pike.git/src/program.c:e7a29aac0bcb3a27fa211bc9d227085a355052b0

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For copyright information see COPYRIGHT. || Pike is distributed under GPL, LGPL and MPL. See the file COPYING || for more information. || $Id: program.c,v 1.631 2007/11/15 17:41:52 grubba Exp $ */ #include "global.h" #include "program.h" #include "object.h" #include "dynamic_buffer.h" #include "pike_types.h" #include "stralloc.h" #include "las.h" #include "lex.h" #include "pike_macros.h" #include "fsort.h" #include "pike_error.h" #include "docode.h" #include "interpret.h" #include "hashtable.h" #include "main.h" #include "pike_memory.h" #include "gc.h" #include "threads.h" #include "constants.h" #include "operators.h" #include "builtin_functions.h" #include "stuff.h" #include "mapping.h" #include "cyclic.h" #include "pike_security.h" #include "pike_types.h" #include "opcodes.h" #include "version.h" #include "block_alloc.h" #include "pikecode.h" #include <errno.h> #include <fcntl.h> #define sp Pike_sp #undef ATTRIBUTE #define ATTRIBUTE(X) static void exit_program_struct(struct program *); static size_t add_xstorage(size_t size, size_t alignment, ptrdiff_t modulo_orig); #undef EXIT_BLOCK #define EXIT_BLOCK(P) exit_program_struct( (P) ) #undef COUNT_OTHER #define COUNT_OTHER() do{ \ struct program *p; \ for(p=first_program;p;p=p->next) \ { \ size+=p->total_size; \ } \ }while(0) BLOCK_ALLOC_FILL_PAGES(program, 4) /* #define COMPILER_DEBUG */ /* #define PROGRAM_BUILD_DEBUG */ #ifdef COMPILER_DEBUG #define CDFPRINTF(X) fprintf X #else /* !COMPILER_DEBUG */ #define CDFPRINTF(X) #endif /* COMPILER_DEBUG */ /* * These two values should probably be fine-tuned, but doing so * more or less requires running a predictable 'typical' application * and testing different hashsizes and tresholds. I tried to do it * mathematically by measuring the extremes (no cache hits, 100% * cache hits etc.) but it seems that the processor cache becomes * exhausted in some of my measurements, which renders my mathematical * model useless. * * Further measurements seems to indicate that this cache can slow * things down a bit if the hit/miss rate is not fairly high. * For normal applications, the hitrate is most likely well over 90%, * but that should be verified. * - Holistiska Centralbyrån (Hubbe) */ /* Define the size of the cache that is used for method lookup. */ /* A value of zero disables this cache */ #define FIND_FUNCTION_HASHSIZE 15013 /* Programs with less methods will not use the cache for method lookups.. */ #define FIND_FUNCTION_HASH_TRESHOLD 9 #define DECLARE #include "compilation.h" struct pike_string *this_program_string, *this_string; static struct pike_string *UNDEFINED_string; const char *const lfun_names[] = { "__INIT", "create", "destroy", "`+", "`-", "`&", "`|", "`^", "`<<", "`>>", "`*", "`/", "`%", "`~", "`==", "`<", "`>", "__hash", "cast", "`!", "`[]", "`[]=", "`->", "`->=", "_sizeof", "_indices", "_values", "`()", "``+", "``-", "``&", "``|", "``^", "``<<", "``>>", "``*", "``/", "``%", "`+=", "_is_type", "_sprintf", "_equal", "_m_delete", "_get_iterator", "`[..]", /* NOTE: After this point there are only fake lfuns. */ "_search", }; struct pike_string *lfun_strings[NELEM(lfun_names)]; static struct mapping *lfun_ids; /* mapping(string:type) */ static struct mapping *lfun_types; static const char *const raw_lfun_types[] = { tFuncV(tNone,tVoid,tVoid), /* "__INIT", */ tFuncV(tNone,tZero,tVoid), /* "create", */ tFuncV(tOr(tVoid,tInt),tVoid,tVoid), /* "destroy", */ tFuncV(tZero,tZero,tMix), /* "`+", */ tFunc(tOr(tVoid,tZero),tMix), /* "`-", */ tFuncV(tNone,tZero,tMix), /* "`&", */ tFuncV(tNone,tZero,tMix), /* "`|", */ tFuncV(tNone,tZero,tMix), /* "`^", */ tFuncV(tZero,tVoid,tMix), /* "`<<", */ tFuncV(tZero,tVoid,tMix), /* "`>>", */ tFuncV(tNone,tZero,tMix), /* "`*", */ tFuncV(tNone,tZero,tMix), /* "`/", */ tFuncV(tNone,tZero,tMix), /* "`%", */ tFuncV(tNone,tVoid,tMix), /* "`~", */ tFuncV(tMix,tVoid,tInt), /* "`==", */ tFuncV(tMix,tVoid,tInt), /* "`<", */ tFuncV(tMix,tVoid,tInt), /* "`>", */ tFuncV(tNone,tVoid,tInt), /* "__hash", */ tFuncV(tString,tVoid,tMix), /* "cast", */ tFuncV(tNone,tVoid,tInt), /* "`!", */ tFuncV(tZero,tVoid,tMix), /* "`[]", */ tFuncV(tZero tSetvar(0,tZero),tVoid,tVar(0)), /* "`[]=", */ tFuncV(tStr,tVoid,tMix), /* "`->", */ tFuncV(tStr tSetvar(0,tZero),tVoid,tVar(0)), /* "`->=", */ tFuncV(tNone,tVoid,tInt), /* "_sizeof", */ tFuncV(tNone,tVoid,tArray), /* "_indices", */ tFuncV(tNone,tVoid,tArray), /* "_values", */ tFuncV(tNone,tZero,tMix), /* "`()", */ tFuncV(tZero,tZero,tMix), /* "``+", */ tFuncV(tZero,tVoid,tMix), /* "``-", */ tFuncV(tNone,tZero,tMix), /* "``&", */ tFuncV(tNone,tZero,tMix), /* "``|", */ tFuncV(tNone,tZero,tMix), /* "``^", */ tFuncV(tZero,tVoid,tMix), /* "``<<", */ tFuncV(tZero,tVoid,tMix), /* "``>>", */ tFuncV(tNone,tZero,tMix), /* "``*", */ tFuncV(tNone,tZero,tMix), /* "``/", */ tFuncV(tNone,tZero,tMix), /* "``%", */ tFuncV(tZero,tZero,tMix), /* "`+=", */ tFuncV(tStr,tVoid,tInt), /* "_is_type", */ tFuncV(tInt tOr(tMap(tStr,tInt),tVoid),tVoid,tStr), /* "_sprintf", */ tFuncV(tMix,tVoid,tInt), /* "_equal", */ tFuncV(tZero,tVoid,tMix), /* "_m_delete", */ tFuncV(tNone,tVoid,tObj), /* "_get_iterator", */ tFuncV(tZero tRangeBound tZero tRangeBound, tVoid, tMix), /* "`[..]" */ /* NOTE: After this point there are only fake lfuns. */ tFuncV(tZero tOr(tZero, tVoid), tVoid, tMix), /* "_search", */ }; /* These two are not true LFUNs! */ static struct pike_type *lfun_getter_type_string = NULL; static struct pike_type *lfun_setter_type_string = NULL; /*! @namespace lfun:: *! *! Callback functions used to overload various builtin functions. *! *! The functions can be grouped into a few sets: *! *! @ul *! @item *! Object initialization and destruction. *! *! @[__INIT()], @[create()], @[destroy()] *! *! @item *! Unary operator overloading. *! *! @[`~()], @[`!()], *! @[_values()], @[cast()], *! @[_sizeof()], @[_indices()], *! @[__hash()] *! *! @item *! Binary asymmetric operator overloading. *! *! @[`+()], @[``+()], *! @[`-()], @[``-()], *! @[`&()], @[``&()], *! @[`|()], @[``|()], *! @[`^()], @[``^()], *! @[`<<()], @[``<<()], *! @[`>>()], @[``>>()], *! @[`*()], @[``*()], *! @[`/()], @[``/()], *! @[`%()], @[``%()] *! *! @item *! Binary symmetric operator overloading. *! *! The optimizer will make assumptions about the relations *! between these functions. *! *! @[`==()], @[_equal()], @[`<()], @[`>()] *! *! @item *! Other binary operator overloading. *! *! @[`[]()], @[`[]=()], @[`->()], *! @[`->=()], @[`+=()], @[`()()] *! *! @item *! Overloading of other builtin functions. *! *! @[_is_type()], @[_sprintf()], @[_m_delete()], *! @[_get_iterator()], @[_search()] *! @endul *! *! @note *! Although these functions are called from outside the object *! they exist in, they will still be used even if they are *! declared @expr{static@}. It is in fact recommended to declare *! them @expr{static@}, since that will hinder them being used *! for other purposes. *! *! @seealso *! @[::] */ /*! @decl void lfun::__INIT() *! *! Inherit and variable initialization. *! *! This function is generated automatically by the compiler. It's *! called just before @[lfun::create()] when an object is *! instantiated. *! *! It first calls any @expr{__INIT@} functions in inherited classes *! (regardless of modifiers on the inherits). It then executes all *! the variable initialization expressions in this class, in the *! order they occur. *! *! @note *! This function can not be overloaded or blocked from executing. *! *! @seealso *! @[lfun::create()] */ /*! @decl void lfun::create(zero ... args) *! *! Object creation callback. *! *! This function is called right after @[lfun::__INIT()]. *! *! @[args] are the arguments passed when the program was called. *! *! @note *! In Pike 7.2 and later this function can be created implicitly *! by the compiler using the new syntax: *! @code *! class Foo(int foo) { *! int bar; *! } *! @endcode *! In the above case an implicit @[lfun::create()] is created, and *! it's equvivalent to: *! @code *! class Foo { *! int foo; *! int bar; *! static void create(int foo) *! { *! local::foo = foo; *! } *! } *! @endcode *! *! @seealso *! @[lfun::__INIT()], @[lfun::destroy()] */ /*! @decl void lfun::destroy (void|int reason) *! *! Object destruction callback. *! *! This function is called right before the object is destructed. *! That can happen either through a call to @[predef::destruct()], *! when there are no more references to the object, or when the *! garbage collector discovers that it's part of a cyclic data *! structure that has become garbage. *! *! @param reason *! A flag that tells why the object is destructed: *! *! @int *! @value Object.DESTRUCT_EXPLICIT *! Destructed explicitly by @[predef::destruct]. *! @value Object.DESTRUCT_NO_REFS *! Destructed due to running out of references. *! @value Object.DESTRUCT_GC *! Destructed by the garbage collector. *! @value Object.DESTRUCT_CLEANUP *! Destructed as part of the cleanup when the pike process *! exits. Occurs only if Pike has been compiled with the *! configure option @tt{--with-cleanup-on-exit@}. See note *! below. *! @endint *! *! @note *! Objects are normally not destructed when a process exits, so *! @expr{destroy@} functions aren't called then. Use @[atexit] to get *! called