MORA_V2.4_ Specification_Atlas_Rev_F_Final_DIST_A A521.xlsx

XLSX spreadsheet 2 MB Posted Apr 22, 2022

Attached to: C5ISR Center MOSA Management Office (MMO) for CMOSS / VICTORY / MORA
Solicitation number: FY22-C5ISR-CMOSS
Issued by: Department of the Army Materiel Command Army Contracting Command Aberdeen Proving Ground

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Read Me and Hyperlinks

link:ReadMe	DISTRIBUTION STATEMENT A. Approved for public release. Distribution is unlimited.
MORA V2.4 Specification Atlas

Revision F September 16, 2021

MORA V2.4 Atlas: A Quick Reference Guide
	Hyperlinks:
The general intention for this MORA document is to be an aide to reduce the logistical burden of searching / transiting between the MORA, VICTORY and VITA 49.2 specification documents. This document aide is not a substitute for the actual specifications. The essential information relating to MORA's VDB, Syslog and MDM messages has been compiled into this one excel workbook.
	MORA Request-Response Messages	Syslog Messages
	MORA Device Management Parameters	Syslog Protocol Data Parameters
	Device Description (getDeviceDescription)	Syslog Examples
	Device Status (getDeviceStatus)
	File (getFileList)	MORA Data Messages (MDMs)
	File (pullFile)	MDM Header
	File (pushFile)	MDM Type 1 - VRT Message Overview
	File (deleteFile)	MDM Type 1 - VRT Signal Data Packet
	Current MORA Configuration (getAvailableMoraConfigurations)	MDM Type 1 - VRT Context Packet
	Current MORA Configuration (getCurrentMoraConfiguration)	MDM Type 1 - VRT Command Packet
	Current MORA Configuration (setCurrentMoraConfiguration)	MDM Type 2 - Ackowledgement Message
	Built-In Test Results (runBuiltInTest)	MDM Type 3 - Time of Day Message
	Built-In Test Results (getBuiltInTestResults)	MDM Type 4 - Signal Port User ID Message
	Command (sendCommand)	MDM Type 5 - Health Message
		MDM Type 6 - Command Message
	Waveform Management Parameters	MDM Type 7 - Switch Group User ID Message
	Waveforms (getAvailableWaveforms)
	Waveforms (getAvailableWaveformOperations)	Context/Command Indicator Fields (CIF0 and CIF1)
	Waveforms (getCurrentWaveformOperation)	CIF 0
	Waveforms (setCurrentWaveformOperation)	Context Field Change Indicator
		Reference Point Identifier
	MORA Signal Resource Management Parameters	Bandwidth
	Signal Port (getSignalPorts)	IF Reference Frequency
	Signal Port (reserveSignalPort)	RF Reference Frequency
	Signal Port (releaseSignalPort)	RF Reference Frequency Offset
	Signal Port Reservations (getSignalPortReservations)	IF Band Offset
	Signal Port Description (getSignalPortDescription)	Reference Level
	Signal Port Default Performance Data (getSignalPortDefaultPerformanceData)	Gain
	Static External Connection Map (getStaticExternalConnectionMap)	Over-range Count
	Static Internal Connection Map (getStaticInternalConnectionMap)	Sample Rate
	Internal Reference Connection (getInternalReferenceConnection)	Timestamp Adjustment
	Antenna Arrays (getAntennaArrays)	Timestamp Calibration Time
	Manifold Bands (getManifoldBands)	Temperature
		State/Event Indicators
	Radio Frequency Distribution Management Parameters	Signal Data Packet Payload
	Switch Groups (getSwitchGroups)	Context Association Lists
	Switch Groups (reserveSwitchGroup)	CIF 1
	Switch Groups (releaseSwitchGroup)	Polarization
	Switch Group Reservations (getSwitchGroupReservations)	3-D Pointing Vector
		3-D Pointing Vector Structure
	Device Information Management Parameters	Spatial Reference Type
	Manufacturer (getManufacturer)	Beamwidth
	Model (getModel)	Compression Point
	Equipment ID (getEquipmentId)	Aux Frequency
		Aux Gain
	Authentication Entrypoints	Aux Bandwidth
	Authentication Service (getAuthenticationService)	Spectrum
	Authentication Service (setAuthenticationService)	Sector Scan/Step
		Index List
	Authorization Architecture Entrypoints	Discrete I/O (32-Bit)
	Policy Enforcement Service (getPolicyEnforcementService)	Discrete I/O (64-Bit)
	Policy Enforcement Service (setPolicyEnforcementService)	Buffer Status

Syslog-Based Health Publishing Management Specification

Data Transport Configurations (getHealthDataTransportConfigurations)

Data Transport Configurations (setHealthDataTransportConfigurations)

Data Transport Configurations (addHealthDataTransportConfiguration)

Data Transport Configurations (removeHealthDataTransportConfiguration)

Update Period (getFaultUpdatePeriod)

Update Period (setFaultUpdatePeriod)

Update Period (getStatusUpdatePeriod)

Update Period (setStatusUpdatePeriod)

Fault Severity Level (getEnabledFaultSeverityLevels)

Fault Severity Level (enableFaultSeverityLevel)

Fault Severity Level (disableFaultSeverityLevel)

Status Enabled (getStatusEnabled)

Status Enabled (setStatusEnabled)

Acknowledge Fault (getAcknowledgedFaults)

Acknowledge Fault (acknowledgeFault)

Resume Fault (resumeFault)

Active Fault (getActiveFaults)

Version Information Management Parameters

Interface Type (getInterfaceType)

Interface Standard Version (getInterfaceStandardVersion)

Interface SOAP Components (getInterfaceSoapComponents)

Generic End Node Management Parameters

Ethernet Interfaces (getGenericEndNodeEthernetInterfaces)

DHCP Enabled (getGenericEndNodeDhcpEnabled)

Host Name (getGenericEndNodeHostName)

Host Name (setGenericEndNodeHostName)

Date Time (getGenericEndNodeDateTime)

Date Time (setGenericEndNodeDateTime)

Auto Discovery Enabled (getGenericEndNodeAutodiscoveryEnabled)

Auto Discovery Enabled (setGenericEndNodeAutodiscoveryEnabled)

Display Blackout Enabled (getGenericEndNodeDisplayBlackoutEnabled)

Display Blackout Enabled (setGenericEndNodeDisplayBlackoutEnabled)

Generic End Node (restartGenericEndNode)

Generic End Node (standbyGenericEndNode)

Generic End Node (purgeGenericEndNode)

MORA Request-Response Messages

Legend:

Specification Name

WSDL Name

WSDL Parameter

<Spec Tag(s)> Operation(argument), return value = Simple Type / "Complex Type"

