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void b_main_sink(int data);void _main(){int data;fscanf (stdin, "%d", &data);b_main_sink(data);}void c_main_sink(int data);void b_main_sink(int data){c_main_sink(data);}void c_main_sink(int data){{char data_buf[10]="AAAAAAAAA";if (data >=0){printHexCharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} | static void main(){int data;data=7;b_main_sink(data);}void b_main_sink(int data){c_main_sink(data);}void c_main_sink(int data){{char data_buf[10]="AAAAAAAAA";if (data >=0){printHexCharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} |
void b_main_sink(int * data_ptr);void _main(){int data;data=-1;data=RAND32();b_main_sink(&data);}void b_main_sink(int * data_ptr){int data=*data_ptr;{int result=data-1;printIntLine(result);}} | static void main(){int data;data=-1;data=5;b_main_sink(&data);}void b_main_sink(int * data_ptr){int data=*data_ptr;{int result=data-1;printIntLine(result);}} |
void b_main_sink(char * data);void _main(){char * data;void (*func_ptr) (char *)=b_main_sink;char * data_buf=(char *)ALLOCA(100*sizeof(char));memset(data_buf, 'A', 100-1);data_buf[100-1]='\0';data=data_buf-8;func_ptr(data);}void b_main_sink(char * data){{char dest[100];memcpy(dest, data, 100*sizeof(char));dest[100-1]='\0';printLine(dest);}} | void b_main_sink(char * data);static void main(){char * data;void (*func_ptr) (char *)=b_main_sink;char * data_buf=(char *)ALLOCA(100*sizeof(char));memset(data_buf, 'A', 100-1);data_buf[100-1]='\0';data=data_buf;func_ptr(data);}void b_main_sink(char * data){{char dest[100];memcpy(dest, data, 100*sizeof(char));dest[100-1]='\0';printLine(dest);}} |
void main(){int * data;data=NULL;if(global_returns_t_or_f()){data=(int *)malloc(100*sizeof(int));}else{data=new int[100];}if(global_returns_t_or_f()){delete [] data;}else{free(data);}} | static void main(){int * data;data=NULL;if(global_returns_t_or_f()){data=new int[100];}else{data=new int[100];}if(global_returns_t_or_f()){delete [] data;}else{delete [] data;}} |
static void main_sink(){char * data=_main_data;{FILE *file=NULL;file=FOPEN(data, "wb+");if (file!=NULL) fclose(file);}}void _main(){char * data;char data_buf[FILENAME_MAX]=BASEPATH;data=data_buf;{size_t data_len=strlen(data);FILE * pFile;if(FILENAME_MAX-data_len > 1){pFile=FOPEN("C:\\temp\\file.txt", "r");if (pFile!=NULL){fgets(data+data_len, (int)(FILENAME_MAX-data_len), pFile);fclose(pFile);}}}_main_data=data;main_sink();} | static void main_sink(){char * data=_main_data;{FILE *file=NULL;file=FOPEN(data, "wb+");if (file!=NULL) fclose(file);}}static void main(){char * data;char data_buf[FILENAME_MAX]=BASEPATH;data=data_buf;strcat(data, "file.txt");_main_data=data;main_sink();} |
void b_main_sink(int data);void _main(){int data;void (*func_ptr) (int)=b_main_sink;data=10;func_ptr(data);}void b_main_sink(int data){{wchar_t data_buf[10]=L"AAAAAAAAA";if (data >=0){printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} | static void main(){int data;void (*func_ptr) (int)=b_main_sink;data=10;func_ptr(data);}void b_main_sink(int data){{wchar_t data_buf[10]=L"AAAAAAAAA";{printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is out-of-bounds");}}} |
void b_main_sink(wchar_t * data_array[]);void _main(){wchar_t * data;wchar_t * data_array[5];wchar_t data_buf[100];wmemset(data_buf, L'A', 100-1);data_buf[100-1]=L'\0';data=data_buf-8;data_array[2]=data;b_main_sink(data_array);}void b_main_sink(wchar_t * data_array[]){wchar_t * data=data_array[2];{size_t i;wchar_t src[100];for (i=0;i < 100;i++){data[i]=src[i];}data[100-1]=L'\0';printWLine(data);}} | void b_main_sink(wchar_t * data_array[]);static void main(){wchar_t * data;wchar_t * data_array[5];wchar_t data_buf[100];wmemset(data_buf, L'A', 100-1);data_buf[100-1]=L'\0';data=data_buf;data_array[2]=data;b_main_sink(data_array);}void b_main_sink(wchar_t * data_array[]){wchar_t * data=data_array[2];{size_t i;wchar_t src[100];for (i=0;i < 100;i++){data[i]=src[i];}data[100-1]=L'\0';printWLine(data);}} |
void b_main_sink(int data_array[]);void _main(){int data;int data_array[5];{char input_buf[CHAR_ARRAY_SIZE]="";fgets(input_buf, CHAR_ARRAY_SIZE, stdin);data=atoi(input_buf);}data_array[2]=data;b_main_sink(data_array);}void b_main_sink(int data_array[]){int data=data_array[2];{int data_buf[10]={0,1,2,3,4,5,6,7,8,9};if (data >=0){printIntLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} | static void main(){int data;int data_array[5];data=7;data_array[2]=data;b_main_sink(data_array);}void b_main_sink(int data_array[]){int data=data_array[2];{int data_buf[10]={0,1,2,3,4,5,6,7,8,9};if (data >=0){printIntLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} |
void b_main_sink(void * void_data_ptr);void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}b_main_sink(&data);}void b_main_sink(void * void_data_ptr){wchar_t * * data_ptr=(wchar_t * *)void_data_ptr;wchar_t * data=(*data_ptr);if (wcsstr(PASSWORD, data)!=NULL) printLine("Access granted");else printLine("Access denied!");} | static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;data=PASSWORD;b_main_sink(&data);}void b_main_sink(void * void_data_ptr){wchar_t * * data_ptr=(wchar_t * *)void_data_ptr;wchar_t * data=(*data_ptr);if (wcsstr(PASSWORD, data)!=NULL) printLine("Access granted");else printLine("Access denied!");} |
void b_main_sink(char * data);void _main(){char * data;char data_buf[FILENAME_MAX]="";data=data_buf;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;char *replace;SOCKET listen_socket=INVALID_SOCKET;SOCKET accept_socket=INVALID_SOCKET;size_t data_len=strlen(data);do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;listen_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (listen_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=INADDR_ANY;s_in.sin_port=htons(TCP_PORT);if (bind(listen_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;if (listen(listen_socket, LISTEN_BACKLOG)==SOCKET_ERROR) break;accept_socket=accept(listen_socket, NULL, NULL);if (accept_socket==SOCKET_ERROR) break;recv_rv=recv(accept_socket, (char *)data+data_len, (int)(FILENAME_MAX-data_len-1), 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data[recv_rv]='\0';replace=strchr(data, '\r');if (replace) *replace='\0';replace=strchr(data, '\n');if (replace) *replace='\0';}while (0);if (listen_socket!=INVALID_SOCKET) CLOSE_SOCKET(listen_socket);if (accept_socket!=INVALID_SOCKET) CLOSE_SOCKET(accept_socket);if (wsa_data_init) WSACleanup();}b_main_sink(data);}void c_main_sink(char * data);void b_main_sink(char * data){c_main_sink(data);}void d_main_sink(char * data);void c_main_sink(char * data){d_main_sink(data);}void e_main_sink(char * data);void d_main_sink(char * data){e_main_sink(data);}void e_main_sink(char * data){{int fd;fd=OPEN(data, O_RDWR|O_CREAT, S_IREAD|S_IWRITE);if (fd!=-1){CLOSE(fd);}}} | void b_main_sink(char * data);static void main(){char * data;char data_buf[FILENAME_MAX]="";data=data_buf;strcpy(data, "c:\\temp\\file.txt");strcpy(data, "/tmp/file.txt");b_main_sink(data);}void c_main_sink(char * data);void b_main_sink(char * data){c_main_sink(data);}void d_main_sink(char * data);void c_main_sink(char * data){d_main_sink(data);}void e_main_sink(char * data);void d_main_sink(char * data){e_main_sink(data);}void e_main_sink(char * data){{int fd;fd=OPEN(data, O_RDWR|O_CREAT, S_IREAD|S_IWRITE);if (fd!=-1){CLOSE(fd);}}} |
void b_main_sink(char * data);void _main(){char * data;char data_buf[250]="PATH=";data=data_buf;{size_t data_len=strlen(data);FILE * pFile;if(250-data_len > 1){pFile=FOPEN("C:\\temp\\file.txt", "r");if (pFile!=NULL){fgets(data+data_len, (int)(250-data_len), pFile);fclose(pFile);}}}b_main_sink(data);}void c_main_sink(char * data);void b_main_sink(char * data){c_main_sink(data);}void c_main_sink(char * data){PUTENV(data);} | void b_main_sink(char * data);static void main(){char * data;char data_buf[250]="PATH=";data=data_buf;strcat(data, NEW_PATH);b_main_sink(data);}void c_main_sink(char * data);void b_main_sink(char * data){c_main_sink(data);}void c_main_sink(char * data){PUTENV(data);} |
void _main(){char * data;_union_type my_union;char data_buf[100]="";data=data_buf;{size_t data_len=strlen(data);FILE * pFile;if(100-data_len > 1){pFile=FOPEN("C:\\temp\\file.txt", "r");if (pFile!=NULL){fgets(data+data_len, (int)(100-data_len), pFile);fclose(pFile);}}}my_union.a=data;{char * data=my_union.b;_spawnl(_P_WAIT, COMMAND_INT_PATH, COMMAND_INT_PATH, COMMAND_ARG1, COMMAND_ARG2, COMMAND_ARG3, NULL);}} | static void main(){char * data;_union_type my_union;char data_buf[100]="";data=data_buf;strcat(data, "*.*");my_union.a=data;{char * data=my_union.b;_spawnl(_P_WAIT, COMMAND_INT_PATH, COMMAND_INT_PATH, COMMAND_ARG1, COMMAND_ARG2, COMMAND_ARG3, NULL);}} |
static void main_sink(char * data){delete data;}void main(){char * data;data=NULL;data=(char *)calloc(100, sizeof(char));main_sink(data);} | static void main_sink(char * data){free(data);}static void main(){char * data;data=NULL;data=(char *)calloc(100, sizeof(char));main_sink(data);} |
void b_main_sink(int data);void _main(){int data;data=-1;data=RAND32();b_main_sink(data);}void c_main_sink(int data);void b_main_sink(int data){c_main_sink(data);}void d_main_sink(int data);void c_main_sink(int data){d_main_sink(data);}void e_main_sink(int data);void d_main_sink(int data){e_main_sink(data);}void e_main_sink(int data){{if (data < 100){char * data_buf=(char *)malloc(data);memset(data_buf, 'A', data-1);data_buf[data-1]='\0';printLine(data_buf);free(data_buf);}}} | void b_main_sink(int data);static void main(){int data;data=-1;data=100-1;b_main_sink(data);}void c_main_sink(int data);void b_main_sink(int data){c_main_sink(data);}void d_main_sink(int data);void c_main_sink(int data){d_main_sink(data);}void e_main_sink(int data);void d_main_sink(int data){e_main_sink(data);}void e_main_sink(int data){{if (data < 100){char * data_buf=(char *)malloc(data);memset(data_buf, 'A', data-1);data_buf[data-1]='\0';printLine(data_buf);free(data_buf);}}} |
void b_main_sink(int * data);void _main(){int * data;data=NULL;data=(int *)malloc(10);b_main_sink(data);}void c_main_sink(int * data);void b_main_sink(int * data){c_main_sink(data);}void c_main_sink(int * data){{int data_src[10]={0};size_t i;for (i=0;i < 10;i++){data[i]=data_src[i];}printIntLine(data[0]);free(data);}} | void b_main_sink(int * data);static void main(){int * data;data=NULL;data=(int *)malloc(10*sizeof(int));b_main_sink(data);}void c_main_sink(int * data);void b_main_sink(int * data){c_main_sink(data);}void c_main_sink(int * data){{int data_src[10]={0};size_t i;for (i=0;i < 10;i++){data[i]=data_src[i];}printIntLine(data[0]);free(data);}} |
void b_main_sink(int data);void _main(){int data;data=-1;data=RAND32();b_main_sink(data);}void c_main_sink(int data);void b_main_sink(int data){c_main_sink(data);}void d_main_sink(int data);void c_main_sink(int data){d_main_sink(data);}void e_main_sink(int data);void d_main_sink(int data){e_main_sink(data);}void e_main_sink(int data){{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memmove(dest, src, data);}printLine(dest);}} | void b_main_sink(int data);static void main(){int data;data=-1;data=100-1;b_main_sink(data);}void c_main_sink(int data);void b_main_sink(int data){c_main_sink(data);}void d_main_sink(int data);void c_main_sink(int data){d_main_sink(data);}void e_main_sink(int data);void d_main_sink(int data){e_main_sink(data);}void e_main_sink(int data){{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memmove(dest, src, data);}printLine(dest);}} |
static void main_sink(){char * data=main_data;{size_t i;char src[100];for (i=0;i < 100;i++){data[i]=src[i];}printLine(data);delete [] data;}}void main(){char * data;data=NULL;data=new char[50];main_data=data;main_sink();} | static void main_sink(){char * data=main_data;{size_t i;char src[100];for (i=0;i < 100;i++){data[i]=src[i];}printLine(data);delete [] data;}}static void main(){char * data;data=NULL;data=new char[100];main_data=data;main_sink();} |
void main_sink(twointsclass * data);void main(){twointsclass * data;data=NULL;data=new twointsclass;main_sink(data);}void main_sink(twointsclass * data){free(data);} | static void main(){twointsclass * data;data=NULL;data=new twointsclass;main_sink(data);}void main_sink(twointsclass * data){delete data;} |
void b_main_sink(int data);void _main(){int data;void (*func_ptr) (int)=b_main_sink;data=-1;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;SOCKET connect_socket=INVALID_SOCKET;char input_buf[CHAR_ARRAY_SIZE];do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;connect_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (connect_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=inet_addr("127.0.0.1");s_in.sin_port=htons(TCP_PORT);if (connect(connect_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;recv_rv=recv(connect_socket, input_buf, CHAR_ARRAY_SIZE, 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data=atoi(input_buf);}while (0);if (connect_socket!=INVALID_SOCKET) CLOSE_SOCKET(connect_socket);if (wsa_data_init) WSACleanup();}func_ptr(data);}void b_main_sink(int data){{char c=(char)data;printHexCharLine(c);}} | void b_main_sink(int data);static void main(){int data;void (*func_ptr) (int)=b_main_sink;data=-1;data=CHAR_MAX-5;func_ptr(data);}void b_main_sink(int data){{char c=(char)data;printHexCharLine(c);}} |
static void main_sink(){unsigned int data=_main_data;{unsigned int result=data * data;printUnsignedLine(result);}}void _main(){unsigned int data;data=0;fscanf (stdin, "%u", &data);_main_data=data;main_sink();} | static void main_sink(){unsigned int data=_main_data;{unsigned int result=data * data;printUnsignedLine(result);}}static void main(){unsigned int data;data=0;data=5;_main_data=data;main_sink();} |
void _main(){char * data;data=(char *)realloc(data, 100);{char * data_copy=data;char * data=data_copy;strcpy(data, "Initialize");printLine(data);free(data);}} | static void main(){char * data;data=(char *)realloc(data, 100);{char * data_copy=data;char * data=data_copy;if (data!=NULL){strcpy(data, "Initialize");printLine(data);free(data);}}} |
static void main_sink(wchar_t * data){{wchar_t src[100];wcsncat(data, src, 100);printWLine(data);}}void _main(){wchar_t * data;void (*func_ptr) (wchar_t *)=main_sink;wchar_t * data_mainbuf=(wchar_t *)ALLOCA(50*sizeof(wchar_t));wchar_t * data_goodbuf=(wchar_t *)ALLOCA(100*sizeof(wchar_t));data=data_mainbuf;func_ptr(data);} | static void main_sink(wchar_t * data){{wchar_t src[100];wcsncat(data, src, 100);printWLine(data);}}static void main(){wchar_t * data;void (*func_ptr) (wchar_t *)=main_sink;wchar_t * data_badbuf=(wchar_t *)ALLOCA(50*sizeof(wchar_t));wchar_t * data_goodbuf=(wchar_t *)ALLOCA(100*sizeof(wchar_t));data=data_goodbuf;func_ptr(data);} |
void b_main_sink(_struct_type my_struct);void _main(){short data;_struct_type my_struct;data=0;{char input_buf[CHAR_ARRAY_SIZE]="";fgets(input_buf, CHAR_ARRAY_SIZE, stdin);data=(short)atoi(input_buf);}my_struct.a=data;b_main_sink(my_struct);}void b_main_sink(_struct_type my_struct){short data=my_struct.a;{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memmove(dest, src, data);}printLine(dest);}} | void b_main_sink(_struct_type my_struct);static void main(){short data;_struct_type my_struct;data=0;data=100-1;my_struct.a=data;b_main_sink(my_struct);}void b_main_sink(_struct_type my_struct){short data=my_struct.a;{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memmove(dest, src, data);}printLine(dest);}} |
void b_main_sink(wchar_t * data);void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);FILE * pFile;if(100-data_len > 1){pFile=FOPEN(L"C:\\temp\\file.txt", L"r");if (pFile!=NULL){fgetws(data+data_len, (int)(100-data_len), pFile);fclose(pFile);}}}b_main_sink(data);}void b_main_sink(wchar_t * data){if (wcsstr(PASSWORD, data)!=NULL) printLine("Access granted");else printLine("Access denied!");} | static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);FILE * pFile;if(100-data_len > 1){pFile=FOPEN(L"C:\\temp\\file.txt", L"r");if (pFile!=NULL){fgetws(data+data_len, (int)(100-data_len), pFile);fclose(pFile);}}}b_main_sink(data);}void b_main_sink(wchar_t * data){if (wcscmp(PASSWORD, data)==0) printLine("Access granted");else printLine("Access denied!");} |
void b_main_sink(void * void_data_ptr);void _main(){char * data;data=NULL;{char * data_buf=(char *)malloc(100*sizeof(char));memset(data_buf, 'A', 100-1);data_buf[100-1]='\0';data=data_buf-8;}b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * * data_ptr=(char * *)void_data_ptr;char * data=(*data_ptr);{char src[100];strcpy(data, src);printLine(data);}} | void b_main_sink(void * void_data_ptr);static void main(){char * data;data=NULL;{char * data_buf=(char *)malloc(100*sizeof(char));memset(data_buf, 'A', 100-1);data_buf[100-1]='\0';data=data_buf;}b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * * data_ptr=(char * *)void_data_ptr;char * data=(*data_ptr);{char src[100];strcpy(data, src);printLine(data);}} |
void main_sink(char * * data_ptr);void main(){char * data;data=NULL;{char mystring[]="mystring";data=strdup(mystring);}main_sink(&data);}void main_sink(char * * data_ptr){char * data=*data_ptr;delete data;} | static void main(){char * data;data=NULL;{char mystring[]="mystring";data=strdup(mystring);}main_sink(&data);}void main_sink(char * * data_ptr){char * data=*data_ptr;free(data);} |
void b_main_sink(int * data_ptr);void _main(){int data;data=-1;data=INT_MAX;b_main_sink(&data);}void b_main_sink(int * data_ptr){int data=*data_ptr;{int result=data * 2;printIntLine(result);}} | static void main(){int data;data=-1;data=INT_MAX;b_main_sink(&data);}void b_main_sink(int * data_ptr){int data=*data_ptr;{int result=-1;if (data <=(INT_MAX/2)){result=data * 2;printIntLine(result);}else{printLine("Input value is too large to perform arithmetic safely.");}}} |
void _main(){unsigned char data;unsigned char *data_ptr1=&data;unsigned char *data_ptr2=&data;data=' ';{unsigned char data=*data_ptr1;fscanf (stdin, "%hc", &data);}{unsigned char data=*data_ptr2;{unsigned char result=data * data;printHexUnsignedCharLine(result);}}} | static void main(){unsigned char data;unsigned char *data_ptr1=&data;unsigned char *data_ptr2=&data;data=' ';{unsigned char data=*data_ptr1;fscanf (stdin, "%hc", &data);}{unsigned char data=*data_ptr2;{unsigned char result=-1;if (data <=(unsigned char)sqrt((unsigned char)UCHAR_MAX)){result=data * data;printHexUnsignedCharLine(result);}else{printLine("Input value is too large to perform arithmetic safely.");}}}} |
void _main(){int data;data=-1;data=RAND32();{int data_copy=data;int data=data_copy;{int result=data * data;printIntLine(result);}}} | static void main(){int data;data=-1;data=RAND32();{int data_copy=data;int data=data_copy;{int result=-1;if (data <=(int)sqrt((int)INT_MAX)){result=data * data;printIntLine(result);}else{printLine("Input value is too large to perform arithmetic safely.");}}}} |
void main_sink_b(twointsclass * data);void main(){twointsclass * data;{twointsclass * data_buf=(twointsclass *)ALLOCA(100*sizeof(twointsclass));{size_t i;for (i=0;i < 100;i++){data_buf[i].a=1;data_buf[i].b=1;}}data=data_buf;}main_sink_b(data);}void main_sink_c(twointsclass * data);void main_sink_b(twointsclass * data){main_sink_c(data);}void main_sink_d(twointsclass * data);void main_sink_c(twointsclass * data){main_sink_d(data);}void main_sink_d(twointsclass * data){printIntLine(data[0].a);delete [] data;} | void main_sink_b(twointsclass * data);static void main(){twointsclass * data;{twointsclass * data_buf=new twointsclass[100];{size_t i;for (i=0;i < 100;i++){data_buf[i].a=1;data_buf[i].b=1;}}data=data_buf;}main_sink_b(data);}void main_sink_c(twointsclass * data);void main_sink_b(twointsclass * data){main_sink_c(data);}void main_sink_d(twointsclass * data);void main_sink_c(twointsclass * data){main_sink_d(data);}void main_sink_d(twointsclass * data){printIntLine(data[0].a);delete [] data;} |