when the process exits. *! *! @note *! Regarding destruction order during garbage collection: *! *! If an object is destructed by the garbage collector, it's part of *! a reference cycle with other things but with no external *! references. If there are other objects with @expr{destroy@} *! functions in the same cycle, it becomes a problem which to call *! first. *! *! E.g. if this object has a variable with another object which *! (directly or indirectly) points back to this one, you might find *! that the other object already has been destructed and the variable *! thus contains zero. *! *! The garbage collector tries to minimize such problems by defining *! an order as far as possible: *! *! @ul *! @item *! If an object A contains an @[lfun::destroy] and an object B does *! not, then A is destructed before B. *! @item *! If A references B single way, then A is destructed before B. *! @item *! If A and B are in a cycle, and there is a reference somewhere *! from B to A that is weaker than any reference from A to B, then *! A is destructed before B. *! @item *! If a cycle is resolved according to the rule above by ignoring a *! weaker reference, and there is another ambiguous cycle that *! would get resolved by ignoring the same reference, then the *! latter cycle will be resolved by ignoring that reference. *! @item *! Weak references (e.g. set with @[predef::set_weak_flag()]) are *! considered weaker than normal references, and both are *! considered weaker than strong references. *! @item *! Strong references are those from objects to the objects of their *! lexically surrounding classes. There can never be a cycle *! consisting only of strong references. (This means the gc never *! destructs a parent object before all children have been *! destructed.) *! @endul *! *! An example with well defined destruct order due to strong *! references: *! *! @code *! class Super { *! class Sub { *! static void destroy() { *! if (!Super::this) *! error ("My parent has been destructed!\n"); *! } *! } *! Sub sub = Sub(); *! static void destroy() { *! if (!sub) *! werror ("sub already destructed.\n"); *! } *! } *! @endcode *! *! The garbage collector ensures that these objects are destructed in *! an order so that @expr{werror@} in @expr{Super@} is called and not *! @expr{error@} in @expr{Sub@}. *! *! @note *! When the garbage collector calls @[lfun::destroy], all accessible *! non-objects and objects without @expr{destroy@} functions are *! still intact. They are not freed if the @expr{destroy@} function *! adds external references to them. However, all objects with *! @[lfun::destroy] in the cycle are already scheduled for *! destruction and will therefore be destroyed even if external *! references are added to them. *! *! @note *! The garbage collector had completely random destruct order in *! versions prior to 7.2. *! *! @seealso *! @[lfun::create()], @[predef::destruct()] */ /*! @decl mixed lfun::`+(zero arg, zero ... rest) *! *! Left side addition/concatenation callback. *! *! This is used by @[predef::`+]. It's called with any arguments *! that follow this object in the argument list of the call to *! @[predef::`+]. The returned value should be a new instance that *! represents the addition/concatenation between this object and *! the arguments in the order they are given. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``+()], @[lfun::`+=()], @[predef::`+()] */ /*! @decl this_program lfun::`+=(zero arg, zero ... rest) *! *! Destructive addition/concatenation callback. *! *! This is used by @[predef::`+]. It's called with any arguments *! that follow this object in the argument list of the call to *! @[predef::`+]. It should update this object to represent the *! addition/concatenation between it and the arguments in the order *! they are given. It should always return this object. *! *! @note *! This function should only be implemented if @[lfun::`+()] also *! is. It should only work as a more optimized alternative to that *! one, for the case when it's safe to change the object *! destructively and use it directly as the result. *! *! @note *! This function is not an lfun for the @expr{+=@} operator. It's *! only whether or not it's safe to do a destructive change that *! decides if this function or @[lfun::`+()] is called; both the *! @expr{+@} operator and the @expr{+=@} operator can call either *! one. *! *! @seealso *! @[lfun::`+()], @[predef::`+()] */ /*! @decl mixed lfun::``+(zero arg, zero ... rest) *! *! Right side addition/concatenation callback. *! *! This is used by @[predef::`+]. It's called with any arguments *! that precede this object in the argument list of the call to *! @[predef::`+]. The returned value should be a new instance that *! represents the addition/concatenation between the arguments in *! the order they are given and this object. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`+()], @[predef::`+()] */ /*! @decl mixed lfun::`-(void|zero arg) *! *! Negation and left side subtraction/set difference callback. *! *! This is used by @[predef::`-]. When called without an argument *! the result should be a new instance that represents the negation *! of this object, otherwise the result should be a new instance *! that represents the difference between this object and @[arg]. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``-()], @[predef::`-()] */ /*! @decl mixed lfun::``-(zero arg) *! *! Right side subtraction/set difference callback. *! *! This is used by @[predef::`-]. The result should be a new *! instance that represents the difference between @[arg] and this *! object. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`-()], @[predef::`-()] */ /*! @decl mixed lfun::`&(zero ... args) *! *! Left side bitwise and/intersection callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``&()], @[predef::`&()] */ /*! @decl mixed lfun::``&(zero ... args) *! *! Right side bitwise and/intersection callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`&()], @[predef::`&()] */ /*! @decl mixed lfun::`|(zero ... args) *! *! Left side bitwise or/union callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``|()], @[predef::`|()] */ /*! @decl mixed lfun::``|(zero ... args) *! *! Right side bitwise or/union callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`|()], @[predef::`|()] */ /*! @decl mixed lfun::`^(zero ... args) *! *! Left side exclusive or callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``^()], @[predef::`^()] */ /*! @decl mixed lfun::``^(zero ... args) *! *! Right side exclusive or callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`^()], @[predef::`^()] */ /*! @decl mixed lfun::`<<(zero arg) *! *! Left side left shift callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``<<()], @[predef::`<<()] */ /*! @decl mixed lfun::``<<(zero arg) *! *! Right side left shift callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`<<()], @[predef::`<<()] */ /*! @decl mixed lfun::`>>(zero arg) *! *! Left side right shift callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``>>()], @[predef::`>>()] */ /*! @decl mixed lfun::``>>(zero arg) *! *! Right side right shift callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`>>()], @[predef::`>>()] */ /*! @decl mixed lfun::`*(zero ... args) *! *! Left side multiplication/repetition/implosion callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``*()], @[predef::`*()] */ /*! @decl mixed lfun::``*(zero ... args) *! *! Right side multiplication/repetition/implosion callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`*()], @[predef::`*()] */ /*! @decl mixed lfun::`/(zero ... args) *! *! Left side division/split callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``/()], @[predef::`/()] */ /*! @decl mixed lfun::``/(zero ... args) *! *! Right side division/split callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`/()], @[predef::`/()] */ /*! @decl mixed lfun::`%(zero ... args) *! *! Left side modulo callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::``%()], @[predef::`%()] */ /*! @decl mixed lfun::``%(zero ... args) *! *! Right side modulo callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`%()], @[predef::`%()] */ /*! @decl int lfun::`!() *! *! Logical not callback. *! *! @returns *! Returns non-zero if the object should be evaluated as false, *! and @expr{0@} (zero) otherwise. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`!()] */ /*! @decl mixed lfun::`~() *! *! Complement/inversion callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`~()] */ /*! @decl int(0..1) lfun::`==(mixed arg) *! *! Equality test callback. *! *! @note *! If this is implemented it might be necessary to implement *! @[lfun::__hash] too. Otherwise mappings might hold several *! objects as indices which are duplicates according to this *! function. Various other functions that use hashing also might *! not work correctly, e.g. @[predef::Array.uniq]. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`==()], @[lfun::__hash] */ /*! @decl int(0..1) lfun::`<(mixed arg) *! *! Less than test callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`<()] */ /*! @decl int(0..1) lfun::`>(mixed arg) *! *! Greater than test callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`>()] */ /*! @decl int lfun::__hash() *! *! Hashing callback. *! *! This function gets called by various mapping operations when the *! object is used as index in a mapping. It should return an *! integer that corresponds to the object in such a way that all *! values which @[lfun::`==] considers equal to the object gets the *! same hash value. *! *! @note *! The function @[predef::hash] does not return hash values that *! are compatible with this one. