The Programming & Debugging Interface block of the Atmel AT32UC3C-EK provides the developer a mean to debug an application running on the Atmel AT32UC3C0512C.
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Contents
- Software
- Atmel Studio
- Preface
- Introduction
- Supported Devices
- Getting started
- Project Management
- Introduction
- GCC Projects
- New project wizard
- Starting a new GCC project for AVR device
- Libraries Options
- Starting a new GCC project for SAM(ARM) device
- Code Editing
- Starting a new GCC Static Library Project
- GCC Project Options and Configuration
- Assembler projects
- Import Of Projects
- Debug Object File in Atmel Studio
- Debugging
- Introduction
- Starting a Debug Session
- Ending a Debug Session
- Start without Debugging
- Debug control
- Breakpoints
- General information on breakpoints
- Operations with breakpoints
- Breakpoint window
- To open the Breakpoints window
- To go to the location of a breakpoint
- To display additional columns
- To export all breakpoints that match the current search criteria
- To export selected breakpoints
- To import breakpoints
- To view breakpoints that match a specified string
- To view all breakpoints after a search
- Breakpoint labels
- To label breakpoints
- To search for breakpoints that have a specified label
- To remove labels from breakpoints
- To sort the breakpoint list by label
- QuickWatch, Watch, Locals and Autos Windows
- DataTips
- Disassembly view
- I/O View
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- Call Stack Window
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- Extending Atmel Studio
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- External Tools
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- Command line utility (CLI)
- Frequently asked questions
- Simulator
- AVR Assembler
- Preface
- AVR Assembler Known Issues
- AVR Assembler Command Line Options
- Assembler source
- AVR Assembler Syntax
- Assembler directives
- AVR Assembler Preprocessor
- Expressions
- Instruction mnemonics
- Instructions
- ADC - Add with Carry
- ADD - Add without Carry
- ADIW - Add Immediate to Word
- AND - Logical AND
- ANDI - Logical AND with Immediateand
- ASR - Arithmetic Shift Right
- BCLR - Bit Clear in SREG
- BLD - Bit Load from the T Flag in SREG to a Bit in Register.
- BRBC - Branch if Bit in SREG is Cleared
- BRBS - Branch if Bit in SREG is Set
- BRCC - Branch if Carry Cleared
- BRCS - Branch if Carry Set
- BREAK - Break
- BREQ - Branch if Equal
- BRGE - Branch if Greater or Equal Signed)
- BRHC - Branch if Half Carry Flag is Cleared
- BRHS - Branch if Half Carry Flag is Set
- BRID - Branch if Global Interrupt is Disabled
- BRIE - Branch if Global Interrupt is Enabled
- BRLO - Branch if Lower (Unsigned)
- BRLT - Branch if Less Than (Signed)
- BRMI - Branch if Minus
- BRNE - Branch if Not Equal
- BRPL - Branch if Plus
- BRSH - Branch if Same or Higher (Unsigned)
- BRTC - if the T Flag is Cleared
- BRTS - Branch if the T Flag is Set
- BRVC - Branch if Overflow Cleared
- BRVS - Branch if Overflow Set
- BSET - Bit Set in SREG
- BST - Bit Store from Bit in Register to T Flag in SREG
- CALL - Long Call to a Subroutine
- CBI - Clear Bit in I/O Register
- CBR - Clear Bits in Register
- CLC - Clear Carry Flag
- CLH - Clear Half Carry Flag
- CLI - Clear Global Interrupt Flag
- CLN - Clear Negative Flag
- CLR - Clear Register
- CLS - Clear Signed Flag
- CLT - Clear T Flag
- CLV - Clear Overflow Flag
- CLZ - Clear Zero Flag
- COM- One's Complement
- CP- Compare
- CPC- Compare with Carry
- CPI- Compare with Immediate
- CPSE- Compare Skip if Equal
- DEC- Decrement
- EICALL - Extended Indirect Call to Subroutine
- EIJMP - Extended Indirect Jump
- ELPM - Extended Load Program Memory
- EOR - Exclusive OR
- FMUL- Fractional Multiply Unsigned
- FMULS - Fractional Multiply Signed
- FMULSU - Fractional Multiply Signed with Unsigned
- ICALL - Indirect Call to Subroutine
- IJMP - Indirect Jump
- IN - Load an I/O Location to Register
- INC- Increment
