NextGen TotalView for HPC User Guide : PART I An Introduction to NextGen TotalView for HPC : Chapter 1 Getting Started : Starting TotalView and Creating a Debugging Session : Debugging Commands
Debugging Commands
The table below summarizes the behavior of the debugging commands available in NextGen TotalView for HPC. The descriptions assume that the command is being applied to a single thread, the thread with the focus. In fact, debugging commands are much more flexible than this. They can apply to threads, processes, or groups, or some collection of these. You select the different scopes for debugging commands from the menu on the left of the toolbar, or by selecting the commands from the Thread, Process, and Group menus.
See Related Topics below for the location of discussions about these extended capabilities.
Command
Description
Go
Sets the thread to running until it reaches a stopping point. Often this will be a breakpoint that you have set, but the thread could stop for other reasons.
Halt
Stops the thread at its current execution point.
Kill
Stops program execution. Existing breakpoints and other settings remain in effect.
Restart
Stops program execution and restarts the program from the beginning. Existing breakpoints and other settings remain in effect. This is the same as clicking Kill followed by Go.
Next
Moves the thread to the next line of execution. If the line the thread was on includes one or more function calls, NextGen TotalView for HPC does not step into these functions but just executes them and returns.
Step
Like Next, except that NextGen TotalView for HPC does step into any function calls, so the thread stops at the first line of execution of the first function call.
Out
If the thread is in a block of execution, runs the thread to the first line of execution beyond that block.
Run To
If there is a code line selected in one of the Source views, the thread will stop at this line, assuming of course that it ever makes it there. This operates like a one-time, temporary breakpoint.
 
RELATED TOPICS 
 
Controlling the scope (width) of debugging commands
Controlling what happens when a thread reaches a breakpoint (action point)
Seeing the debugging commands in action