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[lfun::`==] */ /*! @decl mixed lfun::cast(string requested_type) *! *! Value cast callback. *! *! @param requested_type *! Type to cast to. *! *! @returns *! Expected to return the object value-casted (converted) to *! the type described by @[requested_type]. *! *! @note *! The argument is currently a string with the name *! of the type, but might in the future be a value of the type type. *! *! @note *! Currently casting between object types is a noop. *! *! @note *! If the returned value is not deemed to be of the requested type *! a runtime error may be thrown. *! *! @note *! It's assumed that this function is side-effect free. */ /*! @decl mixed lfun::`[..](zero low, int low_bound_type, zero high, int high_bound_type) *! *! Subrange callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`[..]] */ /*! @decl mixed lfun::`[](zero arg1, zero|void arg2) *! *! Indexing callback. *! *! For compatibility, this is also called to do subranges unless *! there is a @[`[..]] in the class. See @[predef::`[..]] for *! details. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`[]()], @[predef::`[..]] */ /*! @decl mixed lfun::`[]=(zero arg1, zero arg2) *! *! Index assignment callback. *! *! @seealso *! @[predef::`[]=()], @[lfun::`->=()] */ /*! @decl mixed lfun::`->(string arg) *! *! Arrow index callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::`->()] */ /*! @decl mixed lfun::`->=(string arg1, zero arg2) *! *! Arrow index assignment callback. *! *! @seealso *! @[predef::`->=()], @[lfun::`[]=()] */ /*! @decl int lfun::_sizeof() *! *! Size query callback. *! *! Called by @[predef::sizeof()] to determine the number of elements *! in an object. If this function is not present, the number *! of public symbols in the object will be returned. *! *! @returns *! Expected to return the number of valid indices in the object. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::sizeof()] */ /*! @decl array lfun::_indices() *! *! List indices callback. *! *! @returns *! Expected to return an array with the valid indices in the object. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::indices()], @[lfun::_values()] */ /*! @decl array lfun::_values() *! *! List values callback. *! *! @returns *! Expected to return an array with the values corresponding to *! the indices returned by @[lfun::_indices()]. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::values()], @[lfun::_indices()] */ /*! @decl mixed lfun::`()(zero ... args) *! *! Apply callback. *! *! @seealso *! @[predef::`()] */ /*! @decl int(0..1) lfun::_is_type(string basic_type) *! *! Type comparison callback. *! *! Called by the cast operator to determine if an object *! simulates a basic type. *! *! @param basic_type *! One of: *! @string *! @value "array" *! @value "float" *! @value "function" *! @value "int" *! @value "mapping" *! @value "multiset" *! @value "object" *! @value "program" *! @value "string" *! @value "type" *! @value "void" *! @value "zero" *! @endstring *! *! The following five shouldn't occurr, but are here for completeness: *! @string *! @value "lvalue" *! @value "mapping_data" *! @value "object storage" *! @value "pike_frame" *! @value "unknown" *! @endstring *! *! @returns *! Expected to return @expr{1@} if the object is to be regarded as a *! simulation of the type specified by @[basic_type]. *! *! @note *! The argument is currently a string with the name *! of the type, but might in the future be a value of the type type. *! *! @note *! It's assumed that this function is side-effect free. */ /*! @decl string lfun::_sprintf(int conversion_type, @ *! mapping(string:int)|void params) *! *! Sprintf callback. *! *! This method is called by @[predef::sprintf()] to print objects. If it is *! not present, printing of the object will not be supported for any *! conversion-type except for the @tt{%O@}-conversion-type, which *! will output @expr{"object"@}. *! *! @param conversion_type *! One of: *! @int *! @value 'b' *! Signed binary integer. *! @value 'd' *! Signed decimal integer. *! @value 'u' *! Unsigned decimal integer. *! @value 'o' *! Signed octal integer. *! @value 'x' *! Lowercase signed hexadecimal integer. *! @value 'X' *! Uppercase signed hexadecimal integer. *! @value 'c' *! Character. If a fieldsize has been specified this will output *! the low-order bytes of the integer in network byte order. *! @value 'f' *! Float. *! @value 'g' *! Heuristically chosen representation of float. *! @value 'G' *! Like @tt{%g@}, but uses uppercase @tt{E@} for exponent. *! @value 'e' *! Exponential notation float. *! @value 'E' *! Like @tt{%e@}, but uses uppercase @tt{E@} for exponent. *! @value 's' *! String. *! @value 'O' *! Any value (debug style). *! @value 't' *! Type of the argument. *! @endint *! *! @param params *! Conversion parameters. The following parameters may be supplied: *! @mapping *! @member int "precision" *! Precision. *! @member int "width" *! Field width. *! @member int(1..1) "flag_left" *! Indicates that the output should be left-aligned. *! @member int "indent" *! Indentation level in @tt{%O@}-mode. *! @endmapping *! *! @returns *! Is expected to return a string describing the object formatted *! according to @[conversion_type]. *! *! @note *! @[_sprintf()] is currently not called for the following *! conversion-types: *! @int *! @value 'F' *! Binary IEEE representation of float (@tt{%4F@} gives *! single precision, @tt{%8F@} gives double precision.) *! @endint *! *! @note *! This function might be called at odd times, e.g. before *! @[lfun::create] has been called or when an error has occurred. *! The reason is typically that it gets called when a backtrace is *! being formatted to report an error. It should therefore be very *! robust and not make any assumptions about its own internal *! state, at least not when @[conversion_type] is @expr{'O'@}. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::sprintf()] */ /*! @decl int lfun::_equal(mixed arg) *! *! Recursive equality callback. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::equal()], @[lfun::`==()] */ /*! @decl mixed lfun::_m_delete(mixed arg) *! *! Delete index callback. *! *! @seealso *! @[predef::m_delete()] */ /*! @decl predef::Iterator lfun::_get_iterator() *! *! Iterator creation callback. *! *! The returned @[predef::Iterator] instance works as a cursor that *! references a specific item contained (in some arbitrary sense) *! in this one. *! *! @note *! It's assumed that this function is side-effect free. *! *! @seealso *! @[predef::Iterator], @[predef::get_iterator], @[predef::foreach()] */ /*! @decl mixed lfun::_search(mixed needle, mixed|void start) *! *! Search callback. *! *! @seealso *! @[predef::search()] */ /*! @decl mixed lfun::`symbol() *! @decl mixed lfun::`->symbol() *! *! Variable retrieval callback (aka "getter"). *! *! @note *! Note that the @expr{symbol@} in the name can be any symbol. *! *! @note *! This is not a true LFUN, since it is even more low level! *! *! @note *! This function WILL be called even by inheriting programs *! when they attempt to access the variable named @expr{symbol@}. *! *! @seealso *! @[lfun::`->symbol=()], @[lfun::`->()] */ /*! @decl void lfun::`symbol=(zero value) *! @decl void lfun::`->symbol=(zero value) *! *! Variable assignment callback (aka "setter"). *! *! @note *! Note that the @expr{symbol@} in the name can be any symbol. *! *! @note *! This is not a true LFUN, since it is even more low level! *! *! @note *! This function WILL be called even by inheriting programs *! when they attempt to set the variable named @expr{symbol@}. *! *! @seealso *! @[lfun::`->symbol()], @[lfun::`->=()] */ /*! @endnamespace */ /*! @class MasterObject */ /*! @decl void unregister(program p) *! *! Unregister a program that was only partially compiled. *! *! Called by @[compile()] to clean up references to partially compiled *! programs. *! *! @param p *! Partially compiled program that should no longer be referenced. *! *! @fixme *! Shouldn't this function be in the compilation handler? */ /*! @endclass */ /*! @class CompilationHandler */ /*! @decl mapping(string:mixed)|object get_default_module() *! *! Returns the default module from which global symbols will *! be fetched. *! *! @returns *! Returns the default module, or @expr{0@} (zero). *! *! If @expr{0@} (zero) is returned the compiler use the mapping *! returned by @[all_constants()] as fallback. *! *! @seealso *! @[get_predefines()] */ /*! @decl void compile_warning(string filename, int line, string msg) *! *! Called by @[compile()] to report warnings. *! *! @param filename *! File which triggered the warning. *! *! @param line *! Line which triggered the warning. *! *! @param msg *! Warning message. *! *! @seealso *! @[compile_error()] */ /*! @endclass */ struct program *first_program = 0; static int current_program_id = PROG_DYNAMIC_ID_START; struct program *null_program=0; struct object *error_handler=0; struct object *compat_handler=0; struct program *gc_internal_program = 0; static struct program *gc_mark_program_pos = 0; int compilation_depth=-1; dynamic_buffer used_modules; static struct mapping *resolve_cache=0; #ifdef PIKE_DEBUG #define CHECK_FILE_ENTRY(PROG, POS, LEN, SHIFT) \ do { \ if (SHIFT < 0 || SHIFT > 2 || \ POS + (LEN << SHIFT) > PROG->linenumbers + PROG->num_linenumbers) \ Pike_fatal ("Invalid file entry in linenumber info.