rudof_cli 0.3.9

use crate::cli::parser::ShaclArgs;
use crate::cli::wrappers::resolve_backend;
use crate::commands::base::{Command, CommandContext};
use anyhow::Result;
use rudof_lib::formats::BackendSpec;

/// Implementation of the `shacl` command.
///
/// This struct holds the specific arguments parsed by `clap` and
/// implements the [Command] trait to execute Shacl command logic.
pub struct ShaclCommand {
    /// Arguments specific to Shacl command.
    args: ShaclArgs,
}

impl ShaclCommand {
    pub fn new(args: ShaclArgs) -> Self {
        Self { args }
    }
}

impl Command for ShaclCommand {
    /// Returns the unique identifier for this command.
    fn name(&self) -> &'static str {
        "shacl"
    }

    /// Executes the Shacl command logic.
    ///
    /// With no `data` and no `--shapes`, there is nothing new to load, so
    /// this just re-serializes whatever SHACL shapes are already loaded in
    /// the session (useful in the interactive shell, where state persists
    /// across commands).
    #[allow(clippy::unnecessary_fallible_conversions)]
    fn execute(&self, ctx: &mut CommandContext) -> Result<()> {
        let data_format = self.args.data_format.into();
        let reader_mode = self.args.reader_mode.into();
        let shacl_schema_format = self.args.shapes_format.into();
        let result_format = self.args.result_shapes_format.into();

        let backend = resolve_backend(&self.args.common);
        let has_data_source = !self.args.data.is_empty() || matches!(backend, BackendSpec::Endpoint(_));

        if has_data_source {
            let mut loading = ctx
                .rudof
                .load_data()
                .with_data_format(&data_format)
                .with_reader_mode(&reader_mode)
                .with_backend(backend);
            if !self.args.data.is_empty() {
                loading = loading.with_data(&self.args.data);
            }
            if let Some(base) = self.args.base_data.as_deref() {
                loading = loading.with_base(base);
            }
            loading.execute()?;
        }

        if has_data_source || self.args.shapes.is_some() {
            let mut loading_schema = ctx
                .rudof
                .load_shacl_shapes()
                .with_shacl_schema_format(&shacl_schema_format)
                .with_reader_mode(&reader_mode);
            if let Some(shacl_schema) = &self.args.shapes {
                loading_schema = loading_schema.with_shacl_schema(shacl_schema);
            }
            if let Some(base) = self.args.base_shapes.as_deref() {
                loading_schema = loading_schema.with_base(base);
            }
            loading_schema.execute()?;
        }

        ctx.rudof
            .serialize_shacl_shapes(&mut ctx.writer)
            .with_shacl_result_format(&result_format)
            .execute()?;

        Ok(())
    }
}