opaque Mathlib.Linter.linter.indentation : Lean.Option Bool

docstring TODO

structure Mathlib.Linter.Indentation.ChildrenHeadTail : Type

• head : SyntaxTreeInfo
• headToken : SyntaxTreeInfo
• tail : SyntaxTreeInfo
• tailToken : SyntaxTreeInfo

structure Mathlib.Linter.Indentation.ChildrenInfo : Type

docstring TODO

• children : Array SyntaxTreeInfo
• headTail? : Option ChildrenHeadTail
• outIdx : Nat

structure Mathlib.Linter.Indentation.ParentInfo : Type

docstring TODO

• parentIdx : Nat
• idxInChildren : Nat

instance Mathlib.Linter.Indentation.instInhabitedParentInfo : Inhabited ParentInfo

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• Mathlib.Linter.Indentation.instInhabitedParentInfo = { default := Mathlib.Linter.Indentation.instInhabitedParentInfo.default_1 }

def Mathlib.Linter.Indentation.instInhabitedSyntaxTreeInfo.default_1 : SyntaxTreeInfo

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instance Mathlib.Linter.Indentation.instInhabitedSyntaxTreeInfo : Inhabited SyntaxTreeInfo

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• Mathlib.Linter.Indentation.instInhabitedSyntaxTreeInfo = { default := Mathlib.Linter.Indentation.instInhabitedSyntaxTreeInfo.default_1 }

def Mathlib.Linter.Indentation.instInhabitedParentInfo.default_1 : ParentInfo

Equations

• Mathlib.Linter.Indentation.instInhabitedParentInfo.default_1 = { parentIdx := default, idxInChildren := default }

structure Mathlib.Linter.Indentation.SyntaxTreeInfo : Type

docstring TODO

• stx : Lean.Syntax
• idx : Nat
• childrenInfo? : Option ChildrenInfo
• parentInfo? : Option ParentInfo
• prevTokenIdx? : Option Nat
• nextTokenIdx? : Option Nat

inductive Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement : Type

docstring TODO

• leaf (info : SyntaxTreeInfo) : FlattenSyntaxTreeInfoElement
• into (info : SyntaxTreeInfo) : FlattenSyntaxTreeInfoElement
• out (info : SyntaxTreeInfo) : FlattenSyntaxTreeInfoElement

instance Mathlib.Linter.Indentation.instInhabitedFlattenSyntaxTreeInfoElement : Inhabited FlattenSyntaxTreeInfoElement

Equations

• Mathlib.Linter.Indentation.instInhabitedFlattenSyntaxTreeInfoElement = { default := Mathlib.Linter.Indentation.instInhabitedFlattenSyntaxTreeInfoElement.default }

def Mathlib.Linter.Indentation.instInhabitedFlattenSyntaxTreeInfoElement.default : FlattenSyntaxTreeInfoElement

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• Mathlib.Linter.Indentation.instInhabitedFlattenSyntaxTreeInfoElement.default = Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.leaf default

@[reducible, inline]

abbrev Mathlib.Linter.Indentation.FlattenSyntaxTreeInfo : Type

docstring TODO

Equations

• Mathlib.Linter.Indentation.FlattenSyntaxTreeInfo = Array Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement

def Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.info : FlattenSyntaxTreeInfoElement → SyntaxTreeInfo

docstring TODO

Equations

• (Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.leaf info).info = info
• (Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.into info).info = info
• (Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.out info).info = info

def Mathlib.Linter.Indentation.SyntaxTreeInfo.children? (treeInfo : SyntaxTreeInfo) : Option (Array SyntaxTreeInfo)

docstring TODO

Equations

• treeInfo.children? = Option.map (fun (x : Mathlib.Linter.Indentation.ChildrenInfo) => x.children) treeInfo.childrenInfo?

def Mathlib.Linter.Indentation.SyntaxTreeInfo.isToken (treeInfo : SyntaxTreeInfo) : Bool

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• treeInfo.isToken = treeInfo.childrenInfo?.isNone

def Mathlib.Linter.Indentation.SyntaxTreeInfo.headToken? (treeInfo : SyntaxTreeInfo) : Option SyntaxTreeInfo

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def Mathlib.Linter.Indentation.SyntaxTreeInfo.headTokenIdx? (treeInfo : SyntaxTreeInfo) : Option Nat

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• treeInfo.headTokenIdx? = Option.map (fun (x : Mathlib.Linter.Indentation.SyntaxTreeInfo) => x.idx) treeInfo.headToken?

def Mathlib.Linter.Indentation.SyntaxTreeInfo.tailToken? (treeInfo : SyntaxTreeInfo) : Option SyntaxTreeInfo

