[patch 2/4] Linux Kernel Markers - Add kconfig menus for the marker code

With the increasing complexity of today's user-space application and the wide deployment of SMP systems, the users need an increasing understanding of the behavior and performance of a system across multiple processes/different execution contexts/multiple CPUs. In applications such as large cluste

[patch 2/4] Linux Kernel Markers - Add kconfig menus for the marker code

With the increasing complexity of today's user-space application and the wide deployment of SMP systems, the users need an increasing understanding of the behavior and performance of a system across multiple processes/different execution contexts/multiple CPUs. In applications such as large cluste

[patch 2/4] Linux Kernel Markers - Add kconfig menus for the marker code

With the increasing complexity of today's user-space application and the wide deployment of SMP systems, the users need an increasing understanding of the behavior and performance of a system across multiple processes/different execution contexts/multiple CPUs. In applications such as large cluste

[patch 2/4] Linux Kernel Markers - Add kconfig menus for the marker code

With the increasing complexity of today's user-space application and the wide deployment of SMP systems, the users need an increasing understanding of the behavior and performance of a system across multiple processes/different execution contexts/multiple CPUs. In applications such as large cluste

[patch 2/4] Linux Kernel Markers - Add kconfig menus for the marker code

With the increasing complexity of today's user-space application and the wide deployment of SMP systems, the users need an increasing understanding of the behavior and performance of a system across multiple processes/different execution contexts/multiple CPUs. In applications such as large cluste