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11 Commits

Author SHA1 Message Date
2b2ecd8abb [docs] add detailed project roadmap and update .gitignore 2025-09-01 02:59:58 +02:00
3ffac72220 [docs] update README formatting and whitespace adjustment 2025-08-21 13:17:14 +02:00
Chris
6b66d10855 Merge pull request #1 from VikingOwl91/dioxus-fullstack-implementation
feat: Implement Dioxus fullstack application
2025-08-21 04:37:25 +02:00
google-labs-jules[bot]
195e0f4f8f feat: Implement Dioxus fullstack application
This commit introduces a full-stack Dioxus application with a web frontend to manage TTRPG data from a SQLite database.

The application is built using a Server-Side Rendering (SSR) architecture with Axum for the web server and Dioxus for templating. This approach was chosen for its simplicity and robustness, avoiding client-side build complexities.

Features include:
- A web server powered by Axum.
- Server-side rendered pages for Home, Creatures, Edit Creature, Import, and Changelog.
- Database integration with `sqlx` to view a list of creatures and details for a single creature.
- A modular structure with components, pages, and database logic separated into modules.
- A navigation bar for easy access to all pages.
- Placeholder pages for data import and editing functionality.
2025-08-21 02:36:52 +00:00
7fc5a6335d [docs] update README formatting and whitespace adjustment 2025-08-21 03:14:31 +02:00
a508720ed1 [feat] extend database schema with new tables and indexes 2025-08-21 00:29:41 +02:00
49a9e08d38 [feat] extend database schema with new tables and indexes 2025-08-21 00:29:14 +02:00
b8f33e252a [feat] add initial database schema with tables, triggers, and views 2025-08-21 00:22:03 +02:00
31af27f515 [chore] update .gitignore to include custom-bullshit directory 2025-08-20 20:57:32 +02:00
8972c8866a [feat] initialize Rust project with basic setup and .gitignore updates 2025-08-20 20:55:31 +02:00
8d75962ad1 [docs] update README with project overview and add .idea to .gitignore 2025-08-20 20:53:26 +02:00
109 changed files with 5485 additions and 1 deletions

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.gitignore vendored
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@@ -20,6 +20,12 @@ target/
# Covers JetBrains IDEs: IntelliJ, RubyMine, PhpStorm, AppCode, PyCharm, CLion, Android Studio, WebStorm and Rider
# Reference: https://intellij-support.jetbrains.com/hc/en-us/articles/206544839
.idea
custom-bullshit
*.db
*.sqlite
*.sqlite3
# User-specific stuff
.idea/**/workspace.xml
.idea/**/tasks.xml
@@ -95,3 +101,8 @@ fabric.properties
# Android studio 3.1+ serialized cache file
.idea/caches/build_file_checksums.ser
# Added by cargo
/target

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Cargo.lock generated Normal file

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Cargo.toml Normal file
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[package]
name = "owlibou_tavern"
version = "0.1.0"
edition = "2024"
[dependencies]
dioxus = { version = "0.5.1", features = ["ssr"] }
axum = "0.7.5"
tokio = { version = "1.37.0", features = ["full"] }
sqlx = { version = "0.7.4", features = ["sqlite", "runtime-tokio"] }
serde = { version = "1.0.203", features = ["derive"] }
log = "0.4.21"
wasm-bindgen = "0.2.100"
[profile]
[profile.wasm-dev]
inherits = "dev"
opt-level = 1
[profile.server-dev]
inherits = "dev"
[profile.android-dev]
inherits = "dev"

