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use alloc::{borrow::ToOwned, string::ToString, vec, vec::Vec};
#[cfg(feature = "standard_rules")]
use ellie_core::warning;
use ellie_core::{
error,
utils::{self, generate_hash_usize},
};
use ellie_tokenizer::{
syntax::items::function::FunctionCollector,
tokenizer::{FunctionPageType, PageType},
};
use ellie_core::definite::{
definers,
items::{function, native_function, Collecting},
};
use crate::processors::definer::{DefinerParserProcessor, DefinerParserProcessorOptions};
impl super::ItemParserProcessor for FunctionCollector {
fn process(&self, options: &mut super::ItemParserProcessorOptions) -> bool {
let (duplicate, found) = options.parser.is_duplicate(
options.page_hash,
self.data.name.clone(),
self.data.hash,
self.data.pos,
);
let page = options.parser.pages.nth(options.page_idx).unwrap().clone();
let function_key_definings = options
.parser
.processed_pages
.nth_mut(options.processed_page_idx)
.unwrap()
.unassigned_file_keys
.clone();
if utils::is_reserved(
&self.data.name,
function_key_definings
.iter()
.any(|x| x.key_name == "dont_fix_variant"),
) {
options.parser.informations.push(
&error::error_list::ERROR_S21.clone().build_with_path(
vec![error::ErrorBuildField {
key: "token".to_owned(),
value: self.data.name.clone(),
}],
alloc::format!("{}:{}:{}", file!().to_owned(), line!(), column!()),
page.path.clone(),
self.data.name_pos,
),
);
}
if duplicate {
if let Some((found_page, cursor_pos)) = found {
let mut err = error::error_list::ERROR_S24.clone().build_with_path(
vec![error::ErrorBuildField::new("token", &self.data.name)],
alloc::format!("{}:{}:{}", file!().to_owned(), line!(), column!()),
page.path.clone(),
self.data.name_pos,
);
err.reference_block = Some((cursor_pos, found_page.path));
"Prime is here".clone_into(&mut err.reference_message);
err.semi_assist = true;
options.parser.informations.push(&err);
} else {
options.parser.informations.push(
&error::error_list::ERROR_S24.clone().build_with_path(
vec![error::ErrorBuildField::new("token", &self.data.name)],
alloc::format!("{}:{}:{}", file!().to_owned(), line!(), column!()),
page.path.clone(),
self.data.name_pos,
),
)
}
true
} else {
let mut parameters: Vec<function::FunctionParameter> = Vec::new();
let mut items = Vec::new();
let inner_page_id: usize = ellie_core::utils::generate_hash_usize();
let mut return_type = match self.data.return_type.definer_type.process(
DefinerParserProcessorOptions::new(options.parser, options.page_hash).build(),
) {
Ok(e) => e,
Err(e) => {
options.parser.informations.extend(&e);
return false;
}
};
if !self.data.no_return {
match self.data.return_type.definer_type.process(
DefinerParserProcessorOptions::new(options.parser, options.page_hash).build(),
) {
Ok(found_type) => {
return_type = found_type;
}
Err(type_error) => options.parser.informations.extend(&type_error),
}
}
match page.page_type {
PageType::ClassBody(class_body) => {
let param_hash = generate_hash_usize();
items.push(
ellie_tokenizer::processors::items::Processors::FunctionParameter(
ellie_tokenizer::syntax::items::function_parameter::FunctionParameter {
name: "self".to_owned(),
reference: false,
rtype: ellie_core::definite::definers::DefinerCollecting::Generic(
ellie_core::definite::definers::GenericType {
rtype: "self".to_string(),
pos: class_body.pos,
hash: class_body.hash,
},
),
name_pos: class_body.pos,
rtype_pos: class_body.pos,
hash: param_hash,
},
),
);
parameters.push(function::FunctionParameter {
name: "self".to_owned(),
rtype: definers::DefinerCollecting::Generic(
ellie_core::definite::definers::GenericType {
rtype: "self".to_string(),
pos: class_body.pos,
hash: class_body.hash,
},
),
multi_capture: false,
name_pos: class_body.pos,
rtype_pos: class_body.pos,
is_mut: false,
});
}
_ => (),
}
for (index, parameter) in self.data.parameters.iter().enumerate() {
if let Some(other_index) = self
.data
.parameters
.iter()
.position(|g| g.name == parameter.name)
{
if other_index < index {
let mut err = error::error_list::ERROR_S10.clone().build_with_path(
vec![],
alloc::format!("{}:{}:{}", file!().to_owned(), line!(), column!()),
page.path.clone(),
ellie_core::defs::Cursor {
range_start: parameter.name_pos.range_start,
range_end: parameter.rtype_pos.range_end,
},
);
err.reference_block = Some((
ellie_core::defs::Cursor {
range_start: self.data.parameters[other_index].name_pos.range_start,
range_end: self.data.parameters[other_index].rtype_pos.range_end,
},
page.path.clone(),
));
"Prime is here".clone_into(&mut err.reference_message);
err.semi_assist = true;
options.parser.informations.push(&err);
}
let (duplicate, found) = options.parser.is_duplicate(
