Manitoba Housing Office locations throughout Manitoba. Provincial Departments Government of Manitoba departments, crown corporations, boards and agencies. Please update your installation of Grace to version 2. Check For Updates. Please see Release Notes for more details. Please refer to forum thread for details. If you are on Windows 7, bit, using Nvidia, you may want to check this forum thread prior to installing CCSv5.
The software manifest lists the software components included in the product. Off-line Installers: Windows Linux. New in this release: GUI Composer creation of custom user interfaces that interact with your target application , Grace 2.
See the details. Available Software Sites and disable the Juno site uncheck the box. Release Notes: For details about the content of this version: please consult the release notes.
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View Menu: Drop-down menu with several options to customize how the data is displayed inside the view. View Memory at Value: Similar as above but at the location pointed to by the selected variable.
Find: Search for variable names. Add Watch Expression: Identical function to the Create a new watch expression. Useful for improving performance during debug by preventing additional data transfers from the target. Edit Watch Expression: Allows editing the selected expression and opens the same dialog box for easier editing of complex expressions. Q-Values: For signed integers, changes the representation of the variable to Q format.
Cast To Type: Changes the data type format of the selected variable to any C-valid data type. Add Global Variables: Add global variables with a useful dialog box that lists all global variables loaded to the target. The global variables can be searched by name. Graph: Opens a Graph Using the parameters of the selected row. Cannot be used for multiple rows. Watch: Adds the variable to the Expressions View.
It consists of the following columns: Name: Name of the register, bitfield or bit. Value: Value of the register, bitfield or bit. For bitfields and bits, this column can either have a freeform box to input the values directly or a drop-down with valid values. Description: Brief description of the register, bitfield or bit.
Note This view does not allow adding or removing rows, as they are automatically populated with the device information. The Disassembly view contains several fields in its default configuration: At the left of the view the program addresses are shown The line numbers of the source file in context are also shown, if the loaded program contains symbolic debug information and the option Show Symbols is enabled.
Still at the left of the view, the small blue arrow indicates the location of the Program Counter - the next instruction to be executed. To the right of the addresses the opcode is shown in hex format, as well as the disassembled instruction. If the opcode references a function or variable, their names are also shown if debug symbols are present. Hovering the mouse cursor over a specific function name shows its name and the address. To the right of the line numbers the actual C source code is shown.
Many other features can be displayed depending on the options enabled. The toolbar contains several functions: The options are: Address box: This box allows typing an address or a symbol name to navigate to the directory. Refresh view: Updates the contents of the view by loading them from the target.
Link with Active Debug Context: When debugging devices with multiple cores, this option locks the view to the core in context. Show source: Enables viewing the source code intertwined with the assembly. Assembly Step Into: Executes a single assembly instruction, jumping into subroutines or functions, allowing to run its internal code step-by-step.
Assembly Step Over: Similar as above, but jumping over subroutines or functions, running its internal code at once. Pin to debug context: When debugging devices with multiple cores, this option locks the view to the core in context.
Right-clicking on the main view shows the following context menu: The options are: Copy: Copies the selected content in text form. Select All: Selects all content shown on the view. Show Source: Shows source code intertwined with the disassembled instructions. Show Symbols: Shows the debug symbols at their corresponding addresses. Preferences… Opens the Preferences view with display options. Patch Assembly… Allows editing the memory to modify opcodes.
Disassembly Style… Shows a list of disassembly styles and allows switching among the various types. Device dependent.
Run to line: Runs to the line pointed by the mouse cursor. Move to line: Moves the PC register to the line pointed by the mouse cursor. Resume at line: Moves the PC register to the line pointed by the mouse cursor and starts running from this point.
Right-clicking on the address view shows the following context menu: The options are: Breakpoint: Adds or toggles a Breakpoint at the line pointed by the mouse cursor. Toggle Breakpoint: Adds or removes a Breakpoint at the line pointed by the mouse cursor. Breakpoint Properties: Opens the dialog box to set the properties of the Breakpoint. Show Addresses: Shows the memory addresses at the left of each disassembled line.
Show Function Offsets: Shows the offsets relative to the prior function symbol defined in memory. Requires that debug symbols are previously loaded to the debugger. Copy: Copies the selected content in text form. In certain architectures it can also display cache information: To use it, simply enter a starting address in the Address Text box at the top of the view and select the appropriate memory page of the device. It parses the file and automatically fills the target memory address and length of the data to be copied.
TI Raw Data: A text file with no preformatted data. It requires providing the target memory address where the data will be copied and the type size of the source file. Binary: A bitstream of binary data. It requires providing the target memory address where the data will be copied. It parses the file and automatically fills the memory.
Not supported by the Save Memory function. Hex: A text file that follows the Hex file format. The options are: Start Address: Sets the initial address to be filled. Length: Sets the amount of words in memory to be filled. The word size is defined in the Type-size setting. Data Value: Sets the data to be filled.
Its size must match the Type-size setting. Type-size: Sets the size of the data to be written to the target memory. It can be set to the default size defined by the hardware ISA or to an arbitrary value. Among the several messages it can display are: Output from the target configuration scripts GEL scripts. Errors and Warnings coming from the Debug Probe or its protocol stack. The toolbar contains several functions: Clear Console: Clears the contents of the Console view.
Scroll Lock: Locks the automatic scroll when new content is added. Word Wrap: Wraps long lines of the text output to fit the width of the view.