108
README.md
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@@ -1,2 +1,108 @@
# owly_tavern
# Owlibou Tavern
Ein flexibles Management-Tool für Tabletop-RPGs (TTRPG), mit dem du Kampagnen-, Welt- und Spieldaten zentral verwaltest. Im Frontend kannst du Daten aus der Datenbank komfortabel anlegen, bearbeiten, importieren und exportieren ideal für Spielleitungen, Weltbauer:innen und Orga-Teams.
## Ziele und Nutzen
- Einheitliche Verwaltung von TTRPG-Daten wie Charaktere, NSCs, Orte, Items, Quests, Regeln und Sessions.
- Datenpflege direkt im Browser mit validierten Formularen und Listenansichten.
- Revisionssichere Änderungen sowie Import/Export für Backups, Systemwechsel oder öffentliche Datenpakete.
- Erweiterbar und systemagnostisch: nutzbar für verschiedene TTRPG-Systeme und Hausregeln.
## Hauptfunktionen (geplant/initial)
- Datenverwaltung
- CRUD für zentrale Entitäten (z. B. Charaktere, Orte, Items, Quests, Sessions)
- Tagging, Relationen und Referenzen (z. B. Item gehört zu Charakter, Quest findet in Ort statt)
- Versionierung/Änderungshistorie (optional)
- Import/Export
- JSON- und CSV-Importe mit Mapping/Validierung
- JSON- und CSV-Exporte (vollständig oder gefiltert)
- Vorlagen für gängige Datenstrukturen
- Qualität und Sicherheit
- Validierungen, Duplikat-Erkennung, Konfliktauflösungen beim Import
- Rollen-/Rechtekonzept für Lesende/Schreibende (optional)
- UX
- Filter, Suche, Sortierung, Paginierung
- Bulk-Aktionen (z. B. Massen-Tagging, Sammellöschung mit Undo)
## Architekturüberblick
- Frontend
- Web-App zur Verwaltung, Visualisierung und zum Import/Export von Daten
- Formulare mit Validierung, Listenansichten, Detailseiten
- API/Backend
- Endpunkte für CRUD, Batch-Operationen, Import/Export und Authentifizierung
- Datenvalidierung serverseitig und konfliktarme Merges bei Importen
- Datenbank
- Relational oder dokumentenorientiert, je nach finalem Design
- Migrationskonzept, Seeds und Beispiel-Datasets
- Authentifizierung/Autorisierung (optional)
- Nutzerkonten, Rollen, API-Tokens
Hinweis: Die konkrete Technologieauswahl kann projektabhängig variieren. Dieses README bleibt bewusst technologie-agnostisch.
## Datenmodell (Beispiel-Ideen)
- Kern-Entitäten: Character, NPC, Location, Item, Quest, Session, Faction, Rule
- Relationen: Character—Item (1:n), Location—Quest (n:m), Session—Participant (n:m)
- Metadaten: Tags, Notizen, Quellenangaben, Zeitstempel, Besitzer:in
## Import/Export
- Formate
- JSON: vollständige Strukturen inkl. Relationen
- CSV: tabellarische Views je Entität
- Import-Workflow
- Vorschau mit Validierungsfehlern und Warnungen
- Mapping-Assistent (z. B. Spaltenzuordnung bei CSV)
- Konflikt-Strategien: Überschreiben, Zusammenführen, Duplikate überspringen
- Export-Workflow
- Auswahl von Entitäten/Filtern, optional Anonymisierung bestimmter Felder
- Versionierte Exporte als Backup
## Entwicklungs-Setup
- Voraussetzungen
- Git, eine aktuelle Laufzeitumgebung für Frontend/Backend, Paketmanager, Datenbank-Server
- Quickstart (generisch)
1. Repository klonen
2. Umgebungsvariablen konfigurieren (z. B. DB-URL, Ports, Auth-Secret)
3. Abhängigkeiten installieren
4. Datenbank migrieren und Seed-Daten einspielen (optional)
5. Entwicklungsserver starten (Frontend und Backend)
- Skripte (Platzhalter)
- start-dev: Startet Frontend und Backend im Watch-Modus
- migrate: Führt Datenbankmigrationen aus
- seed: Spielt Beispiel-/Demo-Daten ein
- test: Führt Tests aus
- build: Erzeugt produktionsfertige Artefakte
Füge konkrete Befehle hinzu, sobald die Technologie-Stacks final sind.
## Deployment (Beispielfluss)
- Konfiguration über Umgebungsvariablen/Secrets
- Datenbank bereitstellen und Migrationen ausführen
- Backend deployen
- Frontend als statische App oder über denselben Server ausliefern
- Optional: Containerisierung und Orchestrierung
## Qualitätssicherung
- Tests: Unit-, Integrations- und E2E-Tests für Import/Export und CRUD
- Linting/Formatting und CI-Pipelines
- Backups: regelmäßige Exporte und DB-Snapshots
## Roadmap (Entwurf)
- M0: Basis-CRUD für zentrale Entitäten, einfache JSON-Exporte
- M1: CSV-Importe mit Mapping + Validierung, Filter/Suche im UI
- M2: Relationen-Management im UI, Konfliktauflösung beim Import
- M3: Rollen/Rechte, Änderungsverlauf, Bulk-Aktionen
- M4: Plugins/Erweiterungen für system-spezifische Felder und Regelwerke
## Beitragen
- Issues eröffnen: Bugreports, Featurewünsche, Fragen
- Pull Requests: Bitte mit kurzer Beschreibung, Repro-Schritten und Tests
- Coding Guidelines: Einheitlicher Stil, aussagekräftige Commits
## Lizenz
- AGPLv3
## Kontakt
- Projektpflege: bitte Kontaktmethode/Team hinzufügen
- Diskussionen/Ideen: Issue-Tracker oder Diskussionsforum verwenden
Viel Spaß beim Bauen deiner TTRPG-Welt mit Owlibou Tavern!

