wit-bindgen-gen-ts-near 0.3.0

use heck::*;
use std::collections::{BTreeMap, BTreeSet, HashMap, HashSet};
use std::mem;
use wit_bindgen_gen_core::wit_parser::abi::AbiVariant;
use wit_bindgen_gen_core::{wit_parser::*, Direction, Files, Generator};

mod gen;
pub use gen::generate_typescript;

#[derive(Default)]
pub struct Ts {
    src: Source,
    imports: HashSet<String>,
    in_import: bool,
    opts: Opts,
    guest_imports: HashMap<String, Imports>,
    guest_exports: HashMap<String, Exports>,
    sizes: SizeAlign,
    #[allow(dead_code)]
    needs_get_export: bool,
    #[allow(dead_code)]
    imported_resources: BTreeSet<ResourceId>,
    #[allow(dead_code)]
    exported_resources: BTreeSet<ResourceId>,
    needs_ty_option: bool,
    needs_ty_result: bool,
    needs_ty_push_buffer: bool,
    needs_ty_pull_buffer: bool,
}

#[derive(Default)]
struct Imports {
    freestanding_funcs: Vec<(String, Source)>,
    resource_funcs: BTreeMap<ResourceId, Vec<(String, Source)>>,
}

#[derive(Default)]
struct Exports {
    freestanding_funcs: Vec<Source>,
    arg_types: Vec<Source>,
    resource_funcs: BTreeMap<ResourceId, Vec<Source>>,
}

#[derive(Default, Debug, Clone)]
#[cfg_attr(feature = "structopt", derive(structopt::StructOpt))]
pub struct Opts {
    #[cfg_attr(feature = "structopt", structopt(long = "no-typescript"))]
    pub no_typescript: bool,
}

impl Opts {
    pub fn build(self) -> Ts {
        let mut r = Ts::new();
        r.opts = self;
        r
    }
}

impl Ts {
    pub fn new() -> Ts {
        Ts::default()
    }

    fn abi_variant(dir: Direction) -> AbiVariant {
        match dir {
            Direction::Import => AbiVariant::GuestExport,
            Direction::Export => AbiVariant::GuestImport,
        }
    }

    fn array_ty(&self, iface: &Interface, ty: &Type) -> Option<&'static str> {
        match ty {
            Type::U8 | Type::CChar => Some("Uint8Array"),
            Type::S8 => Some("Int8Array"),
            Type::U16 => Some("Uint16Array"),
            Type::S16 => Some("Int16Array"),
            Type::U32 | Type::Usize => Some("Uint32Array"),
            Type::S32 => Some("Int32Array"),
            Type::U64 => Some("BigUint64Array"),
            Type::S64 => Some("BigInt64Array"),
            Type::F32 => Some("Float32Array"),
            Type::F64 => Some("Float64Array"),
            Type::Char => None,
            Type::Handle(_) => None,
            Type::Id(id) => match &iface.types[*id].kind {
                TypeDefKind::Type(t) => self.array_ty(iface, t),
                _ => None,
            },
        }
    }

