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EMU3 emulator features UM0036
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Figure 251. Defining events using Analyzer probe signals
As shown in Figure 251, you can provide a specific value (with or without bit masking) or a
range of values (see Analyzer input examples).
10.5.1 Analyzer input examples
Example 1- Specifying an Analyzer probe value with selected bits masked
The Analyzer probe has an 8-bit input. Imagine that you want to specify an input value of 91
(5B in hexadecimal format). You can simply specify the value “91”. A value of “91” received
on an 8-bit input looks like:
However, suppose that you want to specify the value “91” but mask certain bits. These bits
are shaded in the figure below:
The selected bit mask is therefore represented by:
which corresponds to the value “BB” in hexadecimal format, or “187” in decimal format.
So, to specify a value of “91” with the second and sixth bits masked, you would complete the
Advanced Breakpoints window as shown in Figure 252.
Figure 252. Specifying an Analyzer probe value with bit mask
01011011
0 1011011
10111011
- User Manual 1
- Contents 2
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- UM0036 Contents 9
- List of tables 10
- List of figures 12
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- 1 Introduction 18
- ICD configuration 20
- 1.4 Getting assistance 21
- 1.5 Associated documentation 21
- 1.6 Conventions 22
- 2 Getting started with STVD 23
- 2.2.1 Create a new workspace 24
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- 2.4 Build your application 28
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- 2.6 Debug your application 32
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- Status bar 35
- File menu 36
- Edit menu 36
- View menu 37
- Project menu 37
- Build menu 38
- Debug menu 38
- Debug instrument menu 38
- Tools menu 38
- Window menu 39
- Help menu 39
- 3.3 View windows 40
- 3.4 Workspace window 41
- Workspace contextual menus 42
- 3.5 Editor windows 43
- Supported file types 44
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- File folding 46
- Margin features 46
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- Editor status bar information 48
- Editor window positioning 48
- 3.5.2 Editing features 49
- Syntax highlighting 50
- Auto-completion 50
- Parameter information 50
- Indentation 51
- Brace matching 52
- Find features 52
- Find pull-down list 53
- Find in files 54
- Regular expressions 55
- 3.6 Output window 56
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- 3.6.3 Debug tab 58
- 3.6.4 Console tab 58
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- Edit/Debug tab 62
- 3.7.2 Customizing toolbars 65
- Moving toolbars 66
- Rearranging toolbar icons 67
- 3.7.3 Adding custom commands 67
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- 3.8 Tooltips 69
- Generate support file 70
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- 7 steps to full migration 72
- 4 Project creation and build 75
- Toolset path information 76
- Opening a .stw workspace 77
- Create an empty workspace 78
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- 4.3.2 Creating new projects 80
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- Adding folders 83
- Adding files 83
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- 4.5.1 General settings tab 85
- 4.5.2 Debug settings tab 86
- 4.5.3 MCU selection tab 86
- 4.5.4 Pre-link settings tab 87
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- 4.6.1 ST ASM tab 89
- 4.6.2 ST Link tab 90
- Modify the segment mapping 91
- Output filename 91
- Libraries 91
- 4.6.3 ST Post-Link tab 92
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- 4.7.1 Cosmic C compiler tab 95
- Debug information 97
- Compiler messages display 98
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- 4.7.2 Cosmic C Assembler tab 107
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- 4.7.3 Cosmic C linker tab 110
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- C language 119
- Listings 119
- Optimizations 119
- Global variables 120
- Generate debug info 120
- User-defined options 120
- Program model (STM8 only) 120
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- Generate only small objects 122
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- ● Generate map file 130
- ● User defined options 130
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- Compiler memory models 134
- Message Display 135
- Debug info 135
- C Language 136
- Preprocessor definitions 136
- Extra include paths 139
- Extra include files 140
- Message display 145
- Output filename options 149
- Strip debug information 149
- Object/Lib modules 150
- Library paths 150
- Vector file name field 155
- ● Custom build tab 156
- ● Build commands 156
- 4.10.2 Custom build tab 157
- 4.12 Build commands 158
- Table 57. Build commands 159
- 5 Basic debugging features 160
- ● and Add communication ports 161
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- 5.2.1 Memory map 164
- 5.2.2 On-chip peripherals 166
- 5.3 Running an application 167
- 5.3.2 Stepping modes 168
- 5.4 Editor debug actions 169
- Editor contextual menu 170
- Watch pop-up 171
- 5.4.1 Editor debug margin 172
