lvfengfree
b92e1119ae
- 修复RouteService中错误过滤home路由的问题 - 后端现在正确返回所有用户有权限的路由 - 添加设备管理相关功能（列表、在线监控、电源管理、远程监控） - 添加详细的修复文档和重启脚本 - 更新权限配置脚本 问题根源：后端代码中有逻辑会过滤掉home路由，导致前端收到空数组，无法生成菜单 解决方案：移除过滤home路由的逻辑，让后端返回所有有权限的路由
107 lines
3.8 KiB
Plaintext
107 lines
3.8 KiB
Plaintext
// Copyright (c) 2007-2011, Intel Corporation. All rights reserved.
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[Version ( "8.0.0" ),
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Description (
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"The AMT_KerberosSettingData class represents "
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"configuration-related and operational parameters for the "
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"kerberos service in the Intel(R) AMT." )]
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class AMT_KerberosSettingData : CIM_SettingData {
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[Description ( "Kerberos Realm name." ),
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MinLen ( 1 ),
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MaxLen ( 63 )]
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string RealmName;
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[Description (
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"An array of strings, each of which names a distinct "
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"service principal." )]
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string ServicePrincipalName[];
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[Description (
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"An array of 16-bit enumeration values, each of which "
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"corresponds to the string in the same position of "
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"ServicePrincipalName." ),
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ValueMap { "0", "1", "2", "3" },
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Values { "HTTP Protocol definition",
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"HTTPS Protocol definition",
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"SOL&IDER protocol definition",
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"SOL&IDER protocol definition (using SSL)" }]
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uint16 ServicePrincipalProtocol[];
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[Description (
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"Key version number. User can update the value each "
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"time the master key is changed." )]
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uint32 KeyVersion;
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[Description (
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"A 16-bit enumeration value that identifiers the "
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"encryption algorithm used in Kerberos authentication." ),
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ValueMap { "0" },
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Values { "RC4 encryption and HMAC authentication" }]
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uint16 EncryptionAlgorithm;
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[Description ( "A 128-bit binary key value. MasterKey cannot be used if the key generation method is used "
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"(using the Passphrase property)"),
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OctetString]
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uint8 MasterKey[16];
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[Description (
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"The number of minutes by which the clocks of the "
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"Intel(R) AMT device and the client and KDC can be out of "
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"sync - typically 5 minutes." ),
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ValueMap { "1..255" }]
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uint32 MaximumClockTolerance;
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[Required, Description (
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"Indicates whether Kerberos authentication is enabled or disable.")]
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boolean KrbEnabled;
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[Description (
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"Used when the key generation method is chosen (RFC 3961,3962). Salt and IterationCount must be supplied also." ),
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MinLen ( 1 ),
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MaxLen ( 32 )]
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string Passphrase;
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[Description (
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"Used when the key generation method is chosen (RFC 3961,3962)" ),
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MinLen ( 1 ),
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MaxLen ( 255 )]
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string Salt;
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[Description (
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"Can be used when the key generation method is chosen (RFC 3961,3962)" )]
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uint32 IterationCount;
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[Description (
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"A 16-bit enumeration values that identifier the "
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"supported encryption algorithms used in Kerberos authentication." ),
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ValueMap { "0", "1", "2", ".." },
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Values { "RC4-HMAC", "AES128-CTS-HMAC-SHA1-96", "AES256-CTS-HMAC-SHA1-96", "Reserved" }]
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uint16 SupportedEncryptionAlgorithms[];
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[Description (
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"A 16-bit enumeration values that identifier the "
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"configured encryption algorithms used in Kerberos authentication." ),
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ValueMap { "0", "1", "2", ".." },
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Values { "RC4-HMAC", "AES128-CTS-HMAC-SHA1-96", "AES256-CTS-HMAC-SHA1-96", "Reserved" }]
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uint16 ConfiguredEncryptionAlgorithms[];
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[Description (
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"GetCredentialCacheState gets the current state of the "
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"credential caching functionality" )]
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uint32 GetCredentialCacheState(
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[Required, OUT, Description (
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"Output state of the credential caching functionality"
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)]
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boolean Enabled);
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[Description (
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"SetCredentialCacheState enables/disables the credential "
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"caching functionality" )]
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uint32 SetCredentialCacheState(
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[Required, IN, Description (
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"New state of the functionality" )]
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boolean Enable);
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};
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