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5.82 Borland c++ compiler

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C D Tamhankar:
Dear developers

I love Borland compilers for its speed and now.... started loving CB IDE ( its far better than Turboc or c++builder IDE)

Is there any plan of supporting bcc32 (version 5.82) shipped along with TURBOC Exploreer

Thanks in advance

-CDTamhankar

Grom:
Probably you can spend time and add that compiler yourself to make all of us happy :). You can do in throw add compiler in Settengd->Compiler and Debuger. I think here there are enough options to do it. If you will do that I will be alot more happier person :wink:.

killerbot:

--- Quote from: C D Tamhankar on December 19, 2006, 04:35:11 pm ---Dear developers

I love Borland compilers for its speed and now.... started loving CB IDE ( its far better than Turboc or c++builder IDE)

Is there any plan of supporting bcc32 (version 5.82) shipped along with TURBOC Exploreer

Thanks in advance

-CDTamhankar

--- End quote ---

a few questions :
1) is it free ??
2) could you have a look at the way we support borland (5.5 I think), and tell us if the compile options in there are still valid ?

stahta01:

--- Quote from: killerbot on December 19, 2006, 10:56:13 pm ---a few questions :
1) is it free ??

--- End quote ---
Yes From http://www.turboexplorer.com/


--- Quote from: killerbot on December 19, 2006, 10:56:13 pm ---2) could you have a look at the way we support borland (5.5 I think), and tell us if the compile options in there are still valid ?

--- End quote ---
Nearly all of 5.5 options are still valid I did NOT see any ones that were NOT.