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ROADMAP.md Normal file
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# Owlibou Tavern — Detailed Roadmap (M0 → M10)
A focused plan for Dioxus Fullstack (Workspace Edition 2024), admin/editor CRUD, private deployment, legal sensitivity, and SQLx ergonomics.
---
## M0 — Workspace Bootstrap (Dioxus Fullstack WSE 2024)
**Goal:** Reproducible workspace skeleton with SSR + client, ready for DB + auth.
**Deliverables**
- `rust-toolchain.toml` pinned to `RUST_STABLE`
- Cargo **workspace** with crates:
- `app-web` (Dioxus Web)
- `app-server` (Axum/Dioxus server functions + SSR)
- `domain` (entities, DTOs, validators, error types)
- `data` (DB pool, queries, migrations wrapper)
- `shared` (isomorphic types/formatters for web+server)
- `cli` (admin ops: create admin user, run migrations, seed)
- Dioxus config for Workspace Edition 2024 (server functions enabled)
- Tracing/logging, error boundary scaffold, `.env` loading
**Key Steps**
1. **Workspace**
- Root `Cargo.toml` with members.
- `rust-toolchain.toml` with `channel = "RUST_STABLE"`.
2. **Server**
- Axum + Dioxus Fullstack integration (SSR, server functions).
- `tower-http` for compression, security headers, request logging.
3. **Web**
- Dioxus Router; app shell (sidebar/topbar); error boundary + 404 route.
4. **Common**
- `thiserror` + `anyhow` error model; `serde` for JSON.
- `tracing` + `tracing-subscriber` with `RUST_LOG`.
5. **DX**
- `dx` tasks or `cargo-watch` for hot reload.
- Pre-commit hooks: `cargo fmt --check`, `clippy -D warnings`.
**Acceptance**
- `cargo run -p app-server` serves SSR page.
- Hot reload works; logs render; basic routes respond.
**Assumptions challenged**
- Server functions vs. pure REST: if non-Dioxus clients likely, prefer REST now and use server functions selectively.
---
## M1 — Data Layer & Migrations
**Goal:** Safe DB access layer; deterministic migrations; WAL & pragmas if SQLite.
**Deliverables**
- `data` crate: pool factory, migrations runner, query helpers.
- `sqlx` wired; `.env` (`DATABASE_URL`), connection healthcheck.
- Migration files mirroring `/database/main`.
**Key Steps**
1. Add `sqlx` + `sqlx-cli`; enable `sqlite` (or your DB) features.
2. `sqlx::migrate!()` (or CLI) to run migrations at startup/CLI.
3. Pool settings (max cons, timeouts); WAL mode if SQLite.
4. `domain` structs mirroring tables; `FromRow` derives; validators.
**Acceptance**
- `cargo run -p cli migrate` applies migrations.
- `/healthz/db` returns OK.
**Assumptions challenged**
- If schema evolves fast, add **idempotent** migrations and a **baseline**.
---
## M2 — Read-Only DB Viewer (Browser)
**Goal:** Admin table browser with pagination, sort, filters, detail view.
**Deliverables**
- Table list page (all tables)
- Grid view per table with server-side pagination
- Type-aware rendering (dates, bools, FKs as labels)
- Record detail drawer/view
**Key Steps**
1. API/server functions: `GET /api/v1/{table}` w/ `page`, `q`, `order`.
2. UI: reusable `<DataGrid>`; column config via schema reflection or static map.
3. Empty state, loading, error toasts.
**Acceptance**
- Browse all tables; sort; filter; open details.
**Counterpoint**
- Dont overbuild a “universal admin” first—target priority tables.
---
## M3 — CRUD for One Core Entity
**Goal:** End-to-end create/edit/delete for the flagship table.
**Deliverables**
- Create/Edit forms with client + server validation
- Delete with confirm modal; optimistic UI update
- Consistent error model → field vs. form errors
**Key Steps**
1. REST/server functions: `POST/PUT/DELETE /api/v1/entity`.
2. `validator` crate or bespoke validators in `domain`.
3. UI: form components (text, select, date, FK pickers); dirty-state guard.
**Acceptance**
- Create/edit/delete works; bad input → friendly field errors.
**Assumption challenged**
- Complex relations? Use a **form stepper** or “+ create related” in-place.
---
## M4 — Authentication (Private Setup)
**Goal:** Session-based login, secure cookies, password hashing.
**Deliverables**
- `/login`, `/logout`, `/me`
- Session middleware (cookies: HttpOnly, Secure, SameSite=Strict)
- `argon2` (or `bcrypt`) hashing; password policy checks
- Login page; lockout/backoff after N failures
**Key Steps**
1. `axum-login` or `tower-sessions` + user store.
2. CSRF mitigation for cookie sessions (token or double-submit).
3. CLI to create first admin: `cli user create --admin`.
**Acceptance**
- Only authenticated users can access viewer/CRUD.
- Brute-force throttling observable.
**Skeptic note**
- Single-origin private admin → cookies > JWT for simplicity/safety.
---
## M5 — RBAC & Policy Enforcement
**Goal:** Least-privilege access; backend **and** UI gating.
**Deliverables**
- Roles: `Admin`, `Editor`, (optional `Viewer`)
- `AuthContext { user_id, roles }` extractor
- Route guards (e.g., only Admin can delete; Editor can create/update)
- UI hides forbidden actions; backend still enforces
**Key Steps**
1. Permission matrix (routes × roles).
2. Axum layer/guards per route group.
3. Audit log table (`who`, `when`, `what`, `before→after`).
**Acceptance**
- Forbidden ops → 403; writes are audited.
**Bias flag**
- Hiding buttons ≠ authorization. Enforce on server.
---
## M6 — Full Schema Coverage & Relations UX
**Goal:** CRUD across schema; ergonomic FK/M2M editing.
**Deliverables**
- Per-table pages with consistent forms
- FK pickers with search (typeahead) and clear labels
- M2M editors (dual list, multi-select, or chips)
- Bulk actions (delete, export CSV) with permission checks
**Key Steps**
1. Label resolution helpers (JOINs or cached lookups).
2. Server-side pagination for big tables; index review.
3. Import/export (CSV/JSON) with validation + dry-run.
**Acceptance**
- Each table has list/detail/edit; relations feel smooth; import/export works.
**Counterpoint**
- Extract a form generator only after repeating patterns emerge.
---
## M7 — Security Hardening (Legal Sensitivity)
**Goal:** Tighten security; document threat model; minimize blast radius.
**Deliverables**
- TLS via `rustls` **or** reverse proxy (Caddy/nginx)
- Strict CORS (or disabled), `Content-Security-Policy`, `Referrer-Policy`
- Input validation everywhere; no string-built SQL
- Secrets in env/secret store; none in git
- Data retention policy + purges
- Optional: field-level encryption at rest for sensitive columns
**Key Steps**
1. Security headers middleware.
2. Rate limiting per session/IP for writes.
3. Structured logging; redact PII; access + write audit logs.
4. Backups & key rotation plan; restore rehearsal.
**Acceptance**
- SSL Labs A (if exposed); scanners clean; restore drill passes.
**Frame shift**
- Treat it as **regulated** even if it isnt—cheaper than breach postmortems.
---
## M8 — Ops: Build, Deploy, Backup
**Goal:** One-command build/deploy; predictable backups; health & metrics.
**Deliverables**
- Multi-stage Dockerfile; `docker-compose.yml` for private stack
- Systemd unit (if bare-metal) with `Restart=always`
- Health endpoints `/healthz`, `/readyz`; DB readiness check
- Backups: nightly DB snapshot + off-host copy; retention window
**Key Steps**
1. CI: build, test, produce image/artifacts.
2. Observability: basic metrics (req/s, p95), log shipper.
3. Runbook: deploy, rollback, rotate secrets, restore backup.
**Acceptance**
- Fresh machine → deploy in minutes with docs; restore tested.
**Counterpoint**
- LAN-only? A simple systemd service may beat Docker complexity.
---
## M9 — Testing: Unit, Integration, E2E
**Goal:** Confidence without ceremony.
**Deliverables**
- Unit tests: `domain` validators, `data` queries (test DB)
- Integration tests: APIs (ephemeral DB; hit endpoints)
- E2E smoke: Playwright (or similar) against SSR app
**Key Steps**
1. Test fixtures: migrate temp DB, seed minimal data.
2. Golden tests for JSON; snapshot UI for critical pages.
3. Security tests: auth bypass, CSRF, rate limits.
**Acceptance**
- CI runs and fails on regressions.
---
## M10 — Docs & Admin UX Polish
**Goal:** Maintainable, pleasant, self-serve.
**Deliverables**
- `README.md` (setup/run/deploy) + `SECURITY.md` + `RUNBOOK.md`
- Admin guide (user mgmt, imports, backups)
- QoL: keyboard shortcuts, column presets, saved filters
**Acceptance**
- New teammate stands it up and performs CRUD in ≤30 minutes using docs.
---
## Implementation Checklists
**Pin toolchain & linting**
- `rust-toolchain.toml``channel="RUST_STABLE"`
- `.cargo/config.toml` tuned for dev
- `cargo fmt`, `clippy -D warnings` in CI
**Security defaults**
- Cookies: `HttpOnly`, `Secure`, `SameSite=Strict`
- CSP: `default-src 'self'`; `frame-ancestors 'none'`; block mixed content
- No dev endpoints in prod; no directory listings
- DB: prepared statements only; least privilege
**DB pragmas (SQLite)**
- WAL mode; `synchronous=NORMAL` (or `FULL` for extra safety)
- `PRAGMA foreign_keys = ON;`
- Indices for filters/sorts used in viewer
---
## Risks & Mitigations
- **Generic admin scope creep.** Focus on 12 core entities (M3); templatize later.
- **Auth choice confusion.** Private, single-origin → cookies; avoid JWT complexity.
- **Log-based legal exposure.** Redact PII; isolate/audit logs; retention limits.
- **Backups untested.** Run restore drills. Untested backups are fiction.
---
## Assumptions (call out for correction)
- Using **SQLx + SQLite** initially (swap easily for Postgres/MySQL).
- Private LAN/VPN deployment; not publicly exposed unless decided later.

