SECURELOCKCODE

列挙型

基底型i4

メンバー 16

名前	10進	16進	説明
SECURELOCK_NOCHANGE	-1	0xFFFFFFFF	セキュリティ暗号化の状態に変更はありません。
SECURELOCK_SET_UNSECURE	0	0x0	セキュリティ暗号化は行われていません。
SECURELOCK_SET_MIXED	1	0x1	複数のセキュリティ暗号化方式が混在しています。
SECURELOCK_SET_SECUREUNKNOWNBIT	2	0x2	セキュリティ暗号化のレベルは不明です。
SECURELOCK_SET_SECURE40BIT	3	0x3	40 ビットのセキュリティ暗号化が行われています。
SECURELOCK_SET_SECURE56BIT	4	0x4	56 ビットのセキュリティ暗号化が行われています。
SECURELOCK_SET_FORTEZZA	5	0x5	Fortezza のセキュリティ暗号化が行われています。
SECURELOCK_SET_SECURE128BIT	6	0x6	128 ビットのセキュリティ暗号化が行われています。
SECURELOCK_FIRSTSUGGEST	7	0x7	セキュリティ暗号化の設定を提案します。
SECURELOCK_SUGGEST_UNSECURE	7	0x7	セキュリティ暗号化は提案されていません。
SECURELOCK_SUGGEST_MIXED	8	0x8	複数のセキュリティ暗号化方式の混在が提案されました。
SECURELOCK_SUGGEST_SECUREUNKNOWNBIT	9	0x9	不明なセキュリティ暗号化方式が提案されました。
SECURELOCK_SUGGEST_SECURE40BIT	10	0xA	40 ビットのセキュリティ暗号化が提案されました。
SECURELOCK_SUGGEST_SECURE56BIT	11	0xB	56 ビットのセキュリティ暗号化が提案されました。
SECURELOCK_SUGGEST_FORTEZZA	12	0xC	Fortezza のセキュリティ暗号化が提案されました。
SECURELOCK_SUGGEST_SECURE128BIT	13	0xD	128 ビットのセキュリティ暗号化が提案されました。

公式ドキュメント

非推奨です。この列挙型は、BASEBROWSERDATA 構造体がベースブラウザーのロックアイコンの状態を示すために使用します。

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 SECURELOCKCODE : int {
    SECURELOCK_NOCHANGE = -1,
    SECURELOCK_SET_UNSECURE = 0,
    SECURELOCK_SET_MIXED = 1,
    SECURELOCK_SET_SECUREUNKNOWNBIT = 2,
    SECURELOCK_SET_SECURE40BIT = 3,
    SECURELOCK_SET_SECURE56BIT = 4,
    SECURELOCK_SET_FORTEZZA = 5,
    SECURELOCK_SET_SECURE128BIT = 6,
    SECURELOCK_FIRSTSUGGEST = 7,
    SECURELOCK_SUGGEST_UNSECURE = 7,
    SECURELOCK_SUGGEST_MIXED = 8,
    SECURELOCK_SUGGEST_SECUREUNKNOWNBIT = 9,
    SECURELOCK_SUGGEST_SECURE40BIT = 10,
    SECURELOCK_SUGGEST_SECURE56BIT = 11,
    SECURELOCK_SUGGEST_FORTEZZA = 12,
    SECURELOCK_SUGGEST_SECURE128BIT = 13
} SECURELOCKCODE;

public enum SECURELOCKCODE : int
{
    SECURELOCK_NOCHANGE = -1,
    SECURELOCK_SET_UNSECURE = 0,
    SECURELOCK_SET_MIXED = 1,
    SECURELOCK_SET_SECUREUNKNOWNBIT = 2,
    SECURELOCK_SET_SECURE40BIT = 3,
    SECURELOCK_SET_SECURE56BIT = 4,
    SECURELOCK_SET_FORTEZZA = 5,
    SECURELOCK_SET_SECURE128BIT = 6,
    SECURELOCK_FIRSTSUGGEST = 7,
    SECURELOCK_SUGGEST_UNSECURE = 7,
    SECURELOCK_SUGGEST_MIXED = 8,
    SECURELOCK_SUGGEST_SECUREUNKNOWNBIT = 9,
    SECURELOCK_SUGGEST_SECURE40BIT = 10,
    SECURELOCK_SUGGEST_SECURE56BIT = 11,
    SECURELOCK_SUGGEST_FORTEZZA = 12,
    SECURELOCK_SUGGEST_SECURE128BIT = 13,
}

