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[旧帖] Nasm制作Http服务器之HelloWorld 0.00雪花
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2009-9-28 17:47
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这个teapoy是我学习C语言时做的一个支持C语言制作动态网页的Http服务程序，现在想深入学习汇编了，就打算把它用汇编重写一次。今天写了点赶紧拿来申请邀请码了。
软件基础：Nasm 2.07、MinGW gcc 4.4.0、WindowsXP
这里我使用了MinGW的make和ld，连接的是MinGW带的静态库。头文件是自己写的，下面都有。
因为我分的文件比较多，所以我把4个inc文件的代码写在一起列在下面了，若有幸拿到邀请码我会把代码整理后在其它版面陆续贴出来。
这篇代码写到用套接字接到浏览器请求并将请求显示在屏幕上。相当于制作http服务器的helloworld吧，不过因为工作原因实在没什么时间塌实下来写点东西，希望能看在汇编语言的面子上给一个邀请码
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;main.asm
;包含定义
%include "memory.inc"
%include "socket2.inc"
%include "ntkern.inc"
%include "teapoy.inc"
;导入表
extern _printf
;导出表
global _start
;配置
SOCKET_BUFF equ 2000
;正文
segment .data
msg_war_port db "警告:端口号%d不正确,修改为默认的80!",10,0
msg_war_tryport db "Teapoy:正在尝试打开%d端口...",10,0
msg_war_threadmax db "Teapoy:当前线程数已经达到限制。",10,0
msg_suc_start db "Teapoy:成功打开%d端口。",10,0
msg_suc_exit db "Teapoy:成功退出。",10,0
msg_err_sock db "错误:Socket错误(%d)",10,0
msg_debug db "eax=%08x,ebx=%08x,ecx=%08x,edx=%08x",10,0
segment .bss
sock_port resd 1 ;端口
sock_handle resd 1 ;句柄
sock_buff resd SOCKET_BUFF;缓存在线程分配时未能及时处理的滞留请求
cur_sockbuff resd 1 ;sock_buff的指针
app_status resd 1 ;程序运行状态
app_threadcount resd 1 ;正在运行的线程数量
thread_id resd 1 ;线程id(临时变量)
wsd: istruc WSAData
at WSAData.Version,resw 1
at WSAData.HeightVersion,resd 1
at WSAData.Descripton,resb 257
at WSAData.SystemStatus,resb 129
at WSAData.MaxSockets,resw 1
at WSAData.MaxUdpDg,resw 1
at WSAData.VendorInfo,resd 1
iend
sock_dr:istruc SOCKADDR_IN
at SOCKADDR_IN.sin_family,resw 1
at SOCKADDR_IN.sin_port,resw 1
at SOCKADDR_IN.sin_addr,resd 1
at SOCKADDR_IN.sin_zero,resb 8
iend
fd: istruc fd_set
at fd_set.fd_count,resd 1
at fd_set.fd_array,resd FD_SETSIZE
iend
zt: istruc timeval
at timeval.tv_sec,resd 1
at timeval.tv_usec,resd 1
iend
segment .text
_start:
push ebp
mov ebp,esp
;将堆栈对齐到16字节边界
and esp,-16
sub esp,16
;WSAStartup(0x0202,&wsd);
push wsd
push dword 0x0202
call _WSAStartup@8
;判断端口是否为0
cmp dword [sock_port],0
jnz .connect
;是0就警告，并修改为80
push dword [sock_port]
push msg_war_port
call _printf
add esp,8
mov dword [sock_port],80
.connect:
;初始化sock_dr
mov dword [sock_dr + SOCKADDR_IN.sin_family],AF_INET
;sock_handle = socket(AF_INET,SOCK_STREAM,0);
push dword 0
push dword SOCK_STREAM
push dword AF_INET
call _socket@12
mov dword [sock_handle],eax
;sock_dr.sin_addr = htol(INADDR_ANY);
push INADDR_ANY
call _htonl@4
mov dword [sock_dr + SOCKADDR_IN.sin_addr],eax
