flams_stex::quickparse::stex

Enum STeXAnnot

Source 
pub enum STeXAnnot {

Show 34 variants    Module {
        uri: ModuleURI,
        name_range: SourceRange<LSPLineCol>,
        opts: Vec<SModuleArg<LSPLineCol, Self>>,
        sig: Option<Language>,
        meta_theory: Option<ModuleReference>,
        full_range: SourceRange<LSPLineCol>,
        smodule_range: SourceRange<LSPLineCol>,
        children: Vec<Self>,
    },
    MathStructure {
        uri: SymbolReference<LSPLineCol>,
        extends: Vec<(SymbolReference<LSPLineCol>, SourceRange<LSPLineCol>)>,
        name_range: SourceRange<LSPLineCol>,
        opts: Vec<MathStructureArg<LSPLineCol, Self>>,
        full_range: SourceRange<LSPLineCol>,
        children: Vec<Self>,
        mathstructure_range: SourceRange<LSPLineCol>,
    },
    ConservativeExt {
        uri: SymbolReference<LSPLineCol>,
        ext_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
        extstructure_range: SourceRange<LSPLineCol>,
        children: Vec<Self>,
    },
    MorphismEnv {
        full_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
        env_range: SourceRange<LSPLineCol>,
        uri: SymbolURI,
        star: bool,
        domain: ModuleOrStruct<LSPLineCol>,
        domain_range: SourceRange<LSPLineCol>,
        kind: MorphismKind,
        children: Vec<Self>,
    },
    InlineMorphism {
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
        uri: SymbolURI,
        domain: ModuleOrStruct<LSPLineCol>,
        domain_range: SourceRange<LSPLineCol>,
        kind: MorphismKind,
        assignments: Vec<InlineMorphAssign<LSPLineCol, Self>>,
    },
    SemanticMacro {
        uri: SymbolReference<LSPLineCol>,
        argnum: u8,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    VariableMacro {
        name: Name,
        argnum: u8,
        orig: SourceRange<LSPLineCol>,
        sequence: bool,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Svar {
        name: Name,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
        arg_range: SourceRange<LSPLineCol>,
        name_range: Option<SourceRange<LSPLineCol>>,
    },
    ImportModule {
        archive_range: Option<SourceRange<LSPLineCol>>,
        path_range: SourceRange<LSPLineCol>,
        module: ModuleReference,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    UseModule {
        archive_range: Option<SourceRange<LSPLineCol>>,
        path_range: SourceRange<LSPLineCol>,
        module: ModuleReference,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    UseStructure {
        structure: SymbolReference<LSPLineCol>,
        structure_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    SetMetatheory {
        archive_range: Option<SourceRange<LSPLineCol>>,
        path_range: SourceRange<LSPLineCol>,
        module: ModuleReference,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Inputref {
        archive: Option<(ArchiveId, SourceRange<LSPLineCol>)>,
        filepath: (Arc<str>, SourceRange<LSPLineCol>),
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    MHInput {
        archive: Option<(ArchiveId, SourceRange<LSPLineCol>)>,
        filepath: (Arc<str>, SourceRange<LSPLineCol>),
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Symdecl {
        uri: SymbolReference<LSPLineCol>,
        main_name_range: SourceRange<LSPLineCol>,
        parsed_args: Vec<SymdeclArg<LSPLineCol, Self>>,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    TextSymdecl {
        uri: SymbolReference<LSPLineCol>,
        main_name_range: SourceRange<LSPLineCol>,
        parsed_args: Vec<TextSymdeclArg<LSPLineCol, Self>>,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Notation {
        uri: SmallVec<SymbolReference<LSPLineCol>, 1>,
        token_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
        notation_args: Vec<NotationArg<LSPLineCol, Self>>,
        full_range: SourceRange<LSPLineCol>,
    },
    RenameDecl {
        uri: SymbolReference<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        orig_range: SourceRange<LSPLineCol>,
        name_range: Option<SourceRange<LSPLineCol>>,
        macroname_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Assign {
        uri: SymbolReference<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        orig_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Symdef {
        uri: SymbolReference<LSPLineCol>,
        main_name_range: SourceRange<LSPLineCol>,
        parsed_args: Vec<SymdefArg<LSPLineCol, Self>>,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Vardef {
        name: Name,
        main_name_range: SourceRange<LSPLineCol>,
        parsed_args: Vec<VardefArg<LSPLineCol, Self>>,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    Varseq {
        name: Name,
        main_name_range: SourceRange<LSPLineCol>,
        parsed_args: Vec<VardefArg<LSPLineCol, Self>>,
        token_range: SourceRange<LSPLineCol>,
        full_range: SourceRange<LSPLineCol>,
    },
    SymName {
        uri: SmallVec<SymbolReference<LSPLineCol>, 1>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
        mode: SymnameMode<LSPLineCol>,
    },
    IncludeProblem {
        filepath: (Arc<str>, SourceRange<LSPLineCol>),
        archive: Option<(ArchiveId, SourceRange<LSPLineCol>)>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        args: Vec<IncludeProblemArg<LSPLineCol>>,
    },
    Symuse {
        uri: SmallVec<SymbolReference<LSPLineCol>, 1>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
    },
    Symref {
        uri: SmallVec<SymbolReference<LSPLineCol>, 1>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
        text: (SourceRange<LSPLineCol>, Vec<Self>),
    },
    Definiens {
        uri: SmallVec<SymbolReference<LSPLineCol>, 1>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        name_range: Option<SourceRange<LSPLineCol>>,
    },
    Defnotation {
        full_range: SourceRange<LSPLineCol>,
    },
    Paragraph {
        kind: ParagraphKind,
        full_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
        symbol: Option<SymbolReference<LSPLineCol>>,
        parsed_args: Vec<ParagraphArg<LSPLineCol, Self>>,
        children: Vec<Self>,
    },
    Problem {
        sub: bool,
        full_range: SourceRange<LSPLineCol>,
        name_range: SourceRange<LSPLineCol>,
        parsed_args: Vec<ProblemArg<LSPLineCol, Self>>,
        children: Vec<Self>,
    },
    Precondition {
        uri: SmallVec<SymbolReference<LSPLineCol>, 1>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        dim_range: SourceRange<LSPLineCol>,
        symbol_range: SourceRange<LSPLineCol>,
        dim: CognitiveDimension,
    },
    Objective {
        uri: SmallVec<SymbolReference<LSPLineCol>, 1>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        dim_range: SourceRange<LSPLineCol>,
        symbol_range: SourceRange<LSPLineCol>,
        dim: CognitiveDimension,
    },
    InlineParagraph {
        kind: ParagraphKind,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        symbol: Option<SymbolReference<LSPLineCol>>,
        parsed_args: Vec<ParagraphArg<LSPLineCol, Self>>,
        children: Vec<Self>,
        children_range: SourceRange<LSPLineCol>,
    },
    MHGraphics {
        filepath: (Arc<str>, SourceRange<LSPLineCol>),
        archive: Option<(ArchiveId, SourceRange<LSPLineCol>)>,
        full_range: SourceRange<LSPLineCol>,
        token_range: SourceRange<LSPLineCol>,
        args: Vec<MHGraphicsArg<LSPLineCol>>,
    },