Argument	Argument Value
Argument Attribute	Attribute Value

"Complex Type Name" or List [R] if required		inclusive list bounds <lower limit:upper limit> Where upper limit of "N" is unbounded or inherently bounded {Description/Notes}
Attribute Name [R] if required	Value from Profile	Data Format (Data Range) [Units] \| MDM Type1 VRT Control/Context Field \| {Description/Notes}
Attribute Name [R] if required	Live tie back	Data Format (Data Range) [Units] \| MDM Type1 VRT Control/Context Field \| {Description/Notes}
Attribute Name [R] if required	Implementation Specific	Data Format (Data Range) [Units] \| MDM Type1 VRT Control/Context Field \| {Description/Notes}

	Error Type	Error Text
	ERROR_NAME	"Error reason"
	Data Format Note: All “integer” values shall be 32-bit integers, unless otherwise specified, and all “real numbers” (float) shall be 32-bit floating point numbers, unless specified otherwise. There are instances where some values require a larger range; these values shall be specified as 64-bit integers (long) or 64-bit floating point numbers (double) where necessary.
link:topOfPage	Back to Read Me and Hyperlinks
	Hyperlinks
	MORA Device Management Parameters		Device Information Management Parameters	Generic End Node Management Parameters
	Device Description (getDeviceDescription)		Manufacturer (getManufacturer)	Ethernet Interfaces (getGenericEndNodeEthernetInterfaces)
	Device Status (getDeviceStatus)		Model (getModel)	DHCP Enabled (getGenericEndNodeDhcpEnabled)
	File (getFileList)		Equipment ID (getEquipmentId)	Host Name (getGenericEndNodeHostName)
	File (pullFile)			Host Name (setGenericEndNodeHostName)
	File (pushFile)		Authentication Entrypoints	Date Time (getGenericEndNodeDateTime)
	File (deleteFile)		Authentication Service (getAuthenticationService)	Date Time (setGenericEndNodeDateTime)
	Current MORA Configuration (getAvailableMoraConfigurations)		Authentication Service (setAuthenticationService)	Auto Discovery Enabled (getGenericEndNodeAutodiscoveryEnabled)
	Current MORA Configuration (getCurrentMoraConfiguration)			Auto Discovery Enabled (setGenericEndNodeAutodiscoveryEnabled)
	Current MORA Configuration (setCurrentMoraConfiguration)		Authorization Architecture Entrypoints	Display Blackout Enabled (getGenericEndNodeDisplayBlackoutEnabled)
	Built-In Test Results (runBuiltInTest)		Policy Enforcement Service (getPolicyEnforcementService)	Display Blackout Enabled (setGenericEndNodeDisplayBlackoutEnabled)
	Built-In Test Results (getBuiltInTestResults)		Policy Enforcement Service (setPolicyEnforcementService)	Generic End Node (restartGenericEndNode)
	Command (sendCommand)			Generic End Node (standbyGenericEndNode)
			Syslog-Based Health Publishing Management Specification	Generic End Node (purgeGenericEndNode)
	Waveform Management Parameters		Data Transport Configurations (getHealthDataTransportConfigurations)
	Waveforms (getAvailableWaveforms)		Data Transport Configurations (setHealthDataTransportConfigurations)
	Waveforms (getAvailableWaveformOperations)		Data Transport Configurations (addHealthDataTransportConfiguration)
	Waveforms (getCurrentWaveformOperation)		Data Transport Configurations (removeHealthDataTransportConfiguration)
	Waveforms (setCurrentWaveformOperation)		Update Period (getFaultUpdatePeriod)
			Update Period (setFaultUpdatePeriod)
	MORA Signal Resource Management Parameters		Update Period (getStatusUpdatePeriod)
	Signal Port (getSignalPorts)		Update Period (setStatusUpdatePeriod)
	Signal Port (reserveSignalPort)		Fault Severity Level (getEnabledFaultSeverityLevels)
	Signal Port (releaseSignalPort)		Fault Severity Level (enableFaultSeverityLevel)
	Signal Port Reservations (getSignalPortReservations)		Fault Severity Level (disableFaultSeverityLevel)
	Signal Port Description (getSignalPortDescription)		Status Enabled (getStatusEnabled)
	Signal Port Default Performance Data (getSignalPortDefaultPerformanceData)		Status Enabled (setStatusEnabled)
	Static External Connection Map (getStaticExternalConnectionMap)		Acknowledge Fault (getAcknowledgedFaults)
	Static Internal Connection Map (getStaticInternalConnectionMap)		Acknowledge Fault (acknowledgeFault)
	Internal Reference Connection (getInternalReferenceConnection)		Resume Fault (resumeFault)
	Antenna Arrays (getAntennaArrays)		Active Fault (getActiveFaults)
	Manifold Bands (getManifoldBands)
			Version Information Management Parameters
	Radio Frequency Distribution Management Parameters		Interface Type (getInterfaceType)
	Switch Groups (getSwitchGroups)		Interface Standard Version (getInterfaceStandardVersion)
	Switch Groups (reserveSwitchGroup)		Interface SOAP Components (getInterfaceSoapComponents)
	Switch Groups (releaseSwitchGroup)
	Switch Group Reservations (getSwitchGroupReservations)

	MORA Device Management Parameters
	MoraDevice.wsdl
	Device Description
	<49011-20210301> getDeviceDescription( ), return value = "MORA Device"
link:getDeviceDescription
	"MORA Device" [R]
	ID [R]	Value from Profile	Integer (1 to 63) \|Stream ID\|
	Type [R]	Value from Profile	Restricted String (OTH, RHD, RCD, SDR) \|Stream ID\|
	Sub Type [R]	Value from Profile	Restricted String (RXO, TXO, TOR, TAR)
	Service Name [R]	Value from Profile	Restricted String {Corresponds to VICTORY service name}
	Version Info URL [R]	Implementation Specific or Value from Profile	Restricted URI {implementation specific for dynamic DHCP IP assignments and value from profile for static IP assignments}

	TOP
	MORA Device Management Parameters
	MoraDevice.wsdl
	Device Status
	<49011-20210301> getDeviceStatus( ), return value = "Device Status"
link:getDeviceStatus
	"Device Status" [R]
	State [R]	Live tie back	Restricted String (OPERATIONAL, STANDBY, TRANSMIT_INHIBIT, FAULT, ZEROIZED, MAINTENANCE_MODE, SANITIZED)
	Time Synchronized	Live tie back	Boolean
	Calibrated	Live tie back	Boolean
	Built-In Test Summary Result	Live tie back	Restricted String (PASS, IN-PROGRESS, FAIL)
	Power Consumption	Live tie back	Float [Watts]
	Battery Remaining	Live tie back	Float (>0) [Percentage]
	Temperature	Live tie back	Float (≥-273.15) [Degrees Celsius]
	Software Version [R]	Implementation Specific	Restricted String
	Disk Space Available	Live tie back	Float (>0) [Kilobytes]
	CPU Usage	Live tie back	Float (0 to 100)
	Memory Usage	Live tie back	Float (0 to 100)
	Description [R]	Implementation Specific	Restricted String
	Device Specific Statuses	List "Device Specific Status"		<1:N>
		Name [R]	Implementation Specific	Restricted String
		Value [R]	Live tie back	Restricted String {Implementation Specific}

