SynModuleDecl (F# Compiler Guide) | F# Compiler Guide

F# Compiler Guide

SynModuleDecl Type

Namespace: FSharp.Compiler.Syntax
Assembly: FSharp.Compiler.Service.dll
Base Type: obj

Represents a definition within a module

Union cases

Union case	Description
`Attributes(attributes, range)` Full Usage: `Attributes(attributes, range)` Parameters: attributes : `SynAttributes` range : `range`	An attribute definition within a module, for assembly and .NET module attributes attributes : `SynAttributes` range : `range`
`Exception(exnDefn, range)` Full Usage: `Exception(exnDefn, range)` Parameters: exnDefn : `SynExceptionDefn` range : `range`	An 'exception' definition within a module exnDefn : `SynExceptionDefn` range : `range`
`Expr(expr, range)` Full Usage: `Expr(expr, range)` Parameters: expr : `SynExpr` range : `range`	An 'expr' within a module. expr : `SynExpr` range : `range`
`HashDirective(hashDirective, range)` Full Usage: `HashDirective(hashDirective, range)` Parameters: hashDirective : `ParsedHashDirective` range : `range`	A hash directive within a module hashDirective : `ParsedHashDirective` range : `range`
`Let(isRecursive, bindings, range, trivia)` Full Usage: `Let(isRecursive, bindings, range, trivia)` Parameters: isRecursive : `bool` bindings : `SynBinding list` range : `range` trivia : `SynModuleDeclLetTrivia`	A 'let' definition within a module isRecursive : `bool` bindings : `SynBinding list` range : `range` trivia : `SynModuleDeclLetTrivia`
`ModuleAbbrev(ident, longId, range)` Full Usage: `ModuleAbbrev(ident, longId, range)` Parameters: ident : `Ident` longId : `LongIdent` range : `range`	A module abbreviation definition 'module X = A.B.C' ident : `Ident` longId : `LongIdent` range : `range`
`NamespaceFragment fragment` Full Usage: `NamespaceFragment fragment` Parameters: fragment : `SynModuleOrNamespace`	A namespace fragment within a module fragment : `SynModuleOrNamespace`
`NestedModule(moduleInfo, isRecursive, decls, isContinuing, range, trivia)` Full Usage: `NestedModule(moduleInfo, isRecursive, decls, isContinuing, range, trivia)` Parameters: moduleInfo : `SynComponentInfo` isRecursive : `bool` decls : `SynModuleDecl list` isContinuing : `bool` range : `range` trivia : `SynModuleDeclNestedModuleTrivia`	A nested module definition 'module X = ...' moduleInfo : `SynComponentInfo` isRecursive : `bool` decls : `SynModuleDecl list` isContinuing : `bool` range : `range` trivia : `SynModuleDeclNestedModuleTrivia`
`Open(target, range)` Full Usage: `Open(target, range)` Parameters: target : `SynOpenDeclTarget` range : `range`	An 'open' definition within a module target : `SynOpenDeclTarget` range : `range`
`Types(typeDefns, range)` Full Usage: `Types(typeDefns, range)` Parameters: typeDefns : `SynTypeDefn list` range : `range`	A type definition group ('`type T1 ... and T2 ...`') or a single '`type`' definition within a module. Consecutive '`type`' keywords (e.g. `type T1 ... type T2 ...`) are represented individually, with separate `Types` syntax tree nodes for each. Only the '`and`' keyword causes multiple types to be aggregated into a single `Types` node. typeDefns : `SynTypeDefn list` range : `range`

Instance members

Instance member	Description
`this.Range` Full Usage: `this.Range` Returns: `range`	Gets the syntax range of this construct Returns: `range`