
- •Table of Contents
- •1. Introduction
- •2. CodeVisionAVR Integrated Development Environment
- •2.1 Working with Files
- •2.1.1 Creating a New File
- •2.1.2 Opening an Existing File
- •2.1.3 Files History
- •2.1.4 Editing a File
- •2.1.5 Saving a File
- •2.1.6 Renaming a File
- •2.1.7 Printing a File
- •2.1.8 Closing a File
- •2.1.9 Using the Navigator
- •2.1.10 Using Code Templates
- •2.1.11 Using Clipboard History
- •2.2 Working with Projects
- •2.2.1 Creating a New Project
- •2.2.2 Opening an Existing Project
- •2.2.3 Adding Notes or Comments to the Project
- •2.2.4 Configuring the Project
- •2.2.4.1 Adding or removing a File from the Project
- •2.2.4.2 Setting the C Compiler Options
- •2.2.4.3 Executing an User Specified Program before Make
- •2.2.4.4 Transferring the Compiled Program to the AVR Chip after Make
- •2.2.4.5 Executing an User Specified Program after Make
- •2.2.5 Obtaining an Executable Program
- •2.2.5.1 Checking the Project for Syntax Errors
- •2.2.5.2 Compiling the Project
- •2.2.5.3 Making the Project
- •2.2.6 Closing a Project
- •2.3 Tools
- •2.3.1 The AVR Studio Debugger
- •2.3.2 The AVR Chip Programmer
- •2.3.3 The Serial Communication Terminal
- •2.3.4 Executing User Programs
- •2.3.4.1 Configuring the Tools Menu
- •2.4 IDE Settings
- •2.4.1 The View Menu
- •2.4.2 Configuring the Editor
- •2.4.3 Configuring the Assembler
- •2.4.4 Setting the Debugger Path
- •2.4.5 AVR Chip Programmer Setup
- •2.4.6 Serial Communication Terminal Setup
- •2.5 Accessing the Help
- •2.6 Transferring the License to another computer
- •2.7 Connecting to HP InfoTech's Web Site
- •2.8 Contacting HP InfoTech by E-Mail
- •2.9 Quitting the CodeVisionAVR IDE
- •3. CodeVisionAVR C Compiler Reference
- •3.1 The Preprocessor
- •3.2 Comments
- •3.3 Reserved Keywords
- •3.4 Identifiers
- •3.5 Data Types
- •3.6 Constants
- •3.7 Variables
- •3.7.1 Specifying the SRAM Storage Address for Global Variables
- •3.7.2 Bit Variables
- •3.7.3 Allocation of Variables to Registers
- •3.7.4 Structures
- •3.7.5 Unions
- •3.7.6 Enumerations
- •3.7.7 Global Variables Memory Map File
- •3.8 Defining Data Types
- •3.9 Type Conversions
- •3.10 Operators
- •3.11 Functions
- •3.12 Pointers
- •3.13 Accessing the I/O Registers
- •3.13.1 Bit level access to the I/O Registers
- •3.14 Accessing the EEPROM
- •3.15 Using Interrupts
- •3.16 SRAM Memory Organization
- •3.17 Using an External Startup File
- •3.18 Including Assembly Language in Your Program
- •3.18.1 Calling Assembly Functions from C
- •3.19 Creating Libraries
- •3.20 Using the AVR Studio Debugger
- •3.20.1 Using the AVR Studio Debugger version 3
- •3.20.2 Using the AVR Studio Debugger version 4.06 or later
- •3.21 Hints
- •3.22 Limitations
- •4. Library Functions Reference
- •4.1 Character Type Functions
- •4.2 Standard C Input/Output Functions
- •4.3 Standard Library Functions
- •4.4 Mathematical Functions
- •4.5 String Functions
- •4.6 Variable Length Argument Lists Macros
- •4.7 Non-local Jump Functions
- •4.8 BCD Conversion Functions
- •4.9 Gray Code Conversion Functions
- •4.10 Memory Access Functions
- •4.11 LCD Functions
- •4.11.1 LCD Functions for displays with up to 2x40 characters
- •4.11.2 LCD Functions for displays with 4x40 characters
- •4.11.3 LCD Functions for displays connected in 8 bit memory mapped mode
- •4.12 I2C Bus Functions
- •4.12.3 Philips PCF8563 Real Time Clock Functions
- •4.12.4 Philips PCF8583 Real Time Clock Functions
- •4.14 1 Wire Protocol Functions
- •4.14.3 Maxim/Dallas Semiconductor DS2430 EEPROM Functions
- •4.14.4 Maxim/Dallas Semiconductor DS2433 EEPROM Functions
- •4.15 SPI Functions
- •4.16 Power Management Functions
- •4.17 Delay Functions
- •5. CodeWizardAVR Automatic Program Generator
- •5.1 Setting the AVR Chip Options
- •5.2 Setting the External SRAM
- •5.3 Setting the Input/Output Ports
- •5.4 Setting the External Interrupts
- •5.5 Setting the Timers/Counters
- •5.6 Setting the UART or USART
- •5.7 Setting the Analog Comparator
- •5.8 Setting the Analog-Digital Converter
- •5.9 Setting the ATmega406 Voltage Reference
- •5.10 Setting the ATmega406 Coulomb Counter
- •5.11 Setting the SPI Interface
- •5.12 Setting the Universal Serial Interface - USI
- •5.13 Setting the I2C Bus
- •5.13.1 Setting the LM75 devices
- •5.13.2 Setting the DS1621 devices
- •5.13.3 Setting the PCF8563 devices
- •5.13.4 Setting the PCF8583 devices
- •5.13.5 Setting the DS1307 devices
- •5.14 Setting the 1 Wire Bus
- •5.15 Setting the 2 Wire Bus
- •5.16 Setting the CAN Controller
- •5.17 Setting the ATmega169/329/3290/649/6490 LCD Controller
- •5.18 Setting the LCD
- •5.19 Setting the USB Controller
- •5.20 Setting Bit-Banged Peripherals
- •5.21 Specifying the Project Information
- •6. License Agreement
- •6.1 Software License
- •6.2 Liability Disclaimer
- •6.3 Restrictions
- •6.4 Operating License
- •6.5 Back-up and Transfer
- •6.6 Terms
- •6.7 Other Rights and Restrictions
- •7. Technical Support
- •8. Contact Information

CodeVisionAVR
2.3.3 The Serial Communication Terminal
The Terminal is intended for debugging embedded systems, which employ serial communication (RS232, RS422, RS485).
The Terminal is invoked using the Tools|Terminal menu command or the Terminal button on the toolbar.
The characters can be displayed in ASCII or hexadecimal format. The display mode can be toggled using the Hex/ASCII button.
The received characters can be saved to a file using the Rx File button.
Any characters typed in the Terminal window will be transmitted through the PC serial port. The entered characters can be deleted using the Backspace key.
By pressing the Send button, the Terminal will transmit a character whose hexadecimal ASCII code value is specified in the Hex Code edit box.
By pressing the Tx File button, the contents of a file can be transmitted through the serial port.
By pressing the Reset button, the AVR chip on the STK200+/300, VTEC-ISP, DT006, ATCPU or Mega2000 development board is reseted.
At the bottom of the Terminal window there is a status bar in which are displayed the:
•computer's communication port;
•communication parameters;
•handshaking mode;
•received characters display mode;
•type of emulated terminal;
•the state of the transmitted characters echo setting.
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