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	MORA Device Management Parameters
	MoraDevice.wsdl
	File
	<49011-20210301> getFileList(Type), return value = List "MORA File"
link:getFileList
	Type	Restricted String (UNSPECIFIED, ERROR_LOG, SYSTEM_LOG, LOCATION_LOG, BIT_RESULTS, CALIBRATION, CONFIGURATION, APPLICATION, PROFILE) {Type corresponding to a "MORA File"}

List "MORA File" [R]		<0:N>
File Name [R]	Live tie back	Restricted String
Path	Live tie back	Restricted String
Size [R]	Live tie back	Long (≥0) [Bytes]
Type [R]	Live tie back	Restricted String (UNSPECIFIED, ERROR_LOG, SYSTEM_LOG, LOCATION_LOG, BIT_RESULTS, CALIBRATION, CONFIGURATION, APPLICATION, PROFILE)
Date Modified	Live tie back	Restricted String {VICTORY timestamp format}

Error Type	Error Text
OUT_OF_RANGE

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	MORA Device Management Parameters
	MoraDevice.wsdl
	File
	<49011-20210301> pullFile(File Name), return value = "MORA File"
link:pullFile
	File Name [R]	Restricted String {File Name corresponding to a "MORA File"}

"MORA File" [R]
File Name [R]	Live tie back	Restricted String
Path	Live tie back	Restricted String
Size [R]	Live tie back	Long (≥0) [Bytes]
Type [R]	Live tie back	Restricted String (UNSPECIFIED, ERROR_LOG, SYSTEM_LOG, LOCATION_LOG, BIT_RESULTS, CALIBRATION, CONFIGURATION, APPLICATION, PROFILE)
Date Modified	Live tie back	Restricted String {VICTORY timestamp format}
Content [R]	Live tie back	Base64 binary

Error Type	Error Text
GENERIC_FAULT	"File not found"
OUT_OF_RANGE

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	MORA Device Management Parameters
	MoraDevice.wsdl
	File
	<49011-20210301> pushFile("MORA File"), return value = "NO_ERROR"
link:pushFile
	"MORA File" [R]
	File Name [R]	Restricted String
	Size [R]	Long (≥0) [Bytes]
	Type [R]	Restricted String (UNSPECIFIED, ERROR_LOG, SYSTEM_LOG, LOCATION_LOG, BIT_RESULTS, CALIBRATION, CONFIGURATION, APPLICATION, PROFILE)
	Content [R]	Base64 binary

Error Type	Error Text
GENERIC_FAULT	"File Name already exists"
	"File contains no content"
	"Insufficient space to write file"
	error text describing the problem
OUT_OF_RANGE

	TOP
	MORA Device Management Parameters
	MoraDevice.wsdl
	File
	<49011-20210301> deleteFile(File Name), return value = "NO_ERROR"
link:deleteFile
	File Name [R]	Restricted String {File Name corresponding to a "MORA File"}

Error Type	Error Text
GENERIC_FAULT	"File not found"
OUT_OF_RANGE

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	MORA Device Management Parameters
	MoraDevice.wsdl
	Current MORA Configuration
	<49011-20210301> getAvailableMoraConfigurations( ), return value = List "MORA Configuration"
link:getAvailableMoraConfigurations
	List "MORA Configuration" [R]		<1:N>
	ID [R]	Value from Profile	Integer (>0)
	Name [R]	Value from Profile	Restricted String
	Configuration Files	List "File Name" corresponding to "MORA File"		<1:N> (Type="CONFIGURATION")
		File Name [R]	Value from Profile	Restricted String
	Supported Signal Ports [R]	List "ID" corresponding to "Signal Port"		<1:127>
		ID [R]	Value from Profile	Integer (1 to 127) \|Stream ID\|

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	MORA Device Management Parameters
	MoraDevice.wsdl
	Current MORA Configuration
	<49011-20210301> getCurrentMoraConfiguration( ), return value = ID
link:getCurrentMoraConfiguration
	ID [R]	Live tie back	Integer (>0) {ID corresponding to a "MORA Configuration"}

	TOP
	MORA Device Management Parameters
	MoraDevice.wsdl
	Current MORA Configuration
	<49011-20210301> setCurrentMoraConfiguration(ID), return value = "NO_ERROR"
link:setCurrentMoraConfiguration
	ID [R]	Integer (>0) {ID corresponding to a "MORA Configuration"}

Error Type	Error Text
GENERIC_FAULT	"Configuration not found"
	"SPM error"
OUT_OF_RANGE

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	MORA Device Management Parameters
	MoraDevice.wsdl
	Built-In Test Results
	<49011-20210301> runBuiltInTest( ), return value = "NO_ERROR"
link:runBuiltInTest
	Error Type	Error Text
	GENERIC_FAULT	"BIT not available"
	NOT_SUPPORTED

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	MORA Device Management Parameters
	MoraDevice.wsdl
	Built-In Test Results
	<49011-20210301> getBuiltInTestResults( ), return value = List "Built-In Test Result"
link:getBuiltInTestResults
	List "Built-In Test Result" [R]		<1:N>
	Test Name [R]	Implementation Specific	Restricted String
	Test Result [R]	Live tie back	Restricted String (PASS, FAIL) {Implementation Specific}
	Test Result Description [R]	Live tie back	Restricted String {Implementation Specific}

Error Type	Error Text
GENERIC_FAULT	"Test in progress"
	"No test results available"
NOT_SUPPORTED

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	MORA Device Management Parameters
	MoraDevice.wsdl
	Command
	<49011-20210301> sendCommand(Command), return value = "NO_ERROR"
link:sendCommand
	Command [R]	Restricted String (OPERATE, STANDBY, TRANSMIT_INHIBIT, POWER_ON, SHUT_DOWN, RESTART, MAINTENANCE_MODE, ZEROIZE, SANITIZE)

Error Type	Error Text
GENERIC_FAULT	error text describing the problem
	"SPM error"
NOT_SUPPORTED
OUT_OF_RANGE