\n"); \ } while (0) #else #define CHECK_FILE_ENTRY(PROG, POS, LEN, SHIFT) do {} while (0) #endif int get_small_number(char **q); PMOD_EXPORT void do_free_program (struct program *p) { if (p) free_program(p); } /* So what if we don't have templates? / Hubbe */ #ifdef PIKE_DEBUG #define CHECK_FOO(NUMTYPE,TYPE,NAME) \ if(Pike_compiler->malloc_size_program-> PIKE_CONCAT(num_,NAME) < \ Pike_compiler->new_program-> PIKE_CONCAT(num_,NAME)) \ Pike_fatal("Pike_compiler->new_program->num_" #NAME " is out of order\n");\ if(Pike_compiler->new_program->flags & PROGRAM_OPTIMIZED) \ Pike_fatal("Tried to reallocate fixed program.\n") #else #define CHECK_FOO(NUMTYPE,TYPE,NAME) #endif #ifndef RELOCATE_program #define RELOCATE_program(ORIG, NEW) #endif /* !RELOCATE_program */ #define RELOCATE_linenumbers(ORIG,NEW) #define RELOCATE_identifier_index(ORIG,NEW) #define RELOCATE_variable_index(ORIG,NEW) #define RELOCATE_identifier_references(ORIG,NEW) #define RELOCATE_strings(ORIG,NEW) #define RELOCATE_inherits(ORIG,NEW) #define RELOCATE_identifiers(ORIG,NEW) #define RELOCATE_constants(ORIG,NEW) #define RELOCATE_relocations(ORIG,NEW) #if SIZEOF_LONG_LONG == 8 /* we have 8 byte ints, hopefully this constant works on all these systems */ #define MAXVARS(NUMTYPE) \ (NUMTYPE)(sizeof(NUMTYPE)==1?254: \ (sizeof(NUMTYPE)==2?65534: \ (sizeof(NUMTYPE)==4?4294967294U:18446744073709551614ULL))) #else #define MAXVARS(NUMTYPE) \ (NUMTYPE)(sizeof(NUMTYPE)==1?254: (sizeof(NUMTYPE)==2?65534:4294967294U)) #endif #ifdef PIKE_USE_MACHINE_CODE /* Special cases for low_add_to_program and add_to_program since * many OSes require us to use mmap to allocate memory for our * machine code. */ #define BAR(NUMTYPE,TYPE,ARGTYPE,NAME) \ void PIKE_CONCAT(low_add_to_,NAME) (struct program_state *state, \ TYPE ARG) { \ NUMTYPE m = state->malloc_size_program->PIKE_CONCAT(num_,NAME); \ CHECK_FOO(NUMTYPE,TYPE,NAME); \ if(m == state->new_program->PIKE_CONCAT(num_,NAME)) { \ TYPE *tmp; \ if(m==MAXVARS(NUMTYPE)) { \ yyerror("Too many " #NAME "."); \ return; \ } \ m = MINIMUM(m*2+1,MAXVARS(NUMTYPE)); \ tmp = mexec_realloc((void *)state->new_program->NAME, \ sizeof(TYPE) * m); \ if(!tmp) Pike_fatal("Out of memory.\n"); \ PIKE_CONCAT(RELOCATE_,NAME)(state->new_program, tmp); \ state->malloc_size_program->PIKE_CONCAT(num_,NAME)=m; \ state->new_program->NAME=tmp; \ } \ state->new_program-> \ NAME[state->new_program->PIKE_CONCAT(num_,NAME)++]=(ARG); \ } \ void PIKE_CONCAT(add_to_,NAME) (ARGTYPE ARG) { \ PIKE_CONCAT(low_add_to_,NAME) ( Pike_compiler, ARG ); \ } #endif /* PIKE_USE_MACHINE_CODE */ /* Funny guys use the uppermost value for nonexistant variables and the like. Hence -2 and not -1. Y2K. */ #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) \ void PIKE_CONCAT(low_add_to_,NAME) (struct program_state *state, \ TYPE ARG) { \ NUMTYPE m = state->malloc_size_program->PIKE_CONCAT(num_,NAME); \ CHECK_FOO(NUMTYPE,TYPE,NAME); \ if(m == state->new_program->PIKE_CONCAT(num_,NAME)) { \ TYPE *tmp; \ if(m==MAXVARS(NUMTYPE)) { \ yyerror("Too many " #NAME "."); \ return; \ } \ m = MINIMUM(m*2+1,MAXVARS(NUMTYPE)); \ tmp = realloc((void *)state->new_program->NAME, \ sizeof(TYPE) * m); \ if(!tmp) Pike_fatal("Out of memory.\n"); \ PIKE_CONCAT(RELOCATE_,NAME)(state->new_program, tmp); \ state->malloc_size_program->PIKE_CONCAT(num_,NAME)=m; \ state->new_program->NAME=tmp; \ } \ state->new_program-> \ NAME[state->new_program->PIKE_CONCAT(num_,NAME)++]=(ARG); \ } \ void PIKE_CONCAT(add_to_,NAME) (ARGTYPE ARG) { \ PIKE_CONCAT(low_add_to_,NAME) ( Pike_compiler, ARG ); \ } /* Funny guys use the uppermost value for nonexistant variables and the like. Hence -2 and not -1. Y2K. */ #define PASS1ONLY(NUMTYPE,TYPE,ARGTYPE,NAME) \ void PIKE_CONCAT(low_add_to_,NAME) (struct program_state *state, \ TYPE ARG) { \ NUMTYPE m = state->malloc_size_program->PIKE_CONCAT(num_,NAME); \ CHECK_FOO(NUMTYPE,TYPE,NAME); \ DO_IF_DEBUG(if (state->compiler_pass != 1) { \ Pike_fatal("Adding " TOSTR(NAME) " in pass %d.\n", \ state->compiler_pass); \ }); \ if(m == state->new_program->PIKE_CONCAT(num_,NAME)) { \ TYPE *tmp; \ if(m==MAXVARS(NUMTYPE)) { \ yyerror("Too many " #NAME "."); \ return; \ } \ m = MINIMUM(m*2+1,MAXVARS(NUMTYPE)); \ tmp = realloc((void *)state->new_program->NAME, \ sizeof(TYPE) * m); \ if(!tmp) Pike_fatal("Out of memory.\n"); \ PIKE_CONCAT(RELOCATE_,NAME)(state->new_program, tmp); \ state->malloc_size_program->PIKE_CONCAT(num_,NAME)=m; \ state->new_program->NAME=tmp; \ } \ state->new_program-> \ NAME[state->new_program->PIKE_CONCAT(num_,NAME)++]=(ARG); \ } \ void PIKE_CONCAT(add_to_,NAME) (ARGTYPE ARG) { \ PIKE_CONCAT(low_add_to_,NAME) ( Pike_compiler, ARG ); \ } #include "program_areas.h" #define add_to_program(ARG) do { \ debug_malloc_touch(Pike_compiler->new_program->program); \ add_to_program(ARG); \ } while(0) void ins_int(INT32 i, void (*func)(char tmp)) { int e; unsigned char *p = (unsigned char *)&i; for(e=0;e<(long)sizeof(i);e++) { func(p[e]); } } void ins_short(int i, void (*func)(char tmp)) { int e; unsigned char *p = (unsigned char *)&i; for(e=0;e<(long)sizeof(i);e++) { func(p[e]); } } #ifdef PIKE_DEBUG static void debug_add_to_identifiers (struct identifier id) { if (d_flag) { int i; for (i = 0; i < Pike_compiler->new_program->num_identifiers; i++) if (Pike_compiler->new_program->identifiers[i].name == id.name) { dump_program_tables (Pike_compiler->new_program, 0); Pike_fatal ("Adding identifier twice, old at %d.\n", i); } } add_to_identifiers (id); } #else #define debug_add_to_identifiers(ARG) add_to_identifiers(ARG) #endif void add_relocated_int_to_program(INT32 i) { add_to_relocations(Pike_compiler->new_program->num_program); ins_int(i, (void (*)(char))add_to_program); } void use_module(struct svalue *s) { if( (1<<s->type) & (BIT_MAPPING | BIT_OBJECT | BIT_PROGRAM)) { Pike_compiler->num_used_modules++; assign_svalue_no_free((struct svalue *) low_make_buf_space(sizeof(struct svalue), &used_modules), s); if(Pike_compiler->module_index_cache) { free_mapping(Pike_compiler->module_index_cache); Pike_compiler->module_index_cache=0; } }else{ yyerror("Module is neither mapping nor object"); } } void unuse_modules(INT32 howmany) { if(!howmany) return; #ifdef PIKE_DEBUG if(howmany *sizeof(struct svalue) > used_modules.s.len) Pike_fatal("Unusing too many modules.\n"); #endif Pike_compiler->num_used_modules-=howmany; low_make_buf_space(-sizeof(struct svalue)*howmany, &used_modules); free_svalues((struct svalue *)low_make_buf_space(0, &used_modules), howmany, BIT_MAPPING | BIT_OBJECT | BIT_PROGRAM); if(Pike_compiler->module_index_cache) { free_mapping(Pike_compiler->module_index_cache); Pike_compiler->module_index_cache=0; } } int low_find_shared_string_identifier(struct pike_string *name, struct program *prog); static struct node_s *index_modules(struct pike_string *ident, struct mapping **module_index_cache, int num_used_modules, struct svalue *modules) { if(*module_index_cache) { struct svalue *tmp=low_mapping_string_lookup(*module_index_cache,ident); if(tmp) { if(!(SAFE_IS_ZERO(tmp) && tmp->subtype==1)) return mksvaluenode(tmp); return 0; } } /* fprintf(stderr,"index_module: %s\n",ident->str); */ { JMP_BUF tmp; if(SETJMP(tmp)) { if (!ident->size_shift) { handle_compile_exception ("Couldn't index a module with '%s'.", ident->str); } else { handle_compile_exception ("Couldn't index a module."); } } else { int e = num_used_modules; struct svalue *m = modules - num_used_modules; while(--e>=0) { push_svalue(m+e); ref_push_string(ident); f_index(2); if(!IS_UNDEFINED(Pike_sp-1)) { struct node_s *ret; UNSETJMP(tmp); if (Pike_compiler->compiler_pass == 2 && ((Pike_sp[-1].type == T_OBJECT && Pike_sp[-1].u.object == placeholder_object) || (Pike_sp[-1].type == T_PROGRAM && Pike_sp[-1].u.program == placeholder_program))) { my_yyerror("Got placeholder %s (resolver problem) " "when indexing a module with %S.", get_name_of_type (Pike_sp[-1].type), ident); ret = 0; } else { if(!*module_index_cache) *module_index_cache = allocate_mapping(10); mapping_string_insert(*module_index_cache, ident, Pike_sp-1); ret = mksvaluenode(Pike_sp-1); } pop_stack(); return ret; } pop_stack(); } } UNSETJMP(tmp); } /* fprintf(stderr,"***Undefined.\n"); */ return 0; } struct node_s *resolve_identifier(struct pike_string *ident); struct node_s *find_module_identifier(struct pike_string *ident, int see_inherit) { struct node_s *ret; struct svalue *modules=(struct svalue *) (used_modules.s.str + used_modules.s.len); { struct program_state *p=Pike_compiler; int n; for(n=0;n<=compilation_depth;n++,p=p->previous) { int i; if(see_inherit) { i=really_low_find_shared_string_identifier(ident, p->new_program, SEE_STATIC|SEE_PRIVATE); if(i!=-1) { return p == Pike_compiler ? mkidentifiernode(i) : mkexternalnode(p->new_program, i); } } if((ret=index_modules(ident, &p->module_index_cache, p->num_used_modules, modules))) return ret; modules-=p->num_used_modules; #ifdef PIKE_DEBUG if( ((char *)modules ) < used_modules.s.str) Pike_fatal("Modules out of whack!