Add system-functional docs for Fw, Os, Svc, Drv, Subtopologies, and generation skill by devin-ai-integration[bot] · Pull Request #86 · JPL-Devin/fprime

devin-ai-integration · 2026-05-21T01:36:28Z


*Related Issue(s)*	N/A
*Has Unit Tests (y/n)*	n
*Documentation Included (y/n)*	y
*Generative AI was used in this contribution (y/n)*	AI

Change Description

Adds comprehensive system-functional documentation for all F Prime components, subtopologies, and core framework modules. Also includes a reusable skill for generating future system-functional documents.

Core: Framework (Fw), OSAL (Os)

Capabilities: Command Dispatch, Rate Group Scheduling, Telemetry (Channel-based and Packetized), Event Management, Health Monitoring, File Management, Communication Stack, CCSDS Protocol, Data Products, Buffer Management, Parameters, Time Services, System Services, Hardware Drivers

Subtopologies: CdhCore, ComFprime, ComCcsds, ComLoggerTee, DataProducts, FileHandling

Skill: .agents/skills/write-system-functional-doc/SKILL.md — reusable procedure for analyzing F Prime components/subsystems and writing system-functional docs

Review Comment Fixes (latest commit)

buffer-management.md: Moved Fw::Buffer ref first; fixed BufferManager desc (pool, no leak detection); fixed StaticMemory desc (one outstanding alloc); added pause note to BufferAccumulator
ccsds-protocol.md: Added APID assignment note with custom ApidManager replacement; noted no multi-VCID support; fixed sequence count behavior (sync and continue); added Unsupported Features section
command-dispatch.md: Added duplicate opcode assertion behavior; added queue priority note
event-management.md: FATAL triggers fatal handler; ACTIVITY_LO for background activities; component-level throttling with count-based and time-based modes
framework.md: Added cross-links to all corresponding system-functional docs
health-monitoring.md: Fixed to warning-then-fatal (two thresholds)
communication.md: Removed Hub pattern section; added CCSDS cross-reference; added topology visualization
hardware-drivers.md: Noted Linux drivers in core, other packages for other OS/HW
rate-group-scheduling.md: Fixed ISR claim; added ActivePhaser as third variant; overruns also called slips; linked to time-services
subtopology-com-ccsds.md: Noted custom radio for external variant; added topology/downlink/uplink diagrams
subtopology-com-fprime.md: Added topology diagram
telemetry-packetizer.md: Fixed packet table definition to FPP modeling; added Rate Logic section (SILENCED/EVERY_MAX/ON_CHANGE_MIN/ON_CHANGE_MIN_OR_EVERY_MAX)
time-services.md: Added cross-link to rate group scheduling

Visualizations Added

Generated using fprime-util visualize for ComFprime and ComCcsds subtopologies. Topology diagrams embedded in communication.md, subtopology-com-fprime.md, and subtopology-com-ccsds.md.

Rationale

System engineers need high-level functional descriptions of F Prime capabilities — not code-level API docs, but operational descriptions of what each subsystem does, how it is configured, and how it behaves nominally and off-nominally. These documents fill that gap for the full set of F Prime components and subtopologies.

Testing/Review Recommendations

Review documents for technical accuracy against component SDDs and source code
Verify cross-links between documents are correct
Verify topology visualizations accurately represent component relationships

Future Work

Add additional visualizations for other subtopologies
Update documents as new components or capabilities are added

AI Usage (see policy)

AI was used for code generation, documentation writing, and visualization capture. All content was verified against F Prime source code and component SDDs.

IAMAI

Link to Devin session: https://nasa-jpl-demo.devinenterprise.com/sessions/4e68d002bc0f4eee871ad1d42275f4a3

devin-ai-integration · 2026-05-21T01:36:29Z

Original prompt from michael.d.starch

In fprime, under docs there is a folder for system engineering docs. High level functional descriptions. Currently has sequencing and dictionary. Please identify the folder

devin-ai-integration · 2026-05-21T01:36:30Z

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✅ Devin Review: No Issues Found

Devin Review analyzed this PR and found no potential bugs to report.

