I use a custom BSP for my application?
Related Categories:
BSP configurators
QSPI Configurator Guide
1. Overview
1.1 Supported software
2. Launch the QSPI Configurator
2.1 make command
2.2 Eclipse IDE
2.3 From the Device Configurator
2.4 Executable (CLI)
2.5 Executable (GUI)
3. Quick start
4. Code generation
4.1 Files used by the configuration tool
5. GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Options
5.1.5 Help
5.2 Toolbar
5.3 Target device family
5.4 Flashloader Directory
5.5 QSPI configuration fields
5.6 Edit memory file fields
6.Create new memory file
6.1 Memory database
7. XML schemas
7.1 *.cyqspi schema
7.2 *.cymem schema
8. Version changes
Smart I/O Configurator Guide
1. Overview
2. Launch the Smart I/O Configurator
2.1 make command
2.2 Eclipse IDE
2.3 From the Device Configurator
2.4 Executable (GUI)
3. Quick start
4. GUI Description
4.1 Menus
4.1.1 File
4.1.2 View
4.1.3 Help
4.2 Tabs
4.2.1 Routing tab
4.2.2 Data Unit tab
4.2.3 LUT tabs
5. Functional Description
5.1 Routing Fabric
5.1.1 Single Source LUT Input
5.1.2 SCB Restriction
5.2 Clock and Reset behavior
5.2.1 Signal synchronization requirement
5.3 LUT combinatorial feedback
6. Version changes
Device Configurator Guide
1 Overview
2 Launch the Device Configurator
2.1 make command
2.2 Eclipse IDE
2.3 Executable (GUI)
2.4 Open configuration file
2.5 Create new configuration
2.6 Executable (CLI)
3 Quick start
4 Code generation
5 GUI description
5.1 Menus
5.2 Device tabs
5.3 Resource tabs
5.4 Panes
5.5 Icons
6 Resources tabs
6.1 Peripherals
6.2 Pins
6.3 Analog-Routing tab
Resources tabs
6.4 System tab
6.5 Peripheral-Clocks tab
6.6 DMA tab
7 Panes
7.1 Parameters pane
7.2 Notice List
7.3 Code Preview pane
8 Version changes
Revision history
CAPSENSE™ Configurator Guide
1 Overview
1.1 Supported middleware
2 Launch the CAPSENSE™ Configurator
2.1 From the Device Configurator
2.2 make command
2.3 Eclipse IDE
2.4 Executable (GUI)
2.5 Executable (CLI)
3 Quick start
4 Code generation
5 GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Help
5.2 Notice List
6 Tabs
6.1 Basic tab
6.2 Advanced tab
6.2.1 General subtab
6.2.2 CSD Settings subtab
6.2.4 Widget Details subtab
6.3 Pins tab [CSD HW]
6.4 Scan Configuration tab [MSC HW]
6.4.1 Widgets Explorer
6.4.2 Widgets configuration pane
6.4.3 Summary Table
6.4.4 Detailed Report
7 Version changes
Revision history
CAPSENSE™ Tuner Guide
1 Overview
2 Launch the CAPSENSE™ Tuner
2.1 From the Device Configurator
2.2 make command
2.3 Eclipse IDE
2.4 Executable (GUI)
2.5 From the Command Line
3 Quick start
4. GUI description
4.1 Menus
4.1.1 File
4.1.2 Edit
4.1.3 View
4.1.4 Communication
4.1.5 Tools
4.1.6 Help
4.2 Toolbar
4.3 Widget Explorer pane
4.4 Widget/Sensor parameters pane
4.5 Tabs
4.6 Status bar
4.6.1 I2C interface
4.6.2 UART interface
5 Tuner Communication Setup
6 Widget View tab
6.1 Touch Signal Graph
6.2 Toolbar
7 Graph View tab
7.1 Toolbar
7.2 Graph functionality
8 SNR Measurement tab
8.1 SNR options
8.2 SNR Measurement procedure
9 Touchpad View tab
9.1 Toolbar
9.2 Widget selection
9.3 Display settings
9.4 Show signal
9.5 Touch report
10 Gesture View tab
10.1 Toolbar
10.2 Widget selection
10.3 Image pane
10.4 Gesture Monitor
10.5 Gesture Event history
11 Tuner Configuration options
11.1 Display options
11.1.1 Theme
11.2 SNR options
11.3 Logging options
12 Troubleshooting
Version changes