\n"); #endif } } return resolve_identifier(ident); } /*! @decl constant UNDEFINED *! *! The undefined value; ie a zero for which @[zero_type()] returns 1. */ struct node_s *resolve_identifier(struct pike_string *ident) { /* Handle UNDEFINED */ if (ident == UNDEFINED_string) { struct svalue s; s.type = T_INT; s.subtype = NUMBER_UNDEFINED; s.u.integer = 0; return mkconstantsvaluenode(&s); } if(resolve_cache) { struct svalue *tmp=low_mapping_string_lookup(resolve_cache,ident); if(tmp) { if(!(SAFE_IS_ZERO(tmp) && tmp->subtype==1)) return mkconstantsvaluenode(tmp); return 0; } } if(get_master()) { DECLARE_CYCLIC(); node *ret=0; if(BEGIN_CYCLIC(ident, lex.current_file)) { my_yyerror("Recursive module dependency in %S.", ident); }else{ SET_CYCLIC_RET(1); ref_push_string(ident); ref_push_string(lex.current_file); if (error_handler) { ref_push_object(error_handler); } else { push_int(0); } if (safe_apply_handler("resolv", error_handler, compat_handler, 3, 0)) { if (Pike_compiler->compiler_pass == 2 && ((Pike_sp[-1].type == T_OBJECT && Pike_sp[-1].u.object == placeholder_object) || (Pike_sp[-1].type == T_PROGRAM && Pike_sp[-1].u.program == placeholder_program))) { my_yyerror("Got placeholder %s (resolver problem) " "when resolving %S.", get_name_of_type (Pike_sp[-1].type), ident->str); } else { if(!resolve_cache) resolve_cache=dmalloc_touch(struct mapping *, allocate_mapping(10)); mapping_string_insert(resolve_cache,ident,Pike_sp-1); if(!(SAFE_IS_ZERO(Pike_sp-1) && Pike_sp[-1].subtype==1)) { ret=mkconstantsvaluenode(Pike_sp-1); } } pop_stack(); } else { if(Pike_compiler->compiler_pass==2) { if (throw_value.type == T_STRING) { my_yyerror("%S", throw_value.u.string); free_svalue(&throw_value); throw_value.type = T_INT; } else { handle_compile_exception ("Error resolving %S.", ident); } } else { /* FIXME: Error goes to /dev/null. Now we get a warning at * least in rtldebug mode, but this borken, borken, boRKen. :P */ struct svalue thrown; move_svalue (&thrown, &throw_value); throw_value.type = T_INT; #ifdef PIKE_DEBUG { struct pike_string *msg = format_exception_for_error_msg (&thrown); if (msg) { yywarning ("Ignoring resolv() exception in pass %d:", Pike_compiler->compiler_pass); yywarning ("%S", msg); free_string (msg); } else yywarning ("Ignoring resolv() exception in pass %d", Pike_compiler->compiler_pass); } #endif free_svalue (&thrown); } } } END_CYCLIC(); return ret; } return 0; } /*! @decl constant this *! *! Builtin read only variable that evaluates to the current object. *! *! @seealso *! @[this_program], @[this_object()] */ /*! @decl constant this_program *! *! Builtin constant that evaluates to the current program. *! *! @seealso *! @[this], @[this_object()] */ /* If the identifier is recognized as one of the magic identifiers, * like "this", "this_program" or "`->" when preceded by ::, then a * suitable node is returned, NULL otherwise. inherit_num is -1 when * accessing all inherits (i.e. when :: is used without any identifier * before). */ struct node_s *program_magic_identifier (struct program_state *state, int state_depth, int inherit_num, struct pike_string *ident, int colon_colon_ref) { #if 0 fprintf (stderr, "magic_identifier (state, %d, %d, %s, %d)\n", state_depth, inherit_num, ident->str, colon_colon_ref); #endif if (!inherit_num || (!TEST_COMPAT(7,6) && (inherit_num > 0))) { if (ident == this_string) { /* Handle this. */ return mkthisnode(state->new_program, inherit_num); } /* Handle this_program */ if (ident == this_program_string) { node *n = mkefuncallnode("object_program", mkthisnode(state->new_program, inherit_num)); /* We know this expression is constant. */ n->node_info &= ~OPT_NOT_CONST; n->tree_info &= ~OPT_NOT_CONST; return n; } } if (colon_colon_ref) { /* These are only recognized when prefixed with the :: operator. */ if (inherit_num < 0) inherit_num = 0; if(ident == lfun_strings[LFUN_ARROW] || ident == lfun_strings[LFUN_INDEX]) { return mknode(F_MAGIC_INDEX, mknewintnode(inherit_num), mknewintnode(state_depth)); } else if(ident == lfun_strings[LFUN_ASSIGN_ARROW] || ident == lfun_strings[LFUN_ASSIGN_INDEX]) { return mknode(F_MAGIC_SET_INDEX, mknewintnode(inherit_num), mknewintnode(state_depth)); } else if(ident == lfun_strings[LFUN__INDICES]) { return mknode(F_MAGIC_INDICES, mknewintnode(inherit_num), mknewintnode(state_depth)); } else if(ident == lfun_strings[LFUN__VALUES]) { return mknode(F_MAGIC_VALUES, mknewintnode(inherit_num), mknewintnode(state_depth)); } } return NULL; } /* Fixme: allow level=0 to return the current level */ struct program *parent_compilation(int level) { int n; struct program_state *p=Pike_compiler->previous; for(n=0;n<level;n++) { if(n>=compilation_depth) return 0; p=p->previous; if(!p) return 0; } return p->new_program; } #define ID_TO_PROGRAM_CACHE_SIZE 512 struct program *id_to_program_cache[ID_TO_PROGRAM_CACHE_SIZE]; struct program *id_to_program(INT32 id) { struct program *p; INT32 h; if(!id) return 0; /* fprintf(stderr, "id_to_program(%d)... ", id); */ h=id & (ID_TO_PROGRAM_CACHE_SIZE-1); if((p=id_to_program_cache[h])) if(p->id==id) { /* fprintf(stderr, "cached: %p\n", p); */ return p; } for(p=first_program;p;p=p->next) { if(id==p->id) { id_to_program_cache[h]=p; /* fprintf(stderr, "found: %p\n", p); */ return p; } } if ((id > 0) && (id < PROG_DYNAMIC_ID_START)) { /* Reserved id. Attempt to load the proper dynamic module * to resolv the id. */ char *module = NULL; /* fprintf(stderr, "reserved "); */ switch(id) { case PROG_PARSER_HTML_ID: module = "Parser._parser"; break; case PROG_GMP_MPZ_ID: module = "Gmp"; break; case PROG_MODULE_MIME_ID: module = "___MIME"; break; default: if ((id >= 100) && (id <= 300)) { module = "Image"; } else if ((id >= 1000) && (id < 2000)) { module = "___GTK"; } else if ((id >= 2000) && (id < 3000)) { module = "___GTK2"; } break; } if (module) { /* fprintf(stderr, "%s... ", module); */ push_text(module); SAFE_APPLY_MASTER("resolv", 1); pop_stack(); /* Try again... */ for(p=first_program;p;p=p->next) { if(id==p->id) { id_to_program_cache[h]=p; /* fprintf(stderr, "found: %p\n", p); */ return p; } } } } /* fprintf(stderr, "not found\n"); */ return 0; } /* Here starts routines which are used to build new programs */ /* Re-allocate all the memory in the program in one chunk. because: * 1) The individual blocks are much bigger than they need to be * 2) cuts down on malloc overhead (maybe) * 3) localizes memory access (decreases paging) */ void optimize_program(struct program *p) { size_t size=0; char *data; /* Already done (shouldn't happen, but who knows?) */ if(p->flags & PROGRAM_OPTIMIZED) return; #ifdef PIKE_USE_MACHINE_CODE /* Don't move our mexec-allocated memory into the malloc... */ #define BAR(NUMTYPE,TYPE,ARGTYPE,NAME) #endif /* PIKE_USE_MACHINE_CODE */ #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) \ size=DO_ALIGN(size, ALIGNOF(TYPE)); \ size+=p->PIKE_CONCAT(num_,NAME)*sizeof(p->NAME[0]); #include "program_areas.h" data=malloc(size); if(!data) { make_program_executable(p); return; /* We are out of memory, but we don't care! */ } size=0; #ifdef PIKE_USE_MACHINE_CODE /* As above. */ #define BAR(NUMTYPE,TYPE,ARGTYPE,NAME) #endif /* PIKE_USE_MACHINE_CODE */ #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) \ size=DO_ALIGN(size, ALIGNOF(TYPE)); \ if (p->PIKE_CONCAT (num_, NAME)) \ MEMCPY(data+size,p->NAME,p->PIKE_CONCAT(num_,NAME)*sizeof(p->NAME[0])); \ PIKE_CONCAT(RELOCATE_,NAME)(p, (TYPE *)(data+size)); \ dmfree(p->NAME); \ p->NAME=(TYPE *)(data+size); \ size+=p->PIKE_CONCAT(num_,NAME)*sizeof(p->NAME[0]); #include "program_areas.h" p->total_size=size + sizeof(struct program); p->flags |= PROGRAM_OPTIMIZED; make_program_executable(p); } /* internal function to make the index-table */ static int program_identifier_index_compare(int a, int b, const struct program *p) { size_t val_a = PTR_TO_INT (ID_FROM_INT(p, a)->name); size_t val_b = PTR_TO_INT (ID_FROM_INT(p, b)->name); return val_a < val_b ? -1 : (val_a == val_b ? 0 : 1); } #define CMP(X,Y) program_identifier_index_compare(*(X), *(Y), prog) #define EXTRA_ARGS , struct program *prog #define XARGS , prog #define ID fsort_program_identifier_index #define TYPE unsigned short #include "fsort_template.h" #undef TYPE #undef ID #undef XARGS #undef EXTRA_ARGS #undef CMP #ifdef PIKE_DEBUG struct pike_string *find_program_name(struct program *p, INT32 *line) { INT32 l; if(!line) line=&l; #ifdef DEBUG_MALLOC { char *tmp=dmalloc_find_name(p); if (tmp) { char *p = STRCHR (tmp, ':'); if (p) { char *pp; while ((pp = STRCHR (p + 1, ':'))) p = pp; *line = atoi (p + 1); return make_shared_binary_string (tmp, p - tmp); } else { *line=0; return make_shared_string(tmp); } } } #endif return get_program_line(p, line); } #endif int override_identifier (struct reference *new_ref, struct pike_string *name) { int id = -1, cur_id = 0, is_used = 0; int new_is_variable = IDENTIFIER_IS_VARIABLE(ID_FROM_PTR(Pike_compiler->new_program, new_ref)->identifier_flags); /* This loop could possibly be optimized by looping over * each inherit and looking up 'name' in each inherit * and then see if should be overwritten * /Hubbe */ for(;cur_id<Pike_compiler->new_program->num_identifier_references;cur_id++) { struct reference *ref = Pike_compiler->new_program->identifier_references + cur_id; struct identifier *i; /* No need to do anything for ourselves. */ if (ref == new_ref) continue; /* Do not zapp hidden identifiers */ if(ref->id_flags & ID_HIDDEN) continue; /* Do not zapp inherited inline ('local') identifiers */ if((ref->id_flags & (ID_INLINE|ID_INHERITED)) == (ID_INLINE|ID_INHERITED)) continue; /* Do not zapp functions with the wrong name... */ if((i = ID_FROM_PTR(Pike_compiler->new_program, ref))->name != name) continue; #ifdef PROGRAM_BUILD_DEBUG fprintf(stderr, "%.