ホーム › Storage.VirtualDiskService › VDS_RAID_TYPE

VDS_RAID_TYPE

列挙型

基底型i4

メンバー 19

名前	10進	16進	説明
VDS_RT_UNKNOWN	0	0x0	RAID レベルが不明です。
VDS_RT_RAID0	10	0xA	RAID レベル 0 です。
VDS_RT_RAID1	11	0xB	RAID レベル 1 です。
VDS_RT_RAID2	12	0xC	RAID レベル 2 です。
VDS_RT_RAID3	13	0xD	RAID レベル 3 です。
VDS_RT_RAID4	14	0xE	RAID レベル 4 です。
VDS_RT_RAID5	15	0xF	RAID レベル 5 です。
VDS_RT_RAID6	16	0x10	RAID レベル 6 です。
VDS_RT_RAID01	17	0x11	RAID レベル 0+1 です。
VDS_RT_RAID03	18	0x12	RAID レベル 0+3 です。
VDS_RT_RAID05	19	0x13	RAID レベル 0+5 です。
VDS_RT_RAID10	20	0x14	RAID レベル 1+0 です。
VDS_RT_RAID15	21	0x15	RAID レベル 1+5 です。
VDS_RT_RAID30	22	0x16	RAID レベル 3+0 です。
VDS_RT_RAID50	23	0x17	RAID レベル 5+0 です。
VDS_RT_RAID51	24	0x18	RAID レベル 5+1 です。
VDS_RT_RAID53	25	0x19	RAID レベル 5+3 です。
VDS_RT_RAID60	26	0x1A	RAID レベル 6+0 です。
VDS_RT_RAID61	27	0x1B	RAID レベル 6+1 です。

公式ドキュメント

[Windows 8 および Windows Server 2012 以降、Virtual Disk Service COM インターフェイスは Windows Storage Management API に置き換えられています。]

記憶域プールの基になる RAID の種類を指定するために使用できる列挙値の集合を定義します。これらの値は、VDS_POOL_ATTRIBUTES 構造体の raidType メンバーで使用されます。

解説(Remarks)

サブシステムは、記憶域プールの基になる RAID の種類を指定するために VDS_RAID_TYPE 列挙値を使用します。

記憶域プールが必ずしも単一の RAID の種類を基にしているとは限りません。たとえば、

記憶域プールの基になる RAID の種類は、その記憶域プールから作成できる LUN の RAID の種類とは異なります。

メモ今後の Windows のバージョンでは、VDS_RAID_TYPE 列挙型に定数が追加される可能性があります。このため、認識できない VDS_RAID_TYPE 列挙定数を適切に処理できるようにアプリケーションを設計する必要があります。

出典・ライセンス: 上記「公式ドキュメント」の内容は Microsoft の Win32 API ドキュメント(MicrosoftDocs/sdk-api)を日本語に翻訳・改変したものです。© Microsoft Corporation. CC BY 4.0 で提供。
Microsoft 公式リファレンス: 英語 (en-us) · 日本語 (ja-jp) · 原文ソース (GitHub)

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 VDS_RAID_TYPE : int {
    VDS_RT_UNKNOWN = 0,
    VDS_RT_RAID0 = 10,
    VDS_RT_RAID1 = 11,
    VDS_RT_RAID2 = 12,
    VDS_RT_RAID3 = 13,
    VDS_RT_RAID4 = 14,
    VDS_RT_RAID5 = 15,
    VDS_RT_RAID6 = 16,
    VDS_RT_RAID01 = 17,
    VDS_RT_RAID03 = 18,
    VDS_RT_RAID05 = 19,
    VDS_RT_RAID10 = 20,
    VDS_RT_RAID15 = 21,
    VDS_RT_RAID30 = 22,
    VDS_RT_RAID50 = 23,
    VDS_RT_RAID51 = 24,
    VDS_RT_RAID53 = 25,
    VDS_RT_RAID60 = 26,
    VDS_RT_RAID61 = 27
} VDS_RAID_TYPE;

public enum VDS_RAID_TYPE : int
{
    VDS_RT_UNKNOWN = 0,
    VDS_RT_RAID0 = 10,
    VDS_RT_RAID1 = 11,
    VDS_RT_RAID2 = 12,
    VDS_RT_RAID3 = 13,
    VDS_RT_RAID4 = 14,
    VDS_RT_RAID5 = 15,
    VDS_RT_RAID6 = 16,
    VDS_RT_RAID01 = 17,
    VDS_RT_RAID03 = 18,
    VDS_RT_RAID05 = 19,
    VDS_RT_RAID10 = 20,
    VDS_RT_RAID15 = 21,
    VDS_RT_RAID30 = 22,
    VDS_RT_RAID50 = 23,
    VDS_RT_RAID51 = 24,
    VDS_RT_RAID53 = 25,
    VDS_RT_RAID60 = 26,
    VDS_RT_RAID61 = 27,
}

