debug mode is enabled, Karaf starts a JDWP socket on port 5005. You can plug your IDE to define breakpoints, and run step by step. You can define these environment variables in bin/setenv Unix script (bin\ main() until you attach a debugger then it will resume the execution. This way you can set your breakpoints anywhere in the code and you should hit them no matter how early in the startup they are. export

debug mode is enabled, Karaf starts a JDWP socket on port 5005. You can plug your IDE to define breakpoints, and run step by step. You can define these environment variables in bin/setenv Unix script ( main() until you attach a debugger then it will resume the execution. This way you can set your breakpoints anywhere in the code and you should hit them no matter how early in the startup they are. and

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint See the built-in help for other available commands. The VM debugger significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM:

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint • writecore – writes a VM core file to disk, refer chapter 12.1.4, significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM:

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint • writecore – writes a VM core file to disk, refer chapter 12.1.4, significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM:

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint • writecore – writes a VM core file to disk, refer chapter 12.1.4, significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM:

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint • writecore – writes a VM core file to disk, refer chapter 12.1.4, significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM:

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint • writecore – writes a VM core file to disk, refer chapter 12.1.4, significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM:

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint • writecore – writes a VM core file to disk, refer chapter 12.1.4, significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM:

print the guest’s page table structures • bp/br – set a normal/recompiler breakpoint • bl – list breakpoints • bc – clear a breakpoint • writecore – writes a VM core file to disk, refer chapter 12.1.4, significant performance improvements for VT-x (real mode execution) • VMM: support for hardware breakpoints (VT-x and AMD-V only; bug #477) • VMM: VGA performance improvements for VT-x and AMD-V • VMM: