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fpc/compiler/globals.pas

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{
Copyright (c) 1998-2002 by Florian Klaempfl
This unit implements some support functions and global variables
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
****************************************************************************
}
unit globals;
{$i fpcdefs.inc}
interface
uses
{$ifdef windows}
windows,
{$endif}
{$ifdef os2}
dos,
{$endif os2}
{$ifdef hasunix}
Baseunix,unix,
{$endif}
{$IFNDEF USE_FAKE_SYSUTILS}
sysutils,
{$ELSE}
fksysutl,
{$ENDIF}
{ comphook pulls in sysutils anyways }
cutils,cclasses,cfileutl,
cpuinfo,
{$if defined(LLVM) or defined(GENERIC_CPU)}
llvminfo,
{$endif LLVM or GENERIC_CPU}
globtype,version,versioncmp,systems;
const
delphimodeswitches =
[m_delphi,m_class,m_objpas,m_result,m_string_pchar,
m_pointer_2_procedure,m_autoderef,m_tp_procvar,m_initfinal,m_default_ansistring,
m_out,m_default_para,m_duplicate_names,m_hintdirective,
m_property,m_default_inline,m_except,m_advanced_records,
m_array_operators,m_prefixed_attributes,m_underscoreisseparator,
m_function_references,m_anonymous_functions];
delphiunicodemodeswitches = delphimodeswitches + [m_systemcodepage,m_default_unicodestring];
fpcmodeswitches =
[m_fpc,m_string_pchar,m_nested_comment,m_repeat_forward,
m_cvar_support,m_initfinal,m_hintdirective,
m_property,m_default_inline];
objfpcmodeswitches =
[m_objfpc,m_fpc,m_class,m_objpas,m_result,m_string_pchar,m_nested_comment,
m_repeat_forward,m_cvar_support,m_initfinal,m_out,m_default_para,m_hintdirective,
m_property,m_default_inline,m_except];
tpmodeswitches =
[m_tp7,m_tp_procvar,m_duplicate_names];
{$ifdef gpc_mode}
gpcmodeswitches =
[m_gpc,m_tp_procvar];
{$endif}
macmodeswitches =
[m_mac,m_cvar_support,m_mac_procvar,m_nested_procvars,m_non_local_goto,m_isolike_unary_minus,m_default_inline];
isomodeswitches =
[m_iso,m_tp_procvar,m_duplicate_names,m_nested_procvars,m_non_local_goto,m_isolike_unary_minus,m_isolike_io,
m_isolike_program_para,
m_isolike_mod];
extpasmodeswitches =
[m_extpas,m_tp_procvar,m_duplicate_names,m_nested_procvars,m_non_local_goto,m_isolike_unary_minus,m_isolike_io,
m_isolike_program_para,
m_isolike_mod];
{ maximum nesting of routines }
maxnesting = 32;
{ Filenames and extensions }
sourceext = '.pp';
pasext = '.pas';
pext = '.p';
treelogfilename = 'tree.log';
{$if defined(CPUARM) and defined(FPUFPA)}
MathQNaN : tcompdoublerec = (bytes : (0,0,252,255,0,0,0,0));
MathInf : tcompdoublerec = (bytes : (0,0,240,127,0,0,0,0));
MathNegInf : tcompdoublerec = (bytes : (0,0,240,255,0,0,0,0));
MathPi : tcompdoublerec = (bytes : (251,33,9,64,24,45,68,84));
{$else}
{$ifdef FPC_LITTLE_ENDIAN}
MathQNaN : tcompdoublerec = (bytes : (0,0,0,0,0,0,252,255));
MathInf : tcompdoublerec = (bytes : (0,0,0,0,0,0,240,127));
MathNegInf : tcompdoublerec = (bytes : (0,0,0,0,0,0,240,255));
MathPi : tcompdoublerec = (bytes : (24,45,68,84,251,33,9,64));
MathPiExtended : tcompextendedrec = (bytes : (53,194,104,33,162,218,15,201,0,64));
{$else FPC_LITTLE_ENDIAN}
MathQNaN : tcompdoublerec = (bytes : (255,252,0,0,0,0,0,0));
MathInf : tcompdoublerec = (bytes : (127,240,0,0,0,0,0,0));
MathNegInf : tcompdoublerec = (bytes : (255,240,0,0,0,0,0,0));
MathPi : tcompdoublerec = (bytes : (64,9,33,251,84,68,45,24));
MathPiExtended : tcompextendedrec = (bytes : (64,0,201,15,218,162,33,104,194,53));
{$endif FPC_LITTLE_ENDIAN}
{$endif}
CP_UTF8 = 65001;
CP_UTF16LE = 1200;
CP_UTF16BE = 1201;
CP_NONE = 65535;
{ by default no local variable trashing }
localvartrashing: longint = -1;
nroftrashvalues = 4;
trashintvalues: array[0..nroftrashvalues-1] of int64 = ($5555555555555555,$AAAAAAAAAAAAAAAA,$EFEFEFEFEFEFEFEF,0);
{ Verbosity constants }
Const
{ Levels }
V_None = $0;
V_Fatal = $1;
V_Error = $2;
V_Normal = $4; { doesn't show a text like Error: }
V_Warning = $8;
V_Note = $10;
V_Hint = $20;
V_LineInfoMask = $fff;
{ From here by default no line info }
V_Info = $1000;
V_Status = $2000;
V_Used = $4000;
V_Tried = $8000;
V_Conditional = $10000;
V_Debug = $20000;
V_Executable = $40000;
V_TimeStamps = $80000;
V_LevelMask = $ffffff;
V_All = V_LevelMask;
V_Default = V_Fatal + V_Error + V_Normal;
{ Flags }
V_LineInfo = $10000000;
V_Parallel = $20000000;
type
{ this is written to ppus during token recording for generics,
it used to required to be packed,
but this requirement is now obsolete,
as the fields are written one by one. PM 2012-06-13 }
tsettings = record
alignment : talignmentinfo;
globalswitches : tglobalswitches;
targetswitches : ttargetswitches;
moduleswitches : tmoduleswitches;
localswitches : tlocalswitches;
modeswitches : tmodeswitches;
optimizerswitches : toptimizerswitches;
{ generate information necessary to perform these wpo's during a subsequent compilation }
genwpoptimizerswitches: twpoptimizerswitches;
{ perform these wpo's using information generated during a previous compilation }
dowpoptimizerswitches: twpoptimizerswitches;
debugswitches : tdebugswitches;
{ 0: old behaviour for sets <=256 elements
>0: round to this size }
setalloc,
packenum : shortint;
packrecords : shortint;
maxfpuregisters : shortint;
verbosity : longint;
cputype,
optimizecputype,
asmcputype : tcputype;
fputype : tfputype;
asmmode : tasmmode;
interfacetype : tinterfacetypes;
defproccall : tproccalloption;
sourcecodepage : tstringencoding;
minfpconstprec : tfloattype;
disabledircache : boolean;
tlsmodel : ttlsmodel;
{ CPU targets with microcontroller support can add a controller specific unit }
controllertype : tcontrollertype;
{ WARNING: this pointer cannot be written as such in record token }
pmessage : pmessagestaterecord;
{$if defined(generic_cpu)}
case byte of
{$endif}
{$if defined(i8086) or defined(generic_cpu)}
{$ifdef generic_cpu} 1:({$endif}
x86memorymodel : tx86memorymodel;
{$ifdef generic_cpu} );{$endif}
{$endif defined(i8086) or defined(generic_cpu)}
{$if defined(ARM) or defined(generic_cpu)}
{$ifdef generic_cpu} 2:({$endif}
instructionset : tinstructionset;
{$ifdef generic_cpu} );{$endif}
{$endif defined(ARM) or defined(generic_cpu)}
{$if defined(LLVM) or defined(GENERIC_CPU)}
{$ifdef generic_cpu} 3:({$endif}
llvmversion: tllvmversion;
{$ifdef generic_cpu} );{$endif}
{$endif defined(LLVM) or defined(GENERIC_CPU)}
end;
const
LinkMapWeightDefault = 1000;
type
TLinkRec = record
Key : AnsiString;
Value : AnsiString; // key expands to valuelist "value"
Weight: longint;
end;
TLinkStrMap = class
private
itemcnt : longint;
fmap : Array Of TLinkRec;
function Lookup(const key:Ansistring):longint;
function getlinkrec(i:longint):TLinkRec;
public
procedure Add(const key:ansistring;const value:AnsiString='';weight:longint=LinkMapWeightDefault);
procedure addseries(const keys:AnsiString;weight:longint=LinkMapWeightDefault);
function AddDep(const keyvalue:String):boolean;
function AddWeight(const keyvalue:String):boolean;
procedure SetValue(const key:AnsiString;Weight:Integer);
procedure SortonWeight;
function Find(const key:AnsiString):AnsiString;
procedure Expand(src:TCmdStrList;dest: TLinkStrMap);
procedure UpdateWeights(Weightmap:TLinkStrMap);
constructor Create;
property count : longint read itemcnt;
property items[I:longint]:TLinkRec read getlinkrec; default;
end;
tpendingstateflag = (
psf_alignment_changed,
psf_verbosity_full_switched,
psf_local_switches_changed,
psf_packenum_changed,
psf_packrecords_changed,
psf_setalloc_changed,
psf_asmmode_changed
);
tpendingstateflags = set of tpendingstateflag;
tpendingstate = record
nextverbositystr : shortstring;
nextlocalswitches : tlocalswitches;
nextverbosityfullswitch: longint;
nextcallingstr : shortstring;
nextmessagerecord : pmessagestaterecord;
nextalignment : talignmentinfo;
nextpackenum : shortint;
nextpackrecords : shortint;
nextsetalloc : shortint;
nextasmmode : tasmmode;
flags : tpendingstateflags;
end;
var
{ specified inputfile }
inputfilepath : string;
inputfilename : string;
{ specified outputfile with -o parameter }
outputfilename : string;
outputprefix : pshortstring;
outputsuffix : pshortstring;
{ selected subtarget }
subtarget : string;
{ specified with -FE or -FU }
outputexedir : TPathStr;
outputunitdir : TPathStr;
{ specified with -FW and -Fw }
wpofeedbackinput,
wpofeedbackoutput : TPathStr;
{$if defined(XTENSA) or defined(RISCV32) or defined(ARM)}
{ specified with -Ff }
idfpath : TPathStr;
{ specified with }
idf_version : longint;
{$endif defined(XTENSA) or defined(RISCV32) or defined(ARM)}
{ external assembler extra option }
asmextraopt : string;
{ things specified with parameters }
paralinkoptions : TCmdStr;
paradynamiclinker : string;
paraprintnodetree : byte;
{$ifdef PREPROCWRITE}
parapreprocess : boolean;
{$endif PREPROCWRITE}
printnodefile : text;
{ typical cross compiling params}
{ directory where the utils can be found (options -FD) }
utilsdirectory : TPathStr;
{ targetname specific prefix used by these utils (options -XP<path>) }
utilsprefix : TCmdStr;
{ Suffix for LLVM utilities, e.g. '-7' for clang-7 }
llvmutilssuffix : TCmdStr;
cshared : boolean; { pass --shared to ld to link C libs shared}
Dontlinkstdlibpath: Boolean; { Don't add std paths to linkpath}
rlinkpath : TCmdStr; { rpath-link linkdir override}
sysrootpath : TCmdStr; { target system root to search dyn linker }
{ some flags for global compiler switches }
do_build,
do_release,
do_make : boolean;
timestr,
datestr : string;
{ Path to ppc }
exepath : TPathStr;
{ Path to unicode charmap/collation binaries }
unicodepath : TPathStr;
{ path for searching units, different paths can be separated by ; }
librarysearchpath,
unitsearchpath,
objectsearchpath,
includesearchpath,
frameworksearchpath : TSearchPathList;
packagesearchpath : TSearchPathList;
{ list of default namespaces }
namespacelist : TCmdStrList;
// During scanning/parsing, a module may not yet be available.
// Scanner checks first current_namespacelist, then local_namespacelist
premodule_namespacelist, // always set: used as long as current_namespacelist is not correctly set.
current_namespacelist : TCmdStrList; // Set when parsing module to the current module's namespace.