.tryport:
;sock_dr.sin_port = htons(sock_port);
push dword [sock_port]
call _htons@4
mov word [sock_dr + SOCKADDR_IN.sin_port],ax
;提示尝试哪个端口
push dword [sock_port]
push msg_war_tryport
call _printf
add esp,8
;准备下一次尝试的sock_port
inc dword [sock_port]
;eax = bind(sock_handle,(SOCKADDR*)&sock_dr,sizeof(SOCKADDR))
push SOCKADDR_IN_size ;sizeof(SOCKADDR)
push sock_dr
push dword [sock_handle]
call _bind@12
;if(eax == SOCKET_ERROR)
cmp eax,SOCKET_ERROR
jz .tryport
dec dword [sock_port]
;报告已经打开端口
push dword [sock_port]
push msg_suc_start
call _printf
add esp,8
;开始监听
push 10
push dword [sock_handle]
call _listen@8
;开始监听前最后一点点初始化工作
mov eax,dword [sock_handle]
mov dword [fd + fd_set.fd_array + 0],eax
mov dword [cur_sockbuff],0
mov dword [app_status],1
mov dword [app_threadcount],0
mov dword [zt + timeval.tv_sec],0
mov dword [zt + timeval.tv_usec],500
.listen:
cmp dword [app_status],1
jnz .disconect
;开始接受连接
mov dword [fd + fd_set.fd_count],1
;select(1,&fdmain,NULL,NULL,&_zt);
push zt
push 0
push 0
push fd
push 1
call _select@20
push fd
push dword [sock_handle]
call ___WSAFDIsSet@8
cmp eax,0
jz .listen
cmp dword [app_threadcount],THREAD_LIMIT
ja .listen
inc dword [cur_sockbuff]
cmp dword [cur_sockbuff],SOCKET_BUFF
jnb .accept
mov dword [cur_sockbuff],0
.accept:
;accept(sock,(SOCKADDR*)&socket_addr,NULL);
push 0
push sock_dr
push dword[sock_handle]
call _accept@12
mov edx,sock_buff
add edx,dword [cur_sockbuff]
mov dword [edx],eax
push thread_id
push 0
push dword [edx]
push thread_response
push 0
push 0
call _CreateThread@24
;警告线程数目
cmp dword [app_threadcount],THREAD_LIMIT
jnz .listen ;未达到限制
push msg_war_threadmax
call _printf
add esp,4
jmp .listen
.disconect:
push dword [sock_handle]
call _closesocket@4
call _WSACleanup@0
push msg_suc_exit
call _printf
;正常退出程序
xor eax,eax
mov esp,ebp
pop ebp
ret
thread_response:
push ebp
mov ebp,esp
push ebx
push esi
push edi
;原子使线程数+1
push 1
push app_threadcount
call _InterlockedExchangeAdd@8
mov ebx,esp
sub esp,200 ;开辟200个字节局部内存
;申请动态内存并将指针临时存入ebx指向的内存（ebx指向堆栈）
push REQMEM_ALL
call _malloc
mov dword [ebx],eax
push 0
push eax
call _memset
add esp,12 ;上面程序将malloc和memset的参数连起来写了，所以这里一起清理
;recvret = recv(chsock,requestheader,REQUEST_HEAD_LIMIT+REQUEST_BUFF_LIMIT,0);
push 0
push REQMEM_HEAD + REQMEM_BUFF
mov edx,dword [ebx]
add edx,REQMEM_GET + REQMEM_ARGA
push edx
push dword [ebp + 8]
call _recv@16
mov edx,dword [ebx]
add edx,REQMEM_GET + REQMEM_ARGA
push edx
call _printf
add esp,4
cmp eax,10
jnb .request