Pin Console: When debugging devices with multiple cores, this option locks the view to the core in context. Open Console: Creates a new Console view, which can be useful to monitor multiple cores or the output of multiple sources of data. Select All: Selects all text in the view. Clear: Clears the contents of the Console view. There are two types of breakpoints: Software and Hardware. Warning In optimized code, the breakpoint may not be set to the exact line in the C source code.
The main actions are: Halt Target: The default action when you create a breakpoint is to halt the target when triggered. When selected, a new option field is opened and where a GEL expression may be entered. Update View: Updates the contents of a single view of the debug session. When selected, a new option field is opened and where a specific view can be chosen for update.
After the update, target execution resumes. After the data is transferred, target execution resumes. When selected, additional fields for a filename, memory address, length, and data format will be available. The file is saved in either the TI. Other breakpoint properties configurable are: Skip Count: Sets the number of passes before the breakpoint action is executed.
Group: Allows grouping breakpoints for advanced control. To set a condition on a breakpoint: Right-click on the Breakpoint that needs to be modified, either in the Breakpoints View , the Disassembly View or the Editor view. In the Properties dialog, locate the branch Debugger Response. In the Condition field, enter a GEL expression to be evaluated. Select Apply and Close to close the dialog and commit the changes. Breakpoint: Expands to a list of Breakpoints , counters, or Watchpoints.
Go to File: Navigates to the source file where the breakpoint is located. Disabling a breakpoint does not remove delete it, making it easy to reapply enable it in the future. Remove: Removes the highlighted breakpoint s. Remove All Triggers: Disables all breakpoints visible in the view without removing them.
Remove All: Removes all breakpoints in the view. Select All: Selects all breakpoints in the view. Very useful for complex debug sessions where multiple Breakpoints are set. The toolbar contains various options.
New breakpoint: Creates a new breakpoint by opening a dialog box to specify the location address in memory. The small arrow next to this button allows selecting from a list of Breakpoints , counters, or Watchpoints.
Remove Selected Breakpoints: Removes the highlighted breakpoint s. Remove All Breakpoints: Removes all breakpoints in the view. It is useful to differentiate between breakpoints set on various cores or devices of a Debug Session. Go to File for Breakpoint: Navigates to the source file where the breakpoint is located. Skip All Breakpoints: Disables all breakpoints set on this view without removing them.
Link with Debug View: Locks the view to the specific debug context. Details about this are available at the reference below: Terminal View. Check the pages below: Graph Tools Image Analyzer 7. The columns are: Cache: Type of cache being used at the row.
Set: ID of the cache set. Way: Way of the cache set. Requires the cache to operate in N-way associative mode. Valid: Indicates the data is valid. Dirty: Indicates the data is dirty. LRU Way: Indicates the least used way of the cache set. Symbols in Cache: Shows a list of the debug symbols allocated in the cache line. Right-clicking on the Cache view shows the following options: View cache line contents in Memory View: Toggles the line separator for each cache line in the Memory Browser View.
Copy selected cell: Copies the contents of the cell to the clipboard in text format. Show Dashboard: Displays the cache Dashboard, resetting any other view modifiers. Highlight Cache Lines with Memory Differences: Sets the cache lines with differences, to a bold font for easier visualization.
Show each symbol in a separate row: Expands the symbols shown in column Symbols in cache to display each in its own row. The toolbar contains various options: Address bar: A free text field to input the desired address to be evaluated by the Cache view. Show cache line details: Expands the highlighted cache line to display all symbols currently allocated to it. Filter: Sets different view configurations for the Cache view. Pin to current device: When debugging devices with multiple cores, this option locks the view to the core in context.
New cache view: Opens a new view to allow side-by-side comparison of values. Details about this feature can be seen at the reference below: Counting Cycles. The table below shows a list of supported extended data types per target. Some situations when the message will appear: if the Halt button is pressed and the Program Counter is located within a library routine.
Note Only devices with internal memory are automatically programmed with the built-in flash programmer. It needs to match the target board hardware and is set to a default value that matches common development kits. Program Load - Erase Method: Sets the erase method when programming the device.
Necessary Pages Only: Erase only the Flash regions to which the linker has allocated storage. Entire Flash: Erases the entire Flash. By Address Range: Specify the start and end address of flash to erase. All Unprotected Sectors: Erases all regions that is not previously set as protected. Necessary Sectors Only: will erase only the flash regions to which the linker has allocated storage. Necessary Sectors Only Retain untouched content within sector : Performs a higher level of granularity for differential Flash programming.
This can be used to load multiple executable files that reside in different sectors of memory. Specific Sectors: Allows erasing only specific sectors using the Sectors option below. Do not erase sectors program load only : Performs the Flash programming only. Helps speed up the process for knowingly blank devices but can cause issues with pre-flashed devices.
Perform Blank Check: Performs a verification if the entire Flash is blank. Necessary Pages Only: Erase only the flash regions to which the linker has allocated storage. Erase main memory only: Erases only the main memory. Erase main and information memory: Erases both memory segments. Warning This option should NOT be used to load two different programs such as a bootloader program and application program , as it might erase the first program when loading the second program, and it will also slow down programming as it will try to compare two totally separate programs unnecessarily.
If there is a section that overlaps such as vector table , the last executable to be downloaded is the one whose vector table needs to be retained, hence the correct one is preserved on the target device. Entire Flash: Erases everything. Download Settings: These options control the actions to be executed. Erase and Program: Performs the Erase followed by Flash programming of the device. This is the safer method to program the devices. Program Only: Performs the Flash programming only.
Helps speed up the process for knowingly blank devices but can have problems with pre-flashed devices.
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