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12 Attention
12.3.7 Hardware Event
• If you specify word-length (2-byte length) data from an odd address as an event in the following
data accesses, the event is not detected. Also, even when any other bit of the address that
contains a specified bit is accessed during bit access, the event may become effective.
- Hardware Break Event
- Real-time Trace Event
- Time Measurement Event
• In PID settings, always be sure to specify an even address for the Address area.
• Examples to specify the event for data access with its value comparison.
Address Access size 16bit data bus 8bit data bus
Even Address WORD
ex.: mov.w #1234h, 8000h
Address: 8000h
Data: 1234h
Data Mask: Don't care
<-
Even Address BYTE
ex.: mov.b #34h, 8000h
Address: 8000h
Data: 34h
Data Mask: 00FFh
<-
Odd Address WORD
ex.: mov.w #1234h, 8001h
Not supported <-
Odd Address BYTE
ex.: mov.b #34h, 8001h
Address: 8001h
Data: 3400h
Data Mask: FF00h
Address: 8001h
Data: 34h
Data Mask: 00FFh
12.3.8 The correspondence OS version of task pause function
The task pause function is available when downloading a target program in which the system for the
task pause function, supported by MR30 V.3.00 or later version, is installed.
If the MR30 version is V.3.00 Release 1, the following phenomenon may occur.
• If a program issues a system call such as rel_wai or irel_wai to a task which is changed to
"Pause" using the task pause function, the "Pause" state of the task is reset.
In this case, the MR Task Pause window shows the task information different from the real task
state.
This phenomenon will not occur on a target program in which MR30 V3.10 Release 1 or later is
installed.
267
- User's Manual 1
- Overview 3
- Target System 3
- Supported CPU 3
- Setup of Debugger 1 5
- Tutorial 55 6
- Reference 77 6
- 10. C/C++ Expressions 248 9
- 12. Attention 258 9
- Setup of Debugger 11
- 1. Features 13
- 1.1.2 Sampling Period 14
- 1.1.3 Related Windows 14
- 1.2 Break Functions 15
- 1.2.2 Hardware Break 16
- 1.3 Real-Time Trace Function 19
- 1.5 Coverage Function 22
- 2.1 Communication method 24
- 2.2 Function table 24
- 3.1.1 USB Interface 25
- 3.1.2 LAN Interface 25
- 3.1.3 LPT Interface 25
- 3.2 Download of Firmware 26
- 3.3.1 USB communication 27
- 3.3.2 LAN communication 28
- 4. Preparation before Use 30
- 4.3 Starting the Debugger 42
- 5. Setup the Debugger 43
- 5.1.1 MCU Tab 44
- 5.1.3 Emulator Tab 49
- 5.1.4 Script Tab 51
- Comm nication Mode u 55
- Nibb le 55
- Contents 56
- Tutorial 65
- 6. Tutorial 67
- 6.2 Usage 68
- 6.2.8 Step8 : Viewing Memory 77
- 6.2.14 What Next? 86
- Reference 87
- 7. Windows/Dialogs 89
- 7.1 RAM Monitor Window 90
- 7.1.1 Extended Menus 92
- 7.2 ASM Watch Window 95
- 7.2.1 Extended Menus 96
- 7.3 C Watch Window 97
- 7.3.1 Extended Menus 99
- 7.4 Coverage Window 100
- 7.4.1 Extended Menus 101
- 7.5 Script Window 103
- 7.5.1 Extended Menus 104
- 7.6.1 Command Button 106
- 7.7.4 Command Button 114
- 7.8 Protect Window 150
- 7.9.1 Command Button 152
- 7.10.6 Command Button 160
- 7.11 Time Measurement Window 166
- 7.11.3 Command Button 171
- 7.12 Trace Window 177
- 7.12.5 Extended Menus 182
- 7.13 Data Trace Window 186
- 7.13.1 Extended Menus 187
- 7.14 GUI I/O Window 188
- 7.14.1 Extended Menus 189
- 7.15 MR Window 190
- 7.15.1 Extended Menus 191
- 7.16 MR Trace Window 214
- 7.16.1 Extended Menus 216
- 7.16.2.5.1. Move the Marker 222
- 7.17 MR Analyze Window 223
- 7.17.4 Extended Menus 225
- 7.18 MR Task Pause Window 228
- 7.18.2 Extended Menus 229
- 7.19 Task Trace Window 235
- 7.19.1 Extended Menus 236
- 7.19.2.5.1. Move the Marker 241
- 7.20 Task Analyze Window 242
- 8. Table of Script Commands 244
- 8.1.18 Utility Commands 248
- 9. Writing Script Files 251
- 9.1.1 Script Command 252
- 9.1.2 Assign Statement 252
- 9.1.3 Conditional Statement 252
- 9.1.5 Comment statements 253
- 9.2 Writing Expressions 254
- Notes 255
- 9.2.3 Macro Variables 256
- 9.2.4 Register variables 256
- 9.2.5 Memory variables 256
- Dyadic comparison level 8 257
- 10. C/C++ Expressions 258
- 10.1.2 Scope Resolution 259
- 10.1.4 Pointers 259
- 10.1.5 Reference 259
- 10.1.6 Sign Inversion 260
- Default 261
- unsigned 261
- signed 261
- 10.1.14 Variable Name 262
- 10.1.15 Function Name 262
- 10.1.16 Character Constants 262
- 10.2.1 Enumeration Types 263
- 10.2.2 Basic Types 263
- 10.2.3 Pointer Types 264
- 10.2.4 Array Types 265
- 10.2.5 Function Types 265
- 10.2.6 Reference Types 265
- 10.2.7 Bit Field Types 265
- 10.2.9 Syntax Errors 266
- 12. Attention 268
- 12.1.4 Function name in C++ 270
- 12.1.8 Down-load of Firmware 270
- 12.2.5 Hardware Event 274
- 12.2.6 CPU rewrite 274
- 12.2.7 MR STK script command 275
- 12.3.7 Hardware Event 277
- 12.3.10 CPU rewrite 279
- -y Option 280
- -yspc 280
- -ylmb 281
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