fs-sav 0.2.0

Foxhole save file parser - extracts stockpile data from .sav files

fs-sav

Foxhole save file parser - extracts stockpile data from .sav files.

Features

• Parse Foxhole save files (.sav) using the uesave library
• Extract stockpile information: items, locations, types, quantities
• Watch files for changes with diff modes (NDJSON output)
• Filter by hex, stockpile type, public/reserve status
• Output compatible with foxhole-stockpiles
• Python bindings via PyO3

Installation

Python (from PyPI)

pip install fs-sav

Rust CLI (from source)

cargo install --path .

Python (from source)

pip install maturin
maturin develop --features python

CLI Usage

Parse command

# Parse a save file
fs-sav parse path/to/War.sav

# Parse with compact output (no pretty printing)
fs-sav parse path/to/War.sav --compact

# Read from stdin
cat War.sav | fs-sav parse

Filter options

# Only public stockpiles (non-reserve)
fs-sav parse War.sav --public

# Only reserve stockpiles
fs-sav parse War.sav --reserves

# Filter by hex
fs-sav parse War.sav --hex TerminusHex

# Filter by stockpile type
fs-sav parse War.sav --type Seaport

# Only stockpiles with items
fs-sav parse War.sav --with-items

# Combine filters
fs-sav parse War.sav --hex TerminusHex --public --with-items

Watch command

# Watch for changes (outputs all stockpiles on each change)
fs-sav watch path/to/War.sav

# Watch with custom poll interval (seconds)
fs-sav watch path/to/War.sav --poll 2.0

# Only output stockpiles that changed (any field)
fs-sav watch path/to/War.sav --diff

# Only output stockpiles where items changed
fs-sav watch path/to/War.sav --diff-items

# Watch with filters
fs-sav watch path/to/War.sav --hex TerminusHex --public

Version

fs-sav version

Python Usage

import fs_sav

# Parse a save file
stockpiles = fs_sav.parse_save("path/to/War.sav")
print(f"Found {len(stockpiles)} stockpiles")

for stockpile in stockpiles:
    print(f"  {stockpile['name']} ({stockpile['type']}): {len(stockpile['items'])} items")

# Parse with filters
seaports = fs_sav.parse_save("War.sav", stockpile_type="Seaport")
reserves = fs_sav.parse_save("War.sav", reserves=True)
terminus_public = fs_sav.parse_save("War.sav", hex="TerminusHex", public=True)

# Parse from bytes
with open("War.sav", "rb") as f:
    data = f.read()
stockpiles = fs_sav.parse_save_bytes(data)

# Get parser info
info = fs_sav.info()
print(f"Implementation: {info['implementation']}, Version: {info['version']}")

Filter parameters

Parameter	Type	Description
public	bool	Only public stockpiles (non-reserve)
reserves	bool	Only reserve stockpiles
hex	str	Filter by hex name (e.g., "TerminusHex")
stockpile_type	str	Filter by type (e.g., "Seaport")
with_items	bool	Only stockpiles with items

Rust Library Usage

use fs_sav::{parse_save, ParseResult};

fn main() -> fs_sav::Result<()> {
    let result = parse_save("path/to/War.sav")?;
    println!("Found {} stockpiles", result.stockpiles.len());

    for stockpile in &result.stockpiles {
        println!("  {} ({:?}): {} items",
            stockpile.name,
            stockpile.stockpile_type,
            stockpile.items.len()
        );
    }

    Ok(())
}

Output Format

The output is a JSON array of stockpiles:

[
  {
    "name": "",
    "type": "Seaport",
    "hex": "TerminusHex",
    "coords": { "x": 0.457, "y": 0.664 },
    "is_reserve": false,
    "items": [
      { "code": "Rifle", "quantity": 100, "crated": false },
      { "code": "RifleAmmo", "quantity": 50, "crated": true }
    ],
    "timestamp": "2024-01-15T10:29:00Z"
  }
]

Stockpile Types

The parser recognizes all Foxhole stockpile types:

Category	Types
Bases	GarrisonStation, Keep, ForwardBase1, RelicBase1, FortBase (T1-T3), BorderBase, TownBase (T1-T3), FortGarrisonStation
Storage	StorageFacility, Seaport, AircraftDepot
Facilities	Hospital, Refinery, MaintenanceTunnel, FacilityFactorySmallArms, FacilityModificationCenter, FacilityTransfer (Liquid/Material/Resource), FacilityVehicleFactory (T1-T3)

License

MIT