    fn print_ty(&mut self, iface: &Interface, ty: &Type) {
        match ty {
            Type::U8 => self.src.ts("u8"),
            Type::S8 => self.src.ts("i8"),
            Type::U16 => self.src.ts("u16"),
            Type::S16 => self.src.ts("i16"),
            Type::U32 => self.src.ts("u32"),
            Type::Usize => self.src.ts("usize"),
            Type::S32 => self.src.ts("i32"),
            Type::F32 => self.src.ts("f32"),
            Type::F64 => self.src.ts("f64"),
            Type::U64 => self.src.ts("u64"),
            Type::S64 => self.src.ts("i64"),
            Type::CChar => self.src.ts("number"),
            Type::Char => self.src.ts("string"),
            Type::Handle(id) => self.src.ts(&iface.resources[*id].name.to_camel_case()),
            Type::Id(id) => {
                let ty = &iface.types[*id];
                if let Some(name) = &ty.name {
                    return self.src.ts(&name.to_camel_case());
                }
                match &ty.kind {
                    TypeDefKind::Type(t) => self.print_ty(iface, t),
                    TypeDefKind::Record(r) if r.is_tuple() => self.print_tuple(iface, r),
                    TypeDefKind::Record(_) => panic!("anonymous record"),
                    TypeDefKind::Variant(v) if v.is_bool() => self.src.ts("boolean"),
                    TypeDefKind::Variant(v) => {
                        if iface.is_nullable_option(v) {
                            self.print_ty(iface, v.cases[1].ty.as_ref().unwrap());
                            self.src.ts(" | null");
                        } else if let Some(t) = v.as_option() {
                            self.needs_ty_option = true;
                            self.src.ts("Option<");
                            self.print_ty(iface, t);
                            self.src.ts(">");
                        } else if let Some((ok, err)) = v.as_expected() {
                            self.needs_ty_result = true;
                            self.src.ts("Result<");
                            match ok {
                                Some(ok) => self.print_ty(iface, ok),
                                None => self.src.ts("undefined"),
                            }
                            self.src.ts(", ");
                            match err {
                                Some(err) => self.print_ty(iface, err),
                                None => self.src.ts("undefined"),
                            }
                            self.src.ts(">");
                        } else {
                            panic!("anonymous variant");
                        }
                    }
                    TypeDefKind::List(v) => self.print_list(iface, v),
                    TypeDefKind::PushBuffer(v) => self.print_buffer(iface, true, v),
                    TypeDefKind::PullBuffer(v) => self.print_buffer(iface, false, v),
                    TypeDefKind::Pointer(_) | TypeDefKind::ConstPointer(_) => {
                        self.src.ts("number");
                    }
                }
            }
        }
    }

    fn print_list(&mut self, iface: &Interface, ty: &Type) {
        if let Some(r) = self.hash_map(iface, ty) {
            self.src.ts("Record<");
            self.print_ty(iface, &r.fields[0].ty);
            self.src.ts(", ");
            self.print_ty(iface, &r.fields[1].ty);
            self.src.ts(">");
        } else {
            match self.array_ty(iface, ty) {
                Some(ty) => self.src.ts(ty),
                None => {
                    if let Type::Char = ty {
                        self.src.ts("string");
                    } else {
                        self.print_ty(iface, ty);
                        self.src.ts("[]");
                    }
                }
            }
        }
    }

    fn print_tuple(&mut self, iface: &Interface, record: &Record) {
        self.src.ts("[");
        for (i, field) in record.fields.iter().enumerate() {
            if i > 0 {
                self.src.ts(", ");
            }
            self.print_ty(iface, &field.ty);
        }
        self.src.ts("]");
    }

    fn print_buffer(&mut self, iface: &Interface, push: bool, ty: &Type) {
        match self.array_ty(iface, ty) {
            Some(ty) => self.src.ts(ty),
            None => {
                if push {
                    self.needs_ty_push_buffer = true;
                    self.src.ts("PushBuffer");
                } else {
                    self.needs_ty_pull_buffer = true;
                    self.src.ts("PullBuffer");
                }
                self.src.ts("<");
                self.print_ty(iface, ty);
                self.src.ts(">");
            }
        }
    }

    fn docs(&mut self, docs: &Docs) {
        self.doc_str(&docs.contents);
    }

    fn doc_str(&mut self, contents: &Option<String>) {
        let docs = match &contents {
            Some(docs) => docs,
            None => return,
        };
        let lines = docs
            .lines()
            .filter(|line| *line != "@change" && *line != "@view")
            .collect::<Vec<&str>>();
        if !lines.is_empty() {
            self.src.ts("/**\n");
            for line in lines {
                self.src.ts(&format!("* {}\n", line));
            }
            self.src.ts("*/\n");
        }
    }

    fn print_args_type(&mut self, iface: &Interface, func: &Function, param_start: usize) {
        let none: Option<String> = None;
        let arg_fields: Vec<(&str, &Type, &Option<String>)> = func.params[param_start..]
            .iter()
            .map(|(name, ty)| (name.as_str(), ty, &none))
            .collect();
        self.print_fields(iface, arg_fields);
    }
    #[allow(dead_code)]
    fn print_args(&mut self, iface: &Interface, func: &Function, param_start: usize) {
        self.src.ts("(args");
        if func.params.is_empty() {
            self.src.ts(" = {}");
        } else {
            self.src.ts(": {\n");
            self.print_args_type(iface, func, param_start);
            self.src.ts("}");
        }
        if func.params.is_empty() {};
        self.src.ts(", options?: ");
        self.src.ts(if is_change(func) {
            "ChangeMethodOptions"
        } else {
            "ViewFunctionOptions"
        });
        self.src.ts("): ");
    }