Revision history
Library Configurators
Secure Policy Configurator guide
About this document
1 Overview
2 Installation
2.1 Configuring cysecuretools location
3 Quick start
3.1 Create an application
3.2 Launch the Configurator
3.3 Create a policy file
3.4 Provision a device
4 Launch the “Secure Policy” Configurator
4.1 make command
4.2 Eclipse IDE
4.3 Executable (GUI)
5 GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Execut
5.1.5 Help
5.2 Toolbar
5.3 Tabs
5.4 Notice List
5.5 Log
5.6 Keys tab
5.6.1 ID
5.6.2 Description
5.6.3 Path
5.7 Configuration tabs
5.7.1 Single-Image
5.7.2 Single-Image Swap mode
5.7.3 Multi-Image CM4 Configuration
5.7.4 Multi-Image CM0+ Configuration
5.7.5 Multi-Image Swap mode
5.8 Configuration parameters
5.8.1 Boot image (Primary Slot)
5.8.2 Version control
5.8.2 Start WDT
5.8.4 Upgrade image (Secondary Slot)
5.8.5 Upgrade enabled
5.8.6 Encrypt upgrade image
5.8.7 Protected SRAM (Configuration and CM0+tabs)
5.9 Certificates tab
5.9.1 Add certificate
6 Advanced dialog
6.1 SysAP Options
6.1.1 Permissions
6.1.2 Enable flash reads
6.1.3 Enable flash writes
6.2 RMA Options
6.2.1 RMA allowed
6.2.2 Destroy flash region
6.2.3 Flash start address
6.2.4 Flash size (bytes)
6.3 Startup Options
6.3.1 Startup clock
6.3.2 Debug listen window
6.4 Bootloader Options
6.4.1 Bootloader mode
6.4.2. Signing key
6.4.3 HEX file
6.4.4 JWT file
6.4.5 Status partition (Swap mode)
6.4.6 Scratch area (Swap mode)
6.5 Reprovisioning Options
6.6 Start WDT in CM0+ (bootloader)
6.6.1 WDT timeout (ms)
7 Version changes
Revision history
EZ-PD™ Configurator Guide
About this document
1. Launch the EZ-PD™ Configurator
1.1 make command
1.2 Eclipse IDE
1.3 Executable (CLI)
1.4 Executable (GUI)
2 Quick start
3. GUI description
3.1 Menus
3.1.1 File
3.1.2 Edit
3.1.3 View
3.1.4 Help
3.2 Toolbar
3.3 Port tabs
3.4 Parameter categories
3.5 Parameters and values
3.5.1 Port Information
3.5.2 PDO
3.5.3 EPR Configuration
3.5.4 SCEDB Configuration
3.6 Notice List
4 Version changes
Revision history
Bluetooth® Configurator Guide
Version
Scope and purpose
Intended audience
Document conventions
Abbreviations and definitions
Reference documents
1 Overview
1.1 Supported devices and libraries
1.2 SIG-adopted profiles and services
1.3 Custom profiles
2 Launch the Bluetooth® Сonfigurator
2.1 make command
2.2 Eclipse IDE
2.3 Executable (GUI)
2.4 Executable (CLI)
3 Quick start
4 Code generation
4.1 CYW20xxx
4.2 CYW43xxx
4.3 CYW55xxx
4.4 PSoC 6-BLE
5 GUI description
5.1 Menus
5.2 Toolbar
5.3 Tab components
5.4 Notice List
5.5 Status bar
6 Parameters configuration
6.1 General tab (CYW20xxx, CYW55xxx)
6.2 General tab (PSoC 6-BLE)
6.3 General LE tab (CYW43xxx, CYW55xxx)
6.4 GATT Settings tab (all devices)
6.5 GAP Settings tab (CYW43xxx, CYW55xxx, PSoC 6-BLE)
PSoC 6-BLE:
CYW43xxx, CYW55xxx:
6.6 L2CAP Settings tab (CYW43xxx, CYW55xxx, PSoC 6-BLE)
6.7 Link Layer Settings (PSoC 6-BLE)
6.8 Service Discovery Settings tab (CYW20xxx, CYW55xxx) (Beta)
7 Version changes
Revision history
Machine Learning Configurator Guide
1. Overview
1.1 Supported library
2. Launch the ML Configurator
2.1 make command
2.2 Eclipse IDE
2.3 Executable (CLI)
2.4 Executable (GUI)
3. Quick start
4. GUI description
4.1 Menus
4.1.1 File
4.1.2 Edit
4.1.3 Help
4.2 Project elements
4.2.1 Output file prefix
4.2.2 Output folder
4.3 Model elements
4.3.1 Pretrained model
4.3.2 Framework