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create table alchemical_recipe
(
id INTEGER
primary key,
name TEXT not null
unique,
result_item_id INTEGER
references item,
herstellungs_talent_id INTEGER not null
references talent,
herstellungs_probe_mod INTEGER default 0,
labor_schwierigkeit TEXT,
rezept_kosten_heller INTEGER,
wirkungsbeschreibung TEXT,
wirkung_strukturiert TEXT
);

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@@ -0,0 +1,11 @@
create table ammunition
(
id INTEGER
primary key,
item_id INTEGER not null
unique
references item
on delete cascade,
passend_fuer_fk_waffe_typ TEXT
);

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database/main/armor.sql Normal file
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create table armor
(
id INTEGER
primary key,
item_id INTEGER not null
unique
references item
on delete cascade,
ruestungsschutz INTEGER not null,
behaelinderung REAL not null,
zonen TEXT
);

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create table attribute
(
id INTEGER
primary key,
code TEXT
unique,
name TEXT
);

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create table availability_level
(
id INTEGER
primary key,
stufe INTEGER not null
unique,
beschreibung TEXT
);

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database/main/book.sql Normal file
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create table book
(
id INTEGER
primary key,
code TEXT not null
unique,
title TEXT not null,
subtitle TEXT,
series TEXT,
volume TEXT,
edition TEXT,
isbn13 TEXT
unique,
publisher TEXT,
language TEXT,
published_at TEXT,
url TEXT,
license TEXT
);

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create table citation
(
id INTEGER
primary key,
book_id INTEGER not null
references book
on delete cascade,
page_start INTEGER not null,
page_end INTEGER,
section TEXT,
anchor TEXT,
note TEXT
);
create index idx_citation_book
on citation (book_id, page_start);

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create table crafting_recipe
(
id INTEGER
primary key,
result_item_id INTEGER not null
references item,
required_talent_id INTEGER not null
references talent,
required_fw INTEGER not null,
zeitaufwand_in_ze TEXT,
benoetigte_materialien TEXT,
anmerkung TEXT
);
create index idx_crafting_recipe_item
on crafting_recipe (result_item_id);
create index idx_crafting_recipe_talent
on crafting_recipe (required_talent_id);

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create table creature
(
id INTEGER
primary key,
optolith_key TEXT
unique,
name TEXT not null,
typ TEXT,
groessenkategorie TEXT,
attr_mu INTEGER,
attr_kl INTEGER,
attr_in INTEGER,
attr_ch INTEGER,
attr_ff INTEGER,
attr_ge INTEGER,
attr_ko INTEGER,
attr_kk INTEGER,
le_formel TEXT,
sk_wert INTEGER,
zk_wert INTEGER,
gs_wert INTEGER,
ini_formel TEXT,
rs_wert INTEGER,
beschreibung TEXT,
fluchtverhalten TEXT
);

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create table creature_attack
(
id INTEGER
primary key,
creature_id INTEGER not null
references creature
on delete cascade,
name TEXT not null,
at_wert INTEGER,
pa_wert INTEGER,
tp_formel TEXT,
reichweite TEXT,
eigenschaften TEXT
);

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create table creature_attack_has_property
(
attack_id INTEGER not null
references creature_attack
on delete cascade,
property_id INTEGER not null
references creature_attack_property
on delete restrict,
primary key (attack_id, property_id)
);
create index idx_creature_attack_has_prop_prop
on creature_attack_has_property (property_id);

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create table creature_attack_property
(
id INTEGER
primary key,
name TEXT not null
unique,
beschreibung TEXT
);

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create table creature_special_ability
(
creature_id INTEGER not null
references creature
on delete cascade,
special_ability_id INTEGER not null
references special_ability
on delete restrict,
primary key (creature_id, special_ability_id)
);
create index idx_creature_sa_sa
on creature_special_ability (special_ability_id);

