From a9806ab3f3ca2930f8d054b4ee6f4d05e51e65c2 Mon Sep 17 00:00:00 2001 From: Michael Beck Date: Thu, 27 Jan 2005 12:37:02 +0000 Subject: [PATCH] fixed docu, renamed type of uninitialized variable callback [r4973] --- ir/common/firm.h | 88 ++++++++++++++++++++---------------------------- 1 file changed, 36 insertions(+), 52 deletions(-) diff --git a/ir/common/firm.h b/ir/common/firm.h index c5206c83c..b6d718a10 100644 --- a/ir/common/firm.h +++ b/ir/common/firm.h @@ -11,57 +11,41 @@ */ /** - @file firm.h - - This documentation no more maintained since 2001!!! - - Central FIRM header. - - FIRM is a full graph based intermediate representation in SSA Form - with a novel concept to model side effects. It allows fast, aggressive - optimizations. - - This header is the central header of the library implementation of this - IR. - - The internal representation of a program in firm is separated into five - different modules: - - Firm Graphs representing the code of a program. (Subdirectory ir.) - Firm Graphs are assembled out of several data structures: - irprog: represents a program. Allows access to all types and all - FIRM graphs for procedures and other global things. - irgraph: represents a procedure. Allows access to the code of the - procedure, the actual FIRM graph. - irnode: A node of a FIRM graph. Nodes are typed with an opcode and a mode - and represent instructions in a program. - irop: The opcode of FIRM nodes. - irmode: The mode of FIRM nodes. Most modes correspond to machine known - data types (int, float, pointer). - - Entities representing program known objects. (Subdirectory tr.) - All variables and procedures are entities. - - Types describing the type system for the program. (Subdirectory tr.) - - Target Values representing program known constants. (Subdirectory tv.) - - Identifiers representing any Strings used in the program. (Subdirectory ident.) - - Further this library supplies functionality to build and optimize FIRM graphs - and further functionality needed in a compiler. Finally there is more - generic functionality to support implementations using firm. (Code generation, - further optimizations). - - ircons: Interface to construct firm graphs, implements automatic Phi node - construction. - iropt: Optimizations applied to individual nodes. - irgopt: Optimizations for ir graphs. - - irflag: Flags to direct the functionality. - common: dynamic typ check for all nodes, configuration of the library, - debug: ??? - - irgwalk: walker for ir graphs. - irvrfy: verify the correctness of a firm node. -* -*/ - + * @file firm.h + * + * Central FIRM header. + * + * FIRM is a full graph based intermediate representation in SSA Form + * with a novel concept to model side effects. It allows fast, aggressive + * optimizations. + * + * This header is the central header of the library implementation of this + * IR. + * + * The internal representation of a program in firm is separated into five + * different modules: + * - Firm Graphs representing the code of a program. (Subdirectory ir.) + * Firm Graphs are assembled out of several data structures: + * irprog: represents a program. Allows access to all types and all + * FIRM graphs for procedures and other global things. + * irgraph: represents a procedure. Allows access to the code of the + * procedure, the actual FIRM graph. + * irnode: A node of a FIRM graph. Nodes are typed with an opcode and a mode + * and represent instructions in a program. + * irop: The opcode of FIRM nodes. + * irmode: The mode of FIRM nodes. Most modes correspond to machine known + * data types (int, float, pointer). + * - Entities representing program known objects. (Subdirectory tr.) + * All variables and procedures are entities. + * - Types describing the type system for the program. (Subdirectory tr.) + * - Target Values representing program known constants. (Subdirectory tv.) + * - Identifiers representing any Strings used in the program. (Subdirectory ident.) + * + * Further this library supplies functionality to build and optimize FIRM graphs + * and further functionality needed in a compiler. Finally there is more + * generic functionality to support implementations using firm. (Code generation, + * further optimizations). + */ #ifndef _FIRM_H_ #define _FIRM_H_ @@ -155,7 +139,7 @@ struct _firm_parameter_t { * used before definition. The function should either insert a default value, * or raise a compiler error/warning. */ - default_initialize_local_variable_func_t *initialize_local_func; + uninitialized_local_variable_func_t *initialize_local_func; /** * The interface functions for the type identification module. -- 2.20.1