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UM0036 STice features
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Assessing the performance of time-critical code
Time-critical sections of code are those that are executed most often. Because interrupts
occur frequently, they are a good example of time-critical code.
Using the profiling feature, you can identify in your code the areas that are executed most
frequently. Gains in these areas will lead to significant performance improvements.
- 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 Performance analysis 319
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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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