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create table creature_talent
(
creature_id INTEGER not null
references creature
on delete cascade,
talent_id INTEGER not null
references talent
on delete restrict,
fertigkeitswert INTEGER not null,
primary key (creature_id, talent_id)
);
create index idx_creature_talent_talent
on creature_talent (talent_id);

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database/main/culture.sql Normal file
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create table culture
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null
);
create index idx_culture_name
on culture (name);

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@@ -0,0 +1,14 @@
create table culture_citation
(
culture_id INTEGER not null
references culture
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (culture_id, citation_id)
);
create index idx_culture_citation_cit
on culture_citation (citation_id);

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create table culture_language
(
culture_id INTEGER not null
references culture
on delete cascade,
language_id INTEGER not null
references language
on delete restrict,
level TEXT,
primary key (culture_id, language_id)
);
create index idx_culture_language_lang
on culture_language (language_id);

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@@ -0,0 +1,14 @@
create table culture_profession
(
culture_id INTEGER not null
references culture
on delete cascade,
profession_id INTEGER not null
references profession
on delete restrict,
primary key (culture_id, profession_id)
);
create index idx_culture_profession_prof
on culture_profession (profession_id);

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@@ -0,0 +1,14 @@
create table culture_script
(
culture_id INTEGER not null
references culture
on delete cascade,
script_id INTEGER not null
references script
on delete restrict,
primary key (culture_id, script_id)
);
create index idx_culture_script_script
on culture_script (script_id);

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create table culture_trait
(
culture_id INTEGER not null
references culture
on delete cascade,
trait_id INTEGER not null
references trait
on delete restrict,
tag TEXT not null,
level INTEGER,
param_value TEXT,
primary key (culture_id, trait_id, tag),
check (tag IN ('TYPISCH', 'EMPFOHLEN'))
);
create index idx_culture_trait_trait
on culture_trait (trait_id);

11
database/main/deity.sql Normal file
View File

@@ -0,0 +1,11 @@
create table deity
(
id INTEGER
primary key,
name TEXT not null
unique,
aspekte TEXT,
herrschaftsbereich TEXT,
heiliges_tier TEXT
);

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@@ -0,0 +1,9 @@
create table exclusive_group
(
id INTEGER
primary key,
name TEXT not null,
scope TEXT not null,
check (scope IN ('TRAIT', 'SF', 'TALENT', 'SPELL', 'LITURGY'))
);

View File

@@ -0,0 +1,9 @@
create table exclusive_group_member
(
group_id INTEGER not null
references exclusive_group
on delete cascade,
owner_id INTEGER not null,
primary key (group_id, owner_id)
);

15
database/main/item.sql Normal file
View File

@@ -0,0 +1,15 @@
create table item
(
id INTEGER
primary key,
name TEXT not null,
typ TEXT not null,
gewicht_in_unzen INTEGER default 0,
preis_in_heller INTEGER default 0,
beschreibung TEXT,
verfuegbarkeit TEXT,
availability_id INTEGER
references availability_level,
check (typ IN ('WAFFE', 'RÜSTUNG', 'SCHILD', 'FERNKAMPFWAFFE', 'MUNITION', 'ALLGEMEIN', 'ALCHEMIKA'))
);

View File

@@ -0,0 +1,19 @@
create table kampftechnik
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
grundwert INTEGER default 6 not null,
probe_attr1_id INTEGER
references attribute,
probe_attr2_id INTEGER
references attribute,
probe_attr3_id INTEGER
references attribute,
beschreibung TEXT,
leiteigenschaft_id INTEGER
references attribute
);

View File

@@ -0,0 +1,10 @@
create table language
(
id INTEGER
primary key,
code TEXT
unique,
name TEXT not null
unique
);

22
database/main/liturgy.sql Normal file
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@@ -0,0 +1,22 @@
create table liturgy
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
probe_attr1_id INTEGER not null
references attribute,
probe_attr2_id INTEGER not null
references attribute,
probe_attr3_id INTEGER not null
references attribute,
wirkung TEXT,
dauer TEXT,
kap_kosten TEXT,
reichweite TEXT,
wirkungsdauer TEXT,
steig_faktor TEXT not null,
check (steig_faktor IN ('A', 'B', 'C', 'D'))
);

View File

@@ -0,0 +1,14 @@
create table liturgy_citation
(
liturgy_id INTEGER not null
references liturgy
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (liturgy_id, citation_id)
);
create index idx_liturgy_citation_cit
on liturgy_citation (citation_id);

View File

@@ -0,0 +1,17 @@
create table liturgy_modification
(
id INTEGER
primary key,
liturgy_id INTEGER not null
references liturgy
on delete cascade,
name TEXT not null,
wirkung TEXT not null,
voraussetzung TEXT,
kosten_modifikation TEXT,
unique (liturgy_id, name)
);
create index idx_liturgy_mod_liturgy
on liturgy_modification (liturgy_id);

View File

@@ -0,0 +1,14 @@
create table liturgy_tradition
(
liturgy_id INTEGER not null
references liturgy
on delete cascade,
tradition_id INTEGER not null
references tradition
on delete restrict,
primary key (liturgy_id, tradition_id)
);
create index idx_liturgy_tradition_t
on liturgy_tradition (tradition_id);

View File

@@ -0,0 +1,14 @@
create table liturgy_zielkategorie
(
liturgy_id INTEGER not null
references liturgy
on delete cascade,
zielkategorie_id INTEGER not null
references zielkategorie
on delete restrict,
primary key (liturgy_id, zielkategorie_id)
);
create index idx_liturgy_zielkat_z
on liturgy_zielkategorie (zielkategorie_id);

View File

@@ -0,0 +1,8 @@
create table merkmal
(
id INTEGER
primary key,
name TEXT not null
unique
);