Public Enum VDS_RAID_TYPE As Integer
    VDS_RT_UNKNOWN = 0
    VDS_RT_RAID0 = 10
    VDS_RT_RAID1 = 11
    VDS_RT_RAID2 = 12
    VDS_RT_RAID3 = 13
    VDS_RT_RAID4 = 14
    VDS_RT_RAID5 = 15
    VDS_RT_RAID6 = 16
    VDS_RT_RAID01 = 17
    VDS_RT_RAID03 = 18
    VDS_RT_RAID05 = 19
    VDS_RT_RAID10 = 20
    VDS_RT_RAID15 = 21
    VDS_RT_RAID30 = 22
    VDS_RT_RAID50 = 23
    VDS_RT_RAID51 = 24
    VDS_RT_RAID53 = 25
    VDS_RT_RAID60 = 26
    VDS_RT_RAID61 = 27
End Enum

import enum

class VDS_RAID_TYPE(enum.IntEnum):
    VDS_RT_UNKNOWN = 0
    VDS_RT_RAID0 = 10
    VDS_RT_RAID1 = 11
    VDS_RT_RAID2 = 12
    VDS_RT_RAID3 = 13
    VDS_RT_RAID4 = 14
    VDS_RT_RAID5 = 15
    VDS_RT_RAID6 = 16
    VDS_RT_RAID01 = 17
    VDS_RT_RAID03 = 18
    VDS_RT_RAID05 = 19
    VDS_RT_RAID10 = 20
    VDS_RT_RAID15 = 21
    VDS_RT_RAID30 = 22
    VDS_RT_RAID50 = 23
    VDS_RT_RAID51 = 24
    VDS_RT_RAID53 = 25
    VDS_RT_RAID60 = 26
    VDS_RT_RAID61 = 27

// VDS_RAID_TYPE
pub const VDS_RT_UNKNOWN: i32 = 0;
pub const VDS_RT_RAID0: i32 = 10;
pub const VDS_RT_RAID1: i32 = 11;
pub const VDS_RT_RAID2: i32 = 12;
pub const VDS_RT_RAID3: i32 = 13;
pub const VDS_RT_RAID4: i32 = 14;
pub const VDS_RT_RAID5: i32 = 15;
pub const VDS_RT_RAID6: i32 = 16;
pub const VDS_RT_RAID01: i32 = 17;
pub const VDS_RT_RAID03: i32 = 18;
pub const VDS_RT_RAID05: i32 = 19;
pub const VDS_RT_RAID10: i32 = 20;
pub const VDS_RT_RAID15: i32 = 21;
pub const VDS_RT_RAID30: i32 = 22;
pub const VDS_RT_RAID50: i32 = 23;
pub const VDS_RT_RAID51: i32 = 24;
pub const VDS_RT_RAID53: i32 = 25;
pub const VDS_RT_RAID60: i32 = 26;
pub const VDS_RT_RAID61: i32 = 27;

// VDS_RAID_TYPE
const (
	VDS_RT_UNKNOWN int32 = 0
	VDS_RT_RAID0 int32 = 10
	VDS_RT_RAID1 int32 = 11
	VDS_RT_RAID2 int32 = 12
	VDS_RT_RAID3 int32 = 13
	VDS_RT_RAID4 int32 = 14
	VDS_RT_RAID5 int32 = 15
	VDS_RT_RAID6 int32 = 16
	VDS_RT_RAID01 int32 = 17
	VDS_RT_RAID03 int32 = 18
	VDS_RT_RAID05 int32 = 19
	VDS_RT_RAID10 int32 = 20
	VDS_RT_RAID15 int32 = 21
	VDS_RT_RAID30 int32 = 22
	VDS_RT_RAID50 int32 = 23
	VDS_RT_RAID51 int32 = 24
	VDS_RT_RAID53 int32 = 25
	VDS_RT_RAID60 int32 = 26
	VDS_RT_RAID61 int32 = 27
)

