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Komputer & Elektronik Perangkat Lunak Altium TriCore Panduan pengguna

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.

791

TASKING VX-toolset for TriCore User Guide

792

/

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Daftar isi

1.1.2. Fractional Types

11

1.1.3. Packed Data Types

12

1.1.4. Changing the Alignment: __align()

14

1.2. Accessing Memory

14

1.2.1. Memory Qualifiers

14

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

16

1.3. Data Type Qualifiers

18

1.3.1. Circular Buffers: __circ

18

1.3.2. Accessing Hardware from C

19

1.3.3. Saturation: __sat

20

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

21

1.5. Pragmas to Control the Compiler

25

1.6. Predefined Preprocessor Macros

30

1.7. Switch Statement

31

1.8. Functions

32

1.8.1. Calling Convention

32

1.8.2. Register Usage

34

1.8.3. Inlining Functions: inline

35

1.8.4. Interrupt and Trap Functions

36

1.8.5. Intrinsic Functions

41

1.9. Compiler Generated Sections

50

1.9.1. Rename Sections

51

1.9.2. Influence Section Definition

52

1.9.3. Change Section Alignment

52

2. C++ Language

55

2.1. C++ Language Extension Keywords

55

2.2. C++ Dialect Accepted

55

2.2.1. Standard Language Features Accepted

56

2.2.2. C++0x Language Features Accepted

59

2.2.3. Anachronisms Accepted

60

2.2.4. Extensions Accepted in Normal C++ Mode

61

2.3. GNU Extensions

62

2.4. Namespace Support

73

2.5. Template Instantiation

75

2.5.1. Automatic Instantiation

76

2.5.2. Instantiation Modes

78

2.5.3. Instantiation #pragma Directives

79

2.5.4. Implicit Inclusion

81

2.5.5. Exported Templates

81

2.6. Extern Inline Functions

84

2.7. Pragmas to Control the C++ Compiler

85

2.8. Predefined Macros

86

2.9. Precompiled Headers

89

2.9.1. Automatic Precompiled Header Processing

89

2.9.2. Manual Precompiled Header Processing

92

2.9.3. Other Ways to Control Precompiled Headers

93

2.9.4. Performance Issues

3.2. Assembler Significant Characters

96

3.3. Operands of an Assembly Instruction

96

3.4. Symbol Names

97

3.4.1. Predefined Preprocessor Symbols

97

3.5. Registers

98

3.5.1. Special Function Registers

99

3.6. Assembly Expressions

99

3.6.1. Numeric Constants

100

3.6.2. Strings

100

3.6.3. Expression Operators

101

3.7. Working with Sections

102

3.8. Built-in Assembly Functions

104

3.9. Assembler Directives and Controls

113

3.9.1. Assembler Directives

114

3.9.2. Assembler Controls

160

3.10. Macro Operations

178

3.10.1. Defining a Macro

178

3.10.2. Calling a Macro

178

3.10.3. Using Operators for Macro Arguments

179

4. Using the C Compiler

185

4.1. Compilation Process

185

4.2. Calling the C Compiler

186

4.3. The C Startup Code

188

4.4. How the Compiler Searches Include Files

190

4.5. Compiling for Debugging

191

4.6. Compiler Optimizations

192

4.6.1. Generic Optimizations (frontend)

193

4.6.2. Core Specific Optimizations (backend)

194

4.6.3. Optimize for Size or Speed

195

4.7. C Code Checking: MISRA-C

198

4.8. C Compiler Error Messages

199

5. Using the C++ Compiler

201

5.1. C++ Development Structure

201

5.1.1. The Prelinker Phase

202

5.1.2. The Muncher Phase

204

5.2. Calling the C++ Compiler

204

5.3. How the C++ Compiler Searches Include Files

206

5.4. C++ Compiler Error Messages

207

6. Profiling

211

6.1. What is Profiling?

211

6.1.1. Four Methods of Profiling

211

6.2. Profiling using Code Instrumentation (Dynamic Profiling)

213

6.2.1. Step 1: Build your Application for Profiling

214

6.2.2. Step 2: Execute the Application

215

6.2.3. Step 3: Displaying Profiling Results

217

6.3. Profiling at Compile Time (Static Profiling)

220

6.3.1. Step 1: Build your Application with Static Profiling

220

6.3.2. Step 2: Displaying Static Profiling Results

221

7. Using the Assembler

223

7.1. Assembly Process

223

7.2. Calling the Assembler

224

7.3. How the Assembler Searches Include Files

