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|
use colored::Colorize;
use std::path::PathBuf;
use mingling::{
Groupped,
macros::{chain, dispatcher, pack, r_println, renderer},
};
use serde::Serialize;
use crate::{
Next,
project_solver::{BinaryItem, solve_current_dir},
};
dispatcher!("show-target-dir", ReadTargetDirCommand => ReadTargetDirEntry);
dispatcher!("show-workspace-root", ReadWorkspaceRootCommand => ReadWorkspaceRootEntry);
dispatcher!("show-binaries", ReadBinariesCommand => ReadBinariesEntry);
pack!(ResultDir = PathBuf);
pack!(ResultTargetDirNotFound = ());
#[derive(Debug, Serialize, Default, Groupped)]
pub(crate) struct ResultBinaries {
bin: Vec<BinaryItem>,
}
#[chain]
pub(crate) fn handle_target_dir_entry(_prev: ReadTargetDirEntry) -> Next {
match solve_current_dir() {
Ok(solved) => {
let dir = solved.target_dir;
ResultDir::new(dir).to_render()
}
Err(_) => ResultTargetDirNotFound::new(()).to_render(),
}
}
#[chain]
pub(crate) fn handle_workspace_root_entry(_prev: ReadWorkspaceRootEntry) -> Next {
match solve_current_dir() {
Ok(solved) => {
let dir = solved.workspace_root;
ResultDir::new(dir).to_render()
}
Err(_) => ResultTargetDirNotFound::new(()).to_render(),
}
}
#[chain]
pub(crate) fn handle_binaries_entry(_prev: ReadBinariesEntry) -> Next {
match solve_current_dir() {
Ok(solved) => {
let binaries = solved.binaries;
ResultBinaries { bin: binaries }.to_render()
}
Err(_) => ResultTargetDirNotFound::new(()).to_render(),
}
}
#[renderer]
pub(crate) fn render_dir(prev: ResultDir) {
r_println!("{}", prev.inner.display())
}
#[renderer]
pub(crate) fn render_binaries(prev: ResultBinaries) {
for (i, item) in (1..).zip(prev.bin.iter()) {
r_println!(
"{}. {} ({})",
i.to_string(),
item.name.bold(),
item.path.to_string_lossy().underline().bright_cyan()
);
}
}
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