Recover From or Conclude Invalid Flight States
Overview
Handle crashes, out-of-bounds states, and unrecoverable conditions clearly
User
An AeroSim player
What the user can do
Handle crashes, out-of-bounds states, and unrecoverable conditions clearly
Why the user benefits
The player receives one coherent, observable capability.
User need
The player needs AeroSim to handle crashes, out-of-bounds states, and unrecoverable conditions clearly.
In scope
Handle crashes, out-of-bounds states, and unrecoverable conditions clearly
- StatusProposed
- OwnerAeroSim Scope (proposed; not accepted)
- Parent EpicAEROSIM-EP-3
- Depends onAEROSIM-FT-1, AEROSIM-FT-2
Tasks
AEROSIM-TS-80Planning status: DoneClassify governed invalid states into explicit outcomes
Crash, out-of-bounds, and unrecoverable runtime events transition to one typed recoverable, retryable, or terminal outcome.
- ComponentWeb flight session — invalid-state classifier
- Depends onAEROSIM-TS-75, AEROSIM-TS-85
- RequirementsFR-0018
AEROSIM-TS-81Planning status: DonePresent and execute only valid invalid-state actions
Each invalid-state outcome clearly presents only its permitted recovery, retry, or exit actions and executes the selected action through the flight shell.
- ComponentWeb flight shell — invalid-state outcome presenter and action coordinator
- Depends onAEROSIM-TS-80
- RequirementsFR-0018
AEROSIM-TS-82Planning status: DoneVerify invalid-state recovery, retry, and exit scenarios
Every governed invalid-state scenario yields a repeatable clear outcome and exposes no invalid or dead-end action.
- ComponentWeb flight shell — invalid-state end-to-end verification harness
- Depends onAEROSIM-TS-81
- RequirementsFR-0018, NFR-0009
Acceptance outcomes
- 01
Each governed crash, out-of-bounds, or unrecoverable state produces a clear outcome.
- 02
Every invalid-state outcome offers only valid recovery, retry, or exit actions.
Functional requirements and measurable criteria
Recover From or Conclude Invalid Flight States
The system shall handle crashes, out-of-bounds states, and unrecoverable conditions clearly.
Acceptance 01
GivenAEROSIM-FT-11 is exercised within its governed scope under supported conditions
Whenthe primary capability path is completed
ThenEach governed crash, out-of-bounds, or unrecoverable state produces a clear outcome
EvidenceFuture reviewed automated and browser evidence must verify this exact outcome against the current requirement.
Acceptance 02
GivenAEROSIM-FT-11 is exercised within its governed scope under supported conditions
Whenthe continuation or repeat path is completed
ThenEvery invalid-state outcome offers only valid recovery, retry, or exit actions
EvidenceFuture reviewed automated and browser evidence must verify this exact outcome against the current requirement.
Non-functional requirements
- NFR-0009 — Simulation consistency and bounded recovery
Equivalent initial state and timed inputs remain within declared motion and world-state tolerances, and every invalid terminal state exposes a valid recovery, retry, or exit action.
Risks
- Risk
Representative browser or input configurations may expose an unmet outcome.
Original source and prototype evidence
- discord: Agreed eight-Epic portfolio and Feature decomposition.
- discord: Agreed eight-Epic portfolio and Feature decomposition continuation.
- discord: RootAtSkic directed publication of the agreed Scope update.
Prototype and discovery boundary
Existing implementation is discovery evidence only; it establishes no current approval, acceptance, or release state.