225

7.4. Assembler Optimizations

226

7.5. Generating a List File

226

7.6. Assembler Error Messages

8.1.1. Phase 1: Linking

231

8.1.2. Phase 2: Locating

232

8.2. Calling the Linker

233

8.3. Linking with Libraries

234

8.3.1. How the Linker Searches Libraries

237

8.3.2. How the Linker Extracts Objects from Libraries

237

8.4. Incremental Linking

238

8.5. Importing Binary Files

238

8.6. Linker Optimizations

239

8.7. Controlling the Linker with a Script

240

8.7.1. Purpose of the Linker Script Language

240

8.7.2. Eclipse and LSL

241

8.7.3. Structure of a Linker Script File

242

8.7.4. The Architecture Definition

245

8.7.5. The Derivative Definition

248

8.7.6. The Processor Definition

250

8.7.7. The Memory Definition

250

8.7.8. The Section Layout Definition: Locating Sections

252

8.8. Linker Labels

254

8.9. Generating a Map File

256

8.10. Linker Error Messages

256

9. Using the Utilities

9.2.1. Calling the Make Utility

262

9.2.2. Writing a Makefile

262

9.3. Archiver

270

9.3.1. Calling the Archiver

271

9.3.2. Archiver Examples

272

9.4. C++ Prelinker

273

10. Using the Debugger

275

10.1. Reading the Eclipse Documentation

275

10.2. Creating a Customized Debug Configuration

275

10.3. Troubleshooting

281

10.4. The TASKING Debug Perspective

282

10.4.1. Debug View

283

10.4.2. Breakpoints View

285

10.4.3. File System Simulation (FSS) View

286

10.4.4. Disassembly View

287

10.4.5. Expressions View

287

10.4.6. Memory View

288

10.4.7. Compare Application View

10.4.11. TASKING Registers View

11.1. C Compiler Options

293

11.2. C++ Compiler Options

371

11.3. Assembler Options

478

11.4. Linker Options

519

11.5. Control Program Options

564

11.6. Make Utility Options

631

11.7. Archiver Options

659

11.8. C++ Prelinker Options

672

12. Libraries

701

12.1. Library Functions

12.1.4. ctype.h and wctype.h

12.1.10. inttypes.h and stdint.h

12.1.16. math.h and tgmath.h

12.1.23. stdio.h and wchar.h

716

12.1.24. stdlib.h and wchar.h

724

12.1.25. string.h and wchar.h

727

12.1.26. time.h and wchar.h

12.2. C Library Reentrancy

733

13. List File Formats

745

13.1. Assembler List File Format

745

13.2. Linker Map File Format

746

14. Linker Script Language (LSL)

753

14.1. Structure of a Linker Script File

753

14.2. Syntax of the Linker Script Language

755

14.2.1. Preprocessing

755

14.2.2. Lexical Syntax

14.2.5. Built-in Functions

757

14.2.6. LSL Definitions in the Linker Script File

759

14.2.7. Memory and Bus Definitions

759

14.2.8. Architecture Definition

761

14.2.9. Derivative Definition

764

14.2.10. Processor Definition and Board Specification

764

14.2.11. Section Layout Definition and Section Setup

765

14.3. Expression Evaluation

769

14.4. Semantics of the Architecture Definition

769

14.4.1. Defining an Architecture

770

14.4.2. Defining Internal Buses

771

14.4.3. Defining Address Spaces

771

14.4.4. Mappings

775

14.5. Semantics of the Derivative Definition

777

14.5.1. Defining a Derivative

777

14.5.2. Instantiating Core Architectures

778

14.5.3. Defining Internal Memory and Buses

779

14.6. Semantics of the Board Specification

779

14.6.1. Defining a Processor

780

14.6.2. Instantiating Derivatives

780

14.6.3. Defining External Memory and Buses

781

14.7. Semantics of the Section Setup Definition

782

14.7.1. Setting up a Section

782

14.8. Semantics of the Section Layout Definition

783

14.8.1. Defining a Section Layout

783

14.8.2. Creating and Locating Groups of Sections

784

14.8.3. Creating or Modifying Special Sections

790

14.8.4. Creating Symbols

793

14.8.5. Conditional Group Statements

794

15. Debug Target Configuration Files

795

15.1. Custom Board Support

795

15.2. Description of DTC Elements and Attributes

796

15.3. Special Resource Identifiers

798

15.4. Initialize Elements

799

16. CPU Problem Bypasses and Checks

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