View in Devin Review to see 2 additional findings.

LeStarch · 2026-05-27T05:03:10Z

+- [F Prime BufferRepeater SDD](https://github.com/nasa/fprime/blob/devel/Svc/BufferRepeater/docs/sdd.md)
+- [F Prime BufferLogger SDD](https://github.com/nasa/fprime/blob/devel/Svc/BufferLogger/docs/sdd.md)
+- [F Prime StaticMemory SDD](https://github.com/nasa/fprime/blob/devel/Svc/StaticMemory/docs/sdd.md)
+- [Fw::Buffer SDD](https://github.com/nasa/fprime/blob/devel/Fw/Buffer/docs/sdd.md)


This should be first in the list as Fw::Buffer is used for all subsystems

LeStarch · 2026-05-30T15:49:39Z

+### Buffer Allocation
+
+Two buffer allocation strategies are available:
+


Buffer manager is an implementation of a buffer pool

Also, it does not detect leaks

LeStarch · 2026-05-30T15:52:25Z

+
+- **Buffer Manager** — Allocates buffers from a pool of dynamically managed memory. The pool is configured at setup time with bin sizes and counts, allowing efficient allocation of buffers at various sizes without per-allocation heap calls. The allocator tracks outstanding buffers and detects leaks.
+
+- **Static Memory** — Allocates buffers from statically defined memory regions. This is a drop-in replacement for the Buffer Manager that avoids dynamic memory complexity entirely. Each output port corresponds to a fixed-size memory region. This is appropriate when buffer sizes and usage patterns are fully known at design time.


Useful for supporting components needing buffer management when only one outstanding allocation is needed at a time

LeStarch · 2026-05-30T15:53:37Z

+In both cases, components request buffers via the Fw::BufferGet port and return them via the Fw::BufferSend port.
+
+### Buffer Accumulation
+


Also useful to pause buffer processing during critical events

LeStarch · 2026-05-30T15:57:58Z

+
+### APID Management
+
+The APID Manager tracks per-APID sequence counts for both outgoing and incoming Space Packets. It provides incrementing sequence counts to the Space Packet Framer for each APID and validates received sequence counts in the Space Packet Deframer to detect packet loss.


Add a note on how apids are defined. Check me on this….but currently apids are assigned to the fprime data descriptor type

Users wanting different management can replace this component

LeStarch · 2026-05-31T18:39:34Z

+
+1. The Communication Queue sends data to the Space Packet Framer, which constructs CCSDS Space Packets with proper APIDs and sequence counts.
+2. The TM Framer wraps each Space Packet into a CCSDS TM Transfer Frame for transmission over the space link.
+


Visualization please.

LeStarch · 2026-05-31T18:39:45Z

+
+1. The Frame Accumulator collects bytes and assembles complete frames. The TC Deframer extracts Space Packets from TC Transfer Frames.
+2. The Space Packet Deframer validates the Space Packets and extracts the payload, which is then routed by the F Prime Router to its destination (command dispatcher, file uplink, etc.).
+


Visualization please

LeStarch · 2026-05-31T18:43:32Z

+- A packet identifier
+- A send level that determines when the packet is active
+
+The table is provided to the component at initialization via the `setPacketList()` method.


Users specify this table through FPP modeling in the topology where this component is used.

LeStarch · 2026-05-31T18:44:14Z

+### Telemetry Limits
+
+As with channel-based telemetry, channels can have limit ranges defined in the dictionary. Limit checking is performed by the ground system.
+


We should describe the MIN, MAX options as well.

