Hore work to allow ARM builds

[tpg/acess2.git] / Kernel / arch / x86_64 / include / mm_virt.h

diff --git a/Kernel/arch/x86_64/include/mm_virt.h b/Kernel/arch/x86_64/include/mm_virt.h
index 8032cc7..867aa3b 100644 (file)
--- a/Kernel/arch/x86_64/include/mm_virt.h
+++ b/Kernel/arch/x86_64/include/mm_virt.h
@@ -16,22 +16,68 @@
  * Userland - Lower Half
  * Kernel land - Upper Half
  * 
- * 0xFFFF8000 00000000 - 0xFFFFFFFF FFFFFFFF   2**47   Kernel Range
- *       8000 00000000 -       8000 7FFFFFFF   2 GiB   Identity Map
- *       8000 80000000 -       8001 00000000   2 GiB   Kernel Heap
- *       9000 00000000 -       9800 00000000   cbf     Module Space
- *       9800 00000000 -       9900 00000000   cbf     Per-Process Data
- *       9900 00000000 -       9A00 00000000   cbf     Kernel VFS
+ *    START ADDRESS          END ADDRESS       BITS   SIZE      NAME
+ * 0x00000000 00000000 - 0x00007FFF FFFFFFFF   47      128 TiB User Space
+ * 0x00008000 00000000 - 0xFFFF7FFF FFFFFFFF   --- SIGN EXTENSION NULL ZONE
+ * 0xFFFF8000 00000000 - 0xFFFFFFFF FFFFFFFF   47      128     TiB     Kernel Range
+ *       8000 00000000 -       9000 00000000   42      16      TiB     Kernel Heap
+ *       9000 00000000 -       9800 00000000   43      8       TiB     Module Space
+ *       9800 00000000 -       9A00 00000000   41      2       TiB     Kernel VFS
+ *       ---- GAP ----                                 6       TiB
+ *       A000 00000000 -       B000 00000000   44      16      TiB     Kernel Stacks
+ *       C000 00000000 -       D000 00000000   44      16      TiB     Hardware Mappings
+ *       D000 00000000 -       D080 00000000   39      512     GiB     Per-Process Data
+ *       D080 00000000 -       D100 00000000   39      512     GiB     Kernel Supplied User Code
+ *       ---- GAP ----                                 15      TiB
+ *       E000 00000000 -       E400 00000000   42      4       TiB     Physical Page Reference Counts (2**40 = 2**52 bytes)
+ *       E400 00000000 -       E480 00000000   39      512     GiB     Physical Page Bitmap (1 page per bit)
+ *       E480 00000000 -       E500 00000000   39      512     GiB     Physical Page DblAlloc Bitmap (1 page per bit)
+ *       E500 00000000 -       E500 80000000   31      2       GiB     Physical Page Super Bitmap (64 pages per bit)
+ *       ---- GAP ----                                 9       TiB
+ *       FE00 00000000 -       FE80 00000000   39      512     GiB     Fractal Mapping (PML4 508)
+ *       FE80 00000000 -       FF00 00000000   39      512     GiB     Temp Fractal Mapping
+ *       ---- GAP ----                                 512     GiB     -- UNUSED --
+ *       FF80 00000000 -       FF80 80000000   31      2       GiB     Local APIC
+ *       ---- GAP ----
+ *       FFFF 00000000 -       FFFF 80000000   31      2       GiB     User Code
+ *       FFFF 80000000 -       FFFF FFFFFFFF   31      2       GiB     Identity Map
  */
 
-#define        MM_USER_MIN     0x00008FFF##FFFFF000
-//#define      KERNEL_BASE     0xFFF8000##00000000
-#define MM_KHEAP_BASE  (KERNEL_BASE|(0x0000##80000000))
-#define MM_KHEAP_MAX   (KERNEL_BASE|(0x0001##00000000))
-#define MM_MODULE_MIN  (KERNEL_BASE|(0x1000##00000000))
-#define MM_MODULE_MAX  (KERNEL_BASE|(0x1800##00000000))
-#define MM_PPD_BASE    (KERNEL_BASE|(0x1800##00000000))
-#define MM_PPD_VFS     (KERNEL_BASE|(0x1880##00000000))
-#define MM_KERNEL_VFS  (KERNEL_BASE|(0x1900##00000000))
+#define        MM_USER_MIN     0x00000000##00010000
+#define USER_LIB_MAX   0x00007000##00000000
+#define USER_STACK_SZ  0x00000000##00020000    // 64 KiB
+#define USER_STACK_TOP 0x00007FFF##FFFFF000
+#define        MM_USER_MAX     0x00007FFF##FFFFF000
+#define        MM_KERNEL_RANGE 0xFFFF8000##00000000
+#define MM_KHEAP_BASE  (MM_KERNEL_RANGE|(0x8000##00000000))
+#define MM_KHEAP_MAX   (MM_KERNEL_RANGE|(0x9000##00000000))
+#define MM_MODULE_MIN  (MM_KERNEL_RANGE|(0x9000##00000000))
+#define MM_MODULE_MAX  (MM_KERNEL_RANGE|(0x9800##00000000))
+#define MM_KERNEL_VFS  (MM_KERNEL_RANGE|(0x9800##00000000))
+#define MM_KSTACK_BASE (MM_KERNEL_RANGE|(0xA000##00000000))
+#define MM_KSTACK_TOP  (MM_KERNEL_RANGE|(0xB000##00000000))
+
+#define MM_HWMAP_BASE  (MM_KERNEL_RANGE|(0xC000##00000000))
+#define MM_HWMAP_TOP   (MM_KERNEL_RANGE|(0xD000##00000000))
+#define MM_PPD_BASE    (MM_KERNEL_RANGE|(0xD000##00000000))
+#define MM_PPD_CFG     MM_PPD_BASE
+#define MM_PPD_VFS     (MM_KERNEL_RANGE|(0xD008##00000000))
+#define MM_USER_CODE   (MM_KERNEL_RANGE|(0xD080##00000000))
+
+#define MM_PAGE_COUNTS (MM_KERNEL_RANGE|(0xE000##00000000))
+#define MM_PAGE_BITMAP (MM_KERNEL_RANGE|(0xE400##00000000))
+#define MM_PAGE_DBLBMP (MM_KERNEL_RANGE|(0xE480##00000000))
+#define MM_PAGE_SUPBMP (MM_KERNEL_RANGE|(0xE500##00000000))
+
+#define MM_FRACTAL_BASE        (MM_KERNEL_RANGE|(0xFE00##00000000))
+#define MM_TMPFRAC_BASE        (MM_KERNEL_RANGE|(0xFE80##00000000))
+#define MM_LOCALAPIC   (MM_KERNEL_RANGE|(0xFF80##00000000))
+
+
+// === FUNCTIONS ===
+void   MM_FinishVirtualInit(void);
+tVAddr MM_NewKStack(void);
+tVAddr MM_Clone(void);
+tVAddr MM_NewWorkerStack(void);
 
 #endif