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Datamaskiner og elektronikk Programvare Altium TriCore Brukerhåndboken

15.4. Initialize Elements. Altium TriCore

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Debug Target Configuration Files

DAS debug instrument (DI): gdi2das

Resource Name

AccessPort

DASserver

Description

The port used to connect to the wiggler.

The DAS Server used for communication.

DasTimeOut

The timeout value for communication with the DAS server in milliseconds. The default is 0x4000.

RegisterFile

The core register file that is used by the debug instrument.

This is usually "regbase_f7e1.dat" or "regbase_ffff.dat", depending on the register base address.

TerminateServer

Terminate the DAS server when the session is closed.

0, 1

Possible Values

JTAG1, USB0

JTAG JDRV LPT

JTAG over USB Box

JTAG over USB Chip

15.4. Initialize Elements

The initialize

elements are used to initialize SFRs at startup. This is also done using a resource of the debug instrument. The following resource Ids exist for the DAS debug instrument (gdi2das):

Resource Name

einit init

Description

Initialize an SFR that is protected with the ENDINIT flag.

Initialize an SFR that is not protected with the ENDINIT flag.

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Table of contents

1.1. Data Types

1.1.1. Bit Data Type

1.1.2. Fractional Types

1.1.3. Packed Data Types

1.1.4. Changing the Alignment: __align()

1.2. Accessing Memory

1.2.1. Memory Qualifiers

1.2.2. Placing an Object at an Absolute Address: __at() and __atbit()

1.3. Data Type Qualifiers

1.3.1. Circular Buffers: __circ

1.3.2. Accessing Hardware from C

1.3.3. Saturation: __sat

1.4. Using Assembly in the C Source: __asm()

1.5. Pragmas to Control the Compiler

1.6. Predefined Preprocessor Macros

1.7. Switch Statement

1.8.1. Calling Convention

1.8.2. Register Usage

1.8.3. Inlining Functions: inline

1.8.4. Interrupt and Trap Functions

1.8.5. Intrinsic Functions

1.9. Compiler Generated Sections

1.9.1. Rename Sections

1.9.2. Influence Section Definition

1.9.3. Change Section Alignment

2. C++ Language

2.1. C++ Language Extension Keywords

2.2. C++ Dialect Accepted

2.2.1. Standard Language Features Accepted

2.2.2. C++0x Language Features Accepted

2.2.3. Anachronisms Accepted

2.2.4. Extensions Accepted in Normal C++ Mode

2.3. GNU Extensions

2.4. Namespace Support

2.5. Template Instantiation

2.5.1. Automatic Instantiation

2.5.2. Instantiation Modes

2.5.3. Instantiation #pragma Directives

2.5.4. Implicit Inclusion

2.5.5. Exported Templates

2.6. Extern Inline Functions

2.7. Pragmas to Control the C++ Compiler

2.8. Predefined Macros

2.9. Precompiled Headers

2.9.1. Automatic Precompiled Header Processing

2.9.2. Manual Precompiled Header Processing

2.9.3. Other Ways to Control Precompiled Headers

2.9.4. Performance Issues

3. Assembly Language

3.1. Assembly Syntax

3.2. Assembler Significant Characters

3.3. Operands of an Assembly Instruction

3.4. Symbol Names

3.4.1. Predefined Preprocessor Symbols

3.5.1. Special Function Registers

3.6. Assembly Expressions

3.6.1. Numeric Constants

3.6.3. Expression Operators

3.7. Working with Sections

3.8. Built-in Assembly Functions

3.9. Assembler Directives and Controls

3.9.1. Assembler Directives

3.9.2. Assembler Controls

3.10. Macro Operations

3.10.1. Defining a Macro

3.10.2. Calling a Macro

3.10.3. Using Operators for Macro Arguments

4. Using the C Compiler

4.1. Compilation Process

4.2. Calling the C Compiler

4.3. The C Startup Code

4.4. How the Compiler Searches Include Files

4.5. Compiling for Debugging

4.6. Compiler Optimizations

4.6.1. Generic Optimizations (frontend)

4.6.2. Core Specific Optimizations (backend)

4.6.3. Optimize for Size or Speed

4.7. C Code Checking: MISRA-C

4.8. C Compiler Error Messages

5. Using the C++ Compiler

5.1. C++ Development Structure

5.1.1. The Prelinker Phase

5.1.2. The Muncher Phase

5.2. Calling the C++ Compiler

5.3. How the C++ Compiler Searches Include Files

5.4. C++ Compiler Error Messages

6.1. What is Profiling?

6.1.1. Four Methods of Profiling

6.2. Profiling using Code Instrumentation (Dynamic Profiling)

6.2.1. Step 1: Build your Application for Profiling

6.2.2. Step 2: Execute the Application

6.2.3. Step 3: Displaying Profiling Results