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def Mathlib.Linter.Indentation.SyntaxTreeInfo.tailTokenIdx? (treeInfo : SyntaxTreeInfo) : Option Nat

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• treeInfo.tailTokenIdx? = Option.map (fun (x : Mathlib.Linter.Indentation.SyntaxTreeInfo) => x.idx) treeInfo.tailToken?

def Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.nextTokenIdx? : FlattenSyntaxTreeInfoElement → Option Nat

Equations

• (Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.out i).nextTokenIdx? = i.nextTokenIdx?
• (Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.leaf i).nextTokenIdx? = i.nextTokenIdx?
• (Mathlib.Linter.Indentation.FlattenSyntaxTreeInfoElement.into i).nextTokenIdx? = (i.headTokenIdx? <|> i.nextTokenIdx?)

class Mathlib.Linter.Indentation.ForInTokens : Type

• subarray : Subarray FlattenSyntaxTreeInfoElement

def Mathlib.Linter.Indentation.forInTokens (subarray : Subarray FlattenSyntaxTreeInfoElement) : ForInTokens

Equations

• Mathlib.Linter.Indentation.forInTokens subarray = { subarray := subarray }

def Mathlib.Linter.Indentation.FlattenSyntaxTreeInfo.forInTokens (array : FlattenSyntaxTreeInfo) : ForInTokens

Equations

• array.forInTokens = { subarray := Array.toSubarray array }

instance Mathlib.Linter.Indentation.instForInForInTokensFlattenSyntaxTreeInfoElement {m : Type u_1 → Type u_2} : ForIn m ForInTokens FlattenSyntaxTreeInfoElement

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@[specialize #[]]

partial def Mathlib.Linter.Indentation.instForInForInTokensFlattenSyntaxTreeInfoElement.loop {m : Type u_1 → Type u_2} {β : Type u_1} [Monad m] (f : FlattenSyntaxTreeInfoElement → β → m (ForInStep β)) (stop : Nat) (array : Array FlattenSyntaxTreeInfoElement) (i : Nat) (state : β) : m β

def Mathlib.Linter.Indentation.ChildrenHeadTail.getInfo (headTail : ChildrenHeadTail) : Lean.SourceInfo

Equations

• headTail.getInfo = Lean.SourceInfo.synthetic headTail.head.stx.getPos?.get! headTail.tail.stx.getTailPos?.get!

def Mathlib.Linter.Indentation.ChildrenHeadTail.getHeadIdxInChildren (headTail : ChildrenHeadTail) : Nat

Equations

• headTail.getHeadIdxInChildren = headTail.head.parentInfo?.get!.idxInChildren

def Mathlib.Linter.Indentation.ChildrenHeadTail.getTailIdxInChildren (headTail : ChildrenHeadTail) : Nat

Equations

• headTail.getTailIdxInChildren = headTail.tail.parentInfo?.get!.idxInChildren

def Mathlib.Linter.Indentation.SyntaxTreeInfo.hasToken (treeInfo : SyntaxTreeInfo) : Bool

Equations

• treeInfo.hasToken = (treeInfo.isToken || treeInfo.childrenInfo?.elim false fun (x : Mathlib.Linter.Indentation.ChildrenInfo) => x.headTail?.isSome)

def Mathlib.Linter.Indentation.SyntaxTreeInfo.getInfo? (treeInfo : SyntaxTreeInfo) : Option Lean.SourceInfo

docstring TODO

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def Mathlib.Linter.Indentation.SyntaxTreeInfo.getPos? (treeInfo : SyntaxTreeInfo) : Option String.Pos

docstring TODO

Equations

• treeInfo.getPos? = Option.map (fun (x : Lean.SourceInfo) => x.getPos?.get!) treeInfo.getInfo?

def Mathlib.Linter.Indentation.SyntaxTreeInfo.getTailPos? (treeInfo : SyntaxTreeInfo) : Option String.Pos

docstring TODO

Equations

• treeInfo.getTailPos? = Option.map (fun (x : Lean.SourceInfo) => x.getTailPos?.get!) treeInfo.getInfo?

def Mathlib.Linter.Indentation.SyntaxTreeInfo.getSrc? (treeInfo : SyntaxTreeInfo) : Option String

Equations

• treeInfo.getSrc? = Option.map (fun (x : Mathlib.Linter.Indentation.SyntaxTreeInfo) => x.stx.getInfo?.get!.getTrailing?.get!.str) treeInfo.headToken?

def Mathlib.Linter.Indentation.SyntaxTreeInfo.getSubstring? (treeInfo : SyntaxTreeInfo) : Option Substring