{ contains tpackageentry entries }
packagelist : TFPHashList;
autoloadunits : string;
{ linking }
usewindowapi : boolean;
description : string;
SetPEFlagsSetExplicity,
SetPEOptFlagsSetExplicity,
SetPEOSVersionSetExplicitely,
SetPESubSysVersionSetExplicitely,
SetPEUserVersionSetExplicitely,
ImageBaseSetExplicity,
MinStackSizeSetExplicity,
MaxStackSizeSetExplicity,
DescriptionSetExplicity : boolean;
dllversion : string;
dllmajor,
dllminor,
dllrevision : word; { revision only for netware }
{ win pe }
peosversionminor,
peosversionmajor,
pesubsysversionminor,
pesubsysversionmajor,
peuserversionminor,
peuserversionmajor : word;
peoptflags,
peflags : longint;
minstacksize,
maxstacksize,
imagebase : puint;
UseDeffileForExports : boolean;
UseDeffileForExportsSetExplicitly : boolean;
GenerateImportSection,
GenerateImportSectionSetExplicitly,
RelocSection : boolean;
MacOSXVersionMin,
iPhoneOSVersionMin: tversion;
RelocSectionSetExplicitly : boolean;
current_tokenpos, { position of the last token }
current_filepos : tfileposinfo; { current position }
nwscreenname : string;
nwthreadname : string;
nwcopyright : string;
codegenerror : boolean; { true if there is an error reported }
exception_raised : boolean; { true if there is an exception reported }
block_type : tblock_type; { type of currently parsed block }
exceptblockcounter : integer; { each except block gets a unique number check gotos }
current_exceptblock : integer; { the exceptblock number of the current block (0 if none) }
LinkLibraryAliases : TLinkStrMap;
LinkLibraryOrder : TLinkStrMap;
init_settings,
current_settings : tsettings;
pendingstate : tpendingstate;
{ Memory sizes }
heapsize,
maxheapsize : int64;
stacksize : longint;
{$Ifdef EXTDEBUG}
{ parameter switches }
debugstop : boolean;
{$EndIf EXTDEBUG}
{ Application type (platform specific)
see globtype.pas for description }
apptype : tapptype;
features : tfeatures;
{ prefix added to automatically generated setters/getters. If empty,
no getters/setters will be automatically generated except if required
for visibility reasons (but in that case the names will be mangled so
they are unique) }
prop_auto_getter_prefix,
prop_auto_setter_prefix : string;
cgbackend: tcgbackend;
const
Inside_asm_statement : boolean = false;
global_unit_count : word = 0;
{ for error info in pp.pas }
parser_current_file : string = '';
{$if defined(m68k) or defined(arm)}
{ PalmOS resources }
palmos_applicationname : string = 'FPC Application';
palmos_applicationid : string[4] = 'FPCA';
{$endif defined(m68k) or defined(arm)}
{$if defined(m68k)}
{ Atari Specific }
ataritos_exe_flags: dword = 7;
ataritos_exe_format: string = 'ataritos';
{ Sinclair QL specific }
sinclairql_metadata_format: string[4] = 'QHDR';
sinclairql_vlink_experimental: boolean = true; { temporary }
{$endif defined(m68k)}
{ default name of the C-style "main" procedure of the library/program }
{ (this will be prefixed with the target_info.cprefix) }
defaultmainaliasname = 'main';
mainaliasname : string = defaultmainaliasname;
custom_attribute_suffix = 'ATTRIBUTE';
LTOExt: TCmdStr = '';
const
default_settings : TSettings = (
alignment : (
procalign : 0;
loopalign : 0;
jumpalign : 0;
jumpalignskipmax : 0;
coalescealign : 0;
coalescealignskipmax: 0;
constalignmin : 0;
constalignmax : 0;
varalignmin : 0;
varalignmax : 0;
localalignmin : 0;
localalignmax : 0;
recordalignmin : 0;
recordalignmax : 0;
maxCrecordalign : 0;
);
globalswitches : [cs_check_unit_name,cs_link_static];
targetswitches : [];
moduleswitches : [cs_extsyntax,cs_implicit_exceptions];
localswitches : [cs_check_io,cs_typed_const_writable,cs_pointermath,cs_imported_data{$ifdef i8086},cs_force_far_calls{$endif}];
modeswitches : fpcmodeswitches;
optimizerswitches : [];
genwpoptimizerswitches : [];
dowpoptimizerswitches : [];
{$ifdef i8086}
debugswitches : [ds_dwarf_sets,ds_dwarf_omf_linnum];
{$else i8086}
debugswitches : [ds_dwarf_sets];
{$endif i8086}
setalloc : 0;
packenum : 4;
{$ifdef i8086}
packrecords : 1;
{$else i8086}
packrecords : 0;
{$endif i8086}
maxfpuregisters : 0;
verbosity : V_Default;
{ Note: GENERIC_CPU is used together with generic subdirectory to
be able to compile some of the units without any real CPU.
This is used to generate a CPU independant PPUDUMP utility. PM }
{$ifdef GENERIC_CPU}
cputype : cpu_none;
optimizecputype : cpu_none;
asmcputype : cpu_none;
fputype : fpu_none;
{$else not GENERIC_CPU}
{$ifdef i386}
cputype : cpu_Pentium2;
optimizecputype : cpu_Pentium3;
asmcputype : cpu_none;
fputype : fpu_x87;
{$endif i386}
{$ifdef m68k}
cputype : cpu_MC68020;
optimizecputype : cpu_MC68020;
asmcputype : cpu_none;
fputype : fpu_soft;
{$endif m68k}
{$ifdef powerpc}
cputype : cpu_PPC604;
optimizecputype : cpu_ppc7400;
asmcputype : cpu_none;
fputype : fpu_standard;
{$endif powerpc}
{$ifdef POWERPC64}
cputype : cpu_PPC970;
optimizecputype : cpu_ppc970;
asmcputype : cpu_none;
fputype : fpu_standard;
{$endif POWERPC64}
{$ifdef sparc}
cputype : cpu_SPARC_V9;
optimizecputype : cpu_SPARC_V9;
asmcputype : cpu_none;
fputype : fpu_hard;
{$endif sparc}
{$ifdef sparc64}
cputype : cpu_SPARC_V9;
optimizecputype : cpu_SPARC_V9;
asmcputype : cpu_none;
fputype : fpu_hard;
{$endif sparc64}
{$ifdef arm}
cputype : cpu_armv4;
optimizecputype : cpu_armv4;
asmcputype : cpu_none;
fputype : fpu_fpa;
{$endif arm}
{$ifdef x86_64}
cputype : cpu_athlon64;
optimizecputype : cpu_athlon64;
asmcputype : cpu_none;
fputype : fpu_sse64;
{$endif x86_64}
{$ifdef avr}
cputype : cpuinfo.cpu_avr5;
optimizecputype : cpuinfo.cpu_avr5;
asmcputype : cpu_none;
fputype : fpu_none;
{$endif avr}
{$ifdef mips}
{$ifdef mips64}
cputype : cpu_mips3;
optimizecputype : cpu_mips3;
asmcputype : cpu_none;
fputype : fpu_mips3;
{$else mips64}
cputype : cpu_mips2;
optimizecputype : cpu_mips2;
asmcputype : cpu_none;
fputype : fpu_mips2;
{$endif mips64}
{$endif mips}
{$ifdef jvm}
cputype : cpu_none;
optimizecputype : cpu_none;
asmcputype : cpu_none;
fputype : fpu_standard;
{$endif jvm}
{$ifdef aarch64}
cputype : cpu_armv8;
optimizecputype : cpu_armv8;
asmcputype : cpu_none;
fputype : fpu_vfp;
{$endif aarch64}
{$ifdef i8086}
cputype : cpu_8086;
optimizecputype : cpu_8086;
{ Use cpu_none by default,
because using cpu_8086 by default means
that we reject any instruction above bare 8086 instruction set
for all assembler code PM }
asmcputype : cpu_none;