void b_main_sink();void _main(){short data;data=0;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;SOCKET listen_socket=INVALID_SOCKET;SOCKET accept_socket=INVALID_SOCKET;char input_buf[CHAR_ARRAY_SIZE];do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;listen_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (listen_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=INADDR_ANY;s_in.sin_port=htons(TCP_PORT);if (bind(listen_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;if (listen(listen_socket, LISTEN_BACKLOG)==SOCKET_ERROR) break;accept_socket=accept(listen_socket, NULL, NULL);if (accept_socket==SOCKET_ERROR) break;recv_rv=recv(accept_socket, input_buf, CHAR_ARRAY_SIZE, 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data=(short)atoi(input_buf);}while (0);if (listen_socket!=INVALID_SOCKET) CLOSE_SOCKET(listen_socket);if (accept_socket!=INVALID_SOCKET) CLOSE_SOCKET(accept_socket);if (wsa_data_init) WSACleanup();}_main_data=data;b_main_sink();}void b_main_sink(){short data=_main_data;{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memcpy(dest, src, data);}printLine(dest);}} | void b_main_sink();static void main(){short data;data=0;data=100-1;_main_data=data;b_main_sink();}void b_main_sink(){short data=_main_data;{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memcpy(dest, src, data);}printLine(dest);}} |
void main_sink(char * * data_ptr);void main(){char * data;data=NULL;data=new char[50];main_sink(&data);}void main_sink(char * * data_ptr){char * data=*data_ptr;{char src[100];strcat(data, src);printLine(data);delete [] data;}} | void main_sink(char * * data);static void main(){char * data;data=NULL;data=new char[100];main_sink(&data);}void main_sink(char * * data_ptr){char * data=*data_ptr;{char src[100];strcat(data, src);printLine(data);delete [] data;}} |
void b_main_sink(_struct_type my_struct);void _main(){int data;_struct_type my_struct;data=-1;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;SOCKET connect_socket=INVALID_SOCKET;char input_buf[CHAR_ARRAY_SIZE];do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;connect_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (connect_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=inet_addr("127.0.0.1");s_in.sin_port=htons(TCP_PORT);if (connect(connect_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;recv_rv=recv(connect_socket, input_buf, CHAR_ARRAY_SIZE, 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data=atoi(input_buf);}while (0);if (connect_socket!=INVALID_SOCKET) CLOSE_SOCKET(connect_socket);if (wsa_data_init) WSACleanup();}my_struct.a=data;b_main_sink(my_struct);}void b_main_sink(_struct_type my_struct){int data=my_struct.a;{int result=data * 2;printIntLine(result);}} | static void main(){int data;_struct_type my_struct;data=-1;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;SOCKET connect_socket=INVALID_SOCKET;char input_buf[CHAR_ARRAY_SIZE];do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;connect_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (connect_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=inet_addr("127.0.0.1");s_in.sin_port=htons(TCP_PORT);if (connect(connect_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;recv_rv=recv(connect_socket, input_buf, CHAR_ARRAY_SIZE, 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data=atoi(input_buf);}while (0);if (connect_socket!=INVALID_SOCKET) CLOSE_SOCKET(connect_socket);if (wsa_data_init) WSACleanup();}my_struct.a=data;b_main_sink(my_struct);}void b_main_sink(_struct_type my_struct){int data=my_struct.a;{int result=-1;if (data <=(INT_MAX/2)){result=data * 2;printIntLine(result);}else{printLine("Input value is too large to perform arithmetic safely.");}}} |
static void main_vasinkb(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, data, args);va_end(args);}}static void main_vasinkg(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, L"%s", args);va_end(args);}}void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}main_vasinkb(data, data);} | static void main_vasinkb(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, data, args);va_end(args);}}static void main_vasinkg(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, L"%s", args);va_end(args);}}static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}main_vasinkg(data, data);} |
void main_sink(int data_array[]);void main(){int data;int data_array[5];data=-1;data=10000;data_array[2]=data;main_sink(data_array);}void main_sink(int data_array[]){int data=data_array[2];{wchar_t * wchar_t_string;if (data > 0){wchar_t_string=new wchar_t[data];wcscpy(wchar_t_string, HELLO_STRING);printWLine(wchar_t_string);delete [] wchar_t_string;}else{printLine("Input is less than 0");}}} | static void main(){int data;int data_array[5];data=-1;data=10000;data_array[2]=data;main_sink(data_array);}void main_sink(int data_array[]){int data=data_array[2];{wchar_t * wchar_t_string;if ((size_t)data > wcslen(HELLO_STRING) && data < 100){wchar_t_string=new wchar_t[data];wcscpy(wchar_t_string, HELLO_STRING);printWLine(wchar_t_string);delete [] wchar_t_string;}else{printLine("Input is less than the length of the source string or too large");}}} |