Tim S

stahta01:
Borland C++ 5.82 for Win32 Copyright (c) 1993, 2005 Borland
Available options (* = default setting, xxx = has sub-options: use -h -X):
(Note: -X- or -w-XXX will usually undo whatever was set or unset by -X)
  -3      Generate 80386 protected-mode compatible instructions
  -4      Generate 80386/80486 protected-mode compatible instructions
  -5      Generate Pentium instructions
  -6      Generate Pentium Pro instructions
  -A      Use ANSI keywords and extensions
  -AF     Use SUN Forte keywords and extensions
  -AG     Use GNU keywords and extensions
  -AK     Use Kernighan and Ritchie (K&R) keywords and extensions
  -AT     Use Borland C++ keywords and extensions (also -A-)
  -AU     Use UNIX System V keywords and extensions
  -B      Compile to .ASM (-S), then assemble to .OBJ
  -C      Enable nested comments
  -CP     Enable code paging (for MBCS)
  -D      -D<name> defines 'name' as a null string, or use -D<name>=<value>
  -E      Specify which assembler to use
  -G      Optimize for size/speed; use -O1 and -O2 instead
  -H      Generate and use precompiled headers
  -H=     Set the name of the file to use for precompiled headers
  -Hc     Use cached precompiled header (Must be used with -H or -H"xxx")
* -He     Enable precompiled headers with external type files
  -Hh=    Stop precompiling after header file xxx
  -Hi     Include the contents of header file: -Histdio.h
  -Hr     Replace header name: -Hrname1=name2
* -Hs     Enable smart cached precompiled headers
  -Hu     Use but do not generate precompiled headers
  -I      Set the include file search path
  -J      Template generation options
  -Jgd    Generate definitions for all template instances and merge duplicates
  -Jgx    Generate external references for all template instances
  -K      Set default character type to unsigned
  -L      Library file search path
  -M      Create a linker map file
  -O      Optimize jumps
  -O1     Generate smallest possible code
  -O2     Generate fastest possible code
  -OS     Enable Pentium instruction scheduling
  -Oa     Assume no pointer aliasing
  -Ob     Dead store elimination
  -Oc     Eliminate duplicate expressions within basic blocks and functions
  -Od     Disable all optimizations
  -Oe     Global register allocation
  -Og     Optimize for speed; use -O2
  -Oi     Expand common intrinsic functions
  -Ol     rep/stor detection
  -Om     Invariant code motion
  -Op     Perform copy propagation
  -Os     Optimize for speed; use -O2
  -Ot     Optimize for size; use -O1
  -Ov     Enable loop induction variable and strength reduction
  -Ox     Optimize for speed; use -O2
  -Oz     Global optimizations
  -P      Perform C++ compile regardless of source extension
  -Q      Extended compiler error information
  -R      Include browser information in generated .OBJ files
  -RF     Find references to symbol
* -RT     Enable runtime type information
  -S      Compile to assembly
  -T      Specify assembler option, e.g. -Tx
  -U      Undefine any previous definitions of name
  -V      Compatibility options
  -V0     External C++ virtual tables
  -V1     Public C++ virtual tables
* -VA     Generate all global functions in their own virtual/weak segment
  -VC     Do not mangle calling convention into symbols
  -VF     MFC compatibility
  -VF3    Support MFC 3.2
  -VF4    Support MFC 4.0
* -VI     Use Microsoft search algorithm to locate header files
  -VM     Microsoft Visual C++ compatibility
  -Va     Support old-style class arguments
  -Vc     Support constructor displacements
  -Vd     Use old C++ for-statement scoping rules
  -Ve     Zero-length empty base classes
  -Vg     Disable lexical digraph scanner
  -Vi     Use old 8.3 search algorithm to locate header files
  -Vl     Use old Borland class layout
  -Vm     Member pointer options
  -Vmd    Use the smallest possible representation for member pointers
  -Vmm    Support multiple inheritance for member pointers
  -Vmp    Honor declared precision of member pointers
  -Vms    Support single inheritance for member pointers
  -Vmv    Place no restrictions on where member pointers can point
  -Vn     Enable new operator names: and, or, and_eq, bitand, etc.
  -Vo     Set (almost) all compatibility flags; used with old code
  -Vp     Push 'this' first, as does Pascal
  -Vr     Reverse order for Multi-character constant
  -Vs     Use old-style virdef generation
  -Vt     Put virtual table pointer at front of object layout
  -Vv     Use 'slow' virtual base pointers
  -Vw     Emit native code instead of Unicode for multi-byte character
  -Vx     Zero-length empty class member functions
  -W      Target is a Windows application
  -WC     Target is a console application
  -WCDR   Target is a console .DLL that uses the dynamic RTL
  -WCDV   ... that uses the VCL
  -WD     Target is a .DLL, or dynamic link library
