![]() ![]() If there are breakpoints in the called methods, they are ignored.įrom the main menu, select Run | Force Step Over or press Alt+Shift+F8. Steps over the current line of code and takes you to the next line even if the highlighted line has method calls in it. The breakpoint inside count() will not have any effect. In the example, Force run to cursor will continue the execution and stop at line 7 as if there were a breakpoint. All breakpoints on the way are ignored.įrom the main menu, select Run | Debugging Actions | Force Run to Cursor or press Ctrl+Alt+F9. Force run to cursorĬontinues the execution until the position of the caret is reached. With Force Step Into, we jump right into the implementation of the () method, while the regular Step Into would take us to line 20. In the example, the execution is suspended right before a line which is about to call (). Steps in the method even if this method is skipped by the regular Step Into.Ĭlick the Force step into button or press Alt+Shift+F7. To skip any breakpoints on the way, use Force run to cursor. If there are breakpoints in the count() method, the program will be suspended there. In the example, Run to cursor will continue the execution and stop at line 7 as if there were a breakpoint. You can configure whether you want Run to Cursor to work on clicking a line number in Settings/Preferences | Build, Execution, Deployment | Debugger. Place the caret at the line where you want the program to pause.Ĭlick the Run to Cursor button or press Alt+F9.Īlso, you can Run to Cursor by clicking the line number in the gutter. Run to cursorĬontinues the execution until the position of the caret is reached. Note that the loop was executed anyway, and the output is visible in the console as if we had stepped through each iteration. In the example, the action exits the for loop and brings us to line 12. This lets you skip the remaining iterations of while, for and alike without exiting the enclosing method.įrom the main menu, select Run | Debugging Actions | Step Out of Code Block. Steps out of the currently executed code block. In the example, stepping out skips all iterations of the loop and takes you straight to the main method (the caller). Steps out of the current method and takes you to the caller method.Ĭlick the Step Out button or press Shift+F8. This is done in Settings/Preferences | Build, Execution, Deployment | Debugger | Stepping. ![]() You can configure Smart Step Into to be used instead of the regular Step Into every time there are multiple method calls on the line. You can also select it using the arrow keys or tabs and press Enter/ F7. ![]() This feature allows you to select the method call you are interested in.įrom the main menu, select Run | Debugging Actions | Smart Step Into or press Shift+F7.Ĭlick the method. Smart step into is helpful when there are several method calls on a line, and you want to be specific about which method to enter. This list can be fine-tuned on the Build, Execution, Deployment | Debugger | Stepping page of the Settings/Preferences dialog ( Ctrl+Alt+S). Some methods (for example methods of standard Java classes like System) are skipped by Step into as you normally might not need to debug them. To configure this feature, go to Settings/Preferences | Build, Execution, Deployment | Debugger | Stepping and set the Always do smart step into option as required. Alternatively, it can be invoked only when you expressly do so. You can configure Smart Step Into to be automatically used every time when there are multiple method calls on the line. If there are several method calls on the line, IntelliJ IDEA asks you which method to enter. If you step into, the debugger will jump into the implementation of the count(int to) method allowing you to examine in detail how its result is produced. In the example, line 5 is about to be executed. Use this option when you are not sure the method is returning a correct result. Steps into the method to show what happens inside it. To skip any breakpoints on the way, use Force step over. If there are breakpoints inside the skipped methods, the debugger will stop at them. If you step over, the debugger will move straight to line 6 without jumping into the count() method. ![]() The implementation of the methods is skipped, and you move straight to the next line of the caller method. The stepping buttons are located on the Debug window toolbar. IntelliJ IDEA provides a set of stepping actions, which are used depending on your strategy (for example, whether you need to go directly to the next line or enter the methods invoked on your way there). Stepping is the process of controlling step-by-step execution of the program. ![]()
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