testAPI.tar.gz_软件测试

#include <string.h> #include <pthread.h> #include <stdio.h> #include <errno.h> #include "table.h" //以下头文件声明可以测试的函数 #include "test.h" //用来测试本程序是否能正常运行,它只实现了几个简单的测试函数:mytest1(),mytest2(),mytest3(),mytest4(). #include "demo.h" /*demo.h 文件说明: *对于打算测试的函数,本头文件及其源文件只简单的实现其封装格式,没有实现其真正功能, *要想真正测试这些函数,就需要引进其真正的头文件和源代码. */ #define DEBUG struct funcformat table[] = { //pantilt api {"protocol_init", TYPE_INT,0,protocol_init, 5, MARK_5_4844b,{TYPE_INT,TYPE_ISTR,TYPE_INT,TYPE_INT,TYPE_IPTD}}, {"handle_control", TYPE_INT,0,handle_control, 2,MARK_2_48,{TYPE_INT,TYPE_ISTR}}, {"set485", TYPE_INT,0,set485, 5,MARK_5_4844b, {TYPE_INT,TYPE_ISTR,TYPE_INT,TYPE_INT,TYPE_IPTD}}, {"query485", TYPE_INT,0,query485, 5,MARK_5_4966c,{TYPE_INT,TYPE_OSTR,TYPE_OPINT,TYPE_OPINT,TYPE_OPTD}}, {"transparent", TYPE_INT,0,transparent, 3,MARK_3_484,{TYPE_INT,TYPE_ISTR,TYPE_INT}}, {"protocol_quit", TYPE_INT,0,protocol_quit, 0,MARK_0,{0}}, //system time api {"getsystime", TYPE_INT,0,getsystime, 1,MARK_1_f,{TYPE_OPSM}}, {"setsystime", TYPE_INT,0,setsystime, 1,MARK_1_e,{TYPE_IPSM}}, {"set_kernel_time", TYPE_INT,0,set_kernel_time, 0,MARK_0,{0}}, //time touch api {"settimetouch", TYPE_INT,0,settimetouch, 1,MARK_1_h,{TYPE_IPTT}}, {"gettimetouch", TYPE_OPTT,1, (struct timetouch*(*)())gettimetouch, 1,MARK_1_4,{TYPE_INT}}, {"canceltimetouch", TYPE_INT,0,canceltimetouch, 1,MARK_1_4,{TYPE_INT}}, //alarm input api {"get_alarminput_status",TYPE_INT,0,get_alarminput_status,1,MARK_1_4,{TYPE_INT}}, {"setalarminput", TYPE_INT,0,setalarminput, 2,MARK_2_44,{TYPE_INT,TYPE_INT}}, //alarm output api {"setalarmoutput", TYPE_INT,0,setalarmoutput, 2,MARK_2_44,{TYPE_INT,TYPE_INT}}, {"getalarmoutput", TYPE_INT,0,getalarmoutput, 2,MARK_2_46,{TYPE_INT,TYPE_OPINT}}, //API api {"API_init", TYPE_INT,0,API_init, 0,MARK_0,{0}}, {"API_destroy", TYPE_VOID,0,(int(*)())API_dsetory,0,MARK_0,{0}}, //HTTP API {"setsendhttprequest", TYPE_INT,0,setsendhttprequest, 2,MARK_2_84,{TYPE_ISTR,TYPE_INT}}, {"sendhttprequest", TYPE_INT,0,sendhttprequest, 2,MARK_2_84,{TYPE_ISTR,TYPE_INT}}, //test {"mytest1",TYPE_INT,0,mytest1,1,MARK_1_8, {TYPE_ISTR}}, {"mytest2",TYPE_INT,0,mytest2,1,MARK_1_4, {TYPE_INT}}, {"mytest3",TYPE_INT,0,mytest3,2,MARK_2_48, {TYPE_INT,TYPE_ISTR}}, {"mytest4",TYPE_INT,0,mytest4,2,MARK_2_94, {TYPE_OSTR,TYPE_INT}}, //the end {0,0,0,0} }; struct struct_format stable[] = { {"TDVSSS_device",TYPE_TD,52,6,{{0,TYPE_INT},{4,TYPE_ISTR},{36,TYPE_INT},{40,TYPE_INT},{44,TYPE_INT},{48,TYPE_INT}}}, {"sm", TYPE_SM,36,9, {{0,TYPE_INT},{4,TYPE_INT},{8,TYPE_INT},{12,TYPE_INT},{16,TYPE_INT},{20,TYPE_INT},{24,TYPE_INT},{28,TYPE_INT},{32,TYPE_INT}}}, {"timetouch",TYPE_TT,44,3, {{0,TYPE_INT},{4,TYPE_SM},{40,TYPE_INT}}}, {0,0,0,0,{{0,0}}} }; static char* align_string(char* pTemp) { int i = 0; while(pTemp[i] == ' ') i++; return pTemp+i; } static int isrule(char x) { if(x < '0') return -1; else if(x > '9' && x < 'A') return -1; else if(x > 'Z' && x < 'a') { if(x == '_') return 0; else return -1; } else if(x > 'z') return -1; return 0; } //*************************************************************************** static int parse_function(char* func,char* name,int name_len,char* arg,int arg_len) { char* off; int n,stack; ////////////////////////////////////////////////// memset(name,0,name_len); memset(arg,0,arg_len); off = func; n = 0; stack = 0; while(!isrule(*off)) { name[n++] = *off++; } if(*off != '(') { return -ENOTFUNC; } off++; stack++; n = 0; while(*off != '\0') { if(*off == '(') { stack++; arg[n++] = *off; } else if(*off == ')') { stack--; if(stack == 0) break; else arg[n++] = *off; } else arg[n++] = *off; off++; } if(stack == 0) return 0; return -EINVALIDARG; } static char* get_one_member(char* data,int* len) { int n = 0; char* pos = data; while(pos[n] !