Conlang/stdlib/std.cl

//! # The Conlang Standard Library

pub mod preamble {
    pub use super::{num::*, str::str};
}

pub mod num;

pub mod str;

#[cfg("test")]
mod test;
Pretend conlang has a complete compiler, and start mocking up a standard library 2024-03-01 08:50:50 +00:00			`//! # The Conlang Standard Library`

cl-parser: Implement a module inlining pass 2024-04-22 03:31:01 +00:00			`pub mod preamble {`
stdlib: Use Conlang module layout 2024-07-25 12:05:57 +00:00			`pub use super::{num::*, str::str};`
cl-typeck: Computer! Define "types!" WARNING: The type checker is still a MAJOR work in progress. You'll be unable to ignore the stringly-typed error handling, effort duplication, and general poor code quality all around. However, this makes leaps and bounds toward a functional, if primitive, type checker. Definitions now borrow their data from the AST, reducing needless copies. - This unfortunately means the REPL has to keep around old ASTs, but... Eh. Probably have to keep those around anyway. The "char" primitive type has been added. Semantics TBD. Modules definition, type_kind, and value_kind have been consolidated into one. Project now keeps track of the set of unnamed (anonymous) types (i.e. tuples, function pointers, references) and will yield them freely. - Project can now also evaluate arbitrary type expressions via the EvaluableTypeExpression trait. The NameCollector has been replaced with trait NameCollectable. - This pass visits each node in the AST which can have an item declaration inside it, and constructs an unevaluated module tree. The TypeResolver has been replaced with trait TypeResolvable and the function resolve() - This pass visits each Def in the project, and attempts to derive all subtypes. - It's important to note that for Items, unlike EvaluableTypeExpression, the ID passed into resolve_type is the ID of `self`, not of the parent! typeck.rs: - The Conlang "standard library" is included in the binary - There's a main menu now! Type "help" for options. - Queries have been upgraded from paths to full type expressions! - Querying doesn't currently trigger resolution, but it could! 2024-04-17 04:45:24 +00:00			`}`

cl-parser: Implement a module inlining pass 2024-04-22 03:31:01 +00:00			`pub mod num;`
cl-typeck: Computer! Define "types!" WARNING: The type checker is still a MAJOR work in progress. You'll be unable to ignore the stringly-typed error handling, effort duplication, and general poor code quality all around. However, this makes leaps and bounds toward a functional, if primitive, type checker. Definitions now borrow their data from the AST, reducing needless copies. - This unfortunately means the REPL has to keep around old ASTs, but... Eh. Probably have to keep those around anyway. The "char" primitive type has been added. Semantics TBD. Modules definition, type_kind, and value_kind have been consolidated into one. Project now keeps track of the set of unnamed (anonymous) types (i.e. tuples, function pointers, references) and will yield them freely. - Project can now also evaluate arbitrary type expressions via the EvaluableTypeExpression trait. The NameCollector has been replaced with trait NameCollectable. - This pass visits each node in the AST which can have an item declaration inside it, and constructs an unevaluated module tree. The TypeResolver has been replaced with trait TypeResolvable and the function resolve() - This pass visits each Def in the project, and attempts to derive all subtypes. - It's important to note that for Items, unlike EvaluableTypeExpression, the ID passed into resolve_type is the ID of `self`, not of the parent! typeck.rs: - The Conlang "standard library" is included in the binary - There's a main menu now! Type "help" for options. - Queries have been upgraded from paths to full type expressions! - Querying doesn't currently trigger resolution, but it could! 2024-04-17 04:45:24 +00:00
stdlib: Use Conlang module layout 2024-07-25 12:05:57 +00:00			`pub mod str;`

cl-typeck: Computer! Define "types!" WARNING: The type checker is still a MAJOR work in progress. You'll be unable to ignore the stringly-typed error handling, effort duplication, and general poor code quality all around. However, this makes leaps and bounds toward a functional, if primitive, type checker. Definitions now borrow their data from the AST, reducing needless copies. - This unfortunately means the REPL has to keep around old ASTs, but... Eh. Probably have to keep those around anyway. The "char" primitive type has been added. Semantics TBD. Modules definition, type_kind, and value_kind have been consolidated into one. Project now keeps track of the set of unnamed (anonymous) types (i.e. tuples, function pointers, references) and will yield them freely. - Project can now also evaluate arbitrary type expressions via the EvaluableTypeExpression trait. The NameCollector has been replaced with trait NameCollectable. - This pass visits each node in the AST which can have an item declaration inside it, and constructs an unevaluated module tree. The TypeResolver has been replaced with trait TypeResolvable and the function resolve() - This pass visits each Def in the project, and attempts to derive all subtypes. - It's important to note that for Items, unlike EvaluableTypeExpression, the ID passed into resolve_type is the ID of `self`, not of the parent! typeck.rs: - The Conlang "standard library" is included in the binary - There's a main menu now! Type "help" for options. - Queries have been upgraded from paths to full type expressions! - Querying doesn't currently trigger resolution, but it could! 2024-04-17 04:45:24 +00:00			`#[cfg("test")]`
cl-parser: Implement a module inlining pass 2024-04-22 03:31:01 +00:00			`mod test;`