4.3.3 Advanced scratch memory optimization
4.4 Generate source button
4.5 Validate in Desktop button
4.6 Validate on Target button
4.7 Output messages
4.8 Status bar
4.9 Validation dialog
4.9.1 COM port
4.9.2 Dataset structure
4.9.3 Sample count
4.9.4 Path
4.9.5 Feature columns/number of columns
4.9.6 Target columns/number of columns
4.9.7 Quantization
4.9.8 Validate button
4.9.9 Table
4.9.10 Graph
4.9.11 Results
5. Version changes
Segment LCD Configurator Guide
1. Overview
1.1 Supported software
2. Launch the SegLCD Configurator
2.1 From the Device Configurator
2.2 make command
2.3 Eclipse IDE
2.4 Executable (GUI)
2.5 Executable (CLI)
3. Quick start
4. Code generation
5. GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Help
5.2 Toolbar
6. Display Editor
6.1 Display Editor toolbar
6.2 Display row
6.2.1 Name
6.2.2 Type
6.2.3 Symbols
7. Display view
8. Mapping table
8.1 Connect/Disconnect display pixel
8.2 Change pixel name
9. Notice List
10. Known issues, limitations, and workarounds
11. Version changes
USB Configurator Guide
1. Overview
1.1 Supported middleware
2. Launch the USB Configurator
2.1 make command
2.2 Eclipse IDE
2.3 Executable (GUI)
2.4 Executable (CLI)
3. Quick start
4. Code generation
5. GUI description
5.1 Menus
5.1.1 File
5.1.2 Edit
5.1.3 View
5.1.4 Help
6. Toolbars
6.1 Descriptor toolbar
6.2 HID Report toolbar
6.3 Array editor toolbar
7. Panes
7.1 Device Descriptors Tree pane
7.2 Parameters pane
8. Notice List
9. Supported descriptors
10. Known issues, limitations, and workarounds
11. Version changes
MCU Tools
Device Firmware Update
Device Firmware Update
API Reference
Macros
User Config Macros
DFU State
DFU Commands
Read/Write Data IO Control Values
Response Size
Functions
Global Variables
External ELF file symbols
Data Structures
Enumerated Types
MISRA-C:2012 Compliance
Hardware Reference
Datasheets and Technical Reference Manuals
PSoC™ 61 MCU: CY8C61x6, and CY8C61x7 Datasheet
PSoC™ 61 Architecture Technical Reference Manual
PSoC™ 61 Register Technical Reference Manual
PSoC™ 62 MCU: CY8C62x6, and CY8C62x7 Datasheet
PSoC™ 62 MCU: CY8C62x8, and CY8C62xA Datasheet
PSoC™ 62 MCU: CY8C62x5 Datasheet
PSoC™ 62 with up to 512KB Flash, 256KB SRAM and 64 GPIOs Architecture Technical Reference Manual
PSoC™ 62 with up to 512KB Flash, 256KB SRAM and 64 GPIOs Registers Technical Reference Manual
PSoC™ 62 with up to 1MB Flash, 288KB SRAM and 104 GPIOs Architecture Technical Reference Manual
PSoC™ 62 with up to 1MB Flash, 288KB SRAM and 104 GPIOs Registers Technical Reference Manual
PSoC™ 62 with up to 2MB Flash, 1MB SRAM and 102 GPIOs Architecture Technical Reference Manual
PSoC™ 62 with up to 2MB Flash, 1MB SRAM and 102 GPIOs Registers Technical Reference Manual
PSoC™ 63 MCU: CY8C63x6, and CY8C63x7 Datasheet
PSoC™ 6 MCU: PSoC™ 63 with Bluetooth® Low Energy Architecture Technical Reference Manual
PSoC™ 6 MCU: PSoC™ 63 with Bluetooth® Low Energy Register Technical Reference Manual
PSoC™ 64 MCU: CYB0644XXZI-S2D44 Datasheet (Preliminary)
PSoC™ 64 MCU: CYB06447BZI-D54 Datasheet (Preliminary)
PSoC™ 64 MCU: CYB06447BZI-BLDX Datasheet (Preliminary)
PSoC™ 64 MCU: CYB06445LQI-S3D42 Datasheet (Preliminary)
PSoC™ 64 MCU: CYS0644xxZI-S2D44 Datasheet (Preliminary)
Supported Boards
CY8CKIT-062-BLE Board Support Package (BSP)
CY8CKIT-062-BLE BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
Capsense
WCO
