base64 = "0.21"

paste = "1.0"

strconv = "0.1"

image = { version = "0.24", features = [], default-features = false, optional = true }

color-hex = "0.2"

thiserror = "1.0"

//! defense

use crate::block::simple::{cost, make_simple, BasicBlock};

use crate::block::*;

make_register! {

"mender" -> HeatedBlock::new(1, true, cost!(Copper: 25, Lead: 30));

"mend-projector" -> HeatedBlock::new(2, true, cost!(Copper: 50, Lead: 100, Titanium: 25, Silicon: 40));

make_simple!(

ConveyorBlock,

|_, name, _, ctx: Option<&RenderingContext>, rot, s| tile(ctx.unwrap(), name, rot, s),

// format:

// - amount: `i32`

// - iterate amount:

make_simple!(

DuctBlock,

|_, name, _, ctx: Option<&RenderingContext>, rot, s| tile(ctx.unwrap(), name, rot, s),

// format:

// - rec_dir: `i8`

buff.skip(1)

}

);

make_simple!(SimpleDuctBlock, |_, name, _, _, rot: Rotation, s| {

let mut base = load!("duct-base", s);

let mut top = load!(from name which is ["overflow-duct" "underflow-duct"], s);

// format:

// - link: `i32`

// - cooldown: `f32`

);

// format: id: [`i32`]

make_register! {

"conveyor" => ConveyorBlock::new(1, false, cost!(Copper: 1));

&self,

b: &mut Build,

_: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

match b.block.name() {

&self,

t: &mut Build,

r: &super::BlockRegistry,

buff: &mut crate::data::DataRead,

) -> Result<(), crate::data::ReadError> {

match t.block.name() {

"phase-conveyor" | "phase-conduit" | "bridge-conduit" => read_item_bridge(buff)?,

"mass-driver" => buff.skip(9)?,

"payload-mass-driver" | "large-payload-mass-driver" => {

buff.skip(19)?;

}

// no state?

};

base

},

);

make_simple!(WallDrillBlock, |_, _, _, _, rot: Rotation, scl| {

let mut base = load!("cliff-crusher", scl);

&self,

b: &mut Build,

_: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

let f = buff.read_u16()?;

make_simple!(

MemoryBlock =>

// format:

// - iterate [`u32`]

// - memory: [`f64`]

&self,

build: &mut Build,

_: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

let n = buff.read_i32()? as usize;

&self,

b: &mut Build,

_: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

b.state = Some(Self::create_state(buff.read_utf()?.to_string()));

&self,

build: &mut Build,

_: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

build.state = Some(Self::create_state(buff.read_bool()?));

&self,

b: &mut Build,

_: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

let n = buff.read_u32()? as usize;

use std::fmt;

use crate::data::dynamic::{DynData, DynType};

use crate::data::{self, renderer::*, CompressError};

use crate::data::{DataRead, GridPos, ReadError as DataReadError};

use crate::item::storage::ItemStorage;

ConnectorBlock,

ItemTurret,

ConveyorBlock,

WallDrillBlock,

DrillBlock,

NuclearGeneratorBlock,

&self,

build: &mut Build,

reg: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

Ok(())

&self,

build: &mut Build,

reg: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

}

}

use crate::block::{self, *};

use crate::content::{self, Content};

use crate::data::dynamic::DynType;

use crate::data::ReadError;

use crate::unit;

},

read_payload_conveyor

);

make_register! {

"payload-conveyor" => PayloadConveyor::new(3, false, cost!(Copper: 10, Graphite: 10));

"reinforced-payload-conveyor" => PayloadConveyor::new(3, false, cost!(Tungsten: 10));

"payload-mass-driver" -> BridgeBlock::new(3, true, cost!(Tungsten: 120, Silicon: 120, Graphite: 50), 700, false);

"large-payload-mass-driver" -> BridgeBlock::new(5, true, cost!(Thorium: 200, Tungsten: 200, Silicon: 200, Graphite: 100, Oxide: 30), 1100, false);

"small-deconstructor" => SimplePayloadBlock::new(3, true, cost!(Beryllium: 100, Silicon: 100, Oxide: 40, Graphite: 80));

r: Rotation,

s: Scale,

) -> ImageHolder<4> {

}

fn data_from_i32(&self, _: i32, _: GridPos) -> Result<DynData, DataConvertError> {

fn read_payload_router(

b: &mut Build,

reg: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

buff.skip(4)

}

/// format:

/// - rot: [`f32`]

/// - become [`read_payload`]

fn read_payload_conveyor(

_: &mut Build,

reg: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

buff.skip(8)?;

}

/// format:

/// - become [`read_payload`]

pub(crate) fn read_payload_block(

reg: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

buff.skip(12)?;

}

/// format:

/// - [`BlockLogic::read`] (recursion :ferrisHmm:),

/// - if type == 2 (paylood unit):

/// - id: [`u8`]

if !buff.read_bool()? {

return Ok(());

}

let b = buff.read_u16()?;

let b = BlockEnum::try_from(b).unwrap_or(BlockEnum::Router);

let block = reg.get(b.get_name()).unwrap();