fputype : fpu_x87;
{$endif i8086}
{$ifdef riscv32}
cputype : cpu_rv32ima;
optimizecputype : cpu_rv32ima;
asmcputype : cpu_none;
fputype : fpu_soft;
{$endif riscv32}
{$ifdef riscv64}
cputype : cpu_rv64imac;
optimizecputype : cpu_rv64imac;
asmcputype : cpu_none;
fputype : fpu_fd;
{$endif riscv64}
{$ifdef xtensa}
cputype : cpu_none;
optimizecputype : cpu_none;
asmcputype : cpu_none;
fputype : fpu_none;
{$endif xtensa}
{$ifdef z80}
cputype : cpu_zilog_z80;
optimizecputype : cpu_zilog_z80;
{ Use cpu_none by default,
because using cpu_8086 by default means
that we reject any instruction above bare 8086 instruction set
for all assembler code PM }
asmcputype : cpu_none;
fputype : fpu_soft;
{$endif z80}
{$ifdef wasm}
cputype : cpu_none;
optimizecputype : cpu_none;
asmcputype : cpu_none;
fputype : fpu_standard;
{$endif wasm}
{$ifdef loongarch64}
cputype : cpu_3a;
optimizecputype : cpu_3a;
asmcputype : cpu_none;
fputype : fpu_fd;
{$endif loongarch64}
{$endif not GENERIC_CPU}
asmmode : asmmode_standard;
{$ifndef jvm}
interfacetype : it_interfacecom;
{$else jvm}
interfacetype : it_interfacejava;
{$endif jvm}
defproccall : pocall_default;
sourcecodepage : 28591;
minfpconstprec : s32real;
disabledircache : false;
tlsmodel : tlsm_none;
controllertype : ct_none;
pmessage : nil;
{$if defined(i8086) or defined(GENERIC_CPU)}
x86memorymodel : mm_small;
{$endif defined(i8086) or defined(GENERIC_CPU)}
{$if defined(ARM)}
instructionset : is_arm;
{$endif defined(ARM)}
{$if defined(LLVM) and not defined(GENERIC_CPU)}
llvmversion : llvmver_7_0;
{$endif defined(LLVM) and not defined(GENERIC_CPU)}
);
var
starttime : real;
startsystime : TSystemTime;
function getdatestr:string;
function gettimestr:string;
function filetimestring( t : longint) : string;
function getrealtime(const st: TSystemTime) : real;
function getrealtime : real;
procedure DefaultReplacements(var s:ansistring; substitute_env_variables:boolean=true);
function GetEnvPChar(const envname:ansistring):pchar;
procedure FreeEnvPChar(p:pchar);
function is_number_float(d : double) : boolean;
{ discern +0.0 and -0.0 }
function get_real_sign(r: bestreal): longint;
procedure InitGlobals;
procedure DoneGlobals;
procedure register_initdone_proc(init,done:tprocedure);
function string2guid(const s: string; var GUID: TGUID): boolean;
function guid2string(const GUID: TGUID): string;
function SetAktProcCall(const s:string; var a:tproccalloption):boolean;
function Setabitype(const s:string;var a:tabi):boolean;
function Setoptimizecputype(const s:string;var a:tcputype):boolean;
function Setcputype(const s:string;var a:tsettings):boolean;
function SetFpuType(const s:string;var a:tfputype):boolean;
function SetControllerType(const s:string;var a:tcontrollertype):boolean;
function HandleFeature(const s : string) : boolean;
function SetMinFPConstPrec(const s: string; var a: tfloattype) : boolean;
{# Routine to get the required alignment for size of data, which will
be placed in bss segment, according to the current alignment requirements }
function size_2_align(len : asizeuint) : longint;
function var_align(want_align: longint): shortint;
function var_align_size(siz: asizeuint): shortint;
{# Routine to get the required alignment for size of data, which will
be placed in data/const segment, according to the current alignment requirements }
function const_align(want_align: longint): shortint;
function const_align_size(siz: asizeuint): shortint;
{$ifdef ARM}
function is_double_hilo_swapped: boolean;{$ifdef USEINLINE}inline;{$endif}
{$endif ARM}
function floating_point_range_check_error : boolean;
function use_dotted_functions: boolean;
{ hide Sysutils.ExecuteProcess in units using this one after SysUtils}
const
ExecuteProcess = 'Do not use' deprecated 'Use cfileutil.RequotedExecuteProcess instead, ExecuteProcess cannot deal with single quotes as used by Unix command lines';
var
AllowedFilenameTransFormations : tfilenametransformations = AllTransformations;
implementation
{$if defined(macos)}
uses
macutils;
{$elseif defined(mswindows)}
uses
windirs;
{$endif}
{****************************************************************************
TLinkStrMap
****************************************************************************}
Constructor TLinkStrMap.create;
begin
inherited;
itemcnt:=0;
end;
procedure TLinkStrMap.Add(const key:ansistring;const value:AnsiString='';weight:longint=LinkMapWeightDefault);
begin
if lookup(key)<>-1 Then
exit;
if itemcnt<=length(fmap) Then
setlength(fmap,itemcnt+10);
fmap[itemcnt].key:=key;
fmap[itemcnt].value:=value;
fmap[itemcnt].weight:=weight;
inc(itemcnt);
end;
function TLinkStrMap.AddDep(const keyvalue:String):boolean;
var
i : Longint;
begin
AddDep:=false;
i:=pos('=',keyvalue);
if i=0 then
exit;
Add(Copy(KeyValue,1,i-1),Copy(KeyValue,i+1,length(KeyValue)-i));
AddDep:=True;
end;
function TLinkStrMap.AddWeight(const keyvalue:String):boolean;
var
i,j : Longint;
Code : Word;
s : AnsiString;
begin
AddWeight:=false;
i:=pos('=',keyvalue);
if i=0 then
exit;
s:=Copy(KeyValue,i+1,length(KeyValue)-i);
val(s,j,code);
if code=0 Then
begin
Add(Copy(KeyValue,1,i-1),'',j);
AddWeight:=True;
end;
end;
procedure TLinkStrMap.addseries(const keys:AnsiString;weight:longint);
var
i,j,k : longint;
begin
k:=length(keys);
i:=1;
while i<=k do
begin
j:=i;
while (i<=k) and (keys[i]<>',') do
inc(i);
add(copy(keys,j,i-j),'',weight);
inc(i);
end;
end;
procedure TLinkStrMap.SetValue(const Key:Ansistring;weight:Integer);
var
j : longint;
begin
j:=lookup(key);
if j<>-1 then
fmap[j].weight:=weight;
end;
function TLinkStrMap.find(const key:Ansistring):Ansistring;
var
j : longint;
begin
find:='';
j:=lookup(key);
if j<>-1 then
find:=fmap[j].value;
end;
function TLinkStrMap.lookup(const key:Ansistring):longint;
var
i : longint;
begin
lookup:=-1;
i:=0;
while (i<itemcnt) and (fmap[i].key<>key) do
inc(i);
if i<>itemcnt then
lookup:=i;
end;
procedure TLinkStrMap.SortOnWeight;
var
i, j : longint;
m : TLinkRec;
begin
if itemcnt <2 then exit;
for i:=0 to itemcnt-1 do
for j:=i+1 to itemcnt-1 do
begin
if fmap[i].weight>fmap[j].weight Then
begin
m:=fmap[i];
fmap[i]:=fmap[j];
fmap[j]:=m;
end;
end;
end;
function TLinkStrMap.getlinkrec(i:longint):TLinkRec;
begin
result:=fmap[i];
end;
procedure TLinkStrMap.Expand(Src:TCmdStrList;Dest:TLinkStrMap);
// expands every thing in Src to Dest for linkorder purposes.