    fn ts_func(&mut self, _iface: &Interface, _func: &Function) {
        // TODO: Make this an option
        // self.docs(&func.docs);
        // if is_change(func) {
        //     self.src.ts("async ");
        // }
        // let mut name_printed = false;
        // if let FunctionKind::Static { .. } = &func.kind {
        //     // static methods in imports are still wired up to an imported host
        //     // object, but static methods on exports are actually static
        //     // methods on the resource object.
        //     if self.in_import {
        //         name_printed = true;
        //         self.src.ts(&func.name.to_snake_case());
        //     } else {
        //         self.src.ts("static ");
        //     }
        // }
        // if !name_printed {
        //     self.src.ts(&func.item_name().to_snake_case());
        // }

        // let param_start = match &func.kind {
        //     FunctionKind::Freestanding => 0,
        //     FunctionKind::Static { .. } if self.in_import => 0,
        //     FunctionKind::Static { .. } => {
        //         // the 0th argument for exported static methods will be the
        //         // instantiated interface
        //         self.src.ts(&iface.name.to_mixed_case());
        //         self.src.ts(": ");
        //         self.src.ts(&iface.name.to_camel_case());
        //         if !func.params.is_empty() {
        //             self.src.ts(", ");
        //         }
        //         0
        //     }
        //     // skip the first parameter on methods which is `this`
        //     FunctionKind::Method { .. } => 1,
        // };
        // let name = func.item_name().to_snake_case();

        // self.print_args(iface, func, param_start);

        // // Always async
        // self.src.ts("Promise<");

        // self.print_func_result(iface, func);

        // self.src.ts("> {\n");

        // if is_change(func) {
        //     self.src.ts(&format!(
        //         "return providers.getTransactionLastResult(await this.{name}Raw(args, options));\n}}\n"
        //     ));
        //     self.docs(&func.docs);
        //     self.src.ts(&format!("{name}Raw"));
        //     self.print_args(iface, func, param_start);
        //     self.src.ts("Promise<providers.FinalExecutionOutcome> {\n");
        //     self.src.ts(&format!("return this.account.functionCall({{contractId: this.contractId, methodName: \"{name}\", args, ...options}});\n}}\n"));
        //     self.docs(&func.docs);
        //     self.src.ts(&format!("{name}Tx"));
        //     self.print_args(iface, func, param_start);
        //     self.src.ts(&format!("transactions.Action {{\n return transactions.functionCall(\"{name}\", args, options?.gas ?? DEFAULT_FUNCTION_CALL_GAS, options?.attachedDeposit ?? new BN(0))\n}}\n"));
        // } else {
        //     self.src.ts(&format!(
        //         "return this.account.viewFunction(this.contractId, \"{name}\", args, options);\n}}\n"
        //     ));
        // }
    }

    fn print_func_result(&mut self, iface: &Interface, func: &Function) {
        match func.results.len() {
            0 => self.src.ts("void"),
            1 => self.print_ty(iface, &func.results[0].1),
            _ => {
                if func.results.iter().any(|(n, _)| n.is_empty()) {
                    self.src.ts("[");
                    for (i, (_, ty)) in func.results.iter().enumerate() {
                        if i > 0 {
                            self.src.ts(", ");
                        }
                        self.print_ty(iface, ty);
                    }
                    self.src.ts("]");
                } else {
                    self.src.ts("{ ");
                    for (i, (name, ty)) in func.results.iter().enumerate() {
                        if i > 0 {
                            self.src.ts(", ");
                        }
                        self.src.ts(&name.to_mixed_case());
                        self.src.ts(": ");
                        self.print_ty(iface, ty);
                    }
                    self.src.ts(" }");
                }
            }
        }
    }

    fn print_fields(&mut self, iface: &Interface, fields: Vec<(&str, &Type, &Option<String>)>) {
        for (name, ty, docs) in fields.iter() {
            self.doc_str(docs);
            self.src.ts(&name.to_snake_case());
            if iface.is_ty_nullable_option(ty) {
                self.src.ts("?");
            }
            self.src.ts(": ");
            let ty = iface.get_nullable_option(ty).unwrap_or(ty);
            self.print_ty(iface, ty);
            self.src.ts(";\n");
        }
    }
}