static void main_sink(wchar_t * data){{HMODULE hModule;hModule=LoadLibraryW(data);if (hModule!=NULL){FreeLibrary(hModule);printLine("Library loaded and freed successfully");}else{printLine("Unable to load library");}}}void _main(){wchar_t * data;void (*func_ptr) (wchar_t *)=main_sink;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);wchar_t * environment=GETENV(ENV_VARIABLE);if (environment!=NULL){wcsncat(data+data_len, environment, 100-data_len-1);}}func_ptr(data);} | static void main_sink(wchar_t * data){{HMODULE hModule;hModule=LoadLibraryW(data);if (hModule!=NULL){FreeLibrary(hModule);printLine("Library loaded and freed successfully");}else{printLine("Unable to load library");}}}static void main(){wchar_t * data;void (*func_ptr) (wchar_t *)=main_sink;wchar_t data_buf[100]=L"";data=data_buf;wcscpy(data, L"C:\\Windows\\System32\\winsrv.dll");func_ptr(data);} |
void _main(){char * data;_union_type my_union;char data_buf[100]="";data=data_buf;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;char *replace;SOCKET connect_socket=INVALID_SOCKET;size_t data_len=strlen(data);do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;connect_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (connect_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=inet_addr("127.0.0.1");s_in.sin_port=htons(TCP_PORT);if (connect(connect_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;recv_rv=recv(connect_socket, (char *)data+data_len, (int)(100-data_len-1), 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data[recv_rv]='\0';replace=strchr(data, '\r');if (replace) *replace='\0';replace=strchr(data, '\n');if (replace) *replace='\0';}while (0);if (connect_socket!=INVALID_SOCKET) CLOSE_SOCKET(connect_socket);if (wsa_data_init) WSACleanup();}my_union.a=data;{char * data=my_union.b;{char *args[]={COMMAND_INT_PATH, COMMAND_ARG1, COMMAND_ARG2, COMMAND_ARG3, NULL};_spawnvp(_P_WAIT, COMMAND_INT, args);}}} | static void main(){char * data;_union_type my_union;char data_buf[100]="";data=data_buf;strcat(data, "*.*");my_union.a=data;{char * data=my_union.b;{char *args[]={COMMAND_INT_PATH, COMMAND_ARG1, COMMAND_ARG2, COMMAND_ARG3, NULL};_spawnvp(_P_WAIT, COMMAND_INT, args);}}} |
void b_main_sink(short * data_ptr);void _main(){short data;data=0;{char input_buf[CHAR_ARRAY_SIZE]="";fgets(input_buf, CHAR_ARRAY_SIZE, stdin);data=(short)atoi(input_buf);}b_main_sink(&data);}void b_main_sink(short * data_ptr){short data=*data_ptr;{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memmove(dest, src, data);}printLine(dest);}} | void b_main_sink(short * data);static void main(){short data;data=0;data=100-1;b_main_sink(&data);}void b_main_sink(short * data_ptr){short data=*data_ptr;{char src[100];char dest[100]="";memset(src, 'A', 100-1);src[100-1]='\0';if (data < 100){memmove(dest, src, data);}printLine(dest);}} |
static void main_sink(unsigned int data){{unsigned int result=data-1;printUnsignedLine(result);}}void _main(){unsigned int data;void (*func_ptr) (unsigned int)=main_sink;data=0;data=0;func_ptr(data);} | static void main_sink(unsigned int data){{unsigned int result=0;if (data > 0){result=data-1;printUnsignedLine(result);}else{printLine("Input value is too small to perform arithmetic safely.");}}}static void main(){unsigned int data;void (*func_ptr) (unsigned int)=main_sink;data=0;data=0;func_ptr(data);} |
void b_main_sink(wchar_t * data);void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}b_main_sink(data);}void c_main_sink(wchar_t * data);void b_main_sink(wchar_t * data){c_main_sink(data);}void c_main_sink(wchar_t * data){if (wcsstr(PASSWORD, data)!=NULL) printLine("Access granted");else printLine("Access denied!");} | static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}b_main_sink(data);}void b_main_sink(wchar_t * data){c_main_sink(data);}void c_main_sink(wchar_t * data){if (wcscmp(PASSWORD, data)==0) printLine("Access granted");else printLine("Access denied!");} |
void main_sink_b(char * data);void main(){char * data;data=new char[100];main_sink_b(data);}void main_sink_c(char * data);void main_sink_b(char * data){main_sink_c(data);}void main_sink_d(char * data);void main_sink_c(char * data){main_sink_d(data);}void main_sink_d(char * data){{char dest[50]="";size_t i, data_len;data_len=strlen(data);for (i=0;i < data_len;i++){dest[i]=data[i];}printLine(data);delete [] data;}} | void main_sink_b(char * data);static void main(){char * data;data=new char[100];main_sink_b(data);}void main_sink_c(char * data);void main_sink_b(char * data){main_sink_c(data);}void main_sink_d(char * data);void main_sink_c(char * data){main_sink_d(data);}void main_sink_d(char * data){{char dest[50]="";size_t i, data_len;data_len=strlen(data);for (i=0;i < data_len;i++){dest[i]=data[i];}printLine(data);delete [] data;}} |
void main_sink(twoints * data);void main(){twoints * data;data=NULL;data=(twoints *)malloc(100*sizeof(twoints));main_sink(data);}void main_sink(twoints * data){delete [] data;} | static void main(){twoints * data;data=NULL;data=(twoints *)malloc(100*sizeof(twoints));main_sink(data);}void main_sink(twoints * data){free(data);} |