}

UNIT => {

return Err(ReadError::Expected("map entry"));

};

}

_ => return Err(ReadError::Expected("0 | 1")),

}

#[cfg(test)]

mod tests {

use crate::registry::Registry;

use super::*;

let mut reg = Registry::default();

register(&mut reg);

let mut r = DataRead::new(&[0, 0, 0, 0, 0, 0, 0, 0, 0]);

assert!(r.read_bool().is_err());

let mut r = DataRead::new(&[

65, 198, 232, 0, 67, 51, 255, 249, 1, 1, 0, 157, 0, 67, 197, 128, 0, 128, 1, 3,

]);

assert!(r.read_bool().is_err());

}

}

use crate::block::*;

use crate::data::dynamic::DynType;

make_simple!(

Neoplasia,

|_, _, _, _, rot: Rotation, scl| {

};

base

},

);

make_simple!(DiodeBlock, |_, _, _, _, rot: Rotation, s| {

let mut base = load!("diode", s);

}

// format: call [`read_production_block`], seed: [`i32`]

make_simple!(

ProductionBlock,

}

base

},

// format:

// - progress: `f32`

// - warmup: `f32`

};

base

},

// format:

// - progress: `f32`

// - warmup: `f32`

&self,

build: &mut crate::data::map::Build,

reg: &crate::block::BlockRegistry,

buff: &mut crate::data::DataRead,

) -> Result<(), crate::data::ReadError> {

#[allow(clippy::redundant_closure_call)]

}

}

};

($name: ident, $draw: expr) => {

};

($name: ident, $draw: expr, $read: expr) => {

crate::block::simple::make_simple!($name, $draw, $read);

crate::block::simple::make_simple!(

$name,

|_, _, _, _, _, scl| $draw(scl),

);

};

($name: ident) => {

"smite" -> ItemTurret::new(5, true, cost!(Oxide: 200, SurgeAlloy: 400, Silicon: 800, Carbide: 500, PhaseFabric: 300));

}

/// format:

/// - call [`read_turret`]

use super::payload::{read_payload_block, read_payload_seq};

use crate::block::simple::*;

use crate::data::command::UnitCommand;

use crate::unit;

// fn is_pay(b: &str) -> bool {

// matches!(

};

base

},

);

/// format:

/// - read: [`i32`]

/// - call [`read_payload_seq`]

/// - point: ([`f32`], [`f32`]) (maybe [`NaN`](f32::NAN))

buff.skip(4)?;

let n = buff.read_u8()? as usize;

buff.skip(n * 4)?;

};

base

},

);

make_simple!(

buff.skip(4) // rotation: [`f32`]

}

);

&self,

_: &mut Build,

reg: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

buff.skip(12)?;

Ok(())

}

}

&self,

_: &mut Build,

reg: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

buff.skip(14)

}

}

&self,

build: &mut Build,

_: &BlockRegistry,

buff: &mut DataRead,

) -> Result<(), DataReadError> {

build.state = Some(Self::create_state(buff.read_bool()?));

//! - chunk len: `u16`

//! - if block == building:

//! - revision: `i8`

//! - else skip `chunk len`

//! - or data

//! - data: `i8`

} };

}

impl<'l> Tile<'l> {

#[must_use]

pub const fn new(floor: BlockEnum, ore: BlockEnum) -> Self {

self.block.name()

}

// health

let _ = buff.read_f32()?;

let rot = buff.read_i8()? as i16;

buff.skip(4)?;

}

// "overridden by subclasses"

// implementation not complete, simply error, causing the remaining bytes in the chunk to be skipped (TODO finish impl)

Err(ReadError::Version(0x0))

// Ok(())

.ok_or_else(|| ReadError::NoSuchBlock(block.to_string()))?,

)

};

}

if entity {

if central {

println!("reading {:?}", map[i].build.as_ref().unwrap());

let _ = buff.read_i8()?;

Ok::<(), ReadError>(())

});

}

m = Some(map);

Ok::<(), ReadError>(())

})?;

buff.read_chunk(true, |buff| {

// read entity mapping (SaveVersion.java#436)

for _ in 0..buff.read_u16()? {

}

// read team block plans (ghosts) (SaveVersion.java#389)

for _ in 0..buff.read_u32()? {

// read world entities (#412). eg units

for _ in 0..buff.read_u32()? {

let len = buff.read_u16()? as usize;

}

Ok::<(), ReadError>(())

})?;

mod base64;

pub mod command;

pub mod dynamic;

pub mod map;

pub mod planet;

pub mod renderer;

}

/// draws this placement in particular

#[must_use]

pub fn image(

&self,

"invincible",

}

}

use crate::content::{Content, Type};

pub struct Team(u8);

impl Team {

//!

//! [source](https://github.com/Anuken/Mindustry/blob/master/core/src/mindustry/content/UnitTypes.java)

use crate::content::content_enum;

content_enum! {

"dagger",

"mace",

"fortress",

"scathe-missile",

}

}