impl Generator for Ts {
    fn preprocess_one(&mut self, iface: &Interface, dir: Direction) {
        let variant = Self::abi_variant(dir);
        self.sizes.fill(variant, iface);
        self.in_import = variant == AbiVariant::GuestImport;
        self.add_preamble()
    }

    fn type_record(
        &mut self,
        iface: &Interface,
        _id: TypeId,
        name: &str,
        record: &Record,
        docs: &Docs,
    ) {
        self.docs(docs);
        self.imports.insert(name.to_camel_case());
        if record.is_tuple() {
            self.src
                .ts(&format!("export type {} = ", name.to_camel_case()));
            self.print_tuple(iface, record);
            self.src.ts(";\n");
        } else if record.is_flags() {
            let repr = iface
                .flags_repr(record)
                .expect("unsupported number of flags");
            let suffix = if repr == Int::U64 {
                self.src
                    .ts(&format!("export type {} = u64;\n", name.to_camel_case()));
                "n"
            } else {
                self.src
                    .ts(&format!("export type {} = number;\n", name.to_camel_case()));
                ""
            };
            let name = name.to_shouty_snake_case();
            for (i, field) in record.fields.iter().enumerate() {
                let field = field.name.to_shouty_snake_case();
                self.src.ts(&format!(
                    "export const {}_{} = {}{};\n",
                    name,
                    field,
                    1u64 << i,
                    suffix,
                ));
            }
        } else {
            self.src
                .ts(&format!("export interface {} {{\n", name.to_camel_case()));

            let fields = record
                .fields
                .iter()
                .map(|f| (f.name.as_str(), &f.ty, &f.docs.contents))
                .collect();
            self.print_fields(iface, fields);
            self.src.ts("}\n");
        }
    }

    fn type_variant(
        &mut self,
        iface: &Interface,
        _id: TypeId,
        name: &str,
        variant: &Variant,
        docs: &Docs,
    ) {
        self.docs(docs);
        self.imports.insert(name.to_camel_case());
        if variant.is_bool() {
            self.src.ts(&format!(
                "export type {} = boolean;\n",
                name.to_camel_case(),
            ));
        } else if iface.is_nullable_option(variant) {
            self.src
                .ts(&format!("export type {} = ", name.to_camel_case()));
            self.print_ty(iface, variant.cases[1].ty.as_ref().unwrap());
            self.src.ts(" | null;\n");
        } else if variant.is_enum() {
            self.src
                .ts(&format!("export enum {} {{\n", name.to_camel_case()));
            for case in variant.cases.iter() {
                self.docs(&case.docs);
                let name = case.name.to_camel_case();
                self.src.ts(&format!("{} = \"{}\",\n", name, name));
            }
            self.src.ts("}\n");
        } else {
            self.src
                .ts(&format!("export type {} = ", name.to_camel_case()));
            for (i, case) in variant.cases.iter().enumerate() {
                if i > 0 {
                    self.src.ts(" | ");
                }
                self.src
                    .ts(&format!("{}_{}", name, case.name).to_camel_case());
            }
            self.src.ts(";\n");
            for case in variant.cases.iter() {
                self.docs(&case.docs);
                self.src.ts(&format!(
                    "export interface {} {{\n",
                    format!("{}_{}", name, case.name).to_camel_case()
                ));
                self.src.ts("tag: \"");
                self.src.ts(&case.name);
                self.src.ts("\",\n");
                if let Some(ty) = &case.ty {
                    self.src.ts("val: ");
                    self.print_ty(iface, ty);
                    self.src.ts(",\n");
                }
                self.src.ts("}\n");
            }
        }
    }

    fn type_resource(&mut self, _iface: &Interface, ty: ResourceId) {
        if !self.in_import {
            self.exported_resources.insert(ty);
        }
    }

    fn type_alias(&mut self, iface: &Interface, _id: TypeId, name: &str, ty: &Type, docs: &Docs) {
        self.docs(docs);
        self.src
            .ts(&format!("export type {} = ", name.to_camel_case()));
        self.imports.insert(name.to_camel_case());
        self.print_ty(iface, ty);
        self.src.ts(";\n");
    }

    fn type_list(&mut self, iface: &Interface, _id: TypeId, name: &str, ty: &Type, docs: &Docs) {
        self.docs(docs);
        self.src
            .ts(&format!("export type {} = ", name.to_camel_case()));
        self.imports.insert(name.to_camel_case());
        self.print_list(iface, ty);
        self.src.ts(";\n");
    }