void main_sink(wchar_t * data){{wchar_t src[100];memmove(data, src, 100*sizeof(wchar_t));printWLine(data);delete [] data;}}void main(){wchar_t * data;data=NULL;data=new wchar_t[50];main_sink(data);} | void main_sink(wchar_t * data){{wchar_t src[100];memmove(data, src, 100*sizeof(wchar_t));printWLine(data);delete [] data;}}static void main(){wchar_t * data;data=NULL;data=new wchar_t[100];main_sink(data);} |
void _main(){wchar_t * data;_union_type my_union;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}my_union.a=data;{wchar_t * data=my_union.b;if (wcsncmp(PASSWORD, data, wcslen(data))==0) printLine("Access granted");else printLine("Access denied!");}} | static void main(){wchar_t * data;_union_type my_union;wchar_t data_buf[100]=L"";data=data_buf;data=PASSWORD;my_union.a=data;{wchar_t * data=my_union.b;if (wcsncmp(PASSWORD, data, wcslen(data))==0) printLine("Access granted");else printLine("Access denied!");}} |
void main(){twointsclass data;printIntLine(data.a);printIntLine(data.b);} | static void main(){twointsclass data;data.a=1;data.b=2;printIntLine(data.a);printIntLine(data.b);} |
static void main_sink(){short data=_main_data;{char c=(char)data;printHexCharLine(c);}}void _main(){short data;data=-1;{char input_buf[CHAR_ARRAY_SIZE]="";fgets(input_buf, CHAR_ARRAY_SIZE, stdin);data=(short)atoi(input_buf);}_main_data=data;main_sink();} | static void main_sink(){short data=_main_data;{char c=(char)data;printHexCharLine(c);}}static void main(){short data;data=-1;data=CHAR_MAX-5;_main_data=data;main_sink();} |
static void main_sink(){int data=_main_data;{int result=data-1;printIntLine(result);}}void _main(){int data;data=-1;data=RAND32();_main_data=data;main_sink();} | static void main_sink(){int data=_main_data;{int result=data-1;printIntLine(result);}}static void main(){int data;data=-1;data=5;_main_data=data;main_sink();} |
void b_main_sink(char * data);void _main(){char * data;void (*func_ptr) (char *)=b_main_sink;char * data_mainbuf=(char *)ALLOCA(50*sizeof(char));char * data_goodbuf=(char *)ALLOCA(100*sizeof(char));data=data_mainbuf;func_ptr(data);}void b_main_sink(char * data){{size_t i;char src[100];for (i=0;i < 100;i++){data[i]=src[i];}printLine(data);}} | void b_main_sink(char * data);static void main(){char * data;void (*func_ptr) (char *)=b_main_sink;char * data_badbuf=(char *)ALLOCA(50*sizeof(char));char * data_goodbuf=(char *)ALLOCA(100*sizeof(char));data=data_goodbuf;func_ptr(data);}void b_main_sink(char * data){{size_t i;char src[100];for (i=0;i < 100;i++){data[i]=src[i];}printLine(data);}} |
void b_main_sink(void * void_data_ptr);void _main(){char data;data=' ';fscanf (stdin, "%c", &data);b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * data_ptr=(char *)void_data_ptr;char data=(*data_ptr);{char result=data * 2;printHexCharLine(result);}} | static void main(){char data;data=' ';data=5;b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * data_ptr=(char *)void_data_ptr;char data=(*data_ptr);{char result=data * 2;printHexCharLine(result);}} |
static void main_sink(){long long * data=_main_data;printLongLongLine(data[0]);}void _main(){long long * data;data=NULL;data=(long long *)malloc(100*sizeof(long long));{size_t i;for(i=0;i < 100;i++){data[i]=5L;}}free(data);_main_data=data;main_sink();} | static void main_sink(){long long * data=_main_data;printLongLongLine(data[0]);}static void main(){long long * data;data=NULL;data=(long long *)malloc(100*sizeof(long long));{size_t i;for(i=0;i < 100;i++){data[i]=5L;}}_main_data=data;main_sink();} |
void main_sink_b(char * data);void main(){char * data;data=new char[100];main_sink_b(data);}void main_sink_c(char * data);void main_sink_b(char * data){main_sink_c(data);}void main_sink_c(char * data){{char dest[50]="";strncat(dest, data, strlen(data));printLine(data);delete [] data;}} | void main_sink_b(char * data);static void main(){char * data;data=new char[100];main_sink_b(data);}void main_sink_c(char * data);void main_sink_b(char * data){main_sink_c(data);}void main_sink_c(char * data){{char dest[50]="";strncat(dest, data, strlen(data));printLine(data);delete [] data;}} |
static void main_sink(char data){{char result=data * 2;printHexCharLine(result);}}void _main(){char data;data=' ';data=CHAR_MAX;main_sink(data);} | static void main_sink(char data){{char result=data * 2;printHexCharLine(result);}}static void main(){char data;data=' ';data=5;main_sink(data);} |