LeStarch · 2026-05-31T18:45:16Z

+
+### Cycle Source
+
+The Linux Timer provides a periodic tick source on Linux systems. It generates cycle port calls at a configured rate, driving the rate group scheduling chain. On other platforms, the cycle source may be provided by a hardware timer driver or other platform-specific component.


Link to the rate group document here. It drives the RGs. Also have that doc link back here.

…ng them - Add .agents/skills/write-system-functional-doc/SKILL.md: reusable Devin skill for analyzing F Prime components and writing system-functional documents - Add docs/reference/system-functional/command-dispatch.md: high-level functional description of command dispatching (registration, routing, status tracking, queue overflow protection, off-nominal behavior) - Update docs/reference/system-functional/index.md to include new document Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

The skill now handles three input types: - Single component path (e.g. Svc/CmdDispatcher) - Subtopology path (e.g. Svc/Subtopologies/CdhCore) - Multiple component paths for informal subsystems (e.g. RateGroupDriver + ActiveRateGroup) Adds guidance for: - Identifying the scope of a capability across components - Tracing data/control flow between collaborating components - Writing about the functional capability (not individual components) - Handling subtopology-specific details (configurability, external interfaces) - Organizing by functional aspect rather than by component Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

…nd-dispatch doc These SDDs are for the sequencing capability, not command dispatch. Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

New documents: - framework.md: Core types, ports, components, serialization, commands, events, telemetry, parameters, time, buffers, data products - osal.md: OS abstraction layer (tasks, files, mutexes, queues, system resources) - rate-group-scheduling.md: Cycle source, RateGroupDriver, ActiveRateGroup, PassiveRateGroup, ActivePhaser - telemetry.md: TlmChan and TlmPacketizer - event-management.md: EventManager, text logging, fatal handling - health-monitoring.md: Health, Ping, WatchDog - file-management.md: FileManager, FileDownlink, FileUplink, FileDispatcher, FileWorker - communication.md: ComQueue, FprimeFramer/Deframer/Router, FrameAccumulator, ComStub, ComSplitter, ComAggregator, ComLogger, ComRetry, GenericHub - ccsds-protocol.md: SpacePacketFramer/Deframer, ApidManager, TmFramer, TcDeframer, AosFramer - data-products.md: DpManager, DpWriter, DpCatalog - buffer-management.md: BufferManager, BufferAccumulator, BufferRepeater, BufferLogger, StaticMemory - parameters.md: PrmDb - time-services.md: ChronoTime, OsTime, PosixTime, LinuxTimer - system-services.md: SystemResources, Version, AssertFatalAdapter, FatalHandler, PolyDb - hardware-drivers.md: ByteStreamDriverModel, TCP/UDP/IP, UART, GPIO, I2C, SPI - subtopology-cdh-core.md: CdhCore subtopology - subtopology-com-fprime.md: ComFprime subtopology - subtopology-com-ccsds.md: ComCcsds subtopology - subtopology-com-logger-tee.md: ComLoggerTee subtopology - subtopology-data-products.md: DataProducts subtopology - subtopology-file-handling.md: FileHandling subtopology Updated index.md with organized sections (Core, Capabilities, Subtopologies). Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

Separate documents for the two telemetry approaches: - telemetry-chan.md: Channel-based storage (TlmChan) - telemetry-packetizer.md: Packetized storage (TlmPacketizer) Index offers both choices on one line. Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

