3.5 KiB
3.5 KiB
source_files, generated_at, model, schema_version, sha256
| source_files | generated_at | model | schema_version | sha256 | ||||
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2026-04-17T15:37:13.768712+00:00 | zai-org/GLM-5-FP8 | 1 | 5b4c17b1fc03b90c |
Hardware Interface Module Documentation
1. Purpose
This module defines the core interfaces for hardware abstraction within the DTS (Data Acquisition System) architecture. It provides contracts for monitoring DAS hardware (IDASMonitorInfo), managing ISO hardware lifecycle and validation (IISOHardware), tracking arm/trigger device status hierarchies (IAllATDStatus, IATDStatus, IDistributorArmStatus, IDeviceArmStatus), and capturing diagnostic calibration results (IDiagnosticResult). These interfaces enable decoupled communication between the system's hardware layer and higher-level services, supporting operations such as tilt sensor calibration, device arming state management, and channel-level diagnostic data retrieval.
2. Public Interface
IDASMonitorInfo
Properties:
string SerialNumber { get; }— Device serial number.double[] TiltSensorCals { get; }— Calibration values for tilt sensors.short[] TiltSensorDataPre { get; }— Pre-capture tilt sensor data.DFConstantsAndEnums.TiltAxes TiltAxes { get; }— Configured tilt axes.int AxisIgnored { get; }— Index of any ignored axis.double MountOffsetAxisOne { get; }— Mount offset for axis one.double MountOffsetAxisTwo { get; }— Mount offset for axis two.
Methods:
string GetChannelName(int index)— Retrieves the channel name at the specified index.double GetOffsetTolerancemVLow(int index)— Retrieves the low offset tolerance in millivolts for the channel at the specified index.double GetOffsetTolerancemVHigh(int index)— Retrieves the high offset tolerance in millivolts for the channel at the specified index.void ReadFromFile(string path)— Reads monitor configuration from a file at the given path.void WriteToFile(string path)— Writes monitor configuration to a file at the given path.
IISOHardware (extends IDASDBRecord)
Properties:
HardwareTypes DASTypeEnum { get; set; }— The hardware type enumeration.string IPAddress { get; set; }— The IP address of the hardware.
Methods:
void GetChannelsString(out int analog, out int digitalIn, out int digitalOut, out int squib, out int uart, out int streamOut, out int streamIn)— Retrieves channel counts for all channel types.bool IsPseudoRackModule()— Indicates whether the hardware is capable of being a pseudo-rack module (e.g., SLICE slabs, SLICE6 with S6DB).bool IsTSRAIR()— Indicates whether the hardware is TSRAIR capable.bool ValidateSerialNumber(ref List<string> errors)— Validates the serial number, populating errors list on failure.bool ValidateIPAddress(ref List<string> errors)— Validates the IP address, populating errors list on failure.void Insert()— Inserts this hardware record into the database.void Update()— Updates this hardware record in the database.void Delete()— Removes this hardware from the database.
IAllATDStatus
Properties:
IATDStatus[] ATDs { get; }— Array of ATD status objects.AllATDStatuses OverallStatus { get; }— Aggregate status across all ATDs.
Methods:
- `void AddDevice(IDeviceArmStatus