Public Enum SECURELOCKCODE As Integer
    SECURELOCK_NOCHANGE = -1
    SECURELOCK_SET_UNSECURE = 0
    SECURELOCK_SET_MIXED = 1
    SECURELOCK_SET_SECUREUNKNOWNBIT = 2
    SECURELOCK_SET_SECURE40BIT = 3
    SECURELOCK_SET_SECURE56BIT = 4
    SECURELOCK_SET_FORTEZZA = 5
    SECURELOCK_SET_SECURE128BIT = 6
    SECURELOCK_FIRSTSUGGEST = 7
    SECURELOCK_SUGGEST_UNSECURE = 7
    SECURELOCK_SUGGEST_MIXED = 8
    SECURELOCK_SUGGEST_SECUREUNKNOWNBIT = 9
    SECURELOCK_SUGGEST_SECURE40BIT = 10
    SECURELOCK_SUGGEST_SECURE56BIT = 11
    SECURELOCK_SUGGEST_FORTEZZA = 12
    SECURELOCK_SUGGEST_SECURE128BIT = 13
End Enum

import enum

class SECURELOCKCODE(enum.IntEnum):
    SECURELOCK_NOCHANGE = -1
    SECURELOCK_SET_UNSECURE = 0
    SECURELOCK_SET_MIXED = 1
    SECURELOCK_SET_SECUREUNKNOWNBIT = 2
    SECURELOCK_SET_SECURE40BIT = 3
    SECURELOCK_SET_SECURE56BIT = 4
    SECURELOCK_SET_FORTEZZA = 5
    SECURELOCK_SET_SECURE128BIT = 6
    SECURELOCK_FIRSTSUGGEST = 7
    SECURELOCK_SUGGEST_UNSECURE = 7
    SECURELOCK_SUGGEST_MIXED = 8
    SECURELOCK_SUGGEST_SECUREUNKNOWNBIT = 9
    SECURELOCK_SUGGEST_SECURE40BIT = 10
    SECURELOCK_SUGGEST_SECURE56BIT = 11
    SECURELOCK_SUGGEST_FORTEZZA = 12
    SECURELOCK_SUGGEST_SECURE128BIT = 13

// SECURELOCKCODE
pub const SECURELOCK_NOCHANGE: i32 = -1;
pub const SECURELOCK_SET_UNSECURE: i32 = 0;
pub const SECURELOCK_SET_MIXED: i32 = 1;
pub const SECURELOCK_SET_SECUREUNKNOWNBIT: i32 = 2;
pub const SECURELOCK_SET_SECURE40BIT: i32 = 3;
pub const SECURELOCK_SET_SECURE56BIT: i32 = 4;
pub const SECURELOCK_SET_FORTEZZA: i32 = 5;
pub const SECURELOCK_SET_SECURE128BIT: i32 = 6;
pub const SECURELOCK_FIRSTSUGGEST: i32 = 7;
pub const SECURELOCK_SUGGEST_UNSECURE: i32 = 7;
pub const SECURELOCK_SUGGEST_MIXED: i32 = 8;
pub const SECURELOCK_SUGGEST_SECUREUNKNOWNBIT: i32 = 9;
pub const SECURELOCK_SUGGEST_SECURE40BIT: i32 = 10;
pub const SECURELOCK_SUGGEST_SECURE56BIT: i32 = 11;
pub const SECURELOCK_SUGGEST_FORTEZZA: i32 = 12;
pub const SECURELOCK_SUGGEST_SECURE128BIT: i32 = 13;

// SECURELOCKCODE
const (
	SECURELOCK_NOCHANGE int32 = -1
	SECURELOCK_SET_UNSECURE int32 = 0
	SECURELOCK_SET_MIXED int32 = 1
	SECURELOCK_SET_SECUREUNKNOWNBIT int32 = 2
	SECURELOCK_SET_SECURE40BIT int32 = 3
	SECURELOCK_SET_SECURE56BIT int32 = 4
	SECURELOCK_SET_FORTEZZA int32 = 5
	SECURELOCK_SET_SECURE128BIT int32 = 6
	SECURELOCK_FIRSTSUGGEST int32 = 7
	SECURELOCK_SUGGEST_UNSECURE int32 = 7
	SECURELOCK_SUGGEST_MIXED int32 = 8
	SECURELOCK_SUGGEST_SECUREUNKNOWNBIT int32 = 9
	SECURELOCK_SUGGEST_SECURE40BIT int32 = 10
	SECURELOCK_SUGGEST_SECURE56BIT int32 = 11
	SECURELOCK_SUGGEST_FORTEZZA int32 = 12
	SECURELOCK_SUGGEST_SECURE128BIT int32 = 13
)

const
  SECURELOCK_NOCHANGE = -1;
  SECURELOCK_SET_UNSECURE = 0;
  SECURELOCK_SET_MIXED = 1;
  SECURELOCK_SET_SECUREUNKNOWNBIT = 2;
  SECURELOCK_SET_SECURE40BIT = 3;
  SECURELOCK_SET_SECURE56BIT = 4;
  SECURELOCK_SET_FORTEZZA = 5;
  SECURELOCK_SET_SECURE128BIT = 6;
  SECURELOCK_FIRSTSUGGEST = 7;
  SECURELOCK_SUGGEST_UNSECURE = 7;
  SECURELOCK_SUGGEST_MIXED = 8;
  SECURELOCK_SUGGEST_SECUREUNKNOWNBIT = 9;
  SECURELOCK_SUGGEST_SECURE40BIT = 10;
  SECURELOCK_SUGGEST_SECURE56BIT = 11;
  SECURELOCK_SUGGEST_FORTEZZA = 12;
  SECURELOCK_SUGGEST_SECURE128BIT = 13;