View File

@@ -0,0 +1,16 @@
create table poison_disease
(
id INTEGER
primary key,
name TEXT not null
unique,
typ TEXT not null,
art TEXT,
resistenz_probe_attr TEXT not null,
stufe INTEGER,
wirkungsbeginn TEXT,
schaden_wirkung TEXT,
dauer TEXT,
check (typ IN ('GIFT', 'KRANKHEIT'))
);

View File

@@ -0,0 +1,14 @@
create table profession
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
typ TEXT,
beschreibung TEXT
);
create index idx_profession_name
on profession (name);

View File

@@ -0,0 +1,14 @@
create table profession_citation
(
profession_id INTEGER not null
references profession
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (profession_id, citation_id)
);
create index idx_profession_citation_cit
on profession_citation (citation_id);

View File

@@ -0,0 +1,14 @@
create table profession_special_ability
(
profession_id INTEGER not null
references profession
on delete cascade,
special_ability_id INTEGER not null
references special_ability
on delete restrict,
primary key (profession_id, special_ability_id)
);
create index idx_profession_sa_sa
on profession_special_ability (special_ability_id);

View File

@@ -0,0 +1,16 @@
create table profession_trait
(
profession_id INTEGER not null
references profession
on delete cascade,
trait_id INTEGER not null
references trait
on delete restrict,
level INTEGER,
param_value TEXT,
primary key (profession_id, trait_id)
);
create index idx_profession_trait_trait
on profession_trait (trait_id);

View File

@@ -0,0 +1,18 @@
create table ranged_weapon
(
id INTEGER
primary key,
item_id INTEGER not null
unique
references item
on delete cascade,
kampftechnik_id INTEGER not null
references kampftechnik
on delete restrict,
schaden_tp_formel TEXT not null,
ladezeit_in_aktionen INTEGER,
reichweite_nah INTEGER,
reichweite_mittel INTEGER,
reichweite_fern INTEGER
);

View File

@@ -0,0 +1,31 @@
create table requirement
(
id INTEGER
primary key,
owner_kind TEXT not null,
owner_id INTEGER not null,
group_no INTEGER default 1 not null,
negate INTEGER default 0 not null,
req_type TEXT not null,
req_id INTEGER,
req_level INTEGER,
req_optokey TEXT,
note TEXT,
check (negate IN (0, 1)),
check (owner_kind IN (
'TRAIT', 'SF', 'TALENT', 'SPELL', 'LITURGY', 'PROFESSION', 'SPECIES', 'CULTURE'
)),
check (req_type IN (
'TRAIT', 'TRAIT_LEVEL_MIN',
'ATTR_MIN', 'TALENT_MIN', 'SF',
'SPECIES', 'CULTURE', 'TRADITION', 'MERKMAL',
'EXCLUSIVE_GROUP'
))
);
create index idx_requirement_owner
on requirement (owner_kind, owner_id, group_no);
create index idx_requirement_ref
on requirement (req_type, req_id);

View File

@@ -0,0 +1,7 @@
create table sa_type
(
code TEXT
primary key,
name TEXT not null
);

10
database/main/script.sql Normal file
View File

@@ -0,0 +1,10 @@
create table script
(
id INTEGER
primary key,
code TEXT
unique,
name TEXT not null
unique
);

View File

@@ -0,0 +1,11 @@
create table service_cost
(
id INTEGER
primary key,
name TEXT not null,
kategorie TEXT,
preis_in_heller INTEGER,
preis_bemerkung TEXT,
beschreibung TEXT
);

17
database/main/shield.sql Normal file
View File

@@ -0,0 +1,17 @@
create table shield
(
id INTEGER
primary key,
item_id INTEGER not null
unique
references item
on delete cascade,
kampftechnik_id INTEGER not null
references kampftechnik
on delete restrict,
at_mod INTEGER default 0,
pa_mod INTEGER default 0,
zusatz_rs INTEGER default 0,
zusatz_be REAL default 0
);

View File

@@ -0,0 +1,10 @@
create table social_status
(
id INTEGER
primary key,
name TEXT not null
unique,
ap_kosten INTEGER not null,
beschreibung TEXT
);

View File

@@ -0,0 +1,15 @@
create table special_ability
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
type_code TEXT
references sa_type
on update cascade,
ap_kosten INTEGER,
beschreibung TEXT,
benoetigt_parameter BOOLEAN default 0 not null
);

View File

@@ -0,0 +1,14 @@
create table special_ability_citation
(
special_ability_id INTEGER not null
references special_ability
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (special_ability_id, citation_id)
);
create index idx_special_ability_citation_cit
on special_ability_citation (citation_id);

17
database/main/species.sql Normal file
View File

@@ -0,0 +1,17 @@
create table species
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
ap_kosten INTEGER,
le_grund INTEGER,
sk_grund INTEGER,
zk_grund INTEGER,
gs_grund INTEGER
);
create index idx_species_name
on species (name);

View File

@@ -0,0 +1,15 @@
create table species_attribute_mod
(
species_id INTEGER not null
references species
on delete cascade,
attribute_id INTEGER not null
references attribute
on delete restrict,
delta INTEGER not null,
primary key (species_id, attribute_id)
);
create index idx_species_attrmod_attr
on species_attribute_mod (attribute_id);

View File

@@ -0,0 +1,14 @@
create table species_citation
(
species_id INTEGER not null
references species
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (species_id, citation_id)
);
create index idx_species_citation_cit
on species_citation (citation_id);

View File

@@ -0,0 +1,18 @@
create table species_trait
(
species_id INTEGER not null
references species
on delete cascade,
trait_id INTEGER not null
references trait
on delete restrict,
source TEXT not null,
level INTEGER,
param_value TEXT,
primary key (species_id, trait_id, source),
check (source IN ('AUTOMATISCH', 'TYPISCH', 'EMPFOHLEN'))
);
create index idx_species_trait_trait
on species_trait (trait_id);