Equations

• treeInfo.getSubstring? = Option.map (fun (x : String.Pos) => { str := treeInfo.getSrc?.get!, startPos := x, stopPos := treeInfo.getTailPos?.get! }) treeInfo.getPos?

def Mathlib.Linter.Indentation.SyntaxTreeInfo.headTailOfChildren (children : Array SyntaxTreeInfo) : Option (Nat × Nat)

docstringTODO

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partial def Mathlib.Linter.Indentation.SyntaxTreeInfo.ofSyntaxAux (stx : Lean.Syntax) (parentInfo : Option ParentInfo := none) : EStateM Lean.MessageData (FlattenSyntaxTreeInfo × Option Nat) SyntaxTreeInfo

docstring TODO

partial def Mathlib.Linter.Indentation.SyntaxTreeInfo.updateNextTokenIdx (treeInfo : SyntaxTreeInfo) : StateM (FlattenSyntaxTreeInfo × Option Nat) SyntaxTreeInfo

docstring TODO

def Mathlib.Linter.Indentation.SyntaxTreeInfo.ofSyntax (stx : Lean.Syntax) : Except Lean.MessageData (SyntaxTreeInfo × FlattenSyntaxTreeInfo)

docstring TODO

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def Mathlib.Linter.Indentation.indentationOfPos (str : String) (pos : String.Pos) : Option Nat

docstring TODO

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def Mathlib.Linter.Indentation.indentationBeforePos (str : String) (pos : String.Pos) : Nat

docstring TODO

Equations

• Mathlib.Linter.Indentation.indentationBeforePos str pos = ({ str := str, startPos := str.findLineStart pos, stopPos := pos }.takeWhile fun (x : Char) => x == ' ').bsize

def Mathlib.Linter.Indentation.SyntaxTreeInfo.getIndentation? (treeInfo : SyntaxTreeInfo) : Option Nat

Equations

• treeInfo.getIndentation? = treeInfo.getPos?.bind fun (x : String.Pos) => Mathlib.Linter.Indentation.indentationOfPos treeInfo.getSrc?.get! x

def Mathlib.Linter.Indentation.categoriesContain {m : Type → Type} [Monad m] [Lean.MonadEnv m] (stx : Lean.Syntax) : m Bool

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def Mathlib.Linter.Indentation.SyntaxTreeInfo.needUpdatingIndentation {m : Type → Type} [Monad m] [Lean.MonadEnv m] (treeInfo : SyntaxTreeInfo) : m Bool

Equations

• treeInfo.needUpdatingIndentation = Mathlib.Linter.Indentation.categoriesContain treeInfo.stx

instance Mathlib.Linter.Indentation.instToStringChildrenHeadTail : ToString ChildrenHeadTail

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instance Mathlib.Linter.Indentation.instToStringParentInfo : ToString ParentInfo

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instance Mathlib.Linter.Indentation.instToMessageDataSyntaxTreeInfo : Lean.ToMessageData SyntaxTreeInfo

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partial def Mathlib.Linter.Indentation.instToMessageDataSyntaxTreeInfo.go (i : SyntaxTreeInfo) (n : Nat) : Id Lean.MessageData

structure Mathlib.Linter.Indentation.Limit : Type

docstring TODO

• indentation : Nat
• additionalIndentation : Nat
• oneAdditionalIndentation : Nat
• isExactIndentation : Bool
• atMost : Option Nat

def Mathlib.Linter.Indentation.instReprLimit.repr : Limit → Nat → Std.Format

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instance Mathlib.Linter.Indentation.instReprLimit : Repr Limit

Equations

• Mathlib.Linter.Indentation.instReprLimit = { reprPrec := Mathlib.Linter.Indentation.instReprLimit.repr }

structure Mathlib.Linter.Indentation.IndentationError : Type

• msg : Lean.MessageData
• stx : Lean.Syntax

inductive Mathlib.Linter.Indentation.Result : Type

• nextLinter (limit : Limit) : Result
• finished : Result

def Mathlib.Linter.Indentation.instInhabitedResult.default : Result

Equations

• Mathlib.Linter.Indentation.instInhabitedResult.default = Mathlib.Linter.Indentation.Result.finished

instance Mathlib.Linter.Indentation.instInhabitedResult : Inhabited Result

Equations

• Mathlib.Linter.Indentation.instInhabitedResult = { default := Mathlib.Linter.Indentation.instInhabitedResult.default }