=')' && pos[n] != ',') n++; *len = n; if(pos[n] == ',') { pos = align_string(pos + n + 1); return pos; } else return NULL; } //*************************************************************************** static int parse_struct(int type,void* pstruct,char* data) { //data format "$(1,2,...),..." int n,j,count,len = 0; struct member* member = NULL; char* pos,*next,*tmp; void* tmp1 = NULL; if(!pstruct || !data) return -EPOINTER; pos = strchr(data,'('); pos++; for(n = 0;stable[n].name;n++) { if(stable[n].type == type) break; } if(!stable[n].name) return -EUNKNOWNARGV; #ifdef DEBUG fprintf(stderr,"parse struct:%s\t%s\n",stable[n].name,data); #endif memset(pstruct,0,stable[n].size); count = stable[n].count; if(count > MAX_MEMBER) return -EMAXMEMBER; member = stable[n].member; for(j = 0; j < count; j++) { switch (member[j].type) { case TYPE_INT: if(!pos) return -EINVALIDARG; next = get_one_member(pos,&len); *((int*)(pstruct + member[j].offset)) = atoi(pos); #ifdef DEBUG fprintf(stderr,"get member %d of struct %s :%d\n",j,stable[n].name,atoi(pos)); #endif pos = next; len = 0; break; case TYPE_ISTR: if(!pos) return -EINVALIDARG; next = get_one_member(pos,&len); tmp = (char*)(pstruct + member[j].offset); strncpy(tmp,pos,len); pos = next; len = 0; break; case TYPE_SM: if(!pos) return -EINVALIDARG; #ifdef DEBUG fprintf(stderr,"get member %d of struct %s :%s\n",j,stable[n].name,pos); #endif next = get_one_member(pos,&len); tmp1 = (struct sm*)(pstruct + member[j].offset); parse_struct(TYPE_SM,tmp1,pos); pos = next; len = 0; break; default: return -EUNKNOWNARGV; } } return 0; } static char* get_one_argument(char* arg,int*len) { int n = 0,stack = 0,match = 0; char* pos = arg; while(pos[n] != '\0') { if(pos[n] == '"') (match == 0)?(match = 1):(match = 0); else if(pos[n] == '(') stack++; else if(pos[n] == ')') stack--; else if(pos[n] == ',' && stack == 0 && match == 0) { *len = n; pos = align_string(pos + n + 1); return pos; } n++; } if(n) { *len = n; return pos + n; } else return NULL; } //*************************************************************************** static int parse_argument(struct funcformat* pfunc,char* in,void** argv) { int argc,j,len,size,ret; char* pos,*next = NULL; if(!pfunc || !in || !argv) return -EPOINTER; #ifdef DEBUG fprintf(stderr,"debug====> begin parse argument:%s ......\n",in); #endif pos = in; argc = pfunc->argc; for(j = 0; j< argc;j++) { switch (pfunc->argv[j]) { case TYPE_INT: if(!pos) return -EINVALIDARG; next = get_one_argument(pos,&len); argv[j] = (int*)malloc(sizeof(int)); if(!argv[j]) return -ENOMEMORY; *((int*)argv[j]) = atoi(pos); #ifdef DEBUG fprintf(stderr,"debug=====> get one argument: argv[%d] = %d\n",j,*((int*)argv[j])); #endif pos = next; break; case TYPE_ISTR: { int ii,jj; char* tt; if(!pos) return -EINVALIDARG; next = get_one_argument(pos,&len); argv[j] = malloc(len + 3); if(!argv[j]) return -ENOMEMORY; memset(argv[j],0,len + 3); tt = (char*)argv[j]; for(ii = 0,jj = 0;ii < len; ii++) if(pos[ii] != '"') tt[jj++] = pos[ii]; // strncpy(argv[j],pos,len); #ifdef DEBUG fprintf(stderr,"debug=====> get one argument: argv[%d] = %s\n",j,((char*)argv[j])); #endif pos = next; break; } case TYPE_OSTR: case TYPE_OPINT: case TYPE_OPTD: case TYPE_OPSM: if(!pos || (*pos != '#')) return -EINVALIDARG; pos++; next = get_one_argument(pos,&len); size = atoi(pos); if(size <= 0) return -EINVALIDARG; argv[j] = (char*)malloc(size); if(!argv[j]) return -ENOMEMORY; pos = next; break; case TYPE_IPTD: if(!pos || (*pos != '$')) return -EINVALIDARG; next = get_one_argument(pos,&len); argv[j] = (struct TDVSSS_device*)malloc(sizeof(struct