}

Variants§

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Module

Fields

§uri: ModuleURI
§name_range: SourceRange<LSPLineCol>
§opts: Vec<SModuleArg<LSPLineCol, Self>>
§sig: Option<Language>
§meta_theory: Option<ModuleReference>
§full_range: SourceRange<LSPLineCol>
§smodule_range: SourceRange<LSPLineCol>
§children: Vec<Self>
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MathStructure

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ConservativeExt

Fields

§uri: SymbolReference<LSPLineCol>
§ext_range: SourceRange<LSPLineCol>
§full_range: SourceRange<LSPLineCol>
§extstructure_range: SourceRange<LSPLineCol>
§children: Vec<Self>
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MorphismEnv

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InlineMorphism

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SemanticMacro

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VariableMacro

Fields

§name: Name
§argnum: u8
§orig: SourceRange<LSPLineCol>
§sequence: bool
§token_range: SourceRange<LSPLineCol>
§full_range: SourceRange<LSPLineCol>
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Svar

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ImportModule

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UseModule

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UseStructure

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SetMetatheory

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Inputref

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MHInput

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Symdecl

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TextSymdecl

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Notation

Fields

§uri: SmallVec<SymbolReference<LSPLineCol>, 1>
§token_range: SourceRange<LSPLineCol>
§name_range: SourceRange<LSPLineCol>
§notation_args: Vec<NotationArg<LSPLineCol, Self>>
§full_range: SourceRange<LSPLineCol>
§