call _WSAGetLastError@0
push eax
push msg_err_sock
call _printf
add esp,8
.request:
;显示读到的数据
call debug
push edx
call _printf
add esp,4
push dword [ebx]
call _free
;因为后面已经不需要大量使用堆栈了，这里就不多此一举再平衡堆栈了，等着最后函数返回前的leave自动清理。
;add esp,4 ;恢复free的参数占用的堆栈
;mov esp,ebx ;恢复局部内存造成的堆栈不平衡 这一点是不必要的，因为函数末尾已经在清理堆栈了。
.exit:
push eax
;原子使线程数-1
push -1
push app_threadcount
call _InterlockedExchangeAdd@8
pop eax
pop edi
pop esi
pop ebx
mov esp,ebp ;leave
pop ebp
ret
debug:
push ebp
mov ebp,esp
push ebx
push esi
push edi
push eax
push ebx
push ecx
push edx
push msg_debug
call _printf
add esp,4
pop edi
pop esi
pop ebx
mov esp,ebp ;leave
pop ebp
ret
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;inc文件合集
extern _memset
extern _memcpy
extern _malloc
extern _free
extern _strcat
extern _strcpy
extern _strstr
extern _strcmp
extern _strncmp
extern _stricmp
extern _strnicmp
FD_SETSIZE equ 64
INVALID_SOCKET equ ~0
SOCKET_ERROR equ -1
SOCK_STREAM equ 1
SOCK_DGRAM equ 2
SOCK_RAW equ 3
SOCK_RDM equ 4
SOCK_SEQPACKET equ 5
TCP_NODELAY equ 0x0001
AF_UNSPEC equ 0
AF_UNIX equ 1
AF_INET equ 2
AF_IMPLINK equ 3
AF_PUP equ 4
AF_CHAOS equ 5
AF_IPX equ 6
AF_NS equ 6
AF_ISO equ 7
AF_OSI equ AF_ISO
AF_ECMA equ 8
AF_DATAKIT equ 9
AF_CCITT equ 10
AF_SNA equ 11
AF_DECnet equ 12
AF_DLI equ 13
AF_LAT equ 14
AF_HYLINK equ 15
AF_APPLETALK equ 16
AF_NETBIOS equ 17
AF_VOICEVIEW equ 18
AF_FIREFOX equ 19
AF_UNKNOWN1 equ 20
AF_BAN equ 21
AF_ATM equ 22
AF_INET6 equ 23
AF_CLUSTER equ 24
AF_12844 equ 25
AF_IRDA equ 26
IN_CLASSA_NET equ 0xff000000
IN_CLASSA_NSHIFT equ 24
IN_CLASSA_HOST equ 0x00ffffff
IN_CLASSA_MAX equ 128
IN_CLASSB_NET equ 0xffff0000
IN_CLASSB_NSHIFT equ 16
IN_CLASSB_HOST equ 0x0000ffff
IN_CLASSB_MAX equ 65536
IN_CLASSC_NET equ 0xffffff00
IN_CLASSC_NSHIFT equ 8
IN_CLASSC_HOST equ 0xff
INADDR_ANY equ 0
INADDR_LOOPBACK equ 0x7f000001
INADDR_BROADCAST equ 0xffffffff
INADDR_NONE equ 0xffffffff
struc WSAData
.Version: resw 1 ;WORD
.HeightVersion: resd 1 ;WORD
.Descripton: resb 257 ;char[WSADESCRIPTION_LEN+1];
.SystemStatus: resb 129 ;char[WSASYS_STATUS_LEN+1];
.MaxSockets: resw 1 ;unsigned short
.MaxUdpDg: resw 1 ;unsigned short
.VendorInfo: resd 1 ;char*
alignb 2
endstruc
struc SOCKADDR_IN
.sin_family resw 1 ;short
.sin_port resw 1 ;u_short
.sin_addr resd 1 ;struct in_addr
.sin_zero resb 8 ;char[8]
endstruc
struc fd_set
.fd_count resd 1 ;u_int
.fd_array resd FD_SETSIZE ;SOCKET [FD_SETSIZE]
endstruc
struc timeval
.tv_sec resd 1 ;long
.tv_usec resd 1 ;long
endstruc
extern _WSAStartup@8
extern _socket@12