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	Waveform Management Parameters
	Waveform.wsdl
	Waveforms
	<49012-20201002> getAvailableWaveforms( ), return value = List "Waveform"
link:getAvailableWaveforms
	List "Waveform" [R]		<0:N>
	ID [R]	Value from Profile	Integer (>0)
	Description [R]	Value from Profile	Restricted String
	RF Function [R]	Value from Profile	Restricted String (RXO, TXO, TOR, TAR)
	Frequency Range [R]	"Frequency Range"		\|RF Reference Frequency\|
		Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
	Associated Signal Ports [R]	List "ID" corresponding to "Signal Port"		<1:127>
		ID [R]	Value from Profile	Integer (1 to 127) \|Stream ID\|

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	Waveform Management Parameters
	Waveform.wsdl
	Waveform Operations
	<49012-20201002> getAvailableWaveformOperations( ), return value = List "Waveform Operation"
link:getAvailableWaveformOperations
	List "Waveform Operation" [R]		<0:N>
	ID [R]	Value from Profile	Integer (>0)
	MORA Configuration IDs [R]	List "ID" corresponding to "MORA Configuration"		<1:N>
		ID [R]	Value from Profile	Integer (>0)
	Waveform IDs [R]	List "ID" corresponding to "Waveform"		<1:N>
		ID [R]	Value from Profile	Integer (>0)

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	Waveform Management Parameters
	Waveform.wsdl
	Waveform Operations
	<49012-20201002> getCurrentWaveformOperation( ), return value = ID
link:getCurrentWaveformOperation
	ID [R]	Live tie back	Integer (>0) {ID corresponding to a "Waveform Operation"}

Error Type	Error Text
GENERIC_FAULT	"No current waveform operation is specified"

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	Waveform Management Parameters
	Waveform.wsdl
	Waveform Operations
	<49012-20201002> setCurrentWaveformOperation(ID), return value = "NO_ERROR"
link:setCurrentWaveformOperation
	ID [R]	Integer (>0) {ID corresponding to a "Waveform Operation"}

Error Type	Error Text
GENERIC_FAULT	"Invalid waveform operation"
	"Incompatible waveform operation"
	"SPM error"
	error text field describing the problem
OUT_OF_RANGE

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	MORA Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Signal Port
	<49014-20201002> getSignalPorts( ), return value = List "Signal Port"
link:getSignalPorts
	List "Signal Port" [R]		<1:127>
	ID [R]	Value from Profile	Integer (1 to 127) \|Stream ID\|
	Type [R]	Value from Profile	Restricted String (ARX, ATX, ATR, DRX, DTX, DTR, ARI, ARO, DRI, DRO)
	Sub Type [R]	Value from Profile	Restricted String (RSC, ISC, BSC, RMC, IMC, BMC, RFS, IFS, BBS, OSC, CLK)
	Role [R]	Value from Profile	Restricted String (PRODUCER, CONSUMER, BOTH)
	RX Delay [R - for receive functionality]	Value from Profile	Long [Femtoseconds] {Applies to signal port types ARX, ATR, DRX, and DTR}
	TX Delay [R - for transmit functionality]	Value from Profile	Long [Femtoseconds] {Applies to signal port types ATX, ATR, DTX, and DTR}
	Min Power	Value from Profile	Integer [dBm]
	Min Voltage	Value from Profile	Integer [Volts]
	Max Power	Value from Profile	Integer [dBm]
	Max Voltage	Value from Profile	Integer [Volts]
	RX Frequency Range [R - for receive functionality]	"Frequency Range"		\|RF Reference Frequency\| {Applies to signal port types ARX, ATR, DRX, and DTR}
		Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
	TX Frequency Range [R - for transmit functionailty]	"Frequency Range"		\|RF Reference Frequency\| {Applies to signal port types ATX, ATR, DTX, and DTR}
		Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
	Antenna Resources	List of Restricted Strings		<1:N>
		Antenna Resource	Value from Profile	Restricted String (xxEyyyyy) \|Reference Point Identifier\| {xx is Antenna Array ID and yyyyy is Array Element ID}
	MORA Transport Configuration [R]	"MORA Transport Configuration"
		Component ID [R]	Value from Profile	Restricted String (xxxyy) {concatenated xxx is “Type” and yy is “ID” with no zero padding that corresponds to the "MORA Device"}
		Signal Port ID	Value from Profile	Integer (1 to 127)
		Priority Level	Value from Profile	Integer (>0) {1 is highest priority, higher numbers have decreasing priority}
		Control Transport Configuration [R]	"Data Transport Configuration"
			Unique Name [R]	Value from Profile	Restricted String (minimally includes MAC address in first 17 characters) {Statically assigned (locally administered) e.g. 02:C0:ED:12:34:56}
			Index	Value from Profile	Integer
			URI [R]	Value from Profile	Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. udp://192.168.0.1:50000/50100}
		Signal Data Transport Configuration [R - Conditionally]	"Data Transport Configuration"		{Shall be provided for digital signal port “PRODUCER” or “BOTH” role use cases. Shall not be provided for all analog signal port, digital signal port “CONSUMER” role, and all switch group use cases.}
			Unique Name [R]	Value from Profile	Restricted String (minimally includes MAC address in first 17 characters) {Statically assigned (locally administered) e.g. 03:C0:ED:12:34:56}
			Index	Value from Profile	Integer
			URI [R]	Value from Profile	Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. multicast://224.0.0.6:50001/50100}
		Context Transport Configuration [R]	"Data Transport Configuration"
			Unique Name [R]	Value from Profile	Restricted String (minimally includes MAC address in first 17 characters) {Statically assigned (locally administered) e.g. 03:C0:ED:12:34:56}
			Index	Value from Profile	Integer
			URI [R]	Value from Profile	Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. multicast://224.0.0.6:50002/50100}
	Test Source	"Test Source"
		Frequency Range [R]	"Frequency Range"		\|Aux Frequency\|
			Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
			End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
			Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		Injected Power Range [R]	"Injected Power Range"		\|Aux Gain\|
			Min Injected Power [R]	Value from Profile	Float (-256 to 256) [dBm] {the fractional resolution is 1/128 dB}
			Max Injected Power [R]	Value from Profile	Float (-256 to 256) [dBm] {the fractional resolution is 1/128 dB}
			Resolution [R]	Value from Profile	Float (0 to 255.9921875) [dB] {the fractional resolution is 1/128 dB}
		Test Source Waveforms [R]	List of Integers		<1:64>
			Test Source Waveform [R]	Value from Profile	Integer (0 to 63) \|Discrete IO 32\|
	Required Control Fields [R]	List of Integers		<0:62>
		Required Control Field [R]	Value from Profile	Integer (1 to 131) {1 to 31 maps to CIF0 bit fields, 101 to 131 maps to CIF1 bit fields}

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	MORA Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Signal Port
	<49014-20201002> reserveSignalPort(ID, List "MORA Transport Configuration"), return value = "Reservation Confirmation"
link:reserveSignalPort
	ID [R]	Integer (1 to 127) \|Stream ID\| {ID corresponding to a "Signal Port"}