- buffer-management: Move Fw::Buffer ref first, fix BufferManager desc (pool not leak detection), fix StaticMemory desc (one outstanding alloc), add pause note - ccsds-protocol: Add APID assignment note, custom ApidManager replaceable, no multi-VCID, fix seq count behavior, add Unsupported Features section - command-dispatch: Add duplicate opcode assertion behavior, queue priority note - event-management: FATAL triggers fatal handler, ACTIVITY_LO for background, component-level throttling with count/time modes - framework: Add cross-links to all corresponding system-functional docs - health-monitoring: Fix to warning-then-fatal (two thresholds) - communication: Remove Hub section, add CCSDS cross-reference, add topology diagram - hardware-drivers: Note Linux drivers in core, other packages for other OS/HW - rate-group-scheduling: Fix ISR claim, add ActivePhaser variant, overruns=slips, link to time-services - subtopology-com-ccsds: Note custom radio for external variant, add topology/downlink/uplink diagrams - subtopology-com-fprime: Add topology diagram - telemetry-packetizer: Fix packet table definition (FPP modeling), add Rate Logic section with SILENCED/EVERY_MAX/ON_CHANGE_MIN/ON_CHANGE_MIN_OR_EVERY_MAX - time-services: Add cross-link to rate group scheduling Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

github-actions · 2026-05-31T23:40:24Z

Coverage report — base `devel`

No baseline branch coverage/devel found. This run becomes the seed once it lands on devel.

Overall (line): 81.12% (no baseline)
Regression threshold: 0.50% (line).

Regressions

(none over threshold)

Modules changed

(no measurable change)

New modules

Module	Line	Function	Branch
`CFDP/Checksum`	71.15	57.14	53.85
`Drv/AsyncByteStreamBufferAdapter`	100.00	100.00	100.00
`Drv/ByteStreamBufferAdapter`	100.00	100.00	100.00
`Drv/Ip`	44.32	57.38	25.36
`Drv/TcpClient`	75.00	100.00	47.37
`Drv/TcpServer`	84.72	100.00	60.00
`Drv/Udp`	68.09	90.91	42.86
`Fw/Buffer`	81.25	89.47	58.62
`Fw/DataStructures`	98.30	96.76	83.03
`Fw/Dp`	94.83	96.67	95.95
`Fw/FilePacket`	75.24	89.06	54.30
`Fw/Log`	75.71	84.21	60.71
`Fw/Logger`	100.00	100.00	100.00
`Fw/SerializableFile`	90.00	100.00	79.41
`Fw/Time`	88.62	85.48	86.84
`Fw/Tlm`	53.76	60.00	37.50
`Fw/Types`	53.84	56.01	34.32
`Os`	18.05	19.48	14.52
`Os/Generic`	89.10	96.30	67.18
`Os/Generic/Types`	92.45	91.67	82.14
`Os/Posix`	62.00	84.21	43.87
`Svc/ActiveRateGroup`	100.00	100.00	92.31
`Svc/ActiveTextLogger`	79.05	90.00	71.23
`Svc/AssertFatalAdapter`	94.74	100.00	86.67
`Svc/BufferAccumulator`	88.00	94.12	74.49
`Svc/BufferLogger`	92.62	86.96	80.46
`Svc/BufferManager`	99.05	100.00	83.64
`Svc/BufferRepeater`	91.67	100.00	75.00
`Svc/ChronoTime`	100.00	100.00	100.00
`Svc/CmdDispatcher`	96.97	91.67	91.75
`Svc/CmdSequencer`	93.89	97.12	84.63
`Svc/CmdSplitter`	100.00	100.00	100.00
`Svc/ComLogger`	97.37	91.67	83.91
`Svc/ComSplitter`	100.00	100.00	100.00
`Svc/ComStub`	98.51	100.00	85.19
`Svc/DpCatalog`	78.00	100.00	66.27
`Svc/DpManager`	97.44	100.00	100.00
`Svc/DpWriter`	97.58	90.00	97.22
`Svc/FileDownlink`	84.15	90.91	71.90
`Svc/FileManager`	88.41	93.33	82.44
`Svc/FileUplink`	92.35	96.55	80.95
`Svc/FileWorker`	90.29	100.00	84.87
`Svc/FprimeDeframer`	100.00	100.00	97.92
`Svc/FprimeFramer`	100.00	100.00	95.45
`Svc/FprimeRouter`	88.89	100.00	78.26
`Svc/FpySequencer`	86.76	99.04	76.89
`Svc/GenericHub`	100.00	100.00	85.64
`Svc/Health`	100.00	100.00	88.66
`Svc/LinuxTimer`	97.06	100.00	82.35
`Svc/OsTime`	70.00	83.33	60.98
`Svc/PassiveRateGroup`	100.00	100.00	89.47
`Svc/PolyDb`	100.00	100.00	53.57
`Svc/PosixTime`	100.00	100.00	75.00
`Svc/PrmDb`	92.75	89.47	88.24
`Svc/RateGroupDriver`	100.00	100.00	68.75
`Svc/SeqDispatcher`	73.08	80.00	71.05
`Svc/StaticMemory`	100.00	100.00	100.00
`Svc/SystemResources`	98.63	100.00	76.19
`Svc/TlmChan`	77.59	85.71	63.03
`Svc/TlmPacketizer`	92.18	100.00	77.45
`Svc/Version`	96.10	100.00	86.96
`Utils`	20.04	26.44	24.07
`Utils/Types`	92.11	95.83	77.08