extern _closesocket@4
extern _WSACleanup@0
extern _htonl@4
extern _htons@4
extern _bind@12
extern _listen@8
extern _select@20
extern ___WSAFDIsSet@8
extern _accept@12
extern _recv@16
extern _WSAGetLastError@0
;int PASCAL __WSAFDIsSet(SOCKET,fd_set*);
extern _CreateThread@24
extern _InterlockedExchangeAdd@8
REQMEM_GET equ 1024
REQMEM_ARGA equ 3*1024
REQMEM_HEAD equ 4096
REQMEM_BUFF equ 4096
REQMEM_POOL equ 4096+32
REQMEM_POST equ 64*4096
REQMEM_RESPONSE equ 128*4096
REQMEM_ALL equ REQMEM_GET + REQMEM_ARGA + REQMEM_HEAD + REQMEM_BUFF + REQMEM_POOL + REQMEM_POST + REQMEM_RESPONSE
THREAD_LIMIT equ 1000
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;makefile
Project := Teapoy
Version := 2.1.1
ld := ld
as := nasm
ar := ar
ldflags := -L "%MinGW%/lib" -lcrtdll -lkernel32 -lwsock32
asflags := -fwin32
arflags :=
Root := E:\guobin\Slet\Teapoy3
Bin :=$(Root)\Bin
Src :=$(Root)\Code
Inc :=$(Root)\Include
Lib :=$(Root)\Library
Doc :=$(Root)\Document
Cfg :=$(Root)\Config
Tmp :=$(Root)\Temp
asmfiles := $(shell dir $(Src)\*.asm /B)
depend_asm := $(asmfiles:%.asm=$(Tmp)/%.o)
$(Tmp)/%.o:$(Src)/%.asm
@$(as) -o $@ $< $(asflags) -I"$(Inc)/" -I"$(Inc)/sys/"
@echo 已经根据$^创建了$@
.PHONY:go clean
$(Bin)/$(Project).exe: $(depend_asm)
@$(ld) -o $@ $^ $(ldflags) -e _start
@echo 已经根据$^创建了$@
go:$(Bin)/$(Project).exe
@$(Bin)/$(Project).exe
clean:
@del $(Tmp)\*.o /q
软件基础：Nasm 2.07、MinGW gcc 4.4.0、WindowsXP
这里我使用了MinGW的make和ld，连接的是MinGW带的静态库。头文件是自己写的，下面都有。
因为我分的文件比较多，所以我把4个inc文件的代码写在一起列在下面了，若有幸拿到邀请码我会把代码整理后在其它版面陆续贴出来。
这篇代码写到用套接字接到浏览器请求并将请求显示在屏幕上。相当于制作http服务器的helloworld吧，不过因为工作原因实在没什么时间塌实下来写点东西，希望能看在汇编语言的面子上给一个邀请码
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;main.asm
;包含定义
%include "memory.inc"
%include "socket2.inc"
%include "ntkern.inc"
%include "teapoy.inc"
;导入表
extern _printf
;导出表
global _start
;配置
SOCKET_BUFF equ 2000
;正文
segment .data
msg_war_port db "警告:端口号%d不正确,修改为默认的80!",10,0
msg_war_tryport db "Teapoy:正在尝试打开%d端口...",10,0
msg_war_threadmax db "Teapoy:当前线程数已经达到限制。",10,0
msg_suc_start db "Teapoy:成功打开%d端口。",10,0
msg_suc_exit db "Teapoy:成功退出。",10,0
msg_err_sock db "错误:Socket错误(%d)",10,0
msg_debug db "eax=%08x,ebx=%08x,ecx=%08x,edx=%08x",10,0
segment .bss
sock_port resd 1 ;端口
sock_handle resd 1 ;句柄
sock_buff resd SOCKET_BUFF;缓存在线程分配时未能及时处理的滞留请求
cur_sockbuff resd 1 ;sock_buff的指针
app_status resd 1 ;程序运行状态
app_threadcount resd 1 ;正在运行的线程数量
thread_id resd 1 ;线程id(临时变量)
wsd: istruc WSAData
at WSAData.Version,resw 1
at WSAData.HeightVersion,resd 1
at WSAData.Descripton,resb 257
