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# ddmd.statement

Compiler implementation of the D programming language.
Authors:
Walter Bright
License:
Boost License 1.0

Source: statement.d

Expression `checkAssignmentAsCondition`(Expression `e`);
  Check an assignment is used as a condition. Intended to be use before the semantic call on `e`.
  Parameters:

  Expression `e` | condition expression which is not yet run semantic analysis.

  Returns:
  `e` or ErrorExp.
TypeIdentifier `getThrowable`();
  Return a type identifier reference to 'object.Throwable'
abstract class `Statement`: ddmd.root.rootobject.RootObject;
  Statement `scopeCode`(Scope* `sc`, Statement* `sentry`, Statement* `sexception`, Statement* `sfinally`);
    If this statement has code that needs to run in a finally clause at the end of the current scope, return that code in the form of a Statement.

    Output: *`sentry` code executed upon entry to the scope *`sexception` code executed upon exit from the scope via exception *`sfinally` code executed in finally block

  Statements* `flatten`(Scope* `sc`);
    Flatten out the scope by presenting the statement as an array of statements. Returns NULL if no flattening necessary.
class `ErrorStatement`: ddmd.statement.Statement;
  Any Statement that fails semantic() or has a component that is an ErrorExp or a TypeError should return an `ErrorStatement` from semantic().
class `PeelStatement`: ddmd.statement.Statement;
Statement `toStatement`(Dsymbol `s`);
  Convert TemplateMixin members (== Dsymbols) to Statements.
class `ExpStatement`: ddmd.statement.Statement;
class `DtorExpStatement`: ddmd.statement.ExpStatement;
class `CompileStatement`: ddmd.statement.Statement;
class `CompoundStatement`: ddmd.statement.Statement;
  final this(Loc `loc`, Statements* `s`);
    Construct a CompoundStatement using an already existing array of Statement `s`
    Parameters:

    Loc `loc` | Instantiation information
    Statements* `s` | An array of Statement `s`, that will referenced by this class

  final this(Loc `loc`, Statement[] `sts`...);
    Construct a CompoundStatement from an array of Statements
    Parameters:

    Loc `loc` | Instantiation information
    s | A variadic array of Statements, that will copied in this class The entries themselves will not be copied.

class `CompoundDeclarationStatement`: ddmd.statement.CompoundStatement;
class `UnrolledLoopStatement`: ddmd.statement.Statement;
  The purpose of this is so that continue will go to the next of the statements, and break will go to the end of the statements.
class `ScopeStatement`: ddmd.statement.Statement;
class `ForwardingStatement`: ddmd.statement.Statement;
  Statement whose symbol table contains foreach index variables in a local scope and forwards other members to the parent scope. This wraps a statement.
  Also see: ddmd.attrib.ForwardingAttribDeclaration
  ForwardingScopeDsymbol `sym`;
    The symbol containing the static foreach variables.
  Statement `statement`;
    The wrapped `statement`.
  Statements* `flatten`(Scope* `sc`);
    ForwardingStatements are distributed over the flattened sequence of statements. This prevents flattening to be "blocked" by a ForwardingStatement and is necessary, for example, to support generating scope guards with `static foreach`:
    static foreach(i; 0 .. 10) scope(exit) writeln(i); writeln("this is printed first"); // then, it prints 10, 9, 8, 7, ...
class `WhileStatement`: ddmd.statement.Statement;
class `DoStatement`: ddmd.statement.Statement;
class `ForStatement`: ddmd.statement.Statement;
class `ForeachStatement`: ddmd.statement.Statement;
class `ForeachRangeStatement`: ddmd.statement.Statement;
class `IfStatement`: ddmd.statement.Statement;
class `ConditionalStatement`: ddmd.statement.Statement;
class `StaticForeachStatement`: ddmd.statement.Statement;
  Static foreach statements, like: void main() { static foreach(i; 0 .. 10) { pragma(msg, i); } }
class `PragmaStatement`: ddmd.statement.Statement;
class `StaticAssertStatement`: ddmd.statement.Statement;
class `SwitchStatement`: ddmd.statement.Statement;
class `CaseStatement`: ddmd.statement.Statement;
class `CaseRangeStatement`: ddmd.statement.Statement;
class `DefaultStatement`: ddmd.statement.Statement;
class `GotoDefaultStatement`: ddmd.statement.Statement;
class `GotoCaseStatement`: ddmd.statement.Statement;
class `SwitchErrorStatement`: ddmd.statement.Statement;
class `ReturnStatement`: ddmd.statement.Statement;
class `BreakStatement`: ddmd.statement.Statement;
class `ContinueStatement`: ddmd.statement.Statement;
class `SynchronizedStatement`: ddmd.statement.Statement;
class `WithStatement`: ddmd.statement.Statement;
class `TryCatchStatement`: ddmd.statement.Statement;
class `Catch`: ddmd.root.rootobject.RootObject;
class `TryFinallyStatement`: ddmd.statement.Statement;
class `OnScopeStatement`: ddmd.statement.Statement;
class `ThrowStatement`: ddmd.statement.Statement;
class `DebugStatement`: ddmd.statement.Statement;
class `GotoStatement`: ddmd.statement.Statement;
class `LabelStatement`: ddmd.statement.Statement;
class `LabelDsymbol`: ddmd.dsymbol.Dsymbol;
class `AsmStatement`: ddmd.statement.Statement;
class `CompoundAsmStatement`: ddmd.statement.CompoundStatement;
  a complete asm {} block
class `ImportStatement`: ddmd.statement.Statement;

Copyright © 1999-2017 by the D Language Foundation | Page generated by Ddoc on Mon Oct 9 11:31:33 2017