  -WDR    Target is a Windows .DLL that uses the dynamic RTL
  -WDV    ... that uses the VCL
  -WM     Target is a 32-bit multi-threaded target
  -WP     Target is an application that uses Delphi packages
  -WR     Target uses the dynamic RTL
  -WU     Generate a Unicode application
  -WV     Target uses the VCL GUI framework
  -X      Disable compiler autodependency output
  -a      Set data alignment boundary.  Default is -a8; -a- means -a1
  -a1     Align data on one byte boundaries
  -a16    Align data on sixteen byte (paragraph) boundaries
  -a2     Align data on two byte (word) boundaries
  -a4     Align data on four byte (double word) boundaries
  -a8     Align data on eight byte (quad word) boundaries
* -b      Make enums integer-sized (-b- makes them short as possible)
  -c      Compile to object file only, do not link
  -d      Merge duplicate strings
  -dc     Put strings into the read-only data segment
  -dw     Put strings into the (writeable) data segment
  -e      Specify target executable pathname
* -ff     Fast floating point
  -fp     Correct Pentium FDIV flaw
  -g      Stop batch compilation after n warnings (Default = 255)
  -h      Request help ('-h -' shows all help).  Can be specific: -h -V
  -i      Set maximum significant identifier length (Default = 250)
  -j      Stop batch compilation after n errors (Default = None)
* -k      Generate standard stack frames
  -l      Pass options to the linker; example: -ls -l-x
  -m      Generate makefile dependency information
  -md     Put dependency info in .d files, not in the object file
  -mm     Ignore system header files while generating dependency info
  -mo     Specify the output file for dependency info
  -n      Set output directory for object files
  -o      Set output filename (-o<filename> or -o <filename> supported)
  -p      Use Pascal calling convention
  -pc     Use C calling convention (the default)
  -pm     Functions without an explicit calling convention to use __msfastcall
  -pr     Use fastcall calling convention for passing parameters in registers
  -ps     Use stdcall calling convention
  -q      Suppress compiler identification banner
  -r      Use register variables
  -rd     Use register variables only when register keyword is employed
  -s      Link using the system's non-incremental linker
  -t      An alternate name for the -Wxxx switches; there is no difference
  -tC     Target is a console application
  -tCDR   Target is a console .DLL that uses the dynamic RTL
  -tCDV   ... that uses the VCL
  -tW     Target is a Windows application
  -tWC    Target is a console application
  -tWCDR  Target is a console .DLL that uses the dynamic RTL
  -tWCDV  ... that uses the VCL
  -tWD    Target is a .DLL, or dynamic link library
  -tWDR   Target is a Windows .DLL that uses the dynamic RTL
  -tWDV   ... that uses the VCL
  -tWM    Target is a 32-bit multi-threaded target
  -tWP    Target is an application that uses Delphi packages
  -tWR    Target uses the dynamic RTL
  -tWU    Generate a Unicode application
  -tWV    Target uses the VCL GUI framework
* -u      Generate underscores on symbol names
  -v      Turn on source debugging
  -v4     Generate CodeView4 compatible debug info
  -vG     All Codeguard options on
  -vG0    Codeguard level 0
  -vG1    Codeguard level 1
  -vG2    Codeguard level 2
  -vG3    Codeguard level 3
  -vGc    Monitor inline pointer access
  -vGd    Monitor global and stack data accesses
  -vGt    Monitor 'this' pointer on member function entry
* -vi     Generate inline functions inline (use -vi- for out-of-line)
  -vu     Do not prefix underbars to exported symbol names
  -w      Display all warnings
  -w!     Return non-zero from compiler on warnings
  -wamb   8000 Ambiguous operators need parentheses
  -wamp   8001 Superfluous & with function
* -wasc   8002 Restarting compile using assembly
  -wasm   8003 Unknown assembler instruction
* -waus   8004 '%s' is assigned a value that is never used
* -wali   8086 Incorrect use of #pragma alias "aliasName"="substituteName"
* -watr   8100 '%s' attribute directive ignored
  -wbbf   8005 Bit fields must be signed or unsigned int
* -wbei   8006 Initializing %s with %s
* -wbig   8007 Hexadecimal value contains too many digits
* -wccc   8008 Condition is always %s
  -wcln   8009 Constant is long
* -wcom   8010 Continuation character \ found in // comment
* -wcpt   8011 Nonportable pointer comparison
* -wcsu   8012 Comparing signed and unsigned values
* -wcod   8093 Incorrect use of #pragma codeseg [seg_name] ["seg_class"] [group]
  -wdef   8013 Possible use of '%s' before definition
* -wdig   8014 Declaration ignored
* -wdpu   8015 Declare '%s' prior to use in prototype
* -wdsz   8016 Array size for 'delete' ignored
* -wdup   8017 Redefinition of '%s' is not identical
* -weas   8018 Assigning %s to %s
* -weff   8019 Code has no effect