6.3. Profiling at Compile Time (Static Profiling)

6.3.1. Step 1: Build your Application with Static Profiling

6.3.2. Step 2: Displaying Static Profiling Results

7. Using the Assembler

7.1. Assembly Process

7.2. Calling the Assembler

7.3. How the Assembler Searches Include Files

7.4. Assembler Optimizations

7.5. Generating a List File

7.6. Assembler Error Messages

8. Using the Linker

8.1. Linking Process

8.1.1. Phase 1: Linking

8.1.2. Phase 2: Locating

8.2. Calling the Linker

8.3. Linking with Libraries

8.3.1. How the Linker Searches Libraries

8.3.2. How the Linker Extracts Objects from Libraries

8.4. Incremental Linking

8.5. Importing Binary Files

8.6. Linker Optimizations

8.7. Controlling the Linker with a Script

8.7.1. Purpose of the Linker Script Language

8.7.2. Eclipse and LSL

8.7.3. Structure of a Linker Script File

8.7.4. The Architecture Definition

8.7.5. The Derivative Definition

8.7.6. The Processor Definition

8.7.7. The Memory Definition

8.7.8. The Section Layout Definition: Locating Sections

8.8. Linker Labels

8.9. Generating a Map File

8.10. Linker Error Messages

9. Using the Utilities

9.1. Control Program

9.2. Make Utility

9.2.1. Calling the Make Utility

9.2.2. Writing a Makefile

9.3.1. Calling the Archiver

9.3.2. Archiver Examples

9.4. C++ Prelinker

10. Using the Debugger

10.1. Reading the Eclipse Documentation

10.2. Creating a Customized Debug Configuration

10.3. Troubleshooting

10.4. The TASKING Debug Perspective

10.4.1. Debug View

10.4.2. Breakpoints View

10.4.3. File System Simulation (FSS) View

10.4.4. Disassembly View

10.4.5. Expressions View

10.4.6. Memory View

10.4.7. Compare Application View

10.4.8. Heap View

10.4.9. Logging View

10.4.10. RTOS View

10.4.11. TASKING Registers View

10.4.12. Trace View

11. Tool Options

11.1. C Compiler Options

11.2. C++ Compiler Options

11.3. Assembler Options

11.4. Linker Options

11.5. Control Program Options

11.6. Make Utility Options

11.7. Archiver Options

11.8. C++ Prelinker Options

12.1. Library Functions

12.1.1. assert.h

12.1.2. complex.h

12.1.3. cstart.h

12.1.4. ctype.h and wctype.h

12.1.6. errno.h

12.1.7. fcntl.h

12.1.9. float.h

12.1.10. inttypes.h and stdint.h

12.1.12. iso646.h

12.1.13. limits.h

12.1.14. locale.h

12.1.15. malloc.h

12.1.16. math.h and tgmath.h

12.1.17. setjmp.h

12.1.18. signal.h

12.1.19. stdarg.h

12.1.20. stdbool.h

12.1.21. stddef.h

12.1.22. stdint.h

12.1.23. stdio.h and wchar.h

12.1.24. stdlib.h and wchar.h

12.1.25. string.h and wchar.h

12.1.26. time.h and wchar.h

12.1.27. unistd.h

12.1.28. wchar.h

12.1.29. wctype.h

12.2. C Library Reentrancy

13. List File Formats

13.1. Assembler List File Format

13.2. Linker Map File Format

14. Linker Script Language (LSL)

14.1. Structure of a Linker Script File

14.2. Syntax of the Linker Script Language

14.2.1. Preprocessing

14.2.2. Lexical Syntax

14.2.3. Identifiers

14.2.4. Expressions

14.2.5. Built-in Functions

14.2.6. LSL Definitions in the Linker Script File

14.2.7. Memory and Bus Definitions

14.2.8. Architecture Definition

14.2.9. Derivative Definition

14.2.10. Processor Definition and Board Specification

14.2.11. Section Layout Definition and Section Setup

14.3. Expression Evaluation

14.4. Semantics of the Architecture Definition

14.4.1. Defining an Architecture

14.4.2. Defining Internal Buses

14.4.3. Defining Address Spaces

14.4.4. Mappings

14.5. Semantics of the Derivative Definition

14.5.1. Defining a Derivative

14.5.2. Instantiating Core Architectures

14.5.3. Defining Internal Memory and Buses

14.6. Semantics of the Board Specification

14.6.1. Defining a Processor

14.6.2. Instantiating Derivatives

14.6.3. Defining External Memory and Buses

14.7. Semantics of the Section Setup Definition

14.7.1. Setting up a Section

14.8. Semantics of the Section Layout Definition

14.8.1. Defining a Section Layout

14.8.2. Creating and Locating Groups of Sections

14.8.3. Creating or Modifying Special Sections

14.8.4. Creating Symbols

14.8.5. Conditional Group Statements

15. Debug Target Configuration Files

15.1. Custom Board Support

15.2. Description of DTC Elements and Attributes

15.3. Special Resource Identifiers

15.4. Initialize Elements

16. CPU Problem Bypasses and Checks

17. MISRA-C Rules

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