- JMP - Jump
- LD - Load Indirect from data space to Register using Index X
- LAT - Load and Toggle
- LAS - Load and Set
- LAC - Load and Clear
- LD (LDD)- Load Indirect from data space to Register using Index Y
- LD (LDD) - Load Indirect From data space to Register using Index Z
- LDI - Load Immediate
- LDS - Load Direct from data space
- LDS - Load Direct from SRAM
- LPM - Load Program Memory
- LSL- Logical Shift Left
- LSR- Logical Shift Right
- MOV - Copy Register
- MOVW - Copy Register Word
- MUL- Multiply Unsigned
- MULS - Multiply Signed
- MULSU - Multiply Signed with Unsigned
- NEG- Two's Complement
- NOP - No Operation
- OR- Logical OR
- ORI- Logical OR with Immediate
- OUT - Store Register to I/O Location
- POP - Pop Register from Stack
- PUSH - Push Register on Stack
- RCALL - Relative Call to Subroutine
- RET - Return from Subroutine
- RETI - Return from Interrupt
- RJMP- Relative Jump
- ROL- Rotate Left trough Carry
- ROR- Rotate Right through Carry
- SBC- Subtract with Carry
- SBCI- Subtract Immediate with Carry
- SBI - Set Bit in I/O Register
- SBIC - Skip if Bit in I/O Register is Cleared
- SBIS - Skip if Bit in I/O Register is Set
- SBIW - Subtract Immediate from Word
- SBR- Set Bits in Register
- SBRC - Skip if Bit in Register is Cleared
- SBRS - Skip if Bit in Register is Set
- SEC - Set Carry Flag
- SEH - Set Half Carry Flag
- SEI - Set Global Interrupt Flag
- SEN - Set Negative Flag
- SER - Set all bits in Register
- SES - Set Signed Flag
- SET - Set T Flag
- SEV - Overflow Flag
- SEZ - Set Zero Flag
- SLEEP- Sleep mode
- SPM - Store Program Memory
- ST - Store Indirect From Register to data space using Index X
- ST (STD) - Store Indirect From Register to data space using Index Y
- ST (STD) - Store Indirect From Register to data space using Index Z
- STS - Store Direct to data space
- STS - Store Direct to SRAM
- SUB- Subtract without Carry
- SUBI- Subtract Immediate
- SWAP - Swap Nibbles
- TST- Test for Zero or Minus
- WDR - Watchdog Reset
- XCH - Exchange
- Atmel Software Framework
- Welcome to the Atmel Software Framework.
- Introduction
- Example Project From ASF...
- Getting Started
- Visual Assist User Guide
- Studio Extensions
- Terminal Window
- Help Search
- Doxygen Integrator
- Wireless Composer
- FreeRTOSViewer
- Touch
- QTouch Library
- Welcome to QTouch Library
- Preface
- Introduction
- Overview
- Abbreviations and Definitions
- Generic QTouch Libraries
- Introduction
- Acquisition Methods
- Global settings common to all sensors of a specific acquisition method
- Sensor specific settings
- Using the Sensors
- QTouch API and Usage
- QTouch Library API
- touch_api.h - public header file
- Type Definitions and enumerations used in the library
- Data structures
- Public Functions
- Sequence of Operations and Using the API
- Channel numbering when using QTouch acquisition method
- Channel numbering when routing SNS and SNSK pins to different ports
- Channel numbering when routing SNS and SNSK pins to different ports with pin configurability
- Channel numbering when routing SNS and SNSK pins to the same port
- Channel numbering when routing SNS and SNSK pins to the same port with pin configurability
- Channel numbering when using QMatrix acquisition method
- Sensor Numbering
- Filtering Signal Measurements
- Allocating unused Port Pins for User Application
- Disabling and Enabling of Pull-up for AVR devices
- Channel numbering when using QTouch acquisition method
- Constraints
- Frequency of operation (Vs) Charge cycle/dwell cycle times:
- Interrupts
- Integrating QTouch libraries in your application
- Example project files
- Library Variants
- QTouch Acquisition method library variants
- QMatrix acquisition method library variants
- PIN Configuration for QTouch Libraries
- MISRA Compliance Report
- Known Issues
- Checklist
- Device Specific Libraries
- Introduction
- Devices supported
- QTouch Library for AT32UC3L devices
- Salient Features of QTouch Library for UC3L
- Device variants supported for UC3L