List "MORA Transport Configuration" [R - N number of client devices]		<1:N> {N number of client devices that are authorized to control the signal port}
Component ID [R]		Restricted String
Signal Port ID		Integer (1 to 127)
Priority Level		Integer (>0) {1 is highest priority, higher numbers have decreasing priority}
Control Transport Configuration [R]	"Data Transport Configuration"
	Unique Name [R]		Restricted String (minimally includes MAC address in first 17 characters) {e.g. 02:C0:ED:12:34:56}
	Index		Integer
	URI [R]		Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. udp://192.168.0.1:50000/50100}
Signal Data Transport Configuration [R - Conditionally]	"Data Transport Configuration"		{Shall be provided for digital signal port “PRODUCER” or “BOTH” role use cases. Shall not be provided for all analog signal port, digital signal port “CONSUMER” role, and all switch group use cases.}
	Unique Name [R]		Restricted String (minimally includes MAC address in first 17 characters) {e.g. 03:C0:ED:00:00:06}
	Index		Integer
	URI [R]		Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. multicast://224.0.0.6:50001/50100}
Context Transport Configuration [R]	"Data Transport Configuration"
	Unique Name [R]		Restricted String (minimally includes MAC address in first 17 characters) {e.g. 03:C0:ED:00:00:06}
	Index		Integer
	URI [R]		Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. multicast://224.0.0.6:50002/50100}

"Reservation Confirmation" [R]
ID [R]	Live tie back	Integer (1 to 127) \|Stream ID\|
Confirmation Number [R]	Live tie back	Unique Integer

Error Type	Error Text
GENERIC_FAULT	"Signal port already reserved"
	"Invalid signal port id"
	"Incompatible signal port id"
	"SPM error"
OUT_OF_RANGE

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	MORA Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Signal Port
	<49014-20201002> releaseSignalPort("Reservation Confirmation"), return value = "NO_ERROR"
link:releaseSignalPort
	"Reservation Confirmation" [R]
	ID [R]	Integer (1 to 127) \|Stream ID\|
	Confirmation Number [R]	Unique Integer

Error Type	Error Text
GENERIC_FAULT	"Signal port not reserved"
	"Confirmation number mismatch"
	"Invalid signal port id"
	"Incompatible signal port id"
	"SPM error"
OUT_OF_RANGE

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	MORA Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Signal Port Reservations
	<49014-20201002> getSignalPortReservations(), return value =List "Signal Port Reservation"
link:getSignalPortReservations
	List "Signal Port Resevation" [R]		<0:N>
	Signal Port ID [R]	Live tie back	Integer (1 to 127) \|Stream ID\|
	Client Component IDs [R]	List "Component ID" corresponding to "MORA Transport Configuration"		<1:252>
		Component ID [R]	Live tie back	Restricted String

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	MORA Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Signal Port Description
	<49014-20201002> getSignalPortDescription(ID), return value ="Signal Port Description"
link:getSignalPortDescription
	ID [R]	Integer (1 to 127) \|Stream ID\| {ID corresponding to a "Signal Port"}