var
r : longint;
LibN : TCmdStr;
begin
while not src.empty do
begin
LibN:=src.getfirst;
r:=lookup (LibN);
if r=-1 then
dest.add(LibN)
else
dest.addseries(fmap[r].value);
end;
end;
procedure TLinkStrMap.UpdateWeights(Weightmap:TLinkStrMap);
var
l,r : longint;
begin
for l := 0 to itemcnt-1 do
begin
r:=weightmap.lookup (fmap[l].key);
if r<>-1 then
fmap[l].weight:=weightmap[r].weight;
end;
end;
{****************************************************************************
Time Handling
****************************************************************************}
Function L0(l:longint):string;
{
return the string of value l, if l<10 then insert a zero, so
the string is always at least 2 chars '01','02',etc
}
var
s : string;
begin
Str(l,s);
if l<10 then
s:='0'+s;
L0:=s;
end;
function gettimestr:string;
{
get the current time in a string HH:MM:SS
}
var
st: TSystemTime;
begin
GetLocalTime(st);
gettimestr:=L0(st.Hour)+':'+L0(st.Minute)+':'+L0(st.Second);
end;
function getdatestr:string;
{
get the current date in a string YY/MM/DD
}
var
st: TSystemTime;
begin
GetLocalTime(st);
getdatestr:=L0(st.Year)+'/'+L0(st.Month)+'/'+L0(st.Day);
end;
function filetimestring( t : longint) : string;
{
convert dos datetime t to a string YY/MM/DD HH:MM:SS
}
var
DT : TDateTime;
hsec : word;
Year,Month,Day: Word;
hour,min,sec : word;
begin
if t=-1 then
begin
Result := 'Not Found';
exit;
end;
DT := FileDateToDateTime(t);
DecodeTime(DT,hour,min,sec,hsec);
DecodeDate(DT,year,month,day);
Result := L0(Year)+'/'+L0(Month)+'/'+L0(Day)+' '+L0(Hour)+':'+L0(min)+':'+L0(sec);
end;
function getrealtime(const st: TSystemTime) : real;
begin
result := st.Hour*3600.0 + st.Minute*60.0 + st.Second + st.MilliSecond/1000.0;
end;
function getrealtime : real;
var
st:TSystemTime;
begin
GetLocalTime(st);
result:=getrealtime(st);
end;
function idfversionstring(version : longint):string;
{
Convert back the numerical idf_version for esp32 to string
}
begin
result := '';
if version > 0 then
begin
result := inttostr(version div 10000)+'.';
version := version - (version div 10000)*10000;
result := result + inttostr(version div 100)+'.';
version := version - (version div 100)*100;
result := result + inttostr(version);
end;
end;
{****************************************************************************
Default Macro Handling
****************************************************************************}
procedure DefaultReplacements(var s:ansistring; substitute_env_variables:boolean=true);
{$ifdef mswindows}
procedure ReplaceSpecialFolder(const MacroName: string; const ID: integer);
begin
// Only try to receive the special folders (and thus dynamically
// load shfolder.dll) when that's needed.
