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CAPTURE_MEMORY_ALLOCATION_FLAGS

列挙型

基底型i4

メンバー 6

名前	10進	16進
KS_CAPTURE_ALLOC_INVALID	0	0x0
KS_CAPTURE_ALLOC_SYSTEM	1	0x1
KS_CAPTURE_ALLOC_VRAM	2	0x2
KS_CAPTURE_ALLOC_SYSTEM_AGP	4	0x4
KS_CAPTURE_ALLOC_VRAM_MAPPED	8	0x8
KS_CAPTURE_ALLOC_SECURE_BUFFER	16	0x10

各言語での定義

列挙メンバーの定義。HSP タブは #define global(値は16進)。

typedef enum CAPTURE_MEMORY_ALLOCATION_FLAGS : int {
    KS_CAPTURE_ALLOC_INVALID = 0,
    KS_CAPTURE_ALLOC_SYSTEM = 1,
    KS_CAPTURE_ALLOC_VRAM = 2,
    KS_CAPTURE_ALLOC_SYSTEM_AGP = 4,
    KS_CAPTURE_ALLOC_VRAM_MAPPED = 8,
    KS_CAPTURE_ALLOC_SECURE_BUFFER = 16
} CAPTURE_MEMORY_ALLOCATION_FLAGS;

public enum CAPTURE_MEMORY_ALLOCATION_FLAGS : int
{
    KS_CAPTURE_ALLOC_INVALID = 0,
    KS_CAPTURE_ALLOC_SYSTEM = 1,
    KS_CAPTURE_ALLOC_VRAM = 2,
    KS_CAPTURE_ALLOC_SYSTEM_AGP = 4,
    KS_CAPTURE_ALLOC_VRAM_MAPPED = 8,
    KS_CAPTURE_ALLOC_SECURE_BUFFER = 16,
}

Public Enum CAPTURE_MEMORY_ALLOCATION_FLAGS As Integer
    KS_CAPTURE_ALLOC_INVALID = 0
    KS_CAPTURE_ALLOC_SYSTEM = 1
    KS_CAPTURE_ALLOC_VRAM = 2
    KS_CAPTURE_ALLOC_SYSTEM_AGP = 4
    KS_CAPTURE_ALLOC_VRAM_MAPPED = 8
    KS_CAPTURE_ALLOC_SECURE_BUFFER = 16
End Enum

import enum

class CAPTURE_MEMORY_ALLOCATION_FLAGS(enum.IntEnum):
    KS_CAPTURE_ALLOC_INVALID = 0
    KS_CAPTURE_ALLOC_SYSTEM = 1
    KS_CAPTURE_ALLOC_VRAM = 2
    KS_CAPTURE_ALLOC_SYSTEM_AGP = 4
    KS_CAPTURE_ALLOC_VRAM_MAPPED = 8
    KS_CAPTURE_ALLOC_SECURE_BUFFER = 16

// CAPTURE_MEMORY_ALLOCATION_FLAGS
pub const KS_CAPTURE_ALLOC_INVALID: i32 = 0;
pub const KS_CAPTURE_ALLOC_SYSTEM: i32 = 1;
pub const KS_CAPTURE_ALLOC_VRAM: i32 = 2;
pub const KS_CAPTURE_ALLOC_SYSTEM_AGP: i32 = 4;
pub const KS_CAPTURE_ALLOC_VRAM_MAPPED: i32 = 8;
pub const KS_CAPTURE_ALLOC_SECURE_BUFFER: i32 = 16;

// CAPTURE_MEMORY_ALLOCATION_FLAGS
const (
	KS_CAPTURE_ALLOC_INVALID int32 = 0
	KS_CAPTURE_ALLOC_SYSTEM int32 = 1
	KS_CAPTURE_ALLOC_VRAM int32 = 2
	KS_CAPTURE_ALLOC_SYSTEM_AGP int32 = 4
	KS_CAPTURE_ALLOC_VRAM_MAPPED int32 = 8
	KS_CAPTURE_ALLOC_SECURE_BUFFER int32 = 16
)

const
  KS_CAPTURE_ALLOC_INVALID = 0;
  KS_CAPTURE_ALLOC_SYSTEM = 1;
  KS_CAPTURE_ALLOC_VRAM = 2;
  KS_CAPTURE_ALLOC_SYSTEM_AGP = 4;
  KS_CAPTURE_ALLOC_VRAM_MAPPED = 8;
  KS_CAPTURE_ALLOC_SECURE_BUFFER = 16;

// CAPTURE_MEMORY_ALLOCATION_FLAGS
pub const KS_CAPTURE_ALLOC_INVALID: i32 = 0;
pub const KS_CAPTURE_ALLOC_SYSTEM: i32 = 1;
pub const KS_CAPTURE_ALLOC_VRAM: i32 = 2;
pub const KS_CAPTURE_ALLOC_SYSTEM_AGP: i32 = 4;
pub const KS_CAPTURE_ALLOC_VRAM_MAPPED: i32 = 8;
pub const KS_CAPTURE_ALLOC_SECURE_BUFFER: i32 = 16;

const
  KS_CAPTURE_ALLOC_INVALID* = 0
  KS_CAPTURE_ALLOC_SYSTEM* = 1
  KS_CAPTURE_ALLOC_VRAM* = 2
  KS_CAPTURE_ALLOC_SYSTEM_AGP* = 4
  KS_CAPTURE_ALLOC_VRAM_MAPPED* = 8
  KS_CAPTURE_ALLOC_SECURE_BUFFER* = 16

enum CAPTURE_MEMORY_ALLOCATION_FLAGS : int {
    KS_CAPTURE_ALLOC_INVALID = 0,
    KS_CAPTURE_ALLOC_SYSTEM = 1,
    KS_CAPTURE_ALLOC_VRAM = 2,
    KS_CAPTURE_ALLOC_SYSTEM_AGP = 4,
    KS_CAPTURE_ALLOC_VRAM_MAPPED = 8,
    KS_CAPTURE_ALLOC_SECURE_BUFFER = 16,
}

#define global KS_CAPTURE_ALLOC_INVALID       0x0
#define global KS_CAPTURE_ALLOC_SYSTEM        0x1
#define global KS_CAPTURE_ALLOC_VRAM          0x2
#define global KS_CAPTURE_ALLOC_SYSTEM_AGP    0x4
#define global KS_CAPTURE_ALLOC_VRAM_MAPPED   0x8
#define global KS_CAPTURE_ALLOC_SECURE_BUFFER 0x10