"Signal Port Description" [R]
Signal Port ID [R]	Value from Profile	Integer (1 to 127) \|Stream ID\|
RF Conditioning	"Radio Frequency Conditioning"
	Gain Stages	List "Gain Stage"		<1:2>
		Stage Number [R]	Value from Profile	Integer (1 to 2) \|Gain\|
		Signal Direction [R]	Value from Profile	Restricted String (TX, RX)
		Gain Type [R]	Value from Profile	Restricted String (AUTOMATIC, MANUAL, SELECTABLE) \|Discrete IO 32\|
		Manual Gain	"Manual Gain"
			Minimum Gain [R]	Value from Profile	Float (>-256 to <256) [dB] \|Gain\| {the fractional resolution is 1/128 dB}
			Maximum Gain [R]	Value from Profile	Float (>-256 to <256) [dB] \|Gain\| {the fractional resolution is 1/128 dB}
			Resolution [R]	Value from Profile	Float (>0 to 255.9921875) [dB] \|Gain\| {the fractional resolution is 1/128 dB}
		Output Level	"Output Level"
			Minimum 1 dB Compression Point [R]	Value from Profile	Float (>-256 to <256) [dBm] \|1 dB Compression Point\| {the fractional resolution is 1/128 dBm}
			Maximum 1 dB Compression Point [R]	Value from Profile	Float (>-256 to <256) [dBm] \|1 dB Compression Point\| {the fractional resolution is 1/128 dBm}
			Resolution [R]	Value from Profile	Float (>0 to 255.9921875) [dB] \|1 dB Compression Point\| {the fractional resolution is 1/128 dB}
	Filter Banks	List "Filter Bank"		<1:3>
		ID [R]	Value from Profile	Integer (1 to 3) \|Discrete IO 64\|
		Filters [R]	List "Filter"		<2:32>
			ID [R]	Value from Profile	Integer (0 to 31) \|Discrete IO 64\| {bypass FL0 / select FL1-FL30 / 31 is for tunable filters}
			Signal Direction [R]	Value from Profile	Restricted String (TX, RX, TOR)
			Filter Logic [R]	Value from Profile	Restricted String (FIXED, SELECTABLE, TUNABLE)
			Filter Type [R]	Value from Profile	Restricted String (BAND_PASS, BAND_REJECT, HIGH_PASS, LOW_PASS, BYPASS)
			Gain Delta [R]	Value from Profile	Float [dB]
			Delay Delta [R]	Value from Profile	Long [Femtoseconds]
			Frequency Range [R]	"Frequency Range"		\|Aux Frequency\| {Aux frequency only for tunable filters FL31}
				Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
				End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
				Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
			Bandwidth	Value from Profile	Double (>0) [Hz] {the fractional resolution is 0.95 μHz; used with tunable filter logic}
RF Translation	"Frequency Translation"
	IF Center Frequencies [R]	List of Doubles		<1:N>
		Frequency	Value from Profile	Double (>0 to 8.79 terahertz) [Hz] \|IF Reference Frequency\| {the fractional resolution is 0.95 μHz}
	IF Bandwidths [R]	List of Doubles		<1:N>
		Bandwidth	Value from Profile	Double (>0 to 8.79 terahertz) [Hz] \|Bandwidth\| {the fractional resolution is 0.95 μHz}
	RF Range [R]	"Frequency Range"		\|RF Reference Frequency\|
		Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
	RF Bandwidths [R]	List of Doubles		<1:N>
		Bandwidth	Value from Profile	Double (>0 to 8.79 terahertz) [Hz] \|Bandwidth\| {the fractional resolution is 0.95 μHz}
	Tuning Speed [R]	Value from Profile	Long (>0) [Femtoseconds]
	Sub Port RF Translations	List "Sub Port Frequency Translation"		<1:N>
		Sub Port ID [R]	Value from Profile	Integer (1 to 65,535) \|Stream ID\|
		Sub Tuning Range [R]	"Frequency Range"		\|RF Reference Frequency Offset\|
			Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
			End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
			Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
Signal Domain Conversion	"Signal Domain Conversion"
	Signal Port Signal Domain Conversion Description [R]	"Signal Domain Conversion Description"
		ID [R]	Value from Profile	Integer (1 to 127)
		Signal Direction [R]	Value from Profile	Restricted String (TX, RX, TOR)
		Sample Format [R]	"Signal Data Attributes"
			Data Format [R]	Value from Profile	Restricted String (REAL, IQ, EITHER)
			Data Domain [R]	Value from Profile	Restricted String (TIME, FREQ, TIME_AND_FREQ)
		Sample Sizes [R]	List of Integers		<1:N>
			Sample Size	Value from Profile	Integer (1 to 64) [Bits] \|Signal Data Packet Payload Format\|
		Sample Bandwidths and Sample Rates [R]	List "Sample Bandwidth and Sample Rate"		<1:N>
			Sample Bandwidth [R]	Value from Profile	Double (>0 to 8.79 terahertz) [Hz] \|Bandwidth\| {the fractional resolution is 0.95 μHz}
			Sample Rate [R]	Value from Profile	Double (>0 to 8,790,000,000,000) [samples per second] \|Sample Rate\| {a fractional resolution of 0.00000095 samples per second}
		TX Buffer Size [R]	Value from Profile	Long (≥0) [Bytes] {0 if DRX Port}
		RX Buffer Size [R]	Value from Profile	Long (≥0) [Bytes] {0 if DTX Port}
	Sub Port Signal Domain Conversion Descriptions	List "Signal Domain Conversion Description"		<1:N>
		ID [R]	Value from Profile	Integer (1 to 65,535)
		Signal Direction [R]	Value from Profile	Restricted String (TX, RX, TOR)
		Sample Format [R]	"Signal Data Attributes"
			Data Format [R]	Value from Profile	Restricted String (REAL, IQ, EITHER)
			Data Domain [R]	Value from Profile	Restricted String (TIME, FREQ, TIME_AND_FREQ)
		Sample Size [R]	List of Integers		<1:N>
			Sample Size	Value from Profile	Integer (1 to 64) [Bits] \|Signal Data Packet Payload Format\|
		Sample Bandwidths and Sample Rates [R]	List "Sample Bandwidth and Sample Rate"		<1:N>
			Sample Bandwidth [R]	Value from Profile	Double (>0 to 8.79 terahertz) [Hz] \|Bandwidth\| {the fractional resolution is 0.95 μHz}
			Sample Rate [R]	Value from Profile	Double (>0 to 8,790,000,000,000) [samples per second] \|Sample Rate\| {a fractional resolution of 0.00000095 samples per second}
		TX Buffer Size [R]	Value from Profile	Long (≥0) [Bytes] {0 if DRX Port}
		RX Buffer Size [R]	Value from Profile	Long (≥0) [Bytes] {0 if DTX Port}
Sub Ports	List "Sub Port"		<1:65,535>
	ID [R]	Value from Profile	Integer (1 to 65,535)
	Type [R]	Value from Profile	Restricted String (DDC, DUC, NCH)
	Channel Coherency [R]	Value from Profile	Restricted String (PHASE_COHERENT, LO_COHERENT)
	Required Control Fields [R]	List of Integers		<0:62>
		Required Control Field [R]	Value from Profile	Integer (1 to 131) {1 to 31 maps to CIF0 bit fields, 101 to 131 maps to CIF1 bit fields}

Error Type	Error Text
GENERIC_FAULT	"Invalid signal port id"
OUT_OF_RANGE

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	Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Signal Port Default Performance Data
	<49014-20201002> getSignalPortDefaultPerformanceData(ID), return value = "Port Default Performance Data"
link:getSignalPortDefaultPerformanceData
	ID [R]	Integer (1 to 127) \|Stream ID\| {ID corresponding to a "Signal Port"}

"Port Default Performance Data" [R]
Signal Port ID [R]	Value from Profile	Integer (1 to 127) \|Stream ID\|
Signal Port Performance [R]	List "Signal Port Performance Data"		<1:N>
	Signal Direction [R]	Value from Profile	Restricted String (RX, TX)
	Frequency [R]	Value from Profile	Double (>0) [Hz]
	Gain [R]	Value from Profile	Float [dB]
	Noise Figure [R]	Value from Profile	Float [dB]
	Input Second Order Intercept Point	Value from Profile	Float [dBm]
	Input Third Order Intercept Point	Value from Profile	Float [dBm]
	Input 1dB Compression Point	Value from Profile	Float [dBm]
	Power Saturation	Value from Profile	Float [dBm]
	Signal Related Spurious	Value from Profile	Float [dBc]
	Internally Generated Spurious	Value from Profile	Float [dBm]

Error Type	Error Text
GENERIC_FAULT	"Invalid signal port id"
OUT_OF_RANGE

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	Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Static External Connection Map
	<49014-20201002> getStaticExternalConnectionMap( ), return value = List "External Connection"
link:getStaticExternalConnectionMap
	List "External Connection" [R]		<0:N>
	Local Signal Port ID [R]	Value from Profile	Integer (1 to 127)
	External Signal Port ID [R]	Value from Profile	Integer (1 to 127)
	External Device [R]	"MORA Device"
		ID [R]	Value from Profile	Integer (1 to 63) \|Stream ID\|
		Type [R]	Value from Profile	Restricted String (OTH, RHD, RCD, SDR) \|Stream ID\|
		Sub Type [R]	Value from Profile	Restricted String (RXO, TXO, TOR, TAR)
		Service Name [R]	Value from Profile	Restricted String {Corresponds to VICTORY service name}
		Version Info URL [R]	Value from Profile	Restricted URI
	Gain Delta	Value from Profile	Float [dB]
	Delay Delta	Value from Profile	Long [Femtoseconds]

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	Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Static Internal Connection Map
	<49014-20201002> getStaticInternalConnectionMap( ), return value = List "Connection"
link:getStaticInternalConnectionMap
	List "Connection" [R]		<0:N>
	Port ID 1 [R]	Value from Profile	Integer (1 to 127) {Shall be less than Port ID 2}
	Port ID 2 [R]	Value from Profile	Integer (1 to 127)
	Gain Delta [R]	Value from Profile	Float [dB]
	Delay Delta [R]	Value from Profile	Long [Femtoseconds]