options.page_hash,
parameter.name.clone(),
0,
parameter.name_pos,
);
if duplicate {
if let Some((page, cursor_pos)) = found {
let mut err = error::error_list::ERROR_S24.clone().build_with_path(
vec![error::ErrorBuildField {
key: "token".to_owned(),
value: parameter.name.clone(),
}],
alloc::format!("{}:{}:{}", file!().to_owned(), line!(), column!()),
page.path.clone(),
parameter.name_pos,
);
err.reference_block = Some((cursor_pos, page.path));
"Prime is here".clone_into(&mut err.reference_message);
err.semi_assist = true;
options.parser.informations.push(&err);
} else {
options.parser.informations.push(
&error::error_list::ERROR_S24.clone().build_with_path(
vec![error::ErrorBuildField {
key: "token".to_owned(),
value: parameter.name.clone(),
}],
alloc::format!(
"{}:{}:{}",
file!().to_owned(),
line!(),
column!()
),
page.path.clone(),
parameter.name_pos,
),
)
}
} else {
match parameter.rtype.definer_type.process(
DefinerParserProcessorOptions::new(options.parser, options.page_hash)
.build(),
) {
Ok(e) => {
#[cfg(feature = "standard_rules")]
{
let (is_correct, fixed) =
(ellie_standard_rules::rules::FUNCTION_PARAM_NAMING_ISSUE
.worker)(
parameter.name.clone()
);
if !is_correct
&& !options.parser.global_key_matches(
options.page_hash,
"allow",
"FunctionParameterNameRule",
)
{
options.parser.informations.push(
&warning::warning_list::WARNING_S3.clone().build(
vec![
warning::WarningBuildField {
key: "current".to_owned(),
value: parameter.name.clone(),
},
warning::WarningBuildField {
key: "correct".to_owned(),
value: fixed,
},
],
page.path.clone(),
parameter.name_pos,
),
)
}
}
items.push(ellie_tokenizer::processors::items::Processors::FunctionParameter(
ellie_tokenizer::syntax::items::function_parameter::FunctionParameter {
name: parameter.name.clone(),
reference: false,
rtype: e.clone(),
name_pos: parameter.name_pos,
rtype_pos: parameter.rtype_pos,
hash: generate_hash_usize()
},
));
parameters.push(function::FunctionParameter {
name: parameter.name.clone(),
rtype: e,
multi_capture: parameter.multi_capture,
name_pos: parameter.name_pos,
rtype_pos: parameter.rtype_pos,
is_mut: parameter.is_mut,
});
}
Err(type_error) => options.parser.informations.extend(&type_error),
}
}
}
}
#[cfg(feature = "standard_rules")]
{
let (is_correct, fixed) = (ellie_standard_rules::rules::FUNCTION_NAMING_ISSUE
.worker)(self.data.name.clone());
if !is_correct
&& !options.parser.global_key_matches(
options.page_hash,
"allow",
"FunctionNameRule",
)
{
options.parser.informations.push(
&warning::warning_list::WARNING_S1.clone().build(
vec![
warning::WarningBuildField {
key: "current".to_owned(),
value: self.data.name.clone(),
},
warning::WarningBuildField {
key: "correct".to_owned(),
value: fixed,
},
],
page.path.clone(),
self.data.name_pos,
),
)
}
}
if self.data.defining {
let processed_page = options
.parser
.processed_pages
.nth_mut(options.processed_page_idx)
.unwrap();
processed_page.items.push(Collecting::NativeFunction(
native_function::NativeFunction {
name: self.data.name.clone(),
pos: self.data.pos,
parameters,
hash: self.data.hash,
return_type,
public: self.data.public,
name_pos: self.data.name_pos,
parameters_pos: self.data.parameters_pos,
return_pos: self.data.return_pos,
file_keys: processed_page.unassigned_file_keys.clone(),
no_return: self.data.no_return,
module_name: options.parser.module_info.name.clone(),
},
));
processed_page.unassigned_file_keys = vec![];
true
} else {
let mut dependencies = vec![ellie_tokenizer::tokenizer::Dependency {
hash: page.hash,
processed: false,
module: None,
deep_link: Some(page.hash),
public: false,
}];
dependencies.extend(page.dependencies);
items.extend(self.data.body.clone());
let inner = ellie_tokenizer::tokenizer::Page {
hash: inner_page_id,
inner: Some(page.hash),
path: page.path.clone(),
page_type: PageType::FunctionBody(FunctionPageType {
return_type: return_type.clone(),
return_pos: self.data.return_pos,
}),
items,
dependents: vec![],
dependencies,
..Default::default()
};
options.parser.pages.push_page(inner);
let processed_page = options
.parser
.processed_pages
.nth_mut(options.processed_page_idx)
.unwrap();
processed_page
.items
.push(Collecting::Function(function::Function {
name: self.data.name.clone(),
pos: self.data.pos,
parameters,
hash: self.data.hash,
return_type: return_type.clone(),
file_keys: processed_page.unassigned_file_keys.clone(),
public: self.data.public,
name_pos: self.data.name_pos,
body_pos: self.data.body_pos,
parameters_pos: self.data.parameters_pos,
return_pos: self.data.return_pos,
no_return: self.data.no_return,
inner_page_id,
}));
processed_page.unassigned_file_keys = vec![];
true
}
}
}
}