*soverloaded reference %d (id_flags:0x%04x)\n", compilation_depth, " ", cur_id, ref->id_flags); #endif if (!new_is_variable && IDENTIFIER_IS_VARIABLE(i->identifier_flags)) { /* Overloading a variable with a constant or a function. * This is generally a bad idea. */ ref->id_flags |= ID_INLINE|ID_HIDDEN; yywarning("Attempt to override a non local variable %S " "with a non-variable.", name); continue; } if ((ref->id_flags & (ID_INHERITED|ID_USED)) == (ID_INHERITED|ID_USED)) { struct inherit *inh = INHERIT_FROM_PTR(Pike_compiler->new_program, ref); struct reference *sub_ref; /* Find the inherit one level away. */ while (inh->inherit_level > 1) inh--; #ifdef PIKE_DEBUG if (!inh->inherit_level) { Pike_fatal("Inherit without intermediate levels.\n"); } #endif sub_ref = PTR_FROM_INT(inh->prog, cur_id - inh->identifier_level); /* Check if the symbol was used before it was inherited. */ if ((lex.pragmas & ID_STRICT_TYPES) && (sub_ref->id_flags & ID_USED)) { struct identifier *sub_id = ID_FROM_PTR(inh->prog, sub_ref); if (IDENTIFIER_IS_FUNCTION(sub_id->identifier_flags)) { if ((Pike_compiler->compiler_pass == 2) && !pike_types_le(ID_FROM_PTR(Pike_compiler->new_program, new_ref)->type, sub_id->type)) { yywarning("Type mismatch when overloading function %S.", name); yyexplain_nonmatching_types(sub_id->type, ID_FROM_PTR(Pike_compiler->new_program, new_ref)->type, YYTE_IS_WARNING); } } else { /* Variable or constant. */ if (!pike_types_le(sub_id->type, ID_FROM_PTR(Pike_compiler->new_program, new_ref)->type)) { yywarning("Type mismatch when overloading %S.", name); yyexplain_nonmatching_types(sub_id->type, ID_FROM_PTR(Pike_compiler->new_program, new_ref)->type, YYTE_IS_WARNING); } } } } is_used = ref->id_flags & ID_USED; *ref=*new_ref; ref->id_flags |= is_used; id = cur_id; } return id; } void fixate_program(void) { INT32 i,e,t; struct program *p=Pike_compiler->new_program; if(p->flags & PROGRAM_FIXED) return; #ifdef PIKE_DEBUG if(p->flags & PROGRAM_OPTIMIZED) Pike_fatal("Cannot fixate optimized program\n"); #endif /* Fixup the runtime type for functions. * (T_MIXED is used as the tentative type marker in pass 1). */ for (i=0; i < p->num_identifiers; i++) { if (IDENTIFIER_IS_FUNCTION(p->identifiers[i].identifier_flags) && (p->identifiers[i].run_time_type == T_MIXED)) { /* Get rid of the remaining tentative type marker. */ /* FIXME: Should probably never be reachable. * Consider a fatal? */ p->identifiers[i].run_time_type = T_FUNCTION; } } /* Fixup identifier overrides. */ for (i = 0; i < p->num_identifier_references; i++) { struct reference *ref = p->identifier_references + i; if (ref->id_flags & ID_HIDDEN) continue; if (ref->inherit_offset != 0) continue; override_identifier (ref, ID_FROM_PTR (p, ref)->name); if ((ref->id_flags & (ID_HIDDEN|ID_PRIVATE|ID_USED)) == ID_PRIVATE) { yywarning("%S is private but not used anywhere.", ID_FROM_PTR(p, ref)->name); } } /* Ok, sort for binsearch */ for(e=i=0;i<(int)p->num_identifier_references;i++) { struct reference *funp; struct identifier *fun; funp=p->identifier_references+i; if(funp->id_flags & ID_HIDDEN) continue; fun=ID_FROM_PTR(p, funp); if(funp->id_flags & ID_INHERITED) { int found_better=-1; int funa_is_prototype; if(funp->id_flags & ID_PRIVATE) continue; funa_is_prototype = fun->func.offset == -1; /* if(fun->func.offset == -1) continue; * prototype */ /* check for multiple definitions */ for(t=i+1;t<(int)p->num_identifier_references;t++) { struct reference *funpb; struct identifier *funb; funpb=p->identifier_references+t; if (funpb->id_flags & ID_HIDDEN) continue; funb=ID_FROM_PTR(p,funpb); /* if(funb->func.offset == -1) continue; * prototype */ if(fun->name==funb->name) { found_better=t; /* FIXME: Is this stuff needed? * It looks like it already is done by define_function(). * * Yes -- It's needed in case of mixin. */ if(funa_is_prototype && (funb->func.offset != -1) && !(funp->id_flags & ID_INLINE)) { if ((lex.pragmas & ID_STRICT_TYPES) && (funp->id_flags & ID_USED)) { /* Verify that the types are compatible. */ if (!pike_types_le(funb->type, fun->type)) { yywarning("Type mismatch when overloading %S.", fun->name); yyexplain_nonmatching_types(fun->type, funb->type, YYTE_IS_WARNING); } } funp->inherit_offset = funpb->inherit_offset; funp->identifier_offset = funpb->identifier_offset; } if(!funa_is_prototype && funb->func.offset == -1) { if ((lex.pragmas & ID_STRICT_TYPES) && (funpb->id_flags & ID_USED)) { /* Verify that the types are compatible. */ if (!pike_types_le(fun->type, funb->type)) { yywarning("Type mismatch when overloading %S.", fun->name); yyexplain_nonmatching_types(funb->type, fun->type, YYTE_IS_WARNING); } } funpb->inherit_offset = funp->inherit_offset; funpb->identifier_offset = funp->identifier_offset; } } } if(found_better!=-1) continue; } if ((fun->func.offset == -1) && (funp->id_flags & ID_INLINE) && IDENTIFIER_IS_PIKE_FUNCTION(fun->identifier_flags)) { my_yyerror("Missing definition for local function %S.", fun->name); } if (funp->id_flags & ID_STATIC) continue; add_to_identifier_index(i); } fsort_program_identifier_index(p->identifier_index, p->identifier_index + p->num_identifier_index - 1, p); p->flags |= PROGRAM_FIXED; /* Yes, it is supposed to start at 1 /Hubbe */ for(i=1;i<NUM_LFUNS;i++) { int id = p->lfuns[i] = low_find_lfun(p, i); } /* Set the PROGRAM_LIVE_OBJ flag by looking for destroy() and * inherited PROGRAM_LIVE_OBJ flags. This is done at fixation time * to allow the user to set and clear that flag while the program is * being built. */ if (!(p->flags & PROGRAM_LIVE_OBJ)) { int e, destroy = p->lfuns[LFUN_DESTROY]; if (destroy > -1) { struct identifier *id = ID_FROM_INT (p, destroy); if (!IDENTIFIER_IS_PIKE_FUNCTION (id->identifier_flags) || id->func.offset != -1) { /* Got a destroy function that isn't a prototype. */ p->flags |= PROGRAM_LIVE_OBJ; goto program_live_obj_set; } } for (e = p->num_inherits - 1; e >= 0; e--) if (p->inherits[e].prog->flags & PROGRAM_LIVE_OBJ) { p->flags |= PROGRAM_LIVE_OBJ; break; } program_live_obj_set:; } if(Pike_compiler->flags & COMPILATION_CHECK_FINAL) { for(i=0;i<(int)p->num_identifier_references;i++) { if((p->identifier_references[i].id_flags & (ID_NOMASK|ID_HIDDEN)) == ID_NOMASK) { struct pike_string *name=ID_FROM_INT(p, i)->name; e=find_shared_string_identifier(name,p); if(e == -1) e=really_low_find_shared_string_identifier(name, p, SEE_STATIC|SEE_PRIVATE); if((e != i) && (e != -1)) { my_yyerror("Illegal to redefine final identifier %S", name); } } } } #ifdef DEBUG_MALLOC { #define DBSTR(X) ((X)?(X)->str:"") int e,v; INT32 line; struct pike_string *tmp; struct memory_map *m=0;; if(lex.current_file && lex.current_file->str && lex.current_file->len && !strcmp(lex.current_file->str,"-")) { m=dmalloc_alloc_mmap( DBSTR(lex.current_file), lex.current_line); } else if( (tmp=find_program_name(Pike_compiler->new_program, &line)) ) { m=dmalloc_alloc_mmap( tmp->str, line); free_string(tmp); }else{ m=dmalloc_alloc_mmap( "program id", Pike_compiler->new_program->id); } for(e=0;e<Pike_compiler->new_program->num_inherits;e++) { struct inherit *i=Pike_compiler->new_program->inherits+e; char *tmp; struct pike_string *tmp2 = NULL; char buffer[50]; for(v=0;v<i->prog->num_variable_index;v++) { int d=i->prog->variable_index[v]; struct identifier *id=i->prog->identifiers+d; dmalloc_add_mmap_entry(m, id->name->str, /* OFFSETOF(object,storage) + */ i->storage_offset + id->func.offset, sizeof_variable(id->run_time_type), 1, /* count */ 0,0); } if(i->name) { tmp=i->name->str; } else if(!(tmp2 = find_program_name(i->prog, &line))) { sprintf(buffer,"inherit[%d]",e); tmp=buffer; } else { tmp = tmp2->str; } dmalloc_add_mmap_entry(m, tmp, /* OFFSETOF(object, storage) + */ i->storage_offset, i->prog->storage_needed - i->prog->inherits[0].storage_offset, 1, /* count */ 0,0); if (tmp2) { free_string(tmp2); } } dmalloc_set_mmap_template(Pike_compiler->new_program, m); } #endif } struct program *low_allocate_program(void) { struct program *p=alloc_program(); MEMSET(p, 0, sizeof(struct program)); p->flags|=PROGRAM_VIRGIN; p->alignment_needed=1; GC_ALLOC(p); p->id=++current_program_id; INIT_PIKE_MEMOBJ(p); DOUBLELINK(first_program, p); GETTIMEOFDAY(& p->timestamp); return p; } /* * Start building a new program */ void low_start_new_program(struct program *p, int pass, struct pike_string *name, int flags, int *idp) { int id=0; struct svalue tmp; #ifdef WITH_FACETS if(Pike_compiler->compiler_pass == 1 && p) { p->facet_class = 0; p->facet_index = -1; p->facet_group = NULL; } #endif #if 0 #ifdef SHARED_NODES if (!node_hash.table) { node_hash.table = malloc(sizeof(node *)*32831); if (!node_hash.table) { Pike_fatal("Out of memory!