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	Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Internal Reference Connections
	<49014-20201002> getInternalReferenceConnection( ), return value = List "Reference Connection"
link:getInternalReferenceConnection
	List "Reference Connection" [R]		<0:N>
	Reference Port ID [R]	Value from Profile	Integer (1 to 127)
	Signal Port IDs [R]	List of Integers		<1:127>
		Signal Port ID [R]	Value from Profile	Integer (1 to 127)
	Association [R]	Value from Profile	Restricted String (CONDUCTED_INJECTION, RADIATED_INJECTION, SELECTABLE_INJECTION, FUNCTIONALLY_DEPENDENT)

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	Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Antenna Arrays
	<49014-20201002> getAntennaArrays( ), return value = List "Antenna Array"
link:getAntennaArrays
	List "Antenna Array" [R]		<0:N> {For RHD Device Type only}
	ID [R]	Value from Profile	Integer (0 to 31) \|Reference Point Identifier\| {ID of 0 shall be used for unlike elements not part of a true array}
	Type [R]	Value from Profile	Restricted String (CIRCULAR, DISCRETE, CONFORMAL, LINEAR_2D, LINEAR_3D, COLUMN)
	Steering Control [R]	Value from Profile	Restricted String (FIXED, MECHANICAL, BEAMFORMER)
	Array Field of View [R]	"RF Field of View"
		Azimuth Range [R]	"Azimuth Range"		{beginning at Azimuth Start and moving clockwise to Azimuth Stop}
			Azimuth Start [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
			Azimuth Stop [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
		Elevation Range	"Elevation Range"		{beginning at Elevation Start and moving towards zenith to Elevation Stop}
			Elevation Start [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]
			Elevation Stop [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]
	Elements [R]	List "Array Element"		<1:65,535>
		ID [R]	Value from Profile	Integer (1 to 65,535) \|Reference Point Identifier\|
		Type [R]	Value from Profile	Restricted String (MONOPOLE, DIPOLE)
		Polarizations [R]	List "Polarization"		<1:N>
			Orientation Angle [R]	Value from Profile	Float (0 to π) [Radians] {corresponding to tilt angle in VITA 49.2 polarization field}
			Ellipticity Angle [R]	Value from Profile	Float (>-π/4 to +π/4) [Radians]
		Frequency Range [R]	"Frequency Range"
			Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
			End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
			Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		Location [R]	"Relative Cartesian Coordinates"
			X [R]	Value from Profile	Double [Meters] {positive x-axis shall point forward down the centerline of the platform}
			Y [R]	Value from Profile	Double [Meters] {positive y-axis shall point 90 degrees left of forward}
			Z [R]	Value from Profile	Double [Meters] {positive z-axis shall be orthogonal to the x-axis and y-axis and shall point upward from the platform}
		Boresight Gain [R]	Value from Profile	Float [dBi]
		Beamwidth [R]	"RF Field of View"		{relative to element boresight}
			Azimuth Range [R]	"Azimuth Range"		{beginning at Azimuth Start and moving clockwise to Azimuth Stop}
				Azimuth Start [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
				Azimuth Stop [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
			Elevation Range	"Elevation Range"		{beginning at Elevation Start and moving towards zenith to Elevation Stop}
				Elevation Start [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]
				Elevation Stop [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]

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	Signal Resource Management Parameters
	MoraSignalResource.wsdl
	Manifold Bands
	<49014-20201002> getManifoldBands( ), return value = List "Manifold Band"
link:getManifoldBands
	List "Manifold Band" [R]		<0:2,047> {For RHD Device Type only}
	Band ID [R]	Value from Profile	Integer (1 to 2,047) \|Reference Point Identifier\|
	Spatial Calibration [R]	"MORA File"		{"Type"=CALIBRATION}
		File Name [R]	Value from Profile	Restricted String
		Path	Value from Profile	Restricted String
		Size [R]	Value from Profile	Long (≥0) [Bytes]
		Type [R]	Value from Profile	Restricted String (CALIBRATION)
		Date Modified	Value from Profile	Restricted String (VICTORY timestamp format)
	Frequency Range [R]	"Frequency Range"
		Start [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		End [R]	Value from Profile	Double (±8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
		Resolution [R]	Value from Profile	Double (0 to 8.79 terahertz) [Hz] {the fractional resolution is 0.95 μHz}
	Field Of View [R]	"RF Field of View"		(relative to platform forward)
		Azimuth Range [R]	"Azimuth Range"		{beginning at Azimuth Start and moving clockwise to Azimuth Stop}
			Azimuth Start [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
			Azimuth Stop [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
		Elevation Range	"Elevation Range"		{beginning at Elevation Start and moving towards zenith to Elevation Stop}
			Elevation Start [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]
			Elevation Stop [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]
	Manifold Band Elements [R]	List "Associated Elements"		<2:N>
		Array ID [R]	Value from Profile	Integer (0 to 31) {ID of 0 shall be used for unlike elements not part of a true array}
		Elements [R]	List of Integers		<1 to 65,535>
			Element ID [R]	Value from Profile	Integer (1 to 65,535)
	Aperture Channels [R]	List "Aperture Channel"		<1:N>
		ID [R]	Value from Profile	Integer (>0)
		Channel Description [R]	Value from Profile	Restricted String
		Associated Signal Port [R]	Value from Profile	Integer (1 to 127)
		Associated Sub Port	Value from Profile	Integer (1 to 65,535)
	Beamwidths	List "RF Field of View"		<1:N>
		Azimuth Range [R]	"Azimuth Range"		{beginning at Azimuth Start and moving clockwise to Azimuth Stop}
			Azimuth Start [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
			Azimuth Stop [R]	Value from Profile	Float (0 to <360) [Arc Degrees]
		Elevation Range	"Elevation Range"		{beginning at Elevation Start and moving towards zenith to Elevation Stop}
			Elevation Start [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]
			Elevation Stop [R]	Value from Profile	Float (-90 to +90) [Arc Degrees]

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	Radio Frequency Distribution Management Parameters
	RFDistribution.wsdl
	Switch Groups
	<49005-20201002> getSwitchGroups( ), return value = List "Switch Group"
link:getSwitchGroups
	List "Switch Group" [R]		<0:N>
	ID [R]	Value from Profile	Integer (1 to 127) \|Discrete IO 64\|
	Switch States [R]	List "Switch State"		<2:8,191>
		ID [R]	Value from Profile	Integer (1 to 8,191) \| Discrete IO 64 \|
		Connections [R]	List "Connection"		<1:N>
			Port ID 1 [R]	Value from Profile	Integer (1 to 127) {Shall be less than Port ID 2}
			Port ID 2 [R]	Value from Profile	Integer (1 to 127)
			Gain Delta [R]	Value from Profile	Float [dB]
			Delay Delta [R]	Value from Profile	Long [Femtoseconds]
	Control Transport Configuration [R]	"Data Transport Configuration"
		Unique Name [R]	Value from Profile	Restricted String (minimally includes MAC address in first 17 characters) {Statically assigned (locally administered) e.g. 02:C0:ED:12:34:56}
		Index	Value from Profile	Integer
		URI [R]	Value from Profile	Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. udp://192.168.0.1:50000/50100}
	Context Transport Configuration [R]	"Data Transport Configuration"
		Unique Name [R]	Value from Profile	Restricted String (minimally includes MAC address in first 17 characters) {Statically assigned (locally administered) e.g. 03:C0:ED:12:34:56}
		Index	Value from Profile	Integer
		URI [R]	Value from Profile	Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. multicast://224.0.0.6:50002/50100}