- Margin icons 172
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- 5.4.2 QuickWatch window 174
- 5.5 Disassembly window 175
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- 5.6 Online assembler 178
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- 5.7 Memory window 180
- 5.7.2 Viewing features 181
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- 5.8 Instruction breakpoints 183
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- 5.8.4 Showing breakpoints 185
- 5.9 Data breakpoints 186
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- 5.10 Call stack window 188
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- 5.12 Watch window 191
- 5.13 Core registers window 192
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- 5.14 MSCI tools window 194
- 5.15 Symbols browser 195
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- 5.17 Memory trace window 198
- 5.18 Online commands 199
- 5.18.6 The help command 200
- General debug limitations 201
- 6 Simulator features 202
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- Periodic signal example 205
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- Using your stimuli file 207
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- 6.3.2 Plotter window 209
- Display tabs 210
- Name column 211
- Value column 212
- Navigating in the plot 213
- Modifying expressions 217
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- Printing a plot 219
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- 6.5 Forcing interrupts 221
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- 7.1.2 Selecting your MCU 225
- Options tab 226
- 7.2.2 Hardware breakpoints 229
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- Stack limitation (ICC only) 234
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- ST7FLCD1 FF00 - FFDF 235
- ST7FMC2 FF00 - FFDF 235
- ST72F325 FF00 - FFDF 235
- SWIM debugger limitation 236
- 8.2 Using hardware events 237
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- 8.3 Trace recording 242
- Show/hide columns 243
- Move columns 244
- Line filter 244
- Saving trace to file 244
- 8.3.2 Viewing trace contents 245
- 8.4 Using hardware testing 246
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- To define an event: 249
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- To define an advanced break: 251
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- Setting the stack control 254
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- 9 STice features 258
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- 9.1.2 Trace contextual menu 262
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- 9.1.3 Emulator commands 265
- 9.2 Coverage and profiling 266
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- STice features UM0036 268
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- Code coverage and profiling 272
- Functions/Instructions View 272
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- Data View 274
- Source View 275
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- Detecting dead code 279
- Monitoring stack space usage 279
- Optimizing variables 280
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- UM0036 STice features 283
- 10 EMU3 emulator features 284
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- 10.1.2 Trace contextual menu 286
- Filter lines 287
- Selecting the Timestamp unit 288
- Goto Source, Goto Disassembly 288
- Bookmarks 289
- Column display 289
- 10.1.3 Emulator commands 290
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- 10.2.2 Memory access events 296
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- 10.2.3 Other types of events 300
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- 10.6.3 Viewing results 321
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- 10.7 Read/write on the fly 323
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- 11 Program 325
- The programming mode 326
- Protections 327
- RC Calibration values 327
- Unlock device 328
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- UM0036 Program 331
- 12 STM8 C tutorial 332
- 12.1 Setup 333
- 12.1.2 Create a workspace 334
- 12.1.3 Create a project 334
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- 12.1.4 Add the source files 337
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- 12.2 Build 339
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- 12.2.4 Build the application 343
- 12.3 Start debugging 344
- Activate a feature 345
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- 12.4 Instruction breakpoints 347
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- 12.5 View execution 351
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- 12.6 Perform memory mapping 355
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- \tutorial_cosmic\ 356
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- 13.5 Project settings 370
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- Applying project settings 374
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- Appendix A Product support 377
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- Revision history 379
- Revision history UM0036 380
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