Pin States
Errors
Functions
CY8CKIT-062-WIFI-BT Board Support Package (BSP)
CY8CKIT-062-WIFI-BT BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
Capsense
WCO
Pin States
Errors
Functions
Bluetooth Configuration Structure
CY8CKIT-062S2-43012 Board Support Package (BSP)
CY8CKIT-062S2-43012 BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
Capsense
WCO
Pin States
Errors
Functions
Bluetooth Configuration Structure
CY8CKIT-062S4 Board Support Package (BSP)
CY8CKIT-062S4 BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
Capsense
WCO
Pin States
Errors
Functions
CY8CKIT-064B0S2-4343W Board Support Package (BSP)
CY8CKIT-064B0S2-4343W BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
Capsense
WCO
Pin States
Errors
Functions
Bluetooth Configuration Structure
CY8CKIT-064S0S2-4343W Board Support Package (BSP)
CY8CKIT-064S0S2-4343W BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
Capsense
WCO
Pin States
Errors
Functions
Bluetooth Configuration Structure
CY8CPROTO-062-4343W Board Support Package (BSP)
CY8CPROTO-062-4343W BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Capsense
WCO
Pin States
Errors
Functions
Bluetooth Configuration Structure
CY8CPROTO-062S3-4343W Board Support Package (BSP)
CY8CPROTO-062S3-4343W BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Capsense
WCO
Pin States
Errors
Functions
Bluetooth Configuration Structure
CY8CPROTO-063-BLE Board Support Package (BSP)
CY8CPROTO-063-BLE BSP
BSP Overview
BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Pin States
Error Codes
Functions
CY8CPROTO-064B0S1-BLE Board Support Package (BSP)
CY8CPROTO-064B0S1-BLE BSP
BSP Overview
BSP Settings
BSP API Reference
BSP API Reference
LED Pins
Button Pins
Communication Pins
WCO
Pin States
Error Codes
Functions
CY8CPROTO-064B0S3 Board Support Package (BSP)
CY8CPROTO-064B0S3 BSP
BSP Overview
BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
WCO
Pin States
Error Codes
Functions
CY8CPROTO-064S1-SB Board Support Package (BSP)
CY8CPROTO-064S1-SB BSP
BSP Overview
BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
WCO
Pin States
Functions
CYBLE-416045-EVAL Board Support Package (BSP)
CYBLE-416045-EVAL BSP
BSP Overview
BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
J6 Header Pins
Pin States
Error Codes
Functions
CYW9P62S1-43012EVB-01 Board Support Package (BSP)
CYW9P62S1-43012EVB-01 BSP
BSP Overview
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
Capsense
WCO
Pin States
Error Codes
Functions
Bluetooth Configuration Structure
CYW9P62S1-43438EVB-01 Board Support Package (BSP)
CYW9P62S1-43438EVB-01 BSP
BSP Overview
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Arduino Header Pins
J2 Header Pins
Capsense
WCO
Pin States
Error Codes
Functions
Bluetooth Configuration Structure
CYSBSYSKIT-01 Board Support Package (BSP)
CYSBSYSKIT-01 BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
BSP API Reference
Pin Mappings
LED Pins
Button Pins
Communication Pins
Pin States
TARGET_PSOC6-GENERIC Board Support Package (BSP)
PSOC6-GENERIC BSP
BSP Overview
ModusToolbox Board Support Package (BSP) Overview
BSP Settings
Peripheral Default BSP Settings
Peripheral Default HAL Settings:
BSP API Reference
Pin Mappings
Communication Pins
Pin States
Error Codes
Functions
ModusToolbox™ Software
Pin States
¶
group
group_bsp_pin_state
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