22
database/main/spell.sql Normal file
View File

@@ -0,0 +1,22 @@
create table spell
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
probe_attr1_id INTEGER not null
references attribute,
probe_attr2_id INTEGER not null
references attribute,
probe_attr3_id INTEGER not null
references attribute,
wirkung TEXT,
zauberdauer TEXT,
asp_kosten TEXT,
reichweite TEXT,
wirkungsdauer TEXT,
steig_faktor TEXT not null,
check (steig_faktor IN ('A', 'B', 'C', 'D'))
);

View File

@@ -0,0 +1,14 @@
create table spell_citation
(
spell_id INTEGER not null
references spell
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (spell_id, citation_id)
);
create index idx_spell_citation_cit
on spell_citation (citation_id);

View File

@@ -0,0 +1,14 @@
create table spell_merkmal
(
spell_id INTEGER not null
references spell
on delete cascade,
merkmal_id INTEGER not null
references merkmal
on delete restrict,
primary key (spell_id, merkmal_id)
);
create index idx_spell_merkmal_m
on spell_merkmal (merkmal_id);

View File

@@ -0,0 +1,17 @@
create table spell_modification
(
id INTEGER
primary key,
spell_id INTEGER not null
references spell
on delete cascade,
name TEXT not null,
wirkung TEXT not null,
voraussetzung TEXT,
kosten_modifikation TEXT,
unique (spell_id, name)
);
create index idx_spell_mod_spell
on spell_modification (spell_id);

View File

@@ -0,0 +1,14 @@
create table spell_tradition
(
spell_id INTEGER not null
references spell
on delete cascade,
tradition_id INTEGER not null
references tradition
on delete restrict,
primary key (spell_id, tradition_id)
);
create index idx_spell_tradition_t
on spell_tradition (tradition_id);

View File

@@ -0,0 +1,14 @@
create table spell_zielkategorie
(
spell_id INTEGER not null
references spell
on delete cascade,
zielkategorie_id INTEGER not null
references zielkategorie
on delete restrict,
primary key (spell_id, zielkategorie_id)
);
create index idx_spell_zielkat_z
on spell_zielkategorie (zielkategorie_id);

View File

@@ -0,0 +1,10 @@
create table status_effect
(
id INTEGER
primary key,
name TEXT not null
unique,
max_stufen INTEGER,
regel_beschreibung TEXT
);

24
database/main/talent.sql Normal file
View File

@@ -0,0 +1,24 @@
create table talent
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
group_code TEXT
references talent_group
on update cascade,
probe_attr1_id INTEGER not null
references attribute,
probe_attr2_id INTEGER not null
references attribute,
probe_attr3_id INTEGER not null
references attribute,
steig_faktor TEXT not null,
beschreibung TEXT,
check (steig_faktor IN ('A', 'B', 'C', 'D'))
);
create index idx_talent_group
on talent (group_code);

View File

@@ -0,0 +1,14 @@
create table talent_citation
(
talent_id INTEGER not null
references talent
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (talent_id, citation_id)
);
create index idx_talent_citation_cit
on talent_citation (citation_id);

View File

@@ -0,0 +1,7 @@
create table talent_group
(
code TEXT
primary key,
name TEXT not null
);

View File

@@ -0,0 +1,8 @@
create table tradition
(
id INTEGER
primary key,
name TEXT not null
unique
);

View File

@@ -0,0 +1,14 @@
create table tradition_has_deity
(
tradition_id INTEGER not null
references tradition
on delete cascade,
deity_id INTEGER not null
references deity
on delete restrict,
primary key (tradition_id, deity_id)
);
create index idx_trad_deity_deity
on tradition_has_deity (deity_id);

26
database/main/trait.sql Normal file
View File

@@ -0,0 +1,26 @@
create table trait
(
id INTEGER
primary key,
optolith_key TEXT not null
unique,
name TEXT not null,
kind TEXT not null,
is_leveled INTEGER default 0 not null,
level_min INTEGER,
level_max INTEGER,
level_step INTEGER,
ap_cost_mode TEXT default 'FIXED' not null,
ap_wert INTEGER,
ap_per_level INTEGER,
ap_formula TEXT,
beschreibung TEXT,
benoetigt_parameter BOOLEAN default 0 not null,
check (ap_cost_mode IN ('FIXED', 'PER_LEVEL', 'TABLE', 'FORMULA')),
check (is_leveled IN (0, 1)),
check (kind IN ('VORTEIL', 'NACHTEIL'))
);
create index idx_trait_kind
on trait (kind);

View File

@@ -0,0 +1,14 @@
create table trait_citation
(
trait_id INTEGER not null
references trait
on delete cascade,
citation_id INTEGER not null
references citation
on delete cascade,
primary key (trait_id, citation_id)
);
create index idx_trait_citation_cit
on trait_citation (citation_id);

View File

@@ -0,0 +1,11 @@
create table trait_conflict
(
trait_id INTEGER not null
references trait
on delete cascade,
incompatible_trait_id INTEGER not null
references trait
on delete cascade,
primary key (trait_id, incompatible_trait_id)
);

View File

@@ -0,0 +1,12 @@
create table trait_level
(
trait_id INTEGER not null
references trait
on delete cascade,
level INTEGER not null,
ap_cost INTEGER,
label TEXT,
note TEXT,
primary key (trait_id, level)
);

