Compiling Lua Lib in VC/compiling Lua library with bcb6

Lua provides source code for compilation by users. You can compile it into a static library or a dynamic library. However, Lua does not provide engineering files and needs to be added by the user. This is inconvenient for new users.
I. Lua static library
Compiling to a static library is simple. Someone has already written it. The following is an excerpt:
Lua includes core lib and standard lib. For details, refer to the document. For simplicity, we put it in a lib. We need to create a static library project, add the source file to the project, including the following files
Core lib: lapi. c lcode. c ldebug. c. c ldump. c lfunc. c lgc. c llex. c lmem. c lobject. c lopcodes. c lp *** r. c lstate. c lstring. c ltable. c ltests. c ltm. c lundump. c lvm. c lzio. c
Standard lib: lauxlib. c lbaselib. c ldblib. c liolib. c lmathlib. c ltablib. c
Lstrlib. c loadlib. c
And set the output path to lib.
Ii. Lua dynamic library
To compile a dynamic library, first modify the Lua. h header file. As follows:
/* Mark for all API functions */
// # Ifndef LUA_API
// # Define LUA_API extern
// # Endif
# Ifdef LUA502_EXPORTS // depends on your project
# Define LUA_API _ declspec (dllexport)
# Else
# Define LUA_API _ declspec (dllimport)
# Endif
Then, use vc to create a win32 dll, which contains the *. h and *. c files (refer to 1). compile it.
3. About LuaBind
LuaBind is a package for Lua to facilitate interaction with C ++. Similarly, LuaBind only provides source code. Use it in VC without compiling it into a dynamic library or dll. You only need to include the *. cpp file of LuaBind in the project. LuaBind6 uses Boost 1.30.0, so you need to perform the following operations (Boost in a later version is not supported ).
In addition, LuaBind may cause various problems in VC6 sp5, so it is better to use a later version of VC.

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Lua is a completely free scripting language, which can be used independently or embedded in the C/C ++ language as an embedded script.
You can go to its official website http://www.lua.org to download the latest lua source code, this makefile is for the lua-5.1.3.

Download is a tar.gz file. After decompression, no compilation method for BCB is found. Later, I found a solution for the "birds of prey" master on the Internet: http://mental.we8log.com/entry/89. I wrote this makefile by referring to the "birds of prey" big solution.

Copy the following text and save it as makefile. bcc, and store it in the lua/src subdirectory.

In the command line mode, enter the lua/src directory and enter the command:
Make-f makefile. bcc
You can generate lua_bc.dll,lua_bc.lib,lua_bc.exe.luac_bc.exe.

To generate a static library, enter the following command:
Make-f makefile. bcc-DSTATIC
Liblua_bc.lib,lua_bc.exe.luac_bc.exe can be generated.

The contents of makefile. bcc are as follows:

# Makefile for Borland C ++ 5.5

# Usage:
# Build lua with dll: make-f makefile. bcc
# Build lua with static library: make-f makefile. bcc-DSTATIC

# Write by: Mao yongjun (mao_yj@msn.com)

# Makefile for building Lua
# See ../INSTALL for installation instructions
# See ../Makefile and luaconf. h for further customization

#== Change the settings below to suit your environment =========================

CC = bcc32
CFLAGS =-DNDEBUG-DNO_STRICT; _ NO_VCL-Hc-w-par-O2-B-k--vi-tWM-c-P-
CFLAGSEXE =-D_isatty = isatty $ (CFLAGS)
CLINK = ilink32
CLFLAGS =-Gn-j-x
DLLOBJS = c0d32. obj
EXEOBJS = c0x32. obj
STDLIBS = import32.lib cw32mt. lib
LIB = tlib
RM = del/F

#== End of user settings. no need to change anything below this line ==========

LUA_D = lua_bc.dll
LUA_DA = $ (LUA_D:. dll =. lib)
LUA_SA = liblua_bc.lib

! Ifdef STATIC
LUA_A = $ (LUA_SA)
! Else
LUA_A = $ (LUA_DA)
CFLAGS =-DLUA_BUILD_AS_DLL $ (CFLAGS)
CFLAGSEXE =-DLUA_BUILD_AS_DLL $ (CFLAGSEXE)
! Endif

CORE_O = lapi. obj lcode. obj ldebug. obj drop. obj ldump. obj lfunc. obj lgc. obj llex. obj lmem. obj/
Lobject. obj lopcodes. obj lparser. obj lstate. obj lstring. obj ltable. obj ltm. obj/
Lundump. obj lvm. obj lzio. obj
LIB_O = lauxlib. obj lbaselib. obj ldblib. obj liolib. obj lmathlib. obj loslib. obj ltablib. obj/
Lstrlib. obj loadlib. obj linit. obj
LINK_O = $ (CORE_O) $ (LIB_O)