at WSAData.SystemStatus,resb 129
at WSAData.MaxSockets,resw 1
at WSAData.MaxUdpDg,resw 1
at WSAData.VendorInfo,resd 1
iend
sock_dr:istruc SOCKADDR_IN
at SOCKADDR_IN.sin_family,resw 1
at SOCKADDR_IN.sin_port,resw 1
at SOCKADDR_IN.sin_addr,resd 1
at SOCKADDR_IN.sin_zero,resb 8
iend
fd: istruc fd_set
at fd_set.fd_count,resd 1
at fd_set.fd_array,resd FD_SETSIZE
iend
zt: istruc timeval
at timeval.tv_sec,resd 1
at timeval.tv_usec,resd 1
iend
segment .text
_start:
push ebp
mov ebp,esp
;将堆栈对齐到16字节边界
and esp,-16
sub esp,16
;WSAStartup(0x0202,&wsd);
push wsd
push dword 0x0202
call _WSAStartup@8
;判断端口是否为0
cmp dword [sock_port],0
jnz .connect
;是0就警告，并修改为80
push dword [sock_port]
push msg_war_port
call _printf
add esp,8
mov dword [sock_port],80
.connect:
;初始化sock_dr
mov dword [sock_dr + SOCKADDR_IN.sin_family],AF_INET
;sock_handle = socket(AF_INET,SOCK_STREAM,0);
push dword 0
push dword SOCK_STREAM
push dword AF_INET
call _socket@12
mov dword [sock_handle],eax
;sock_dr.sin_addr = htol(INADDR_ANY);
push INADDR_ANY
call _htonl@4
mov dword [sock_dr + SOCKADDR_IN.sin_addr],eax
.tryport:
;sock_dr.sin_port = htons(sock_port);
push dword [sock_port]
call _htons@4
mov word [sock_dr + SOCKADDR_IN.sin_port],ax
;提示尝试哪个端口
push dword [sock_port]
push msg_war_tryport
call _printf
add esp,8
;准备下一次尝试的sock_port
inc dword [sock_port]
;eax = bind(sock_handle,(SOCKADDR*)&sock_dr,sizeof(SOCKADDR))
push SOCKADDR_IN_size ;sizeof(SOCKADDR)
push sock_dr
push dword [sock_handle]
call _bind@12
;if(eax == SOCKET_ERROR)
cmp eax,SOCKET_ERROR
jz .tryport
dec dword [sock_port]
;报告已经打开端口
push dword [sock_port]
push msg_suc_start
call _printf
add esp,8
;开始监听
push 10
push dword [sock_handle]
call _listen@8
;开始监听前最后一点点初始化工作
mov eax,dword [sock_handle]
mov dword [fd + fd_set.fd_array + 0],eax
mov dword [cur_sockbuff],0
mov dword [app_status],1
mov dword [app_threadcount],0
mov dword [zt + timeval.tv_sec],0
mov dword [zt + timeval.tv_usec],500
.listen:
cmp dword [app_status],1
jnz .disconect
;开始接受连接
mov dword [fd + fd_set.fd_count],1
;select(1,&fdmain,NULL,NULL,&_zt);
push zt
push 0
push 0
push fd
push 1
call _select@20
push fd
push dword [sock_handle]
call ___WSAFDIsSet@8
cmp eax,0
jz .listen
cmp dword [app_threadcount],THREAD_LIMIT
ja .listen
inc dword [cur_sockbuff]
cmp dword [cur_sockbuff],SOCKET_BUFF
jnb .accept
mov dword [cur_sockbuff],0
.accept:
;accept(sock,(SOCKADDR*)&socket_addr,NULL);
push 0
push sock_dr
push dword[sock_handle]
call _accept@12
mov edx,sock_buff