RenameDecl

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Assign

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Symdef

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Vardef

Fields

§name: Name
§main_name_range: SourceRange<LSPLineCol>
§parsed_args: Vec<VardefArg<LSPLineCol, Self>>
§token_range: SourceRange<LSPLineCol>
§full_range: SourceRange<LSPLineCol>
§

Varseq

Fields

§name: Name
§main_name_range: SourceRange<LSPLineCol>
§parsed_args: Vec<VardefArg<LSPLineCol, Self>>
§token_range: SourceRange<LSPLineCol>
§full_range: SourceRange<LSPLineCol>
§

SymName

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IncludeProblem

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Symuse

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Symref

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Definiens

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Defnotation

Fields

§full_range: SourceRange<LSPLineCol>
§

Paragraph

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Problem

Fields

§sub: bool
§full_range: SourceRange<LSPLineCol>
§name_range: SourceRange<LSPLineCol>
§parsed_args: Vec<ProblemArg<LSPLineCol, Self>>
§children: Vec<Self>
§

Precondition

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Objective

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InlineParagraph

Fields

§kind: ParagraphKind
§full_range: SourceRange<LSPLineCol>
§token_range: SourceRange<LSPLineCol>
§symbol: Option<SymbolReference<LSPLineCol>>
§parsed_args: Vec<ParagraphArg<LSPLineCol, Self>>
§children: Vec<Self>
§children_range: SourceRange<LSPLineCol>
§

MHGraphics

Implementations§

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impl STeXAnnot

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fn from_tokens<I: IntoIterator<Item = STeXToken<LSPLineCol>>>( iter: I, modules: Option<&mut SmallVec<(ModuleURI, ModuleRules<LSPLineCol>), 1>>, ) -> Vec<Self>

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pub const fn range(&self) -> SourceRange<LSPLineCol>

Trait Implementations§

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impl Clone for STeXAnnot

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fn clone(&self) -> STeXAnnot

Returns a duplicate of the value. Read more
1.0.0 · Source§

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
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impl Debug for STeXAnnot

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fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter. Read more
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impl Serialize for STeXAnnot

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fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>
where __S: Serializer,

Serialize this value into the given Serde serializer. Read more
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impl TreeChild<STeXAnnot> for &STeXAnnot

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fn children<'a>(&self) -> Option<AnnotIter<'a>>
where Self: 'a,

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impl TreeLike for STeXAnnot

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type Child<'a> = &'a STeXAnnot

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type RefIter<'a> = AnnotIter<'a>

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fn children(&self) -> Option<Self::RefIter<'_>>

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fn dfs(&self) -> Option<DFSIter<'_, Self>>

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fn bfs(&self) -> Option<BFSIter<'_, Self>>

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fn bfs_par<'a>(&'a self) -> Option<ParSpliter<BFSIter<'a, Self>>>
where Self::Child<'a>: Send, Self::RefIter<'a>: Send,

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fn dfs_with_close<'a, R, SG, SL, Open, Close>( &'a self, state: &mut SG, open: Open, close: Close, ) -> Result<(), R>
where Open: FnMut(&mut SG, Self::Child<'a>) -> Result<DFSContinuation<SL>, R>, Close: FnMut(&mut SG, SL) -> Result<(), R>,

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fn display_nested<'a>( &'a self, f: &mut Formatter<'_>, open: impl Fn(&Self::Child<'a>, &mut Indentor<'_>, &mut Formatter<'_>) -> Result<DFSContinuation<()>, Error>, close: impl Fn(&Self::Child<'a>, &mut Formatter<'_>) -> Result<(), Error>, indent: Option<Indentor<'_>>, ) -> Result<(), Error>

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fn display_children<'a, I>( i: I, f: &mut Formatter<'_>, open: impl Fn(&Self::Child<'a>, &mut Indentor<'_>, &mut Formatter<'_>) -> Result<DFSContinuation<()>, Error>, close: impl Fn(&Self::Child<'a>, &mut Formatter<'_>) -> Result<(), Error>, indent: Option<Indentor<'_>>, ) -> Result<(), Error>
where I: Into<Self::RefIter<'a>>, Self: 'a,

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type ArchivedMetadata = ()

The archived version of the pointer metadata for this type.
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Converts some archived metadata to the pointer metadata for itself.
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🔬This is a nightly-only experimental API. (clone_to_uninit)
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