PLINK_O = + lapi. obj + lcode. obj + ldebug. obj + ldump. obj + lfunc. obj + lgc. obj + llex. obj + lmem. obj/
+ Lobject. obj + lopcodes. obj + lparser. obj + lstate. obj + lstring. obj + ltable. obj + ltm. obj/
+ Lundump. obj + lvm. obj + lzio. obj/
+ Lauxlib. obj + lbaselib. obj + ldblib. obj + liolib. obj + lmathlib. obj + loslib. obj + ltablib. obj/
+ Lstrlib. obj + loadlib. obj + linit. obj

LUA_T = lua_bc.exe
LUA_O = lua. obj

LUAC_T = luac_bc.exe
LUAC_O = luac. obj print. obj $ (CORE_O)

ALL_O = $ (CORE_O) $ (LIB_O) $ (LUA_O) $ (LUAC_O)
ALL_A = $ (LUA_A)
ALL_T = $ (ALL_A) $ (LUA_T) $ (LUAC_T)

All: $ (ALL_T)
$ (RM) $ (ALL_O) *. tds
O: $ (ALL_O)

A: $ (ALL_A)

$ (LUA_DA): $ (LUA_D)

$ (LUA_SA): $ (LINK_O)
$ (LIB) $ @ $ (PLINK_O)

$ (LUA_D): $ (LINK_O)
$ (CLINK) $ (CLFLAGS)-Tpd-Gi $ (DLLOBJS) $ (LINK_O), $ @, $ (STDLIBS ),,

$ (LUA_T): $ (LUA_O) $ (LUA_A)
$ (CLINK) $ (CLFLAGS)-Tpe $ (EXEOBJS) $ (LUA_O), $ @, $ (STDLIBS) $ (LUA_A ),,

$ (LUAC_T): $ (LUAC_O) $ (LUA_A)
$ (CLINK) $ (CLFLAGS)-Tpe $ (EXEOBJS) $ (LUAC_O), $ @, $ (STDLIBS) $ (LUA_A ),,

Clean:
$ (RM) $ (ALL_T) $ (ALL_O) $ (LUA_D) *. tds

. PHONY: clean all o

# DO NOT DELETE
Lapi. obj: lapi. c lua. h luaconf. h lapi. h lobject. h llimits. h ldebug. h/
Lstate. h ltm. h lzio. h lmem. h lmem. h lfunc. h lgc. h lstring. h ltable. h/
Lundump. h lvm. h
$ (CC) $ (CFLAGS) lapi. c
Lauxlib. obj: lauxlib. c lua. h luaconf. h lauxlib. h
$ (CC) $ (CFLAGS) lauxlib. c
Lbaselib. obj: lbaselib. c lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (CFLAGS) lbaselib. c
Lcode. obj: lcode. c lua. h luaconf. h lcode. h llex. h lobject. h llimits. h/
Lzio. h lmem. h lopcodes. h lparser. h ldebug. h lstate. h ltm. h drop-down. h lgc. h/
Ltable. h
$ (CC) $ (cflags) lcode. c
Ldblib. OBJ: ldblib. c Lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (cflags) ldblib. c
Ldebug. OBJ: ldebug. c Lua. h luaconf. h lapi. h lobject. h llimits. h lcode. h/
Llex. h lzio. h lmem. h lopcodes. h lparser. h ldebug. h lstate. h ltm. h drop. h/
Lfunc. h lstring. h lgc. h ltable. h LVM. h
$ (CC) $ (cflags) ldebug. c
*. OBJ/
Lzio. h lmem. h LDC. h lfunc. h lgc. h lopcodes. h lparser. h lstring. h/
Ltable. h lundump. h LVM. h
$ (CC) $ (cflags) LDC. c
Ldump. obj: ldump. c lua. h luaconf. h lobject. h llimits. h lstate. h ltm. h/
Lzio. h lmem. h lundump. h
$ (CC) $ (CFLAGS) ldump. c
Lfunc. obj: lfunc. c lua. h luaconf. h lfunc. h lobject. h llimits. h lgc. h lmem. h/
Lstate. h ltm. h lzio. h
$ (CC) $ (CFLAGS) lfunc. c
Lgc. obj: lgc. c lua. h luaconf. h ldebug. h lstate. h lobject. h llimits. h ltm. h/
Lzio. h lmem. h LDC. h lfunc. h lgc. h lstring. h ltable. h
$ (CC) $ (CFLAGS) lgc. c
Linit. obj: linit. c lua. h luaconf. h lualib. h lauxlib. h
$ (CC) $ (CFLAGS) linit. c
Liolib. obj: liolib. c lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (CFLAGS) liolib. c
Llex. obj: llex. c lua. h luaconf. h LDC. h lobject. h llimits. h lstate. h ltm. h/
Lzio. h lmem. h llex. h lparser. h lstring. h lgc. h ltable. h
$ (CC) $ (CFLAGS) llex. c
Lmathlib. obj: lmathlib. c lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (CFLAGS) lmathlib. c
Lmem. obj: lmem. c lua. h luaconf. h ldebug. h lstate. h lobject. h llimits. h/
Ltm. h lzio. h lmem. h LDC. h
$ (CC) $ (CFLAGS) lmem. c
Loadlib. obj: loadlib. c lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (CFLAGS) loadlib. c
Lobject. obj: lobject. c lua. h luaconf. h LDC. h lobject. h llimits. h lstate. h/
Ltm. h lzio. h lmem. h lstring. h lgc. h lvm. h
$ (CC) $ (CFLAGS) lobject. c