\n"); } MEMSET(node_hash.table, 0, sizeof(node *)*32831); node_hash.size = 32831; } #endif /* SHARED_NODES */ #endif /* 0 */ /* We don't want to change thread, but we don't want to * wait for the other threads to complete. */ low_init_threads_disable(); compilation_depth++; if (!Pike_compiler->compiler_frame) { new_node_s_context(); } tmp.type=T_PROGRAM; if(!p) { p=low_allocate_program(); if(name) { tmp.u.program=p; id=add_constant(name, &tmp, flags & ~ID_EXTERN); #if 0 fprintf(stderr,"Compiling class %s, depth=%d\n",name->str,compilation_depth); }else{ fprintf(stderr,"Compiling file %s, depth=%d\n", lex.current_file ? lex.current_file->str : "-", compilation_depth); #endif } }else{ tmp.u.program=p; add_ref(p); if((pass == 2) && name) { struct identifier *i; id=isidentifier(name); if (id < 0) Pike_fatal("Program constant disappeared in second pass.\n"); i=ID_FROM_INT(Pike_compiler->new_program, id); free_type(i->type); i->type=get_type_of_svalue(&tmp); } } if (pass == 1) { if(compilation_depth >= 1) add_ref(p->parent = Pike_compiler->new_program); } p->flags &=~ PROGRAM_VIRGIN; Pike_compiler->parent_identifier=id; if(idp) *idp=id; CDFPRINTF((stderr, "th(%ld) %p low_start_new_program() %s " "pass=%d: threads_disabled:%d, compilation_depth:%d\n", (long)th_self(), p, name ? name->str : "-", Pike_compiler->compiler_pass, threads_disabled, compilation_depth)); init_type_stack(); #define PUSH #include "compilation.h" Pike_compiler->compiler_pass = pass; Pike_compiler->num_used_modules=0; if(p->flags & PROGRAM_FINISHED) { yyerror("Pass2: Program already done"); } Pike_compiler->malloc_size_program = ALLOC_STRUCT(program); Pike_compiler->fake_object=alloc_object(); #ifdef PIKE_DEBUG Pike_compiler->fake_object->storage=(char *)malloc(256 * sizeof(struct svalue)); if (Pike_compiler->fake_object->storage) { /* Stipple to find illegal accesses */ MEMSET(Pike_compiler->fake_object->storage,0x55,256*sizeof(struct svalue)); } #else Pike_compiler->fake_object->storage=(char *)malloc(sizeof(struct parent_info)); #endif if (!Pike_compiler->fake_object->storage) { yyerror("Out of memory when allocating object storage."); } /* Can't use GC_ALLOC on fake objects, but still it's good to know * that they never take over a stale gc marker. */ if (Pike_in_gc) remove_marker(Pike_compiler->fake_object); Pike_compiler->fake_object->next=Pike_compiler->fake_object; Pike_compiler->fake_object->prev=Pike_compiler->fake_object; Pike_compiler->fake_object->refs=0; add_ref(Pike_compiler->fake_object); /* For DMALLOC... */ Pike_compiler->fake_object->prog=p; add_ref(p); #ifdef PIKE_DEBUG Pike_compiler->fake_object->program_id=p->id; #endif #ifdef PIKE_SECURITY Pike_compiler->fake_object->prot=0; #endif debug_malloc_touch(Pike_compiler->fake_object); debug_malloc_touch(Pike_compiler->fake_object->storage); if (Pike_compiler->fake_object->storage) { if(name) { /* Fake objects have parents regardless of PROGRAM_USE_PARENT */ if((((struct parent_info *)Pike_compiler->fake_object->storage)->parent=Pike_compiler->previous->fake_object)) add_ref(Pike_compiler->previous->fake_object); ((struct parent_info *)Pike_compiler->fake_object->storage)->parent_identifier=id; }else{ ((struct parent_info *)Pike_compiler->fake_object->storage)->parent=0; ((struct parent_info *)Pike_compiler->fake_object->storage)->parent_identifier=0; } } Pike_compiler->new_program=p; #ifdef PROGRAM_BUILD_DEBUG if (name) { fprintf (stderr, "%.*sstarting program %d (pass=%d): ", compilation_depth, " ", Pike_compiler->new_program->id, Pike_compiler->compiler_pass); push_string (name); print_svalue (stderr, --Pike_sp); putc ('\n', stderr); } else fprintf (stderr, "%.*sstarting program %d (pass=%d)\n", compilation_depth, " ", Pike_compiler->new_program->id, Pike_compiler->compiler_pass); #endif if (compilation_depth >= 1) { if(TEST_COMPAT(7,2) || (lex.pragmas & ID_SAVE_PARENT)) { p->flags |= PROGRAM_USES_PARENT; }else if (!(lex.pragmas & ID_DONT_SAVE_PARENT)) { struct pike_string *tmp=findstring("__pragma_save_parent__"); if(tmp) { struct node_s *n=find_module_identifier(tmp, 0); if(n) { int do_save_parent = !node_is_false(n); /* Default to true. */ free_node(n); if (do_save_parent) p->flags |= PROGRAM_USES_PARENT; } } } } debug_malloc_touch(Pike_compiler->fake_object); debug_malloc_touch(Pike_compiler->fake_object->storage); if(Pike_compiler->new_program->program) { #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) \ Pike_compiler->malloc_size_program->PIKE_CONCAT(num_,NAME) = \ Pike_compiler->new_program->PIKE_CONCAT(num_,NAME); #include "program_areas.h" { INT32 line=0, off=0; size_t len = 0; INT32 shift = 0; char *file=0; char *cnt=Pike_compiler->new_program->linenumbers; while(cnt < Pike_compiler->new_program->linenumbers + Pike_compiler->new_program->num_linenumbers) { if(*cnt == 127) { cnt++; len = get_small_number(&cnt); shift = *cnt; file = ++cnt; CHECK_FILE_ENTRY (Pike_compiler->new_program, cnt, len, shift); cnt += len<<shift; } off+=get_small_number(&cnt); line+=get_small_number(&cnt); } Pike_compiler->last_line=line; Pike_compiler->last_pc=off; if(file) { struct pike_string *str = begin_wide_shared_string(len, shift); if(Pike_compiler->last_file) free_string(Pike_compiler->last_file); memcpy(str->str, file, len<<shift); Pike_compiler->last_file = end_shared_string(str); } } }else{ static struct pike_string *s; struct inherit i; #define START_SIZE 64 #ifdef PIKE_USE_MACHINE_CODE #define BAR(NUMTYPE,TYPE,ARGTYPE,NAME) \ if (Pike_compiler->new_program->NAME) { \ mexec_free(Pike_compiler->new_program->NAME); \ Pike_compiler->new_program->PIKE_CONCAT(num_,NAME) = 0; \ } \ Pike_compiler->malloc_size_program->PIKE_CONCAT(num_,NAME) = \ START_SIZE; \ Pike_compiler->new_program->NAME = \ (TYPE *)mexec_alloc(sizeof(TYPE) * START_SIZE); #endif /* PIKE_USE_MACHINE_CODE */ #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) \ if (Pike_compiler->new_program->NAME) { \ free (Pike_compiler->new_program->NAME); \ Pike_compiler->new_program->PIKE_CONCAT(num_,NAME) = 0; \ } \ Pike_compiler->malloc_size_program->PIKE_CONCAT(num_,NAME) = \ START_SIZE; \ Pike_compiler->new_program->NAME = \ (TYPE *)xalloc(sizeof(TYPE) * START_SIZE); #include "program_areas.h" i.prog=Pike_compiler->new_program; i.identifier_level=0; i.storage_offset=0; i.inherit_level=0; i.identifier_ref_offset=0; i.parent=0; i.parent_identifier=-1; i.parent_offset=OBJECT_PARENT; i.name=0; add_to_inherits(i); } Pike_compiler->init_node=0; Pike_compiler->num_parse_error=0; push_compiler_frame(0); copy_pike_type(Pike_compiler->compiler_frame->current_return_type, void_type_string); debug_malloc_touch(Pike_compiler->fake_object); debug_malloc_touch(Pike_compiler->fake_object->storage); } PMOD_EXPORT void debug_start_new_program(int line, const char *file) { struct pike_string *save_file = dmalloc_touch(struct pike_string *, lex.current_file); int save_line = lex.current_line; { /* Trim off the leading path of the compilation environment. */ const char *p = DEFINETOSTR(PIKE_SRC_ROOT), *f = file; while (*p && *p == *f) p++, f++; while (*f == '/' || *f == '\\') f++; lex.current_file = make_shared_string(f); lex.current_line = line; } CDFPRINTF((stderr, "th(%ld) start_new_program(%d, %s): " "threads_disabled:%d, compilation_depth:%d\n", (long)th_self(), line, file, threads_disabled, compilation_depth)); low_start_new_program(0,1,0,0,0); store_linenumber(line,lex.current_file); debug_malloc_name(Pike_compiler->new_program, file, line); free_string(lex.current_file); lex.current_file = dmalloc_touch(struct pike_string *, save_file); lex.current_line = save_line; } static void exit_program_struct(struct program *p) { unsigned e; #ifdef PIKE_DEBUG if (p->refs) { #ifdef DEBUG_MALLOC fprintf (stderr, "Program to be freed still got %d references:\n", p->refs); describe_something(p, T_PROGRAM, 0,2,0, NULL); #endif Pike_fatal("Program to be freed still got %d references.\n", p->refs); } #endif if(p->parent) { /* Make sure to break the circularity... */ struct program *parent = p->parent; p->parent = NULL; free_program(parent); } /* fprintf(stderr, "Exiting program: %p, id:%d\n", p, p->id); */ if(id_to_program_cache[p->id & (ID_TO_PROGRAM_CACHE_SIZE-1)]==p) id_to_program_cache[p->id & (ID_TO_PROGRAM_CACHE_SIZE-1)]=0; if(p->strings) for(e=0; e<p->num_strings; e++) if(p->strings[e]) free_string(p->strings[e]); if(p->identifiers) { for(e=0; e<p->num_identifiers; e++) { if(p->identifiers[e].name) free_string(p->identifiers[e].name); if(p->identifiers[e].type) free_type(p->identifiers[e].type); } } if(p->constants) { for(e=0;e<p->num_constants;e++) { free_svalue(& p->constants[e].sval); #if 0 if(p->constants[e].name) free_string(p->constants[e].name); #endif /* 0 */ } } if(p->inherits) for(e=0; e<p->num_inherits; e++) { if(p->inherits[e].name) free_string(p->inherits[e].name); if(e) { if(p->inherits[e].prog) free_program(p->inherits[e].prog); } if(p->inherits[e].parent) free_object(p->inherits[e].parent); } DOUBLEUNLINK(first_program, p); #ifdef WITH_FACETS if(p->facet_group) { free_object(p->facet_group); } #endif if(p->flags & PROGRAM_OPTIMIZED) { #ifdef PIKE_USE_MACHINE_CODE do { /* NOTE: Assumes all BAR's are before any FOO. */ #define BAR(NUMTYPE,TYPE,ARGTYPE,NAME) \ if (p->NAME) mexec_free(p->NAME); #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) \ if (p->NAME) { \ dmfree(p->NAME); \ break; \ } #include "program_areas.h" } while(0); #else /* PIKE_USE_MACHINE_CODE */ if(p->program) { dmfree(p->program); } #endif /* PIKE_USE_MACHINE_CODE */ #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) p->NAME=0; #include "program_areas.h" }else{ #ifdef PIKE_USE_MACHINE_CODE #define BAR(NUMTYPE,TYPE,ARGTYPE,NAME) \ if(p->NAME) { mexec_free((char *)p->NAME); p->NAME=0; } #endif /* PIKE_USE_MACHINE_CODE */ #define FOO(NUMTYPE,TYPE,ARGTYPE,NAME) \ if(p->NAME) { dmfree((char *)p->NAME); p->NAME=0; } #include "program_areas.h" } EXIT_PIKE_MEMOBJ(p); GC_FREE(p); } #ifdef PIKE_DEBUG void dump_program_desc(struct program *p) { int e,d,q; /* fprintf(stderr,"Program '%s':\n",p->name->str); */ fprintf(stderr,"$$$$$ dump_program_desc for %p\n", p); fprintf(stderr,"All inherits:\n"); for(e=0;e<p->num_inherits;e++) { for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"%3d:\n",e); for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"inherited program: %d\n",p->inherits[e].prog->id); if(p->inherits[e].name) { for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"name : %s\n",p->inherits[e].name->str); } for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"inherit_level: %d\n",p->inherits[e].inherit_level); for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"identifier_level: %d\n",p->inherits[e].identifier_level); for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"parent_identifier: %d\n",p->inherits[e].parent_identifier); for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"parent_offset: %d\n",p->inherits[e].parent_offset); for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"storage_offset: %ld\n", DO_NOT_WARN((long)p->inherits[e].storage_offset)); for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"parent: %p\n",p->inherits[e].parent); if(p->inherits[e].parent && p->inherits[e].parent->prog && p->inherits[e].parent->prog->num_linenumbers>1) { for(d=0;d<p->inherits[e].inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"parent: %s\n",p->inherits[e].parent->prog->linenumbers+1); } } fprintf(stderr,"All identifier references:\n"); for(e=0;e<(int)p->num_identifier_references;e++) { struct inherit *inh = INHERIT_FROM_INT(p,e); fprintf(stderr,"%3d: ",e); for(d=0;d<inh->inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"%-40s flags 0x%x",ID_FROM_INT(p,e)->name->str, p->identifier_references[e].id_flags); for (q = 0; q < p->num_inherits; q++) if (p->inherits + q == inh) { fprintf(stderr, " inherit %d\n" " type: ", q); simple_describe_type(ID_FROM_INT(p, e)->type); fprintf(stderr, "\n"); goto inherit_found; } fprintf (stderr, " inherit not found!\n"); inherit_found:; } fprintf(stderr,"All sorted identifiers:\n"); for(q=0;q<(int)p->num_identifier_index;q++) { e=p->identifier_index[q]; fprintf(stderr,"%3d (%3d):",e,q); for(d=0;d<INHERIT_FROM_INT(p,e)->inherit_level;d++) fprintf(stderr," "); fprintf(stderr,"%s;\n", ID_FROM_INT(p,e)->name->str); } fprintf(stderr,"$$$$$ dump_program_desc for %p done\n", p); } #endif static void toss_compilation_resources(void) { if(Pike_compiler->fake_object) { if( ((struct parent_info *)Pike_compiler->fake_object->storage)->parent ) { free_object(((struct parent_info *)Pike_compiler->fake_object->storage)->parent); ((struct parent_info *)Pike_compiler->fake_object->storage)->parent=0; } free_program(Pike_compiler->fake_object->prog); Pike_compiler->fake_object->prog=0; free_object(Pike_compiler->fake_object); Pike_compiler->fake_object=0; } free_program(Pike_compiler->new_program); Pike_compiler->new_program=0; if(Pike_compiler->malloc_size_program) { dmfree((char *)Pike_compiler->malloc_size_program); Pike_compiler->malloc_size_program=0; } if(Pike_compiler->module_index_cache) { free_mapping(Pike_compiler->module_index_cache); Pike_compiler->module_index_cache=0; } while(Pike_compiler->compiler_frame) pop_compiler_frame(); if(Pike_compiler->last_identifier) { free_string(Pike_compiler->last_identifier); Pike_compiler->last_identifier=0; } if(Pike_compiler->last_file) { free_string(Pike_compiler->last_file); Pike_compiler->last_file=0; } unuse_modules(Pike_compiler->num_used_modules); } int sizeof_variable(int run_time_type) { switch(run_time_type) { case T_FUNCTION: case T_MIXED: return sizeof(struct svalue); case T_FLOAT: return sizeof(FLOAT_TYPE); case T_INT: return sizeof(INT_TYPE); default: return sizeof(void *); } } static ptrdiff_t alignof_variable(int run_time_type) { switch(run_time_type) { case T_FUNCTION: case T_MIXED: return ALIGNOF(struct svalue); case T_FLOAT: return ALIGNOF(FLOAT_TYPE); case T_INT: return ALIGNOF(INT_TYPE); default: return ALIGNOF(void *); } } #ifdef PIKE_DEBUG void dump_program_tables (struct program *p, int indent) { int d; if (!p) { fprintf(stderr, "%*sProgram: NULL\n\n", indent, ""); return; } fprintf(stderr, "%*sProgram flags: 0x%04x\n\n", indent, "", p->flags); fprintf(stderr, "%*sReference table:\n" "%*s ####: Flags Inherit Identifier\n", indent, "", indent, ""); for (d=0; d < p->num_identifier_references; d++) { struct reference *ref = p->identifier_references + d; fprintf(stderr, "%*s %4d: %5x %7d %10d %s\n", indent, "", d, ref->id_flags, ref->inherit_offset, ref->identifier_offset, ID_FROM_PTR(p,ref)->name->size_shift ? "(wide)" : ID_FROM_PTR(p,ref)->name->str); if (IDENTIFIER_IS_PIKE_FUNCTION(ID_FROM_PTR(p,ref)->identifier_flags)) { INT32 line; struct program *inh_p = INHERIT_FROM_PTR(p,ref)->prog; struct pike_string *file = get_line (ID_FROM_PTR(p,ref)->func.offset + inh_p->program, inh_p, &line); if (!file->size_shift) fprintf (stderr, "%*s %s:%d\n", indent, "", file->str, line); free_string (file); } } fprintf(stderr, "\n" "%*sIdentifier index table:\n" "%*s ####: Index\n", indent, "", indent, ""); for (d = 0; d < p->num_identifier_index; d++) { fprintf(stderr, "%*s %4d: %5d\n", indent, "", d, p->identifier_index[d]); } fprintf(stderr, "\n" "%*sInherit table:\n" "%*s ####: Level prog_id id_level storage_offs " "par_id par_offs par_obj_id id_ref_offs\n", indent, "", indent, ""); for (d=0; d < p->num_inherits; d++) { struct inherit *inh = p->inherits + d; fprintf(stderr, "%*s %4d: %5d %7d %8d %12"PRINTPTRDIFFT"d %6d %8d %10d %11"PRINTSIZET"d\n", indent, "", d, inh->inherit_level, inh->prog ? inh->prog->id : -1, inh->identifier_level, inh->storage_offset, inh->parent_identifier, inh->parent_offset, inh->parent ? inh->parent->program_id : -1, inh->identifier_ref_offset); } fprintf(stderr, "\n" "%*sIdentifier table:\n" "%*s ####: Flags Offset Type Name\n", indent, "", indent, ""); for (d=0; d < p->num_identifiers; d++) { struct identifier *id = p->identifiers + d; fprintf(stderr, "%*s %4d: %5x %6"PRINTPTRDIFFT"d %4d \"%s\"\n", indent, "", d, id->identifier_flags, id->func.offset, id->run_time_type, id->name->str); } fprintf(stderr, "\n" "%*sVariable table:\n" "%*s ####: Index\n", indent, "", indent, ""); for (d = 0; d < p->num_variable_index; d++) { fprintf(stderr, "%*s %4d: %5d\n", indent, "", d, p->variable_index[d]); } fprintf(stderr, "\n" "%*sConstant table:\n" "%*s ####: Type Name\n", indent, "", indent, ""); for (d = 0; d < p->num_constants; d++) { struct program_constant *c = p->constants + d; #if 0 fprintf(stderr, "%*s %4d: %-15s %s%s%s\n", indent, "", d, get_name_of_type (c->sval.type), c->name?"\"":"",c->name?c->name->str:"NULL",c->name?"\"":""); #else /* !0 */ fprintf(stderr, "%*s %4d: %-15s %"PRINTPTRDIFFT"d\n", indent, "", d, get_name_of_type (c->sval.type), c->offset); #endif /* 0 */ } fprintf(stderr, "\n" "%*sLinenumber table:\n", indent, ""); { INT32 off = 0, line = 0; char *cnt = p->linenumbers; while (cnt < p->linenumbers + p->num_linenumbers) { if (*cnt == 127) { int len, shift; char *file; cnt++; len = get_small_number(&cnt); shift = *cnt; file = ++cnt; CHECK_FILE_ENTRY (p, cnt, len, shift); cnt += len << shift; if (!shift) { fprintf(stderr, "%*s Filename: \"%s\"\n", indent, "", file); } else { fprintf(stderr, "%*s Filename: len:%d, shift:%d\n", indent, "", len, shift); } } off += get_small_number(&cnt); line += get_small_number(&cnt); fprintf(stderr, "%*s %8d:%8d\n", indent, "", off, line); } } fprintf(stderr, "\n"); } void check_program(struct program *p) { INT32 size; unsigned INT32 checksum, e; int variable_positions[1024]; if(p->flags & PROGRAM_AVOID_CHECK) return; for(e=0;e<NELEM(variable_positions);e++) variable_positions[e]=-1; if(p->id > current_program_id) Pike_fatal("Program id is out of sync! (p->id=%d, current_program_id=%d)\n",p->id,current_program_id); if(p->refs <=0) Pike_fatal("Program has zero refs.\n"); if(p->next && p->next->prev != p) Pike_fatal("Program ->next->prev != program.\n"); if(p->prev) { if(p->prev->next != p) Pike_fatal("Program ->prev->next != program.\n"); }else{ if(first_program != p) Pike_fatal("Program ->prev == 0 but first_program != program.\n"); } if(p->id > current_program_id || p->id <= 0) Pike_fatal("Program id is wrong.\n"); if(p->storage_needed < 0) Pike_fatal("Program->storage_needed < 0.\n"); if(p->num_identifier_index > p->num_identifier_references) Pike_fatal("Too many identifier index entries in program!\n"); for(e=0;e<p->num_constants;e++) { struct svalue *s = & p->constants[e].sval; check_svalue(s); if (p->flags & PROGRAM_FINISHED && s->type == T_OBJECT && s->u.object->next == s->u.object) Pike_fatal ("Got fake object in constant in finished program.\n"); #if 0 if(p->constants[e].name) check_string(p->constants[e].name);

pike.git/ src/ program.c > e7a29aac0bcb3a27fa211bc9d227085a355052b0 [Annotate]