pub use encoding_rs as encoding; pub mod auto_pairs; pub mod chars; pub mod comment; pub mod config; pub mod diagnostic; pub mod diff; pub mod graphemes; pub mod history; pub mod increment; pub mod indent; pub mod line_ending; pub mod macros; pub mod match_brackets; pub mod movement; pub mod object; pub mod path; mod position; pub mod register; pub mod search; pub mod selection; pub mod shellwords; pub mod surround; pub mod syntax; pub mod test; pub mod textobject; mod transaction; pub mod wrap; pub mod unicode { pub use unicode_general_category as category; pub use unicode_segmentation as segmentation; pub use unicode_width as width; } pub fn find_first_non_whitespace_char(line: RopeSlice) -> Option { line.chars().position(|ch| !ch.is_whitespace()) } /// Find project root. /// /// Order of detection: /// * Top-most folder containing a root marker in current git repository /// * Git repository root if no marker detected /// * Top-most folder containing a root marker if not git repository detected /// * Current working directory as fallback pub fn find_root(root: Option<&str>, root_markers: &[String]) -> std::path::PathBuf { let current_dir = std::env::current_dir().expect("unable to determine current directory"); let root = match root { Some(root) => { let root = std::path::Path::new(root); if root.is_absolute() { root.to_path_buf() } else { current_dir.join(root) } } None => current_dir.clone(), }; let mut top_marker = None; for ancestor in root.ancestors() { if root_markers .iter() .any(|marker| ancestor.join(marker).exists()) { top_marker = Some(ancestor); } if ancestor.join(".git").exists() { // Top marker is repo root if not root marker was detected yet if top_marker.is_none() { top_marker = Some(ancestor); } // Don't go higher than repo if we're in one break; } } // Return the found top marker or the current_dir as fallback top_marker.map_or(current_dir, |a| a.to_path_buf()) } pub use ropey::{self, str_utils, Rope, RopeBuilder, RopeSlice}; // pub use tendril::StrTendril as Tendril; pub use smartstring::SmartString; pub type Tendril = SmartString; #[doc(inline)] pub use {regex, tree_sitter}; pub use graphemes::RopeGraphemes; pub use position::{ coords_at_pos, pos_at_coords, pos_at_visual_coords, visual_coords_at_pos, Position, }; pub use selection::{Range, Selection}; pub use smallvec::{smallvec, SmallVec}; pub use syntax::Syntax; pub use diagnostic::Diagnostic; pub use line_ending::{LineEnding, DEFAULT_LINE_ENDING}; pub use transaction::{Assoc, Change, ChangeSet, Operation, Transaction};