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Code that compiles until initialization of containers and pagers.

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This commit is contained in:
Bahadir Balban
2009-08-02 23:43:14 +03:00
parent 82807c2f0a
commit 7e8845abf8
29 changed files with 1012 additions and 700 deletions
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29
include/l4/generic/capability.h
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@@ -14,21 +14,23 @@
*
* In this structure:
*
* The capid denotes the unique capability ID. The resid denotes the unique ID
* of targeted resource. The owner denotes the unique ID of capability owner.
* This is almost always a thread ID.
* The capid denotes the unique capability ID.
* The resid denotes the unique ID of targeted resource.
* The owner denotes the unique ID of the one and only capability owner. This is
* almost always a thread ID.
*
* The type field contains two types: The capability type, and the targeted
* resource type. The targeted resouce type denotes what type of resource the
* capability is allowed to operate on. For example a thread, a thread group,
* an address space or a memory can be of this type.
* The type field contains two types:
* - The capability type,
* - The targeted resource type.
*
* The targeted resouce type denotes what type of resource the capability is
* allowed to operate on. For example a thread, a thread group, an address space
* or a memory can be of this type.
*
* The capability type defines the general set of operations allowed on a
* particular resource. The resource type defines the type of resource that
* the capability is targeting. For example a capability type may be
* thread_control, exchange_registers, ipc, or map operations. A resource type
* may be such as a thread, a thread group, a virtual or physical memory
* region.
* particular resource. For example a capability type may be thread_control,
* exchange_registers, ipc, or map operations. A resource type may be such as a
* thread, a thread group, a virtual or physical memory region.
*
* There are also quantitative capability types. While their names denote
* quantitative objects such as memory, threads, and address spaces, these
@@ -64,6 +66,9 @@ struct cap_list {
struct link caps;
};
void capability_init(struct capability *cap);
struct capability *capability_create(void);
#if 0
/* Virtual memory space allocated to container */
struct capability cap_virtmap = {