- Development tool support for UC3L
- Overview of QTouch Library API for UC3L
- Acquisition method support for UC3L
- API State machine for UC3L
- QMatrix method sensor operation for UC3L
- QTouch Group A/B method sensor operation for UC3L
- QTouch Group A/B method pin selection for UC3L
- QTouch Group A/B method Schematic for UC3L
- QTouch Group A/B method hardware resource requirement for UC3L
- QTouch Group A/B method Channel and Sensor numbering for UC3L
- QTouch Group A/B method API Flow for UC3L
- QTouch Group A/B method Disable and Re-enable Sensor for UC3L
- Autonomous QTouch sensor operation for UC3L
- Raw acquisition mode support for UC3L
- Library Configuration parameters for UC3L
- Example projects for QTouch Library for UC3L
- Code and Data Memory requirements for UC3L
- Public header files of QTouch Library for UC3L
- Type Definitions and enumerations used in the library
- Data structures
- sensor_t
- touch_global_param_t
- touch_filter_data_t
- touch_measure_data_t
- touch_qm_param_t
- touch_at_param_t
- touch_qt_param_t
- touch_at_status
- touch_qm_dma_t
- touch_qm_pin_t
- touch_at_pin_t
- touch_qt_pin_t
- touch_qm_reg_t
- touch_at_reg_t
- touch_qt_reg_t
- touch_qm_config_t
- touch_at_config_t
- touch_qt_config_t
- touch_general_config_t
- touch_config_t
- touch_info_t
- Public Functions of QTouch Library for UC3L
- QMatrix API
- QTouch Group A and QTouch Group B API
- touch_qt_sensors_init
- touch_qt_sensor_config
- touch_qt_sensor_update_config
- touch_qt_sensor_get_config
- touch_qt_update_global_param
- touch_qt_get_global_param
- touch_qt_sensors_calibrate
- touch_qt_sensors_start_acquisition
- touch_qt _sensor_ disable
- touch_qt _sensor_ reenable
- touch_qt_get_libinfo
- touch_qt_sensor_get_delta
- Autonomous touch API
- Integrating QTouch libraries for AT32UC3L in your application
- MISRA Compliance Report of QTouch Library for UC3L
- What is covered
- Target Environment
- Deviations from MISRA C Standards
- Known Issues with QTouch Library for UC3L
- QTouch Library for ATtiny20 device
- Salient Features of QTouch Library for ATtiny20
- Compiler tool chain support for ATtiny20
- Overview of QTouch Library for ATtiny20
- API Flow diagram for ATtiny20
- QTouch Library configuration parameters for ATtiny20
- QTouch Library ATtiny20 Example projects
- QTouch Library ATtiny20 code and data memory requirements
- QTouch Library for ATtiny40 device
- Salient Features of QTouch Library for ATtiny40
- Compiler tool chain support for ATtiny40
- Overview of QTouch Library for ATtiny40
- API Flow diagram for ATtiny40
- QTouch Library configuration parameters for ATtiny40
- QTouch Library ATtiny40 Example projects
- QTouch Library ATtiny40 code and data memory requirements
- Interrupt Handling in QTouch ADC
- Generic QTouch Libraries for 2K Devices
- Introduction
- Devices supported
- Salient Features of QTouch Library for 2K Devices
- Library Variants
- QTouch API for 2K Devices and Usage
- MISRA Compliance Report
- Revision History
- Evaluation board/kit important notice
- QTouch Composer
- Thank you for using QTouch Composer
- Introduction
- Installing QTouch Composer
- QTouch Analyzer
- Project Builder
- Introduction
- QTouch Project Creation
- QMatrix Project Creation
- Hardware Acquisition Project Creation
- Device Selection
- Kit Design
- Technology Selection Guide
- Sensor XY Line Mapping Page
- X & Y Port-Pin selection page
- SNS, SNSK Selection Page
- Port-Pair Combination Page
- Sensing and Port Pin Selection Page
- Advance Page
- Summary Page
- Project Creation
- Modifying QTouch project parameters after creating QTouch project
- Supported Kits
- Supported Firmware Versions
- QT600
- QTouch Xplained
- EVK2080A
- EVK2080B
- ATSAM3S-EK
- Release Notes
- External Resources
- QTouch Library
- Atmel Studio
- Wireless
- RZ600
- RZ Raven
- Programmers And Debuggers
- AVR ONE!
- The Atmel AVR ONE! debugger
- Introduction
- Release history, new features
- Known Issues
- Getting started
- Connecting the Atmel AVR ONE!