    fn type_pointer(
        &mut self,
        iface: &Interface,
        _id: TypeId,
        name: &str,
        const_: bool,
        ty: &Type,
        docs: &Docs,
    ) {
        #[allow(clippy::drop_copy)]
        drop((iface, _id, name, const_, ty, docs));
    }

    fn type_builtin(&mut self, iface: &Interface, _id: TypeId, name: &str, ty: &Type, docs: &Docs) {
        #[allow(clippy::drop_copy)]
        drop((iface, _id, name, ty, docs));
    }

    fn type_push_buffer(
        &mut self,
        iface: &Interface,
        _id: TypeId,
        name: &str,
        ty: &Type,
        docs: &Docs,
    ) {
        self.docs(docs);
        self.src
            .ts(&format!("export type {} = ", name.to_camel_case()));
        self.print_buffer(iface, true, ty);
        self.src.ts(";\n");
    }

    fn type_pull_buffer(
        &mut self,
        iface: &Interface,
        _id: TypeId,
        name: &str,
        ty: &Type,
        docs: &Docs,
    ) {
        self.docs(docs);
        self.src
            .ts(&format!("export type {} = ", name.to_camel_case()));
        self.print_buffer(iface, false, ty);
        self.src.ts(";\n");
    }

    // As with `abi_variant` above, we're generating host-side bindings here
    // so a user "export" uses the "guest import" ABI variant on the inside of
    // this `Generator` implementation.
    #[allow(dead_code, unused_variables)]
    fn export(&mut self, iface: &Interface, func: &Function) {}

    // As with `abi_variant` above, we're generating host-side bindings here
    // so a user "import" uses the "export" ABI variant on the inside of
    // this `Generator` implementation.
    fn import(&mut self, iface: &Interface, func: &Function) {
        let prev = mem::take(&mut self.src);
        self.ts_func(iface, func);

        let exports = self
            .guest_exports
            .entry(iface.name.to_string())
            .or_insert_with(Exports::default);

        let func_body = mem::replace(&mut self.src, prev);
        match &func.kind {
            FunctionKind::Freestanding => {
                exports.freestanding_funcs.push(func_body);
            }
            FunctionKind::Static { resource, .. } | FunctionKind::Method { resource, .. } => {
                exports
                    .resource_funcs
                    .entry(*resource)
                    .or_insert_with(Vec::new)
                    .push(func_body);
            }
        };
        let prev = mem::take(&mut self.src);
        let is_change_func = is_change(func);
        let func_type = if is_change_func { "change" } else { "view" };
        let docs = func
            .docs
            .contents
            .as_ref()
            .map(|d| d.to_string())
            .unwrap_or_default();
        self.doc_str(&Some(format!("{docs}\n@contractMethod {func_type}\n")));
        self.src.ts(&format!(
            "export interface {} {{\n",
            func.name.to_camel_case()
        ));

        self.src.ts("args: {");
        if !func.params.is_empty() {
            self.src.ts("\n");
            self.print_args_type(iface, func, 0);
        }
        self.src.ts("};\n");
        if is_change_func {
            self.src.ts("options: CallOptions\n");
        }
        self.src.ts("\n}\n");
        self.src.ts(&format!(
            "export type {}__Result = ",
            func.name.to_camel_case()
        ));
        self.print_func_result(iface, func);
        self.src.ts(";\n");

        let func_args = mem::replace(&mut self.src, prev);
        let exports = self
            .guest_exports
            .entry(iface.name.to_string())
            .or_insert_with(Exports::default);

        exports.arg_types.push(func_args);
    }

    fn finish_one(&mut self, iface: &Interface, files: &mut Files) {
        for (module, funcs) in mem::take(&mut self.guest_imports) {
            self.src
                .ts(&format!("export interface {} {{\n", module.to_camel_case()));

            for (_, src) in funcs.freestanding_funcs.iter() {
                self.src.ts(&src.ts);
            }

            self.src.ts("}\n");

            for (resource, _) in iface.resources.iter() {
                self.src.ts(&format!(
                    "export interface {} {{\n",
                    iface.resources[resource].name.to_camel_case()
                ));
                if let Some(funcs) = funcs.resource_funcs.get(&resource) {
                    for (_, src) in funcs {
                        self.src.ts(&src.ts);
                    }
                }
                self.src.ts("}\n");
            }
        }
        let imports = mem::take(&mut self.src);
        let mut main = wit_bindgen_gen_core::Source::default();
        for (_module, exports) in mem::take(&mut self.guest_exports) {
            // self.src.ts("\nexport class Contract {