Modules without UTs

CFDP/Checksum/GTest, Drv/ByteStreamDriverModel, Drv/Interfaces, Drv/LinuxGpioDriver, Drv/LinuxI2cDriver, Drv/LinuxSpiDriver, Drv/LinuxUartDriver, Drv/Ports, Drv/Ports/DataTypes, FppTestProject/FppTest/interfaces, FppTestProject/FppTest/topology/async, FppTestProject/FppTest/topology/components/Comp, FppTestProject/FppTest/topology/components/Framework, FppTestProject/FppTest/topology/components/Receiver, FppTestProject/FppTest/topology/components/Sender, FppTestProject/FppTest/topology/guarded, FppTestProject/FppTest/topology/ports, FppTestProject/FppTest/topology/sync, FppTestProject/FppTest/topology/top_ports, FppTestProject/FppTest/topology/types, Fw/Cmd, Fw/Com, Fw/Comp, Fw/FilePacket/GTest, Fw/Fpy, Fw/Interfaces, Fw/Obj, Fw/Port, Fw/Ports/CompletionStatus, Fw/Ports/Ready, Fw/Ports/Signal, Fw/Ports/SuccessCondition, Fw/Prm, Fw/SerializableFile/test/TestSerializable, Fw/Sm, Fw/Test, Fw/Types/GTest, Os/Models, Svc/Cycle, Svc/DpPorts, Svc/Fatal, Svc/FatalHandler, Svc/FileDownlinkPorts, Svc/FprimeProtocol, Svc/Interfaces, Svc/PassiveConsoleTextLogger, Svc/Ping, Svc/PolyIf, Svc/Ports/CommsPorts, Svc/Ports/FilePorts, Svc/Ports/OsTimeEpoch, Svc/Ports/TlmPacketizerPorts, Svc/Ports/VersionPorts, Svc/Sched, Svc/Seq, Svc/Subtopologies/CdhCore, Svc/Subtopologies/ComCcsds, Svc/Subtopologies/ComFprime, Svc/Subtopologies/ComLoggerTee, Svc/Subtopologies/DataProducts, Svc/Subtopologies/FileHandling, Svc/Types/TlmPacketizerTypes, Svc/WatchDog, TestDeploymentsProject/Ref/PingReceiver, TestDeploymentsProject/Ref/RecvBuffApp, TestDeploymentsProject/Ref/SendBuffApp, TestDeploymentsProject/Ref/Top, TestDeploymentsProject/Ref/TypeDemo, cmake/test/data/TestDeployment/TestBuildAutocoder, cmake/test/data/TestDeployment/TestChainedAutocoder, cmake/test/data/TestDeployment/TestHeaderAutocoder, cmake/test/data/TestDeployment/TestTargetAutocoder, cmake/test/data/test-fprime-library/TestLibrary/TestComponent, cmake/test/data/test-fprime-library2/TestLibrary2/TestComponent