>
Lopcodes. obj: lopcodes. c lopcodes. h llimits. h lua. h luaconf. h
$ (CC) $ (CFLAGS) lopcodes. c
Loslib. obj: loslib. c lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (CFLAGS) loslib. c
Lparser. obj: lparser. c lua. h luaconf. h lcode. h llex. h lobject. h llimits. h/
Lzio. h lmem. h lopcodes. h lparser. h ldebug. h lstate. h ltm. h drop-down. h/
Lfunc. h lstring. h lgc. h ltable. h
$ (CC) $ (CFLAGS) lparser. c
Lstate. obj: lstate. c lua. h luaconf. h ldebug. h lstate. h lobject. h llimits. h/
Ltm. h lzio. h lmem. h LDC. h lfunc. h lgc. h llex. h lstring. h ltable. h
$ (CC) $ (CFLAGS) lstate. c
Lstring. obj: lstring. c lua. h luaconf. h lmem. h llimits. h lobject. h lstate. h/
Ltm. h lzio. h lstring. h lgc. h
$ (CC) $ (CFLAGS) lstring. c
Lstrlib. OBJ: lstrlib. c Lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (cflags) lstrlib. c
Ltable. OBJ: ltable. c Lua. h luaconf. h ldebug. h lstate. h lobject. h llimits. h/
Ltm. h lzio. h lmem. h lgc. h ltable. h
$ (CC) $ (cflags) ltable. c
Ltablib. OBJ: ltablib. c Lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (cflags) ltablib. c
Ltm. OBJ: ltm. c Lua. h luaconf. h lobject. h llimits. h lstate. h ltm. h lzio. h/
Lmem. h lstring. h lgc. h ltable. h
$ (CC) $ (cflags) ltm. c
Lua. OBJ: Lua. c Lua. h luaconf. h lauxlib. h lualib. h
$ (CC) $ (cflagsexe) Lua. c
Luac. OBJ: luac. c Lua. h luaconf. h lauxlib. h drop-down. h lobject. h llimits. h/
Lstate. h ltm. h lzio. h lmem. h lfunc. h lopcodes. h lstring. h lgc. h/
Lundump. h
$ (CC) $ (CFLAGSEXE) luac. c

Lundump. obj: lundump. c lua. h luaconf. h ldebug. h lstate. h lobject. h/
Llimits. h ltm. h lzio. h lmem. h drop-down. h lfunc. h lstring. h lgc. h lundump. h
$ (CC) $ (CFLAGS) lundump. c

Lvm. obj: lvm. c lua. h luaconf. h ldebug. h lstate. h lobject. h llimits. h ltm. h/
Lzio. h lmem. h LDC. h lfunc. h lgc. h lopcodes. h lstring. h ltable. h lvm. h
$ (CC) $ (CFLAGS) lvm. c

Lzio. obj: lzio. c lua. h luaconf. h llimits. h lmem. h lstate. h lobject. h ltm. h/
Lzio. h
$ (CC) $ (CFLAGS) lzio. c

Print. obj: print. c ldebug. h lstate. h lua. h luaconf. h lobject. h llimits. h/
Ltm. h lzio. h lmem. h lopcodes. h lundump. h
$ (CC) $ (CFLAGSEXE) print. c

# (End of Makefile)

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