            //       constructor(public account: Account, public readonly contractId: string){}\n\n");
            for func in exports.freestanding_funcs.iter() {
                self.src.ts(&func.ts);
            }
            // self.src.ts("}\n");
            for args in exports.arg_types.iter() {
                main.push_str(&args.ts);
            }
        }

        if mem::take(&mut self.needs_ty_option) {
            self.imports.insert("Option".to_string());
            self.src
                .ts("export type Option<T> = { tag: \"none\" } | { tag: \"some\", val; T };\n");
        }
        if mem::take(&mut self.needs_ty_result) {
            self.imports.insert("Result".to_string());
            self.src.ts(
                "export type Result<T, E> = { tag: \"ok\", val: T } | { tag: \"err\", val: E };\n",
            );
        }
        let exports = mem::take(&mut self.src);

        self.src.ts(&imports.ts);
        self.src.ts(&exports.ts);

        self.src.main(&format!(
            r#"
import {{
  u8,
  i8,
  u16,
  i16,
  u32,
  i32,
  u64,
  i64,
  f32,
  f64,
  CallOptions,
  {},
}} from "./types";

"#,
            self.imports
                .iter()
                .cloned()
                .collect::<Vec<String>>()
                .join(",\n\t")
        ));
        self.src.main(&main);

        let src = mem::take(&mut self.src);
        let name = iface.name.to_kebab_case();
        files.push("types.ts", src.ts.as_bytes());
        files.push(&format!("{}.ts", name), src.main.as_bytes());
    }

    fn finish_all(&mut self, _files: &mut Files) {
        assert!(self.src.ts.is_empty());
    }
}

impl Ts {
    fn hash_map<'a>(&self, iface: &'a Interface, ty: &Type) -> Option<&'a Record> {
        iface
            .get_record(ty)
            .filter(|r| r.is_tuple() && r.fields.len() == 2)
    }
    fn add_preamble(&mut self) {
        self.src.ts(HELPER);
        self.src.ts("\n\n");
    }
}

pub fn to_js_ident(name: &str) -> &str {
    match name {
        "in" => "in_",
        "import" => "import_",
        s => s,
    }
}

#[derive(Default)]
struct Source {
    main: wit_bindgen_gen_core::Source,
    ts: wit_bindgen_gen_core::Source,
}

impl Source {
    fn ts(&mut self, s: &str) {
        self.ts.push_str(s);
    }

    fn main(&mut self, s: &str) {
        self.main.push_str(s);
    }
}

fn is_change(func: &Function) -> bool {
    if let Some(docs) = &func.docs.contents {
        let mut x = docs.split('\n').filter(|s| *s == "@change").peekable();
        if x.peek().is_some() {
            return true;
        }
    }
    false
}

const HELPER: &str = "
/** 
* @minimum 0
* @maximum 18446744073709551615
* @asType integer
*/
export type u64 = number;
/** 
* @minimum -9223372036854775808
* @maximum 9223372036854775807
* @asType integer
*/
export type i64 = number;

/**
* @minimum  0 
* @maximum 255
* @asType integer
* */
export type u8 = number;
/**
* @minimum  -128 
* @maximum 127
* @asType integer
* */
export type i8 = number;
/**
* @minimum  0 
* @maximum 65535
* @asType integer
* */
export type u16 = number;
/**
* @minimum -32768 
* @maximum 32767
* @asType integer
* */
export type i16 = number;
/**
* @minimum 0 
* @maximum 4294967295
* @asType integer
* */
export type u32 = number;
/**
* @minimum 0 
* @maximum 4294967295
* @asType integer
* */
export type usize = number;
/**
* @minimum  -2147483648 
* @maximum 2147483647
* @asType integer
* */
export type i32 = number;

/**
* @minimum -3.40282347E+38
* @maximum 3.40282347E+38
*/
export type f32 = number;

/**
* @minimum -1.7976931348623157E+308
* @maximum 1.7976931348623157E+308
*/
export type f64 = number;

export type CallOptions = {
  /** Units in gas
   * @pattern [0-9]+
   * @default \"30000000000000\"
   */
  gas?: string;
  /** Units in yoctoNear
   * @default \"0\"
   */
  attachedDeposit?: Balance;
}
";