- On-Chip Debugging
- Atmel AVR ONE! hardware description
- Software Integration
- Command Line Utility
- Advanced Debugging Techniques
- Special Considerations
- Troubleshooting
- Firmware Upgrade
- Evaluation board/kit important notice
- AVR Dragon
- The Atmel AVR Dragon debugger
- Introducing AVR Dragon
- Known issues
- Getting Started
- Connecting the Atmel AVR Dragon
- Using the Onboard Prototype Area
- Device Connection Sheets
- On-Chip Debugging
- Special Considerations
- What's new
- Command Line Utility
- Troubleshooting
- Technical information
- Evaluation board/kit important notice
- JTAGICE3
- JTAGICE mkII
- AVRISP MkII
- Features
- Introduction
- Introduction
- Getting Started
- Connecting Atmel AVRISP mkII
- What's New
- November, 2011 - AVR Studio 5.1 - FW 01.11
- December 11th, 2009 - AVR Studio 4.18 SP1
- June 27th, 2008 - AVR Studio 4.14 SP1 - FW 01.0B
- February 8th, 2008 - AVR Studio installation package - FW 01.09
- February 15th, 2007 - FW 01.06
- January 13th, 2006 - FW 01.05
- December 8th, 2005 - FW 01.02
- November 28th, 2005 - FW 01.01
- Hardware Description
- Command Line Utility
- Troubleshooting
- Evaluation board/kit important notice
- AVR ONE!
- Starter Kits And Evaluation Kits
- STK500
- Features
- Introduction
- Overview
- Device Support
- What's New
- February 20th, 2008 - FW v2.0A (Released with AVR Studio 4.14)
- November 21st, 2007 - FW v2.0A (Released with AVR Studio 4.13 SP2)
- August 10th, 2007 - FW v2.0A (Released with AVR Studio 4.13 SP1)
- February 26th, 2007 - FW v2.0A (Released with AVR Studio 4.13)
- February 15th, 2007 - FW v2.0A
- September 18th, 2006 - FW v2.0A
- August 3rd, 2006 - FW v2.07
- May 24th, 2006 - FW v2.07
- March 30th, 2006 - FW v2.07
- March 17th, 2006 - FW v2.07
- February 24th, 2006 - FW v2.07
- December 7th, 2005 - FW v2.04
- November 21th, 2005 - FW v2.04
- October 11th, 2005 - FW v2.04
- September 2th, 2005 - FW v2.01
- Ausgust 24th, 2005 - FW v2.01
- April 11th, 2005 - FW v2.01
- February 2nd, 2005 - v2.01
- December 6th, 2004 - v2.00
- October 11th, 2004 - v1.53
- August 4th, 2004 - v1.51
- July 23rd, 2004 - v1.50
- July 8th, 2004 - v1.49
- May 5th, 2004 - v1.47
- March 8th, 2004 - v1.46
- Known Issues of Latest Release
- Getting Started
- Hardware Description
- Using Atmel Studio with Atmel STK500
- Programming External Target
- Firmware Upgrade
- Top Modules
- STK503 Top Module
- STK504 Top Module
- STK505 Top Module
- Troubleshooting
- Contact
- Schematic and layout
- Evaluation board/kit important notice
- STK600
- Atmel Starter Kit 600
- Introduction
- Getting Started
- Target Socket System
- Hardware Description
- Programming
- Command Line Utility
- Troubleshooting and Support
- Evaluation board/kit important notice
- Xplained Pro Kits
- Atmel SAM4L Xplained Pro
- Atmel SAM4S Xplained Pro
- Atmel ATMEGA256RFR2 Xplained Pro
- Atmel Segment LCD1 Xplained Pro
- Atmel OLED1 Xplained Pro
- Atmel IO1 Xplained Pro
- Atmel PROTO1 Xplained Pro
- Xplained Kits
- mXT143E Xplained
- MEGA-1284P Xplained
- XMEGA-A1 Xplained
- XMEGA-A3BU Xplained Hardware Users Guide
- XMEGA-B1 Xplained
- UC3-A3 Xplained
- UC3-L0 Xplained
- XPLAIN
- Evaluation Kits
- EVK1100
- EVK1101
- EVK1104
- EVK1105
- UC3C-EK
- UC3L-EK
- STK500
- Battery Management
- Battery Charger 100
- SB200
- The Smart Battery 200 Kit
- Introduction
- Safety precautions when using Li-ion batteries
- Functional overview
- Getting Started with SB200
- Details of the SB200 blocks
- Insertion of the battery cells and placement of the corresponding jumper
- Supply Voltage
- Charger
- Constant current load
- Test and Connection points
- Programming the USB1287 or the tiny861
- Miscellaneous components
- Communication Gateway
- Evaluation board/kit important notice
- SB201
- SB202
- Reference Designs
- AVR Butterfly
- MC303