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_attr_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type = 'ATTR_MIN'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM attribute WHERE id = NEW.req_id)
THEN RAISE(ABORT, 'requirement.req_id must reference attribute.id for ATTR_MIN')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_attr_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type = 'ATTR_MIN'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM attribute WHERE id = NEW.req_id)
THEN RAISE(ABORT, 'requirement.req_id must reference attribute.id for ATTR_MIN (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_culture_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type='CULTURE'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM culture WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference culture.id for CULTURE')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_culture_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type='CULTURE'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM culture WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference culture.id for CULTURE (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_exclgrp_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type='EXCLUSIVE_GROUP'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM exclusive_group WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference exclusive_group.id for EXCLUSIVE_GROUP')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_exclgrp_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type='EXCLUSIVE_GROUP'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM exclusive_group WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference exclusive_group.id for EXCLUSIVE_GROUP (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_merk_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type='MERKMAL'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM merkmal WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference merkmal.id for MERKMAL')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_merk_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type='MERKMAL'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM merkmal WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference merkmal.id for MERKMAL (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_sf_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type='SF'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM special_ability WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference special_ability.id for SF')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_sf_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type='SF'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM special_ability WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference special_ability.id for SF (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_species_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type='SPECIES'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM species WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference species.id for SPECIES')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_species_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type='SPECIES'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM species WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference species.id for SPECIES (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_talent_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type='TALENT_MIN'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM talent WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference talent.id for TALENT_MIN')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_talent_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type='TALENT_MIN'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM talent WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference talent.id for TALENT_MIN (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_trad_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type='TRADITION'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM tradition WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference tradition.id for TRADITION')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_trad_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type='TRADITION'
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM tradition WHERE id=NEW.req_id)
THEN RAISE(ABORT,'requirement.req_id must reference tradition.id for TRADITION (UPDATE)')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_trait_insert
BEFORE INSERT ON requirement
WHEN NEW.req_type IN ('TRAIT','TRAIT_LEVEL_MIN')
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM trait WHERE id = NEW.req_id)
THEN RAISE(ABORT, 'requirement.req_id must reference trait.id for TRAIT/TRAIT_LEVEL_MIN')
END;
END;

View File

@@ -0,0 +1,10 @@
CREATE TRIGGER trg_requirement_check_trait_update
BEFORE UPDATE ON requirement
WHEN NEW.req_type IN ('TRAIT','TRAIT_LEVEL_MIN')
BEGIN
SELECT CASE
WHEN NEW.req_id IS NULL OR NOT EXISTS (SELECT 1 FROM trait WHERE id = NEW.req_id)
THEN RAISE(ABORT, 'requirement.req_id must reference trait.id for TRAIT/TRAIT_LEVEL_MIN (UPDATE)')
END;
END;

View File

@@ -0,0 +1,7 @@
CREATE TRIGGER trg_trait_conflict_order
BEFORE INSERT ON trait_conflict
WHEN NEW.trait_id > NEW.incompatible_trait_id
BEGIN
SELECT RAISE(ABORT, 'Insert smaller id first (trait_id < incompatible_trait_id)');
END;

View File

@@ -0,0 +1,17 @@
CREATE VIEW v_book_index AS
SELECT 'TRAIT' AS kind, t.name, b.code, c.page_start, c.page_end
FROM trait t JOIN trait_citation tc ON tc.trait_id=t.id
JOIN citation c ON c.id=tc.citation_id JOIN book b ON b.id=c.book_id
UNION ALL
SELECT 'SPECIES', s.name, b.code, c.page_start, c.page_end
FROM species s JOIN species_citation sc ON sc.species_id=s.id
JOIN citation c ON c.id=sc.citation_id JOIN book b ON b.id=c.book_id
UNION ALL
SELECT 'CULTURE', cu.name, b.code, c.page_start, c.page_end
FROM culture cu JOIN culture_citation cc ON cc.culture_id=cu.id
JOIN citation c ON c.id=cc.citation_id JOIN book b ON b.id=c.book_id
UNION ALL
SELECT 'PROFESSION', p.name, b.code, c.page_start, c.page_end
FROM profession p JOIN profession_citation pc ON pc.profession_id=p.id
JOIN citation c ON c.id=pc.citation_id JOIN book b ON b.id=c.book_id;

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CREATE VIEW v_requirement_debug AS
SELECT
owner_kind,
owner_id,
group_no,
CASE negate WHEN 1 THEN 'NOT ' ELSE '' END || req_type AS req_op,
req_id,
req_level,
req_optokey,
note
FROM requirement
ORDER BY owner_kind, owner_id, group_no, negate DESC, req_type, req_id;

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CREATE VIEW v_species_auto_traits AS
SELECT s.id AS species_id, s.name AS species,
t.id AS trait_id, t.name AS trait, st.level, st.param_value
FROM species s
JOIN species_trait st ON st.species_id = s.id AND st.source = 'AUTOMATISCH'
JOIN trait t ON t.id = st.trait_id;

18
database/main/weapon.sql Normal file
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create table weapon
(
id INTEGER
primary key,
item_id INTEGER not null
unique
references item
on delete cascade,
kampftechnik_id INTEGER not null
references kampftechnik
on delete restrict,
schaden_tp_formel TEXT not null,
tp_kk_schwelle INTEGER,
tp_kk_schritt INTEGER,
at_mod INTEGER default 0,
pa_mod INTEGER default 0
);

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create table weapon_has_property
(
weapon_id INTEGER not null
references weapon
on delete cascade,
property_id INTEGER not null
references weapon_property
on delete restrict,
primary key (weapon_id, property_id)
);
create index idx_weapon_has_property_prop
on weapon_has_property (property_id);

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create table weapon_property
(
id INTEGER
primary key,
name TEXT not null
unique,
beschreibung TEXT
);

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create table zielkategorie
(
id INTEGER
primary key,
name TEXT not null
unique
);

0
dist/.keep vendored Normal file
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11
server.log Normal file
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@@ -0,0 +1,11 @@
Compiling unicode-ident v1.0.18
Compiling cfg-if v1.0.3
Compiling futures-core v0.3.31
Compiling pin-project-lite v0.2.16
Compiling once_cell v1.21.3
Compiling scopeguard v1.2.0
Compiling proc-macro2 v1.0.101
Compiling lock_api v0.4.13
Compiling memchr v2.7.5
Compiling log v0.4.27
Compiling libc v0.2.175

1
src/components/mod.rs Normal file
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pub mod nav;

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