Paul A. Patience bfc95c641f stdlib: Fix forgotten FARs

2015-11-18 14:22:43 -05:00

..

Make.defs

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_addregion.c

Standardize the width of all comment boxes in C files

2015-10-02 17:43:18 -06:00

umm_brkaddr.c

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_calloc.c

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_extend.c

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_free.c

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_globals.c

Standardize the width of all comment boxes in C files

2015-10-02 17:43:18 -06:00

umm_heap.h

Forgot to add two files in previous commit

2015-07-10 08:46:13 -06:00

umm_initialize.c

Standardize the width of all comment boxes in C files

2015-10-02 17:43:18 -06:00

umm_mallinfo.c

stdlib: Fix forgotten FARs

2015-11-18 14:22:43 -05:00

umm_malloc.c

Standardize the width of all comment boxes in C files

2015-10-02 17:43:18 -06:00

umm_memalign.c

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_realloc.c

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_sbrk.c

Protected mode: Redesign how the user space heap is accessed from the kernel code. It used to call memory management functions in user space via function pointers in the userspace interface. That is inefficient because the first thing that those memory management functions do is to trap back into the kernel to get the current PID. Worse, that operation can be fatal is certain fragile situations such as when a task is exitting.

2015-07-10 08:37:02 -06:00

umm_sem.c

Standardize the width of all comment boxes in C files

2015-10-02 17:43:18 -06:00

umm_zalloc.c

Standardize the width of all comment boxes in C files

2015-10-02 17:43:18 -06:00