@[reducible, inline]

abbrev Mathlib.Linter.Indentation.LinterM (α : Type) : Type

Equations

• Mathlib.Linter.Indentation.LinterM = ReaderT (Mathlib.Linter.Indentation.FlattenSyntaxTreeInfo × String) (ExceptT Mathlib.Linter.Indentation.IndentationError Lean.Elab.Command.CommandElabM)

def Mathlib.Linter.Indentation.getFlatten : LinterM FlattenSyntaxTreeInfo

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• Mathlib.Linter.Indentation.getFlatten = Prod.fst <$> read

def Mathlib.Linter.Indentation.getSrc : LinterM String

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• Mathlib.Linter.Indentation.getSrc = Prod.snd <$> read

def Mathlib.Linter.Indentation.throwIndentationError (info : SyntaxTreeInfo) (msg : Lean.MessageData) (range : Option String.Range := Option.map (fun (p : String.Pos) => { start := info.getSrc?.get!.findLineStart p, stop := p }) info.getPos?) : LinterM Unit

docstring TODO

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• Mathlib.Linter.Indentation.throwIndentationError info msg range = throwThe Mathlib.Linter.Indentation.IndentationError { msg := msg, stx := info.stx }

def Mathlib.Linter.Indentation.IndentationLinter : Type

docstring TODO

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instance Mathlib.Linter.Indentation.instAndThenIndentationLinter : AndThen IndentationLinter

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def Mathlib.Linter.Indentation.finishedLinter : IndentationLinter

Equations

• Mathlib.Linter.Indentation.finishedLinter x✝¹ x✝ = pure Mathlib.Linter.Indentation.Result.finished

structure Mathlib.Linter.Indentation.IndentationLinters : Type

• nodeLinters : Lean.NameMap IndentationLinter
• identLinters : Lean.NameMap IndentationLinter
• atomLinters : Std.HashMap String IndentationLinter
• linters : Array (Nat × IndentationLinter)

def Mathlib.Linter.Indentation.instInhabitedIndentationLinters.default : IndentationLinters

Equations

• Mathlib.Linter.Indentation.instInhabitedIndentationLinters.default = { nodeLinters := default, identLinters := default, atomLinters := default, linters := default }

instance Mathlib.Linter.Indentation.instInhabitedIndentationLinters : Inhabited IndentationLinters

Equations

• Mathlib.Linter.Indentation.instInhabitedIndentationLinters = { default := Mathlib.Linter.Indentation.instInhabitedIndentationLinters.default }

instance Mathlib.Linter.Indentation.instEmptyCollectionIndentationLinters : EmptyCollection IndentationLinters

Equations

• Mathlib.Linter.Indentation.instEmptyCollectionIndentationLinters = { emptyCollection := { } }

def Mathlib.Linter.Indentation.Array.merge {α : Type u_1} (lt : α → α → Bool) (xs ys : Array α) : Array α

O(|xs| + |ys|). Merge arrays xs and ys. If the arrays are sorted according to lt, then the result is sorted as well. If two (or more) elements are equal according to lt, they are preserved. From module Batteries.Data.Array.Merge.

Equations

• Mathlib.Linter.Indentation.Array.merge lt xs ys = Mathlib.Linter.Indentation.Array.merge.go lt xs ys (Array.mkEmpty (xs.size + ys.size)) 0 0

@[irreducible]

def Mathlib.Linter.Indentation.Array.merge.go {α : Type u_1} (lt : α → α → Bool) (xs ys acc : Array α) (i j : Nat) : Array α

Auxiliary definition for merge.

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def Mathlib.Linter.Indentation.IndentationLinters.add (linters addedLinters : IndentationLinters) : IndentationLinters

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opaque Mathlib.Linter.Indentation.indentationLinterRef : IO.Ref IndentationLinters

def Mathlib.Linter.Indentation.addIndentationLinters (linter : IndentationLinters) (ref : IO.Ref IndentationLinters := indentationLinterRef) : IO Unit

Equations

• Mathlib.Linter.Indentation.addIndentationLinters linter ref = ST.Ref.modify ref fun (x : Mathlib.Linter.Indentation.IndentationLinters) => x.add linter

def Mathlib.Linter.Indentation.runLinterOn (ref : IO.Ref IndentationLinters := indentationLinterRef) : IndentationLinter

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@[reducible, inline]

abbrev Mathlib.Linter.Indentation.ensure (treeInfo : SyntaxTreeInfo) (limit : Limit) (linter : IndentationLinter := runLinterOn) : LinterM Unit

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def Mathlib.Linter.Indentation.markSourceCode (src : Substring) (info? : Option Lean.SourceInfo) (msg : Lean.MessageData) (afterError : Nat := 3) : Lean.Elab.Command.CommandElabM Lean.MessageData

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def Mathlib.Linter.Indentation.indentationLinter : Lean.Linter

docstring TODO

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