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EXTERN.h
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INTERN.h
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XSUB.h
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av.h
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bitcount.h
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charclass_invlists.h
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config.h
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cop.h
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cv.h
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dosish.h
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ebcdic_tables.h
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embed.h
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embedvar.h
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fakesdio.h
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feature.h
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form.h
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git_version.h
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gv.h
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handy.h
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hv.h
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hv_func.h
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hv_macro.h
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inline.h
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intrpvar.h
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invlist_inline.h
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iperlsys.h
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keywords.h
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l1_char_class_tab.h
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libperl.so
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libperl.so.5.32
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libperl.so.5.32.1
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malloc_ctl.h
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metaconfig.h
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mg.h
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mg_data.h
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mg_raw.h
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mg_vtable.h
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mydtrace.h
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nostdio.h
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op.h
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op_reg_common.h
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opcode.h
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opnames.h
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overload.h
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pad.h
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parser.h
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patchlevel.h
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perl.h
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perl_inc_macro.h
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perl_langinfo.h
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perlapi.h
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perldtrace.h
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perlio.h
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perliol.h
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perlsdio.h
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perlvars.h
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perly.h
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pp.h
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pp_proto.h
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proto.h
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reentr.h
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regcharclass.h
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regcomp.h
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regexp.h
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regnodes.h
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sbox32_hash.h
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scope.h
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stadtx_hash.h
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sv.h
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thread.h
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time64.h
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time64_config.h
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uconfig.h
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uni_keywords.h
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unicode_constants.h
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unixish.h
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utf8.h
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utfebcdic.h
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util.h
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uudmap.h
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vutil.h
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warnings.h
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zaphod32_hash.h
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Editing: hv_macro.h
#ifndef PERL_SEEN_HV_MACRO_H /* compile once */ #define PERL_SEEN_HV_MACRO_H #if IVSIZE == 8 #define CAN64BITHASH #endif #ifdef CAN64BITHASH #ifndef U64TYPE /* This probably isn't going to work, but failing with a compiler error due to lack of uint64_t is no worse than failing right now with an #error. */ #define U64 uint64_t #endif #endif /*----------------------------------------------------------------------------- * Endianess and util macros * * The following 3 macros are defined in this section. The other macros defined * are only needed to help derive these 3. * * U8TO16_LE(x) Read a little endian unsigned 32-bit int * U8TO32_LE(x) Read a little endian unsigned 32-bit int * U8TO28_LE(x) Read a little endian unsigned 32-bit int * ROTL32(x,r) Rotate x left by r bits * ROTL64(x,r) Rotate x left by r bits * ROTR32(x,r) Rotate x right by r bits * ROTR64(x,r) Rotate x right by r bits */ #ifndef U8TO16_LE #define _shifted_octet(type,ptr,idx,shift) (((type)(((U8*)(ptr))[(idx)]))<<(shift)) #ifdef USE_UNALIGNED_PTR_DEREF #define U8TO16_LE(ptr) (*((const U16*)(ptr))) #define U8TO32_LE(ptr) (*((const U32*)(ptr))) #define U8TO64_LE(ptr) (*((const U64*)(ptr))) #else #define U8TO16_LE(ptr) (_shifted_octet(U16,(ptr),0, 0)|\ _shifted_octet(U16,(ptr),1, 8)) #define U8TO32_LE(ptr) (_shifted_octet(U32,(ptr),0, 0)|\ _shifted_octet(U32,(ptr),1, 8)|\ _shifted_octet(U32,(ptr),2,16)|\ _shifted_octet(U32,(ptr),3,24)) #define U8TO64_LE(ptr) (_shifted_octet(U64,(ptr),0, 0)|\ _shifted_octet(U64,(ptr),1, 8)|\ _shifted_octet(U64,(ptr),2,16)|\ _shifted_octet(U64,(ptr),3,24)|\ _shifted_octet(U64,(ptr),4,32)|\ _shifted_octet(U64,(ptr),5,40)|\ _shifted_octet(U64,(ptr),6,48)|\ _shifted_octet(U64,(ptr),7,56)) #endif #endif /* Find best way to ROTL32/ROTL64 */ #if defined(_MSC_VER) #include <stdlib.h> /* Microsoft put _rotl declaration in here */ #define ROTL32(x,r) _rotl(x,r) #define ROTR32(x,r) _rotr(x,r) #define ROTL64(x,r) _rotl64(x,r) #define ROTR64(x,r) _rotr64(x,r) #else /* gcc recognises this code and generates a rotate instruction for CPUs with one */ #define ROTL32(x,r) (((U32)(x) << (r)) | ((U32)(x) >> (32 - (r)))) #define ROTR32(x,r) (((U32)(x) << (32 - (r))) | ((U32)(x) >> (r))) #define ROTL64(x,r) ( ( (U64)(x) << (r) ) | ( (U64)(x) >> ( 64 - (r) ) ) ) #define ROTR64(x,r) ( ( (U64)(x) << ( 64 - (r) ) ) | ( (U64)(x) >> (r) ) ) #endif #ifdef UV_IS_QUAD #define ROTL_UV(x,r) ROTL64(x,r) #define ROTR_UV(x,r) ROTL64(x,r) #else #define ROTL_UV(x,r) ROTL32(x,r) #define ROTR_UV(x,r) ROTR32(x,r) #endif #if IVSIZE == 8 #define CAN64BITHASH #endif #endif
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