add edx,dword [cur_sockbuff]
mov dword [edx],eax
push thread_id
push 0
push dword [edx]
push thread_response
push 0
push 0
call _CreateThread@24
;警告线程数目
cmp dword [app_threadcount],THREAD_LIMIT
jnz .listen ;未达到限制
push msg_war_threadmax
call _printf
add esp,4
jmp .listen
.disconect:
push dword [sock_handle]
call _closesocket@4
call _WSACleanup@0
push msg_suc_exit
call _printf
;正常退出程序
xor eax,eax
mov esp,ebp
pop ebp
ret
thread_response:
push ebp
mov ebp,esp
push ebx
push esi
push edi
;原子使线程数+1
push 1
push app_threadcount
call _InterlockedExchangeAdd@8
mov ebx,esp
sub esp,200 ;开辟200个字节局部内存
;申请动态内存并将指针临时存入ebx指向的内存（ebx指向堆栈）
push REQMEM_ALL
call _malloc
mov dword [ebx],eax
push 0
push eax
call _memset
add esp,12 ;上面程序将malloc和memset的参数连起来写了，所以这里一起清理
;recvret = recv(chsock,requestheader,REQUEST_HEAD_LIMIT+REQUEST_BUFF_LIMIT,0);
push 0
push REQMEM_HEAD + REQMEM_BUFF
mov edx,dword [ebx]
add edx,REQMEM_GET + REQMEM_ARGA
push edx
push dword [ebp + 8]
call _recv@16
mov edx,dword [ebx]
add edx,REQMEM_GET + REQMEM_ARGA
push edx
call _printf
add esp,4
cmp eax,10
jnb .request
call _WSAGetLastError@0
push eax
push msg_err_sock
call _printf
add esp,8
.request:
;显示读到的数据
call debug
push edx
call _printf
add esp,4
push dword [ebx]
call _free
;因为后面已经不需要大量使用堆栈了，这里就不多此一举再平衡堆栈了，等着最后函数返回前的leave自动清理。
;add esp,4 ;恢复free的参数占用的堆栈
;mov esp,ebx ;恢复局部内存造成的堆栈不平衡 这一点是不必要的，因为函数末尾已经在清理堆栈了。
.exit:
push eax
;原子使线程数-1
push -1
push app_threadcount
call _InterlockedExchangeAdd@8
pop eax
pop edi
pop esi
pop ebx
mov esp,ebp ;leave
pop ebp
ret
debug:
push ebp
mov ebp,esp
push ebx
push esi
push edi
push eax
push ebx
push ecx
push edx
push msg_debug
call _printf
add esp,4
pop edi
pop esi
pop ebx
mov esp,ebp ;leave
pop ebp
ret
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;inc文件合集
extern _memset
extern _memcpy
extern _malloc
extern _free
extern _strcat
extern _strcpy
extern _strstr
extern _strcmp
extern _strncmp
extern _stricmp
extern _strnicmp
FD_SETSIZE equ 64
INVALID_SOCKET equ ~0
SOCKET_ERROR equ -1
SOCK_STREAM equ 1
SOCK_DGRAM equ 2
SOCK_RAW equ 3
SOCK_RDM equ 4
SOCK_SEQPACKET equ 5
TCP_NODELAY equ 0x0001
AF_UNSPEC equ 0
AF_UNIX equ 1
AF_INET equ 2
AF_IMPLINK equ 3
AF_PUP equ 4
AF_CHAOS equ 5
AF_IPX equ 6
AF_NS equ 6
AF_ISO equ 7
AF_OSI equ AF_ISO
AF_ECMA equ 8
AF_DATAKIT equ 9
AF_CCITT equ 10
AF_SNA equ 11
AF_DECnet equ 12
AF_DLI equ 13
AF_LAT equ 14
AF_HYLINK equ 15
AF_APPLETALK equ 16
AF_NETBIOS equ 17
AF_VOICEVIEW equ 18
AF_FIREFOX equ 19
AF_UNKNOWN1 equ 20
AF_BAN equ 21
AF_ATM equ 22
