Fujitsu SOFTUNE F2 MC-16 manuals
SOFTUNE F2 MC-16
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- CHAPTER 1 BASIC FUNCTIONS
- Workspace Management Function
- Project Management Function
- active project configuration
- Project Dependence
- Make/Build Function
- Customize Build Function
- Include Dependencies Analysis Function
- Functions of Setting Tool Options
- Error Jump Function
- Editor Functions
- Storing External Editors
- example of optional settings
- Storing External Tools
- Macro Descriptions Usable in Manager
- examples of macro expansion
- Setting Operating Environment
- Debugger Types
- Memory Operation Functions
- Register Operations
- Line Assembly and Disassembly
- Symbolic Debugging
- line number information
- Referring to Local Symbols
- Referring to Variable of C Language
- notes on c language symbols
- CHAPTER 2 DEPENDENCE FUNCTIONS
- Simulator Debugger
- simulation range
- Boot ROM File Automatic Execution
- Instruction Simulation
- Memory Simulation
- I/O Port Simulation
- Interrupt Simulation
- Reset Simulation
- Low-Power Consumption Mode Simulation
- STUB Function
- Break
- Code Break
- Data Break
- Trace-Buffer-Full Break
- Guarded Access Break
- Forced Break
- Measuring Execution Cycle Count
- Trace
- Setting Trace
- Displaying Trace Data
- Searching Trace Data
- Saving Trace Data
- Measuring Coverage
- Coverage Measurement Procedures
- Checking Debugger Information
- Emulator Debugger (MB2141)
- MCU Operation Mode
- mcu operation speed
- Debug Area
- Memory Area Types
- Memory Mapping
- Timer Minimum Measurement Unit
- Notes on Commands for Executing Program
- Commands Available during Execution of User Program
- On-the-fly Memory Access
- Sequential Break
- Performance-Buffer-Full Break
- Events
- event modes
- Operation in Normal Mode
- event-related commands in normal mode
- Operation in Multi Trace Mode
- event-related commands in multi trace mode
- Operation in Performance Mode
- event-related commands in performance mode
- Control by Sequencer
- Setting Sequencer
- Break by Sequencer
- Trace Sampling Control by Sequencer
- Time Measurement by Sequencer
- Sample Flow of Time Measurement by Sequencer
- Real-time Trace
- Single Trace
- frame number and step number in single trace
- Setting Single Trace
- Multi trace
- Setting Multi Trace
- Displaying Trace Data Storage Status
- Specify Displaying Trace Data Start
- Display Format of Trace Data
- Reading Trace Data On-the-fly
- reading trace data on-the-fly in the multi trace
- Measuring Performance
- Performance Measurement Procedures
- executing program
- Display Performance Measurement Data
- Execution Time Measurement
- Sampling by External Probe
- displaying and setting external probe data
- Emulator Debugger (MB2147-01)
- Monitoring Program Automatic Loading
- Debug Function
- Event Mode
- Monitoring Data Break
- External Trigger Break
- setting data monitoring trace trigger
- trace delay
- Setting Methods of Multi Trace
- Specify Displaying Trace Data Storage Status
- Real-time Monitoring
- Power-on Debugging
- RAM Checker
- specifications list
- about log file
- ram checker viewer
- Emulator Debugger (MB2147-05)
- Specifying Displaying Trace Data Start
- displaying all machine cycles
- Emulator Debugger (MB2198)
- Operation Frequency Control
- Operating of sequencer
- Emulator Debugger (MB2100-01)
- Starting debugging
- Operating Environments of the Target
- Security
- Ending debugging
- Efficiently Executing Debugging
- Increasing Communication Speed during Debugging
- Switching Debug Function
- Executing Program
- Setting/Release of Debug Functions
- Monitoring
- Power-on Debug
- To Access the Flash Memory
- examples of flash memory synchronization
- To Interrupt the Program Execution [Break]
- Code Break (Hardware)
- Code Break (Software)
- Data Watch Break
- Sequencer
- specifications of sequencer
- Measuring the Program Execution Cycle Count
- Measuring Event-to-Event Execution Cycle Count [Performance Measurement]
- ending the measurement
- Viewing Program Execution History [Trace]
- Trace Data Display Examples (RAW Data)
- Trace Data Display Example (Instruction)
- Trace Data Display Example (Source)
- Searching for Trace Data
- How to Display the Output Message from User Program to the Debugger
- Monitor Debugger
- Resources Used by Monitor Program
- Software Break
- INDEX
- Table Of Contents
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