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	Radio Frequency Distribution Management Parameters
	RFDistribution.wsdl
	Switch Groups
	<49005-20201002> reserveSwitchGroup(ID, List "MORA Transport Configuration"), return value = "Reservation Confirmation"
link:reserveSwitchGroup
	ID [R]	Integer (1 to 127) \|Discrete IO 64\| {ID corresponding to a "Switch Group"}

List "MORA Transport Configuration" [R - N number of client devices]		<1:N> {N number of client devices that are authorized to control the switch group}
Component ID [R]		Restricted String
Signal Port ID		Integer (1 to 127)
Priority Level		Integer (>0) {1 is highest priority, higher numbers have decreasing priority}
Control Transport Configuration [R]	"Data Transport Configuration"
	Unique Name [R]		Restricted String (minimally includes MAC address in first 17 characters) {e.g. 02:C0:ED:12:34:56}
	Index		Integer
	URI [R]		Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. udp://192.168.0.1:50000/50100}
Context Transport Configuration [R]	"Data Transport Configuration"
	Unique Name [R]		Restricted String (minimally includes MAC address in first 17 characters) {e.g. 03:C0:ED:00:00:06}
	Index		Integer
	URI [R]		Restricted URI (RFC 3986 shall minimally include IPv4/6 address, port, and MUI in the path) {e.g. multicast://224.0.0.6:50002/50100}

"Reservation Confirmation" [R]
ID [R]	Live tie back	Integer (1 to 127) \|Stream ID\|
Confirmation Number [R]	Live tie back	Integer

Error Type	Error Text
GENERIC_FAULT	"Switch group already reserved"
	"Invalid switch group id"
	"SPM error"
OUT_OF_RANGE

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	Radio Frequency Distribution Management Parameters
	RFDistribution.wsdl
	Switch Groups
	<49005-20201002> releaseSwitchGroup("Reservation Confirmation"), return value = "NO_ERROR"
link:releaseSwitchGroup
	"Reservation Confirmation" [R]
	ID [R]	Integer (1 to 127) \|Stream ID\|
	Confirmation Number [R]	Integer

Error Type	Error Text
GENERIC_FAULT	"Switch group not reserved"
	"Confirmation number mismatch"
	"Invalid switch group id"
	"SPM error"
OUT_OF_RANGE

	TOP
	Radio Frequency Distribution Management Parameters
	RFDistribution.wsdl
	Switch Group Reservations
	<49005-20201002> getSwitchGroupReservations(), return value = List "Switch Group Reservation"
link:getSwitchGroupReservations
	List "Switch Group Reservation" [R]		<0:N>
	Switch Group ID [R]	Live tie back	Integer (1 to 127)
	Client Component IDs [R]	List of Restricted Strings		<1:N>
		Client Component ID [R]	Live tie back	Restricted String
	TOP
	Device Information Management Parameters
	DeviceInformation.wsdl
	Manufacturer
	<10009-20210409> getManufacturer(), return value = Manufacturer
link:getManufacturer
	Manufacturer [R]	Value from Profile	Restricted String
	TOP
	Device Information Management Parameters
	DeviceInformation.wsdl
	Model
	<10009-20210409> getModel(), return value = Model
link:getModel
	Model [R]	Value from Profile	Restricted String
	TOP
	Device Information Management Parameters
	DeviceInformation.wsdl
	EquipmentID
	<10009-20210409> getEquipmentId(), return value = Equipment ID
link:getEquipmentId
	Equipment ID [R]	Live tie back	Restricted String
	TOP
	Authentication Entrypoints
	AuthenticationEntrypoints.wsdl
	AuthenticationService
	<40014-20210409> getAuthenticationService(), return value = Authentication Service URI
link:getAuthenticationService
	Authentication Service URI [R]	Live tie back	Restricted URI
	Error Type	Error Text
	GENERIC_FAULT

	TOP
	Authentication Entrypoints
	AuthenticationEntrypoints.wsdl
	AuthenticationService
	<40014-20210409> setAuthenticationService(Authentication Service URI), return value = "NO_ERROR"
link:setAuthenticationService
	Authentication Service URI [R]		Restricted URI
	Error Type	Error Text
	GENERIC_FAULT
	OUT_OF_RANGE

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	Authorization Architecture Entrypoints
	AuthorizationArchitectureEntrypoints.wsdl
	Policy Enforcement Service
	<40012-20210409> getPolicyEnforcementService(), return value = Policy Enforcement Service URI
link:getPolicyEnforcementService
	Policy Enforcement Service URI [R]	Live tie back	Restricted URI

Error Type	Error Text
GENERIC_FAULT

	TOP
	Authorization Architecture Entrypoints
	AuthorizationArchitectureEntrypoints.wsdl
	Policy Enforcement Service
	<40012-20210409> setPolicyEnforcementService(Policy Enforcement Service URI), return value = "NO_ERROR"
link:setPolicyEnforcementService
	Policy Enforcement Service URI [R]	Restricted URI

	Error Type	Error Text
	GENERIC_FAULT
	OUT_OF_RANGE
	TOP
	Syslog-Based Health Publishing Management Specification
	HealthPublishing.wsdl
	Data Transport Configurations
	<11005-20210409> getHealthDataTransportConfigurations(), return value = List "Data Transport Configuration"
link:getHealthDataTransportConfigurations
	List "Data Transport Configuration" [R]		<1:N>
	Unique Name [R]	Live tie back	Restricted String
	Index	Live tie back	Integer
	URI [R]	Live tie back	Restricted URI {IETF RFC 3986}
	Network Layer	"Network Layer"
		Layer Name [R]	Live tie back	Restricted String (TCP, UDP, ICMP, IGMP, IPV4, IPV6, HTTP, FTP, SOAP, SCTP, VDM)
		Network Layer		{Recursive use of "Network Layer" complex type}

	TOP
	Syslog-Based Health Publishing Management Specification
	HealthPublishing.wsdl
	Data Transport Configurations

This is the start of the file's text. The full file is on GovTribe.

File details come from the government source that posted it. Updated Apr 22, 2022.