TPT Ignis Suite

A Rust Cargo workspace of fusion-development applications built on tpt-keystone-db and tpt-appfront.

See spec.txt for the full design document and the implementation roadmap. todo.md tracks the work.

Workspace layout

tpt-ignis/
├── Cargo.toml            # Workspace root & shared dependency definitions
├── rust-toolchain.toml   # Pins the Rust toolchain (1.90.0)
├── crates/
│   ├── tpt-plasma-schemas/   # IMAS-inspired diagnostic data models
│   ├── tpt-physics-math/     # Flux-surface / coordinate math
│   └── tpt-ui-components/    # Reusable egui/ratatui widgets (Phase 2+)
├── apps/
│   ├── tpt-fluxstream/  # Plasma data ingestion + in-DB FFT UDFs
│   ├── tpt-halo/        # Universal visualization client (Phase 2+)
│   ├── tpt-aether/      # Digital-twin / reactor topology (Phase 3+)
│   └── tpt-oracle/      # AI disruption prediction + MCP (Phase 4+)
└── udf-fft/             # FFT UDF compiled to wasm32 for tpt-keystone-db

tpt-keystone-db and tpt-appfront are sibling repositories (not nested). They are path-dependencies in the root Cargo.toml, so they must be checked out alongside this repo:

c:/Programming/
├── tpt-keystone-db/
├── tpt-appfront/
└── tpt-ignis/      <- this repo

Build

cargo build --workspace
cargo nextest run --workspace   # or `cargo test --workspace`
cargo clippy --workspace --all-targets
cargo fmt --all
cargo deny check

Phase status

• Phase 0 (sibling prerequisites): implemented in tpt-keystone-db's tpt-sdk (COPY ... FROM STDIN client + KeystoneClient::copy_in, Value/encode_copy_line). Array/bytea UDF ABI is partially present.
• Phase 1 (Foundation & ingestion): workspace initialized; tpt-plasma-schemas, tpt-physics-math, and tpt-fluxstream (synthetic generator + native FFT oracle + ingestion) implemented with passing unit tests.
• Phase 2-4: application crates scaffolded as compiling stubs; real implementations tracked in todo.md.