if pos(MacroName,s)>0 then
Replace(s,MacroName,GetWindowsSpecialDir(ID));
end;
{$endif mswindows}
{$ifdef openbsd}
function GetOpenBSDLocalBase: ansistring;
var
envvalue: pchar;
begin
envvalue := GetEnvPChar('LOCALBASE');
if assigned(envvalue) then
Result:=envvalue
else
Result:='/usr/local';
FreeEnvPChar(envvalue);
end;
function GetOpenBSDX11Base: ansistring;
var
envvalue: pchar;
begin
envvalue := GetEnvPChar('X11BASE');
if assigned(envvalue) then
Result:=envvalue
else
Result:='/usr/X11R6';
FreeEnvPChar(envvalue);
end;
{$endif openbsd}
var
envstr: string;
envvalue: pchar;
i: integer;
begin
{ Replace some macros }
Replace(s,'$FPCVERSION',version_string);
Replace(s,'$FPCFULLVERSION',full_version_string);
Replace(s,'$FPCDATE',date_string);
Replace(s,'$FPCCPU',target_cpu_string);
Replace(s,'$FPCOS',target_os_string);
Replace(s,'$FPCBINDIR',exepath);
if (tf_use_8_3 in Source_Info.Flags) or
(tf_use_8_3 in Target_Info.Flags) then
Replace(s,'$FPCTARGET',target_os_string)
else if subtarget<>'' then
Replace(s,'$FPCTARGET',target_full_string+'-'+lower(subtarget))
else
Replace(s,'$FPCTARGET',target_full_string);
Replace(s,'$FPCSUBARCH',lower(cputypestr[init_settings.cputype]));
Replace(s,'$FPCABI',lower(abiinfo[target_info.abi].name));
{$ifdef i8086}
Replace(s,'$FPCMEMORYMODEL',lower(x86memorymodelstr[init_settings.x86memorymodel]));
{$else i8086}
Replace(s,'$FPCMEMORYMODEL','flat');
{$endif i8086}
{$ifdef mswindows}
ReplaceSpecialFolder('$LOCAL_APPDATA',CSIDL_LOCAL_APPDATA);
ReplaceSpecialFolder('$APPDATA',CSIDL_APPDATA);
ReplaceSpecialFolder('$COMMON_APPDATA',CSIDL_COMMON_APPDATA);
ReplaceSpecialFolder('$PERSONAL',CSIDL_PERSONAL);
ReplaceSpecialFolder('$PROGRAM_FILES',CSIDL_PROGRAM_FILES);
ReplaceSpecialFolder('$PROGRAM_FILES_COMMON',CSIDL_PROGRAM_FILES_COMMON);
ReplaceSpecialFolder('$PROFILE',CSIDL_PROFILE);
{$endif mswindows}
{$ifdef openbsd}
Replace(s,'$OPENBSD_LOCALBASE',GetOpenBSDLocalBase);
Replace(s,'$OPENBSD_X11BASE',GetOpenBSDX11Base);
{$endif openbsd}
{$ifdef xtensa}
if idf_version > 0 then
Replace(s,'$IDF_VERSION',idfversionstring(idf_version));
if idfpath <> '' then
Replace(s,'$IDFPATH',idfpath);
{$endif xtensa}
{$ifdef riscv32}
if idf_version > 0 then
Replace(s,'$IDF_VERSION',idfversionstring(idf_version));
if idfpath <> '' then
Replace(s,'$IDFPATH',idfpath);
{$endif riscv32}
if not substitute_env_variables then
exit;
{ Replace environment variables between dollar signs }
i := pos('$',s);
while i>0 do
begin
envstr:=copy(s,i+1,length(s)-i);
i:=pos('$',envstr);
if i>0 then
begin
envstr := copy(envstr,1,i-1);
envvalue := GetEnvPChar(envstr);
if assigned(envvalue) then
begin
Replace(s,'$'+envstr+'$',envvalue);
// Look if there is another env.var in the string
i:=pos('$',s);
end
else
// if the env.var is not set, do not replace the env.variable
// and stop looking for more env.var within the string
i := 0;
FreeEnvPChar(envvalue);
end;
end;
end;
{****************************************************************************
OS Dependent things
****************************************************************************}
function GetEnvPChar(const envname:ansistring):pchar;
{$ifdef mswindows}
var
s : string;
i,len : longint;
hp,p,p2 : pchar;
{$endif}
begin
{$ifdef hasunix}
GetEnvPchar:=BaseUnix.fpGetEnv(pansichar(envname));
{$define GETENVOK}
{$endif}
{$ifdef mswindows}
GetEnvPchar:=nil;
p:=GetEnvironmentStringsA;
hp:=p;
while hp^<>#0 do
begin
s:=strpas(hp);
i:=pos('=',s);
len:=strlen(hp);
if upper(copy(s,1,i-1))=upper(envname) then
begin
GetMem(p2,len-length(envname));
Move(hp[i],p2^,len-length(envname));
GetEnvPchar:=p2;
break;
end;
{ next string entry}
hp:=hp+len+1;
end;
FreeEnvironmentStrings(p);
{$define GETENVOK}
{$endif}
{$ifdef os2}
GetEnvPChar := Dos.GetEnvPChar (EnvName);
{$define GETENVOK}
{$endif}
{$ifdef GETENVOK}
{$undef GETENVOK}
{$else}
GetEnvPchar:=StrPNew(GetEnvironmentVariable(envname));
if (length(GetEnvPChar)=0) then
begin
FreeEnvPChar(GetEnvPChar);
GetEnvPChar:=nil;
end;
{$endif}
end;
procedure FreeEnvPChar(p:pchar);
begin
{$ifndef hasunix}
{$ifndef os2}
freemem(p);
{$endif}
{$endif}
end;
function is_number_float(d : double) : boolean;
var
bytearray : array[0..7] of byte;
begin
move(d,bytearray,8);
{ only 1.1 save, 1.0.x will use always little endian }
{$ifdef FPC_BIG_ENDIAN}
result:=((bytearray[0] and $7f)<>$7f) or ((bytearray[1] and $f0)<>$f0);
{$else FPC_BIG_ENDIAN}
result:=((bytearray[7] and $7f)<>$7f) or ((bytearray[6] and $f0)<>$f0);
{$endif FPC_BIG_ENDIAN}
end;
function get_real_sign(r: bestreal): longint;
var
p: pbyte;
begin
p := pbyte(@r);
{$ifdef FPUARM_HAS_FPA}
inc(p,4);
{$else}
{$ifdef FPC_LITTLE_ENDIAN}
inc(p,sizeof(r)-1);
{$endif}
{$endif}
if (p^ and $80) = 0 then
result := 1
else
result := -1;
end;
function convertdoublerec(d : tcompdoublerec) : tcompdoublerec;{$ifdef USEINLINE}inline;{$endif}
{$ifdef CPUARM}
var
i : longint;
begin
for i:=0 to 3 do
begin
result.bytes[i+4]:=d.bytes[i];
result.bytes[i]:=d.bytes[i+4];
end;
{$else CPUARM}
begin
result:=d;
{$endif CPUARM}
end;
{ '('D1:'00000000-'D2:'0000-'D3:'0000-'D4:'0000-000000000000)' }
function string2guid(const s: string; var GUID: TGUID): boolean;
function ishexstr(const hs: string): boolean;
var
i: integer;
begin
ishexstr:=false;
for i:=1 to Length(hs) do begin
if not (hs[i] in ['0'..'9','A'..'F','a'..'f']) then
exit;
end;
ishexstr:=true;
end;
function hexstr2longint(const hexs: string): longint;
var
i: integer;
