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
94 lines
3.6 KiB
Plaintext
94 lines
3.6 KiB
Plaintext
// Copyright (c) 2007-2010, Intel Corporation. All rights reserved.
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[Version ( "3.0.0" ),
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Description (
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"describes the attributes associated with a single logical "
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"sensor which can cause to event alerting. The logical model "
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"classifies sensors according to type regardless of the "
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"physical devices that implement them. Thus, a single physical "
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"sensor device can implement logical sensors of different "
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"types, such as temperature and voltage sensors." )]
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class AMT_PETCapabilities : CIM_Capabilities {
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[Description (
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"The value in this field is TRUE if this is a legacy "
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"sensor described in the ACPI \'ASF!\' table or FALSE if "
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"this is an ASF sensor. The value in this field is used "
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"in determining how to poll the status of the device on "
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"the SMBus.Supported for backwards compatibility." )]
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boolean IsLegacySensor;
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[Description (
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"If this is a legacy sensor, then this field contains the "
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"0-based index of the ASF_ALERTDATA structure in the "
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"Device Array of the ASF_ALRT structure in the ACPI "
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"\'ASF!\' structure. If this is an ASF sensor, then this "
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"field contains the value of the Event Status Index "
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"required for a Get Event Status cycle on the SMBus. The "
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"value in this field is used in determining how to poll "
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"the status of the device on the SMBus. Supported for "
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"backwards compatibility." )]
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uint8 Index;
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[Description (
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"The SMBus address of the physical sensor device that "
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"implements the logical sensor." )]
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uint8 DeviceAddress;
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[Description (
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"True if the assertion event is sent internally to the "
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"event handler. The event handler manages policies "
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"regarding whether the resulting event is sent in a PET "
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"frame and/or logged in the NV event log." )]
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boolean AssertionEvent;
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[Description (
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"True if the de-assertion event is sent internally to the "
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"event handler. The event handler manages policies "
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"regarding whether the resulting event is sent in a PET "
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"frame and/or logged in the NV event log" )]
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boolean DeassertionEvent;
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[Description (
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"The value of the alert\'s Event Sensor Type field (see "
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"PET specification for definitions.)" )]
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uint8 EventSensorType;
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[Description (
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"The value of the alert\'s Event Type field (see PET "
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"specification for definitions.)" )]
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uint8 EventType;
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[Description (
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"The value of the alert\'s Event Offset field (see PET "
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"specification for definitions.)" )]
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uint8 EventOffset;
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[Description (
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"The value of the alert\'s Event Source Type field (see "
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"PET specification for definitions.)" )]
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uint8 EventSourceType;
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[Description (
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"The value of the alert\'s Event Severity field. The "
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"severity values are based on the \'DMI\' severity values "
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"used for the generic sensor event/reading type code." )]
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uint8 EventSeverity;
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[Description (
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"The value of the alert\'s Sensor Number field (see PET "
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"specification for definitions.)" )]
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uint8 SensorNumber;
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[Description (
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"The value to be set into the alert\'s Entity field (see "
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"PET specification for definitions.)" )]
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uint8 Entity;
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[Description (
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"The value to be set into the alert\'s Entity Instance "
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"field (see PET specification for definitions.)" )]
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uint8 EntityInstance;
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};
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