…ults in communication.md Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

…ver, replaced by mission adapter for flight Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

devin-ai-integration Bot commented May 21, 2026

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devin-ai-integration Bot changed the title ~~Add system-functional doc for command dispatch and skill for generating them~~ Add system-functional docs for Fw, Os, Svc, Drv, Subtopologies, and generation skill May 21, 2026

LeStarch requested changes May 31, 2026

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devin-ai-integration Bot and others added 7 commits May 31, 2026 23:18

Remove unrelated CmdSequencer and SeqDispatcher references from comma…

078968d

…nd-dispatch doc These SDDs are for the sequencing capability, not command dispatch. Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

Add visualization steps to system-functional doc skill

351ee7d

Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

devin-ai-integration Bot force-pushed the devin/1779327356-system-functional-cmd-dispatch branch from 968a88a to 351ee7d Compare May 31, 2026 23:18

devin-ai-integration Bot and others added 2 commits June 1, 2026 22:45

Address review: use component names with SDD links, fix protocol defa…

778d984

…ults in communication.md Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

Clarify ComStub role: ground-testing adapter wrapping byte stream dri…

dbafff5

…ver, replaced by mission adapter for flight Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

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Fix broken SDD links: ComSplitter, ComLogger, BufferLogger, LinuxTimer

3f357c9

Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

devin-ai-integration Bot force-pushed the devin/1779327356-system-functional-cmd-dispatch branch from 4155d17 to 3f357c9 Compare June 17, 2026 01:50

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Embed unused ComFprime downlink/uplink diagrams in subtopology doc

f90057b

Co-Authored-By: michael.d.starch <michael.d.starch@jpl.nasa.gov>

		### Buffer Allocation

		Two buffer allocation strategies are available:


		- Buffer Manager — Allocates buffers from a pool of dynamically managed memory. The pool is configured at setup time with bin sizes and counts, allowing efficient allocation of buffers at various sizes without per-allocation heap calls. The allocator tracks outstanding buffers and detects leaks.

		- Static Memory — Allocates buffers from statically defined memory regions. This is a drop-in replacement for the Buffer Manager that avoids dynamic memory complexity entirely. Each output port corresponds to a fixed-size memory region. This is appropriate when buffer sizes and usage patterns are fully known at design time.

		In both cases, components request buffers via the Fw::BufferGet port and return them via the Fw::BufferSend port.

		### Buffer Accumulation


		### APID Management

		The APID Manager tracks per-APID sequence counts for both outgoing and incoming Space Packets. It provides incrementing sequence counts to the Space Packet Framer for each APID and validates received sequence counts in the Space Packet Deframer to detect packet loss.


		1. The Communication Queue sends data to the Space Packet Framer, which constructs CCSDS Space Packets with proper APIDs and sequence counts.
		2. The TM Framer wraps each Space Packet into a CCSDS TM Transfer Frame for transmission over the space link.


		1. The Frame Accumulator collects bytes and assembles complete frames. The TC Deframer extracts Space Packets from TC Transfer Frames.
		2. The Space Packet Deframer validates the Space Packets and extracts the payload, which is then routed by the F Prime Router to its destination (command dispatcher, file uplink, etc.).

		### Telemetry Limits

		As with channel-based telemetry, channels can have limit ranges defined in the dictionary. Limit checking is performed by the ground system.


		### Cycle Source

		The Linux Timer provides a periodic tick source on Linux systems. It generates cycle port calls at a configured rate, driving the rate group scheduling chain. On other platforms, the cycle source may be provided by a hardware timer driver or other platform-specific component.

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Change Description

Review Comment Fixes (latest commit)

Visualizations Added

Rationale

Testing/Review Recommendations

Future Work

AI Usage (see policy)

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✅ Devin Review: No Issues Found

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Coverage report — base devel

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New modules

Modules without UTs

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Coverage report — base `devel`