const
  VDS_RT_UNKNOWN = 0;
  VDS_RT_RAID0 = 10;
  VDS_RT_RAID1 = 11;
  VDS_RT_RAID2 = 12;
  VDS_RT_RAID3 = 13;
  VDS_RT_RAID4 = 14;
  VDS_RT_RAID5 = 15;
  VDS_RT_RAID6 = 16;
  VDS_RT_RAID01 = 17;
  VDS_RT_RAID03 = 18;
  VDS_RT_RAID05 = 19;
  VDS_RT_RAID10 = 20;
  VDS_RT_RAID15 = 21;
  VDS_RT_RAID30 = 22;
  VDS_RT_RAID50 = 23;
  VDS_RT_RAID51 = 24;
  VDS_RT_RAID53 = 25;
  VDS_RT_RAID60 = 26;
  VDS_RT_RAID61 = 27;

// VDS_RAID_TYPE
pub const VDS_RT_UNKNOWN: i32 = 0;
pub const VDS_RT_RAID0: i32 = 10;
pub const VDS_RT_RAID1: i32 = 11;
pub const VDS_RT_RAID2: i32 = 12;
pub const VDS_RT_RAID3: i32 = 13;
pub const VDS_RT_RAID4: i32 = 14;
pub const VDS_RT_RAID5: i32 = 15;
pub const VDS_RT_RAID6: i32 = 16;
pub const VDS_RT_RAID01: i32 = 17;
pub const VDS_RT_RAID03: i32 = 18;
pub const VDS_RT_RAID05: i32 = 19;
pub const VDS_RT_RAID10: i32 = 20;
pub const VDS_RT_RAID15: i32 = 21;
pub const VDS_RT_RAID30: i32 = 22;
pub const VDS_RT_RAID50: i32 = 23;
pub const VDS_RT_RAID51: i32 = 24;
pub const VDS_RT_RAID53: i32 = 25;
pub const VDS_RT_RAID60: i32 = 26;
pub const VDS_RT_RAID61: i32 = 27;

const
  VDS_RT_UNKNOWN* = 0
  VDS_RT_RAID0* = 10
  VDS_RT_RAID1* = 11
  VDS_RT_RAID2* = 12
  VDS_RT_RAID3* = 13
  VDS_RT_RAID4* = 14
  VDS_RT_RAID5* = 15
  VDS_RT_RAID6* = 16
  VDS_RT_RAID01* = 17
  VDS_RT_RAID03* = 18
  VDS_RT_RAID05* = 19
  VDS_RT_RAID10* = 20
  VDS_RT_RAID15* = 21
  VDS_RT_RAID30* = 22
  VDS_RT_RAID50* = 23
  VDS_RT_RAID51* = 24
  VDS_RT_RAID53* = 25
  VDS_RT_RAID60* = 26
  VDS_RT_RAID61* = 27

enum VDS_RAID_TYPE : int {
    VDS_RT_UNKNOWN = 0,
    VDS_RT_RAID0 = 10,
    VDS_RT_RAID1 = 11,
    VDS_RT_RAID2 = 12,
    VDS_RT_RAID3 = 13,
    VDS_RT_RAID4 = 14,
    VDS_RT_RAID5 = 15,
    VDS_RT_RAID6 = 16,
    VDS_RT_RAID01 = 17,
    VDS_RT_RAID03 = 18,
    VDS_RT_RAID05 = 19,
    VDS_RT_RAID10 = 20,
    VDS_RT_RAID15 = 21,
    VDS_RT_RAID30 = 22,
    VDS_RT_RAID50 = 23,
    VDS_RT_RAID51 = 24,
    VDS_RT_RAID53 = 25,
    VDS_RT_RAID60 = 26,
    VDS_RT_RAID61 = 27,
}

#define global VDS_RT_UNKNOWN 0x0
#define global VDS_RT_RAID0   0xA
#define global VDS_RT_RAID1   0xB
#define global VDS_RT_RAID2   0xC
#define global VDS_RT_RAID3   0xD
#define global VDS_RT_RAID4   0xE
#define global VDS_RT_RAID5   0xF
#define global VDS_RT_RAID6   0x10
#define global VDS_RT_RAID01  0x11
#define global VDS_RT_RAID03  0x12
#define global VDS_RT_RAID05  0x13
#define global VDS_RT_RAID10  0x14
#define global VDS_RT_RAID15  0x15
#define global VDS_RT_RAID30  0x16
#define global VDS_RT_RAID50  0x17
#define global VDS_RT_RAID51  0x18
#define global VDS_RT_RAID53  0x19
#define global VDS_RT_RAID60  0x1A
#define global VDS_RT_RAID61  0x1B