rl: longint;
begin
rl:=0;
for i:=1 to length(hexs) do begin
rl:=rl shl 4;
case hexs[i] of
'0'..'9' : inc(rl,ord(hexs[i])-ord('0'));
'A'..'F' : inc(rl,ord(hexs[i])-ord('A')+10);
'a'..'f' : inc(rl,ord(hexs[i])-ord('a')+10);
end
end;
hexstr2longint:=rl;
end;
var
i: integer;
begin
if (Length(s)=38) and (s[1]='{') and (s[38]='}') and
(s[10]='-') and (s[15]='-') and (s[20]='-') and (s[25]='-') and
ishexstr(copy(s,2,8)) and ishexstr(copy(s,11,4)) and
ishexstr(copy(s,16,4)) and ishexstr(copy(s,21,4)) and
ishexstr(copy(s,26,12)) then begin
GUID.D1:=dword(hexstr2longint(copy(s,2,8)));
{ these values are arealdy in the correct range (4 chars = word) }
GUID.D2:=word(hexstr2longint(copy(s,11,4)));
GUID.D3:=word(hexstr2longint(copy(s,16,4)));
for i:=0 to 1 do
GUID.D4[i]:=byte(hexstr2longint(copy(s,21+i*2,2)));
for i:=2 to 7 do
GUID.D4[i]:=byte(hexstr2longint(copy(s,22+i*2,2)));
string2guid:=true;
end
else if (length(s)=0) then
begin
FillChar(GUID,SizeOf(GUID),0);
string2guid:=true;
end
else
string2guid:=false;
end;
function guid2string(const GUID: TGUID): string;
begin
guid2string:=
'{'+hexstr(GUID.D1,8)+
'-'+hexstr(GUID.D2,4)+
'-'+hexstr(GUID.D3,4)+
'-'+hexstr(GUID.D4[0],2)+hexstr(GUID.D4[1],2)+
'-'+hexstr(GUID.D4[2],2)+hexstr(GUID.D4[3],2)+
hexstr(GUID.D4[4],2)+hexstr(GUID.D4[5],2)+
hexstr(GUID.D4[6],2)+hexstr(GUID.D4[7],2)+
'}';
end;
function SetAktProcCall(const s:string; var a:tproccalloption):boolean;
const
DefProcCallName : array[tproccalloption] of string[16] = ('',
'CDECL',
'CPPDECL',
'FAR16',
'OLDFPCCALL',
'', { internproc }
'', { syscall }
'PASCAL',
'REGISTER',
'SAFECALL',
'STDCALL',
'SOFTFLOAT',
'MWPASCAL',
'INTERRUPT',
'HARDFLOAT',
'SYSV_ABI_DEFAULT',
'SYSV_ABI_CDECL',
'MS_ABI_DEFAULT',
'MS_ABI_CDECL',
'VECTORCALL'
);
var
t : tproccalloption;
hs : string;
begin
result:=false;
if (s = '') then
exit;
hs:=upper(s);
if (hs = 'DEFAULT') then
begin
a := pocall_default;
result := true;
exit;
end;
for t:=low(tproccalloption) to high(tproccalloption) do
if DefProcCallName[t]=hs then
begin
a:=t;
result:=true;
break;
end;
end;
function Setabitype(const s:string;var a:tabi):boolean;
var
t : tabi;
hs : string;
begin
result:=false;
hs:=Upper(s);
for t:=low(t) to high(t) do
if abiinfo[t].supported and
(abiinfo[t].name=hs) then
begin
a:=t;
{ abi_old_win32_gnu is a win32 i386 specific "feature" }
if (t<>abi_old_win32_gnu) or (target_info.system=system_i386_win32) then
result:=true;
break;
end;
end;
function Setoptimizecputype(const s:string;var a:tcputype):boolean;
var
t : tcputype;
hs : string;
begin
result:=false;
hs:=Upper(s);
for t:=low(tcputype) to high(tcputype) do
if cputypestr[t]=hs then
begin
a:=t;
result:=true;
break;
end;
end;
function Setcputype(const s:string;var a:tsettings):boolean;
var
t : tcputype;
hs : string;
begin
result:=false;
hs:=Upper(s);
for t:=low(tcputype) to high(tcputype) do
if cputypestr[t]=hs then
begin
a.cputype:=t;
result:=true;
break;
end;
{$ifdef arm}
{ set default instruction set for arm }
if result then
begin
if a.cputype in [cpu_armv6m,cpu_armv6t2,cpu_armv7m,cpu_armv7em] then
a.instructionset:=is_thumb
else
a.instructionset:=is_arm;
end;
{$endif arm}
end;
function SetFpuType(const s:string;var a:tfputype):boolean;
var
t : tfputype;
begin
result:=false;
for t:=low(tfputype) to high(tfputype) do
if fputypestr[t]=s then
begin
a:=t;
result:=true;
break;
end;
end;
function SetControllerType(const s:string;var a:tcontrollertype):boolean;
var
t : tcontrollertype;
hs : string;
begin
{ The following check allows to reduce amount of code for platforms }
{ not supporting microcontrollers due to evaluation at compile time. }
{$PUSH}
{$WARN 6018 OFF} (* Unreachable code due to compile time evaluation *)
if ControllerSupport then
begin
result:=false;
hs:=Upper(s);
for t:=low(tcontrollertype) to high(tcontrollertype) do
if embedded_controllers[t].controllertypestr=hs then
begin
a:=t;
result:=true;
break;
end;
end
else
begin
a := ct_none;
Result := true;
end;
{$POP}
end;
function HandleFeature(const s : string) : boolean;
var
i : tfeature;
begin
result:=true;
for i:=low(tfeature) to high(tfeature) do
if s=featurestr[i] then
begin
include(features,i);
exit;
end;
{ Also support -Sfnoheap to exclude heap }
if Copy(S,1,2)='NO' then
for i:=low(tfeature) to high(tfeature) do
if s='NO'+featurestr[i] then
begin
exclude(features,i);
exit;
end;
result:=false;
end;
function SetMinFPConstPrec(const s: string; var a: tfloattype) : boolean;
var
value, error: longint;
begin
if (upper(s)='DEFAULT') then
begin
a:=s32real;
result:=true;
exit;
end;
result:=false;
val(s,value,error);
if (error<>0) then
exit;
case value of
32: a:=s32real;
64: a:=s64real;
{ adding support for 80 bit here is tricky, since we can't really }
{ check whether the target cpu+OS actually supports it }
else
exit;
end;
result:=true;
end;
function size_2_align(len : asizeuint) : longint;
begin
if len>16 then
size_2_align:=32
else if len>8 then
size_2_align:=16
else if len>4 then
size_2_align:=8
else if len>2 then
size_2_align:=4
else if len>1 then
size_2_align:=2
else
size_2_align:=1;
end;
function var_align(want_align: longint): shortint;
begin
var_align := used_align(want_align,current_settings.alignment.varalignmin,current_settings.alignment.varalignmax);
end;
function var_align_size(siz: asizeuint): shortint;
begin
siz := size_2_align(siz);
var_align_size := var_align(siz);
end;
function const_align(want_align: longint): shortint;