AF_INET6 equ 23
AF_CLUSTER equ 24
AF_12844 equ 25
AF_IRDA equ 26
IN_CLASSA_NET equ 0xff000000
IN_CLASSA_NSHIFT equ 24
IN_CLASSA_HOST equ 0x00ffffff
IN_CLASSA_MAX equ 128
IN_CLASSB_NET equ 0xffff0000
IN_CLASSB_NSHIFT equ 16
IN_CLASSB_HOST equ 0x0000ffff
IN_CLASSB_MAX equ 65536
IN_CLASSC_NET equ 0xffffff00
IN_CLASSC_NSHIFT equ 8
IN_CLASSC_HOST equ 0xff
INADDR_ANY equ 0
INADDR_LOOPBACK equ 0x7f000001
INADDR_BROADCAST equ 0xffffffff
INADDR_NONE equ 0xffffffff
struc WSAData
.Version: resw 1 ;WORD
.HeightVersion: resd 1 ;WORD
.Descripton: resb 257 ;char[WSADESCRIPTION_LEN+1];
.SystemStatus: resb 129 ;char[WSASYS_STATUS_LEN+1];
.MaxSockets: resw 1 ;unsigned short
.MaxUdpDg: resw 1 ;unsigned short
.VendorInfo: resd 1 ;char*
alignb 2
endstruc
struc SOCKADDR_IN
.sin_family resw 1 ;short
.sin_port resw 1 ;u_short
.sin_addr resd 1 ;struct in_addr
.sin_zero resb 8 ;char[8]
endstruc
struc fd_set
.fd_count resd 1 ;u_int
.fd_array resd FD_SETSIZE ;SOCKET [FD_SETSIZE]
endstruc
struc timeval
.tv_sec resd 1 ;long
.tv_usec resd 1 ;long
endstruc
extern _WSAStartup@8
extern _socket@12
extern _closesocket@4
extern _WSACleanup@0
extern _htonl@4
extern _htons@4
extern _bind@12
extern _listen@8
extern _select@20
extern ___WSAFDIsSet@8
extern _accept@12
extern _recv@16
extern _WSAGetLastError@0
;int PASCAL __WSAFDIsSet(SOCKET,fd_set*);
extern _CreateThread@24
extern _InterlockedExchangeAdd@8
REQMEM_GET equ 1024
REQMEM_ARGA equ 3*1024
REQMEM_HEAD equ 4096
REQMEM_BUFF equ 4096
REQMEM_POOL equ 4096+32
REQMEM_POST equ 64*4096
REQMEM_RESPONSE equ 128*4096
REQMEM_ALL equ REQMEM_GET + REQMEM_ARGA + REQMEM_HEAD + REQMEM_BUFF + REQMEM_POOL + REQMEM_POST + REQMEM_RESPONSE
THREAD_LIMIT equ 1000
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;makefile
Project := Teapoy
Version := 2.1.1
ld := ld
as := nasm
ar := ar
ldflags := -L "%MinGW%/lib" -lcrtdll -lkernel32 -lwsock32
asflags := -fwin32
arflags :=
Root := E:\guobin\Slet\Teapoy3
Bin :=$(Root)\Bin
Src :=$(Root)\Code
Inc :=$(Root)\Include
Lib :=$(Root)\Library
Doc :=$(Root)\Document
Cfg :=$(Root)\Config
Tmp :=$(Root)\Temp
asmfiles := $(shell dir $(Src)\*.asm /B)
depend_asm := $(asmfiles:%.asm=$(Tmp)/%.o)
$(Tmp)/%.o:$(Src)/%.asm
@$(as) -o $@ $< $(asflags) -I"$(Inc)/" -I"$(Inc)/sys/"
@echo 已经根据$^创建了$@
.PHONY:go clean
$(Bin)/$(Project).exe: $(depend_asm)
@$(ld) -o $@ $^ $(ldflags) -e _start
@echo 已经根据$^创建了$@
go:$(Bin)/$(Project).exe
@$(Bin)/$(Project).exe
clean:
@del $(Tmp)\*.o /q
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