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Fujitsu SOFTUNE F2 MC-16 manuals

SOFTUNE F2 MC-16 first page preview

SOFTUNE F2 MC-16

Brand: Fujitsu | Category: Semiconductors
SOFTUNE F2 MC-16 first page preview

SOFTUNE F2 MC-16

Brand: Fujitsu | Category: Software
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. CHAPTER 1 BASIC FUNCTIONS
  7. Workspace Management Function
  8. Project Management Function
  9. active project configuration
  10. Project Dependence
  11. Make/Build Function
  12. Customize Build Function
  13. Include Dependencies Analysis Function
  14. Functions of Setting Tool Options
  15. Error Jump Function
  16. Editor Functions
  17. Storing External Editors
  18. example of optional settings
  19. Storing External Tools
  20. Macro Descriptions Usable in Manager
  21. examples of macro expansion
  22. Setting Operating Environment
  23. Debugger Types
  24. Memory Operation Functions
  25. Register Operations
  26. Line Assembly and Disassembly
  27. Symbolic Debugging
  28. line number information
  29. Referring to Local Symbols
  30. Referring to Variable of C Language
  31. notes on c language symbols
  32. CHAPTER 2 DEPENDENCE FUNCTIONS
  33. Simulator Debugger
  34. simulation range
  35. Boot ROM File Automatic Execution
  36. Instruction Simulation
  37. Memory Simulation
  38. I/O Port Simulation
  39. Interrupt Simulation
  40. Reset Simulation
  41. Low-Power Consumption Mode Simulation
  42. STUB Function
  43. Break
  44. Code Break
  45. Data Break
  46. Trace-Buffer-Full Break
  47. Guarded Access Break
  48. Forced Break
  49. Measuring Execution Cycle Count
  50. Trace
  51. Setting Trace
  52. Displaying Trace Data
  53. Searching Trace Data
  54. Saving Trace Data
  55. Measuring Coverage
  56. Coverage Measurement Procedures
  57. Checking Debugger Information
  58. Emulator Debugger (MB2141)
  59. MCU Operation Mode
  60. mcu operation speed
  61. Debug Area
  62. Memory Area Types
  63. Memory Mapping
  64. Timer Minimum Measurement Unit
  65. Notes on Commands for Executing Program
  66. Commands Available during Execution of User Program
  67. On-the-fly Memory Access
  68. Sequential Break
  69. Performance-Buffer-Full Break
  70. Events
  71. event modes
  72. Operation in Normal Mode
  73. event-related commands in normal mode
  74. Operation in Multi Trace Mode
  75. event-related commands in multi trace mode
  76. Operation in Performance Mode
  77. event-related commands in performance mode
  78. Control by Sequencer
  79. Setting Sequencer
  80. Break by Sequencer
  81. Trace Sampling Control by Sequencer
  82. Time Measurement by Sequencer
  83. Sample Flow of Time Measurement by Sequencer
  84. Real-time Trace
  85. Single Trace
  86. frame number and step number in single trace
  87. Setting Single Trace
  88. Multi trace
  89. Setting Multi Trace
  90. Displaying Trace Data Storage Status
  91. Specify Displaying Trace Data Start
  92. Display Format of Trace Data
  93. Reading Trace Data On-the-fly
  94. reading trace data on-the-fly in the multi trace
  95. Measuring Performance
  96. Performance Measurement Procedures
  97. executing program
  98. Display Performance Measurement Data
  99. Execution Time Measurement
  100. Sampling by External Probe
  101. displaying and setting external probe data
  102. Emulator Debugger (MB2147-01)
  103. Monitoring Program Automatic Loading
  104. Debug Function
  105. Event Mode
  106. Monitoring Data Break
  107. External Trigger Break
  108. setting data monitoring trace trigger
  109. trace delay
  110. Setting Methods of Multi Trace
  111. Specify Displaying Trace Data Storage Status
  112. Real-time Monitoring
  113. Power-on Debugging
  114. RAM Checker
  115. specifications list
  116. about log file
  117. ram checker viewer
  118. Emulator Debugger (MB2147-05)
  119. Specifying Displaying Trace Data Start
  120. displaying all machine cycles
  121. Emulator Debugger (MB2198)
  122. Operation Frequency Control
  123. Operating of sequencer
  124. Emulator Debugger (MB2100-01)
  125. Starting debugging
  126. Operating Environments of the Target
  127. Security
  128. Ending debugging
  129. Efficiently Executing Debugging
  130. Increasing Communication Speed during Debugging
  131. Switching Debug Function
  132. Executing Program
  133. Setting/Release of Debug Functions
  134. Monitoring
  135. Power-on Debug
  136. To Access the Flash Memory
  137. examples of flash memory synchronization
  138. To Interrupt the Program Execution [Break]
  139. Code Break (Hardware)
  140. Code Break (Software)
  141. Data Watch Break
  142. Sequencer
  143. specifications of sequencer
  144. Measuring the Program Execution Cycle Count
  145. Measuring Event-to-Event Execution Cycle Count [Performance Measurement]
  146. ending the measurement
  147. Viewing Program Execution History [Trace]
  148. Trace Data Display Examples (RAW Data)
  149. Trace Data Display Example (Instruction)
  150. Trace Data Display Example (Source)
  151. Searching for Trace Data
  152. How to Display the Output Message from User Program to the Debugger
  153. Monitor Debugger
  154. Resources Used by Monitor Program
  155. Software Break
  156. INDEX
  157. Table Of Contents
  158. Table Of Contents
  159. Table Of Contents
  160. Table Of Contents
  161. Table Of Contents
  162. Table Of Contents
  163. Table Of Contents
  164. Table Of Contents
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