begin
const_align := used_align(want_align,current_settings.alignment.constalignmin,current_settings.alignment.constalignmax);
end;
function const_align_size(siz: asizeuint): shortint;
begin
siz := size_2_align(siz);
const_align_size := const_align(siz);
end;
{$ifdef ARM}
function is_double_hilo_swapped: boolean;{$ifdef USEINLINE}inline;{$endif}
begin
result := (current_settings.fputype in [fpu_fpa,fpu_fpa10,fpu_fpa11]) and
not(cs_fp_emulation in current_settings.moduleswitches);
{$ifdef FPC_DOUBLE_HILO_SWAPPED}
{ inverse result if compiler was compiled with swapped hilo already }
result := not result;
{$endif FPC_DOUBLE_HILO_SWAPPED}
end;
{$endif ARM}
function floating_point_range_check_error : boolean;
begin
result:=cs_ieee_errors in current_settings.localswitches;
end;
function use_dotted_functions: boolean;
begin
result:=
(target_info.system in systems_dotted_function_names) and
(target_info.abi<>abi_powerpc_elfv2);
end;
{****************************************************************************
Init
****************************************************************************}
{$ifdef unix}
{$define need_path_search}
{$endif unix}
{$ifdef os2}
{$define need_path_search}
{$endif os2}
{$ifdef macos}
{$define need_path_search}
{$endif macos}
procedure get_exepath;
var
localExepath : TCmdStr;
exeName:TCmdStr;
{$ifdef need_path_search}
hs1 : TPathStr;
{$endif need_path_search}
begin
localexepath:=GetEnvironmentVariable('PPC_EXEC_PATH');
exeName := '';
if localexepath='' then
begin
exeName := FixFileName(system.paramstr(0));
localexepath := ExtractFilePath(exeName);
end;
{$ifdef need_path_search}
if localexepath='' then
begin
hs1 := ExtractFileName(exeName);
hs1 := ChangeFileExt(hs1,source_info.exeext);
{$ifdef macos}
FindFile(hs1,GetEnvironmentVariable('Commands'),false,localExepath);
{$else macos}
FindFile(hs1,GetEnvironmentVariable('PATH'),false,localExepath);
{$endif macos}
localExepath:=ExtractFilePath(localExepath);
end;
{$endif need_path_search}
exepath:=FixPath(localExepath,false);
end;
type
tinitdoneentry=record
init:tprocedure;
done:tprocedure;
end;
pinitdoneentry=^tinitdoneentry;
const
initdoneprocs : TFPList = nil;
procedure register_initdone_proc(init,done:tprocedure);
var
entry : pinitdoneentry;
begin
new(entry);
entry^.init:=init;
entry^.done:=done;
TFPList.AddOnDemand(initdoneprocs,entry);
end;
procedure callinitprocs;
var
i : longint;
begin
if not assigned(initdoneprocs) then
exit;
for i:=0 to initdoneprocs.count-1 do
with pinitdoneentry(initdoneprocs[i])^ do
if assigned(init) then
init();
end;
procedure calldoneprocs;
var
i : longint;
begin
if not assigned(initdoneprocs) then
exit;
for i:=0 to initdoneprocs.count-1 do
with pinitdoneentry(initdoneprocs[i])^ do
if assigned(done) then
done();
end;
procedure DoneGlobals;
begin
calldoneprocs;
librarysearchpath.Free;
unitsearchpath.Free;
objectsearchpath.Free;
includesearchpath.Free;
frameworksearchpath.Free;
LinkLibraryAliases.Free;
LinkLibraryOrder.Free;
packagesearchpath.Free;
namespacelist.Free;
premodule_namespacelist.Free;
current_namespacelist:=Nil;
end;
procedure InitGlobals;
begin
get_exepath;
{ reset globals }
do_build:=false;
do_release:=false;
do_make:=true;
codegenerror:=false;
{ Output }
OutputFileName:='';
OutputPrefix:=Nil;
OutputSuffix:=Nil;
OutputExeDir:='';
OutputUnitDir:='';
{ Utils directory }
utilsdirectory:='';
utilsprefix:='';
llvmutilssuffix:='';
cshared:=false;
rlinkpath:='';
sysrootpath:='';
{$if defined(XTENSA) or defined(RISCV32)}
idfpath:='';
{$endif defined(XTENSA) or defined(RISCV32)}
{ Search Paths }
unicodepath:='';
librarysearchpath:=TSearchPathList.Create;
unitsearchpath:=TSearchPathList.Create;
includesearchpath:=TSearchPathList.Create;
objectsearchpath:=TSearchPathList.Create;
frameworksearchpath:=TSearchPathList.Create;
packagesearchpath:=TSearchPathList.Create;
namespacelist:=TCmdStrList.Create;
premodule_namespacelist:=TCmdStrList.Create;
current_namespacelist:=Nil;
{ Def file }
usewindowapi:=false;
description:='Compiled by FPC '+version_string+' - '+target_cpu_string;
DescriptionSetExplicity:=false;
SetPEFlagsSetExplicity:=false;
SetPEOptFlagsSetExplicity:=false;
SetPEOSVersionSetExplicitely:=false;
SetPESubSysVersionSetExplicitely:=false;
SetPEUserVersionSetExplicitely:=false;
ImageBaseSetExplicity:=false;
MinStackSizeSetExplicity:=false;
MaxStackSizeSetExplicity:=false;
dllversion:='';
dllmajor:=1;
dllminor:=0;
dllrevision:=0;
nwscreenname := '';
nwthreadname := '';
nwcopyright := '';
UseDeffileForExports:=false;
UseDeffileForExportsSetExplicitly:=false;
GenerateImportSection:=false;
RelocSection:=false;
RelocSectionSetExplicitly:=false;
MacOSXVersionMin.invalidate;
iPhoneOSVersionMin.invalidate;
{ memory sizes, will be overridden by parameter or default for target
in options or init_parser }
stacksize:=0;
{ not initialized yet }
apptype:=app_cui;
{ Init values }
init_settings:=default_settings;
if init_settings.optimizecputype=cpu_none then
init_settings.optimizecputype:=init_settings.cputype;
LinkLibraryAliases :=TLinkStrMap.Create;
LinkLibraryOrder :=TLinkStrMap.Create;
{ enable all features by default }
features:=[low(Tfeature)..high(Tfeature)];
callinitprocs;
end;
initialization
{$ifdef LLVM}
cgbackend:=cg_llvm;
{$else}
cgbackend:=cg_fpc;
{$endif}
finalization
tfplist.FreeAndNilDisposing(initdoneprocs,TypeInfo(tinitdoneentry));
end.
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