* -wext   8020 '%s' is declared as both external and static
  -wexc   8101 Extern C linkage ignored
* -whch   8021 Handler for '%s' hidden by previous handler for '%s'
* -whid   8022 '%s' hides virtual function '%s'
* -wias   8023 Array variable '%s' is near
* -wibc   8024 Base class '%s' is also a base class of '%s'
* -will   8025 Ill-formed pragma
  -winl   8026 Functions %s are not expanded inline
  -winl   8027 Functions containing %s are not expanded inline
* -wifr   8085 Function '%s' redefined as non-inline
  -wimp   8102 Implicit conversion of '%s' to '%s'
* -wlin   8028 Temporary used to initialize '%s'
* -wlvc   8029 Temporary used for parameter '%s'
* -wlvc   8030 Temporary used for parameter '%s' in call to '%s'
* -wlvc   8031 Temporary used for parameter %d
* -wlvc   8032 Temporary used for parameter %d in call to '%s'
* -wmpc   8033 Conversion to '%s' will fail for members of virtual base '%s'
* -wmpd   8034 Maximum precision used for member pointer type '%s'
* -wmsg   8035 %s
* -wmes   8095 Incorrect use of #pragma message( "string" )
* -wmcs   8096 Incorrect use of #pragma code_seg(["seg_name"[,"seg_class"]])
* -wmcc   8098 Multi-character character constant
  -wnak   8036 Non-ANSI keyword used: '%s'
* -wncf   8037 Non-const function %s called for const object
* -wnci   8038 Constant member '%s' is not initialized
* -wncl   8039 Constructor initializer list ignored
* -wnfd   8040 Function body ignored
* -wngu   8041 Negating unsigned value
* -wnin   8042 Initializer for object '%s' ignored
* -wnma   8043 Macro definition ignored
* -wnmu   8044 #undef directive ignored
  -wnod   8045 No declaration for function '%s'
* -wnop   8046 Pragma option pop with no matching option push
* -wnsf   8047 Declaration of static function '%s(...)' ignored
* -wnst   8048 Use qualified name to access member type '%s'
* -wntd   8049 Use '> >' for nested templates instead of '>>'
* -wnto   8050 No type OBJ file present.  Disabling external types option.
* -wnvf   8051 Non-volatile function %s called for volatile object
* -wnpp   8083 Pragma pack pop with no matching pack push
* -wobi   8052 Base initialization without a class name is now obsolete
* -wobs   8053 '%s' is obsolete
* -wofp   8054 Style of function definition is now obsolete
* -wosh   8055 Possible overflow in shift operation
* -wovf   8056 Integer arithmetic overflow
* -wonr   8097 Not all options can be restored at this time
* -wpar   8057 Parameter '%s' is never used
* -wpch   8058 Cannot create pre-compiled header: %s
* -wpck   8059 Structure packing size has changed
* -wpia   8060 Possibly incorrect assignment
  -wpin   8061 Initialization is only partially bracketed
* -wpow   8062 Previous options and warnings not restored
* -wpre   8063 Overloaded prefix 'operator %s' used as a postfix operator
* -wpro   8064 Call to function with no prototype
* -wpro   8065 Call to function '%s' with no prototype
  -wprc   8084 Suggest parentheses to clarify precedence
* -wpcm   8094 Incorrect use of #pragma comment( <type> [,"string"] )
* -wpsb   8099 Static `main' is not treated as an entry point
* -wrch   8066 Unreachable code
* -wret   8067 Both return and return with a value used
* -wrng   8068 Constant out of range in comparison
* -wrpt   8069 Nonportable pointer conversion
* -wrvl   8070 Function should return a value
  -wsig   8071 Conversion may lose significant digits
* -wspa   8072 Suspicious pointer arithmetic
  -wstu   8073 Undefined structure '%s'
  -wstv   8074 Structure passed by value
* -wsus   8075 Suspicious pointer conversion
  -wstl   8087 '%s::operator==' must be publicly visible to be contained by a '%s'
  -wstl   8089 '%s::operator<' must be publicly visible to be contained by a '%s'
  -wstl   8090 '%s::operator<' must be publicly visible to be used with '%s'
  -wstl   8091 %s argument %s passed to '%s' is a %s iterator: %s iterator required
  -wstl   8092 %s argument %s passed to '%s' is not an iterator: %s iterator required
* -wtai   8076 Template instance '%s' is already instantiated
* -wtes   8077 Explicitly specializing an explicitly specialized class member makes no sense
* -wthr   8078 Throw expression violates exception specification
  -wucp   8079 Mixing pointers to different 'char' types
  -wuse   8080 '%s' is declared but never used
* -wvoi   8081 void functions may not return a value
* -wzdi   8082 Division by zero
  -x      Enable exception handling
  -xd     Enable destructor cleanup
  -xdg    Use global destructor count (compatibility flag)
  -xds    No DLL or multi-threaded destructor cleanup
  -xf     Enable fast exception prologs
  -xp     Enable exception location information
  -xs     Enable slow exception epilogues
  -xv     Hide exception variables
  -y      Debug line numbers on
  -z      Options for redefining standard segment names

Tim S

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