// SECURELOCKCODE
pub const SECURELOCK_NOCHANGE: i32 = -1;
pub const SECURELOCK_SET_UNSECURE: i32 = 0;
pub const SECURELOCK_SET_MIXED: i32 = 1;
pub const SECURELOCK_SET_SECUREUNKNOWNBIT: i32 = 2;
pub const SECURELOCK_SET_SECURE40BIT: i32 = 3;
pub const SECURELOCK_SET_SECURE56BIT: i32 = 4;
pub const SECURELOCK_SET_FORTEZZA: i32 = 5;
pub const SECURELOCK_SET_SECURE128BIT: i32 = 6;
pub const SECURELOCK_FIRSTSUGGEST: i32 = 7;
pub const SECURELOCK_SUGGEST_UNSECURE: i32 = 7;
pub const SECURELOCK_SUGGEST_MIXED: i32 = 8;
pub const SECURELOCK_SUGGEST_SECUREUNKNOWNBIT: i32 = 9;
pub const SECURELOCK_SUGGEST_SECURE40BIT: i32 = 10;
pub const SECURELOCK_SUGGEST_SECURE56BIT: i32 = 11;
pub const SECURELOCK_SUGGEST_FORTEZZA: i32 = 12;
pub const SECURELOCK_SUGGEST_SECURE128BIT: i32 = 13;

const
  SECURELOCK_NOCHANGE* = -1
  SECURELOCK_SET_UNSECURE* = 0
  SECURELOCK_SET_MIXED* = 1
  SECURELOCK_SET_SECUREUNKNOWNBIT* = 2
  SECURELOCK_SET_SECURE40BIT* = 3
  SECURELOCK_SET_SECURE56BIT* = 4
  SECURELOCK_SET_FORTEZZA* = 5
  SECURELOCK_SET_SECURE128BIT* = 6
  SECURELOCK_FIRSTSUGGEST* = 7
  SECURELOCK_SUGGEST_UNSECURE* = 7
  SECURELOCK_SUGGEST_MIXED* = 8
  SECURELOCK_SUGGEST_SECUREUNKNOWNBIT* = 9
  SECURELOCK_SUGGEST_SECURE40BIT* = 10
  SECURELOCK_SUGGEST_SECURE56BIT* = 11
  SECURELOCK_SUGGEST_FORTEZZA* = 12
  SECURELOCK_SUGGEST_SECURE128BIT* = 13

enum SECURELOCKCODE : int {
    SECURELOCK_NOCHANGE = -1,
    SECURELOCK_SET_UNSECURE = 0,
    SECURELOCK_SET_MIXED = 1,
    SECURELOCK_SET_SECUREUNKNOWNBIT = 2,
    SECURELOCK_SET_SECURE40BIT = 3,
    SECURELOCK_SET_SECURE56BIT = 4,
    SECURELOCK_SET_FORTEZZA = 5,
    SECURELOCK_SET_SECURE128BIT = 6,
    SECURELOCK_FIRSTSUGGEST = 7,
    SECURELOCK_SUGGEST_UNSECURE = 7,
    SECURELOCK_SUGGEST_MIXED = 8,
    SECURELOCK_SUGGEST_SECUREUNKNOWNBIT = 9,
    SECURELOCK_SUGGEST_SECURE40BIT = 10,
    SECURELOCK_SUGGEST_SECURE56BIT = 11,
    SECURELOCK_SUGGEST_FORTEZZA = 12,
    SECURELOCK_SUGGEST_SECURE128BIT = 13,
}

#define global SECURELOCK_NOCHANGE                 0xFFFFFFFF
#define global SECURELOCK_SET_UNSECURE             0x0
#define global SECURELOCK_SET_MIXED                0x1
#define global SECURELOCK_SET_SECUREUNKNOWNBIT     0x2
#define global SECURELOCK_SET_SECURE40BIT          0x3
#define global SECURELOCK_SET_SECURE56BIT          0x4
#define global SECURELOCK_SET_FORTEZZA             0x5
#define global SECURELOCK_SET_SECURE128BIT         0x6
#define global SECURELOCK_FIRSTSUGGEST             0x7
#define global SECURELOCK_SUGGEST_UNSECURE         0x7
#define global SECURELOCK_SUGGEST_MIXED            0x8
#define global SECURELOCK_SUGGEST_SECUREUNKNOWNBIT 0x9
#define global SECURELOCK_SUGGEST_SECURE40BIT      0xA
#define global SECURELOCK_SUGGEST_SECURE56BIT      0xB
#define global SECURELOCK_SUGGEST_FORTEZZA         0xC
#define global SECURELOCK_SUGGEST_SECURE128BIT     0xD