void _main(){int data;data=-1;if(global_returns_t_or_f()){{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;SOCKET listen_socket=INVALID_SOCKET;SOCKET accept_socket=INVALID_SOCKET;char input_buf[CHAR_ARRAY_SIZE];do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;listen_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (listen_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=INADDR_ANY;s_in.sin_port=htons(TCP_PORT);if (bind(listen_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;if (listen(listen_socket, LISTEN_BACKLOG)==SOCKET_ERROR) break;accept_socket=accept(listen_socket, NULL, NULL);if (accept_socket==SOCKET_ERROR) break;recv_rv=recv(accept_socket, input_buf, CHAR_ARRAY_SIZE, 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data=atoi(input_buf);}while (0);if (listen_socket!=INVALID_SOCKET) CLOSE_SOCKET(listen_socket);if (accept_socket!=INVALID_SOCKET) CLOSE_SOCKET(accept_socket);if (wsa_data_init) WSACleanup();}}else{data=20;}if(global_returns_t_or_f()){{wchar_t * wchar_t_string;if (data > 0){wchar_t_string=(wchar_t *)malloc(data*sizeof(wchar_t));wcscpy(wchar_t_string, HELLO_STRING);printWLine(wchar_t_string);free(wchar_t_string);}else{printLine("Input is less than 0");}}}else{{wchar_t * wchar_t_string;if ((size_t)data > wcslen(HELLO_STRING) && data < 100){wchar_t_string=(wchar_t *)malloc(data*sizeof(wchar_t));wcscpy(wchar_t_string, HELLO_STRING);printWLine(wchar_t_string);free(wchar_t_string);}else{printLine("Input is less than the length of the source string or too large");}}}} | static void main(){int data;data=-1;if(global_returns_t_or_f()){data=20;}else{data=20;}if(global_returns_t_or_f()){{wchar_t * wchar_t_string;if (data > 0){wchar_t_string=(wchar_t *)malloc(data*sizeof(wchar_t));wcscpy(wchar_t_string, HELLO_STRING);printWLine(wchar_t_string);free(wchar_t_string);}else{printLine("Input is less than 0");}}}else{{wchar_t * wchar_t_string;if (data > 0){wchar_t_string=(wchar_t *)malloc(data*sizeof(wchar_t));wcscpy(wchar_t_string, HELLO_STRING);printWLine(wchar_t_string);free(wchar_t_string);}else{printLine("Input is less than 0");}}}} |
void main_source(long long * &data){{long long * data_buf=(long long *)ALLOCA(100*sizeof(long long));{size_t i;for (i=0;i < 100;i++){data_buf[i]=5L;}}data=data_buf;}}void main(){long long * data;main_source(data);printLongLongLine(data[0]);delete [] data;} | static void main_source(long long * &data){{long long * data_buf=new long long[100];{size_t i;for (i=0;i < 100;i++){data_buf[i]=5L;}}data=data_buf;}}static void main(){long long * data;main_source(data);printLongLongLine(data[0]);delete [] data;} |
void main(){twointsclass * data;data=NULL;data=NULL;data=(twointsclass *)realloc(data, 100*sizeof(twointsclass));delete data;} | static void main(){twointsclass * data;data=NULL;data=NULL;data=(twointsclass *)realloc(data, 100*sizeof(twointsclass));free(data);} |
void _main(){char * data;char * data_mainbuf=(char *)ALLOCA(50*sizeof(char));char * data_goodbuf=(char *)ALLOCA(100*sizeof(char));if(global_returns_t_or_f()){data=data_mainbuf;}else{data=data_goodbuf;}{char src[100];memcpy(data, src, 100*sizeof(char));printLine(data);}} | static void main(){char * data;char * data_badbuf=(char *)ALLOCA(50*sizeof(char));char * data_goodbuf=(char *)ALLOCA(100*sizeof(char));if(global_returns_t_or_f()){data=data_goodbuf;}else{data=data_goodbuf;}{char src[100];memcpy(data, src, 100*sizeof(char));printLine(data);}} |
void b_main_sink();void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);wchar_t * environment=GETENV(ENV_VARIABLE);if (environment!=NULL){wcsncat(data+data_len, environment, 100-data_len-1);}}_main_data=data;b_main_sink();}void b_main_sink(){wchar_t * data=_main_data;{HMODULE hModule;hModule=LoadLibraryW(data);if (hModule!=NULL){FreeLibrary(hModule);printLine("Library loaded and freed successfully");}else{printLine("Unable to load library");}}} | void b_main_sink();static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;wcscpy(data, L"C:\\Windows\\System32\\winsrv.dll");_main_data=data;b_main_sink();}void b_main_sink(){wchar_t * data=_main_data;{HMODULE hModule;hModule=LoadLibraryW(data);if (hModule!=NULL){FreeLibrary(hModule);printLine("Library loaded and freed successfully");}else{printLine("Unable to load library");}}} |
static void main_sink(wchar_t * data){if (wcsstr(PASSWORD, data)!=NULL) printLine("Access granted");else printLine("Access denied!");}void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}main_sink(data);} | static void main_sink(wchar_t * data){if (wcscmp(PASSWORD, data)==0) printLine("Access granted");else printLine("Access denied!");}static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}main_sink(data);} |
void b_main_sink(void * void_data_ptr);void _main(){int data;data=-1;fscanf (stdin, "%d", &data);b_main_sink(&data);}void b_main_sink(void * void_data_ptr){int * data_ptr=(int *)void_data_ptr;int data=(*data_ptr);printIntLine(100/data);} | void b_main_sink(void * void_data_ptr);static void main(){int data;data=-1;data=7;b_main_sink(&data);}void b_main_sink(void * void_data_ptr){int * data_ptr=(int *)void_data_ptr;int data=(*data_ptr);printIntLine(100/data);} |
void b_main_sink();void _main(){wchar_t * password;password=L"";password=(wchar_t *)malloc(100*sizeof(wchar_t));wcscpy(password, L"Password1234!");_main_data=password;b_main_sink();}void b_main_sink(){wchar_t * password=_main_data;{HANDLE pHandle;wchar_t * username=L"User";wchar_t * domain=L"Domain";if (LogonUserW( username, domain, password, LOGON32_LOGON_NETWORK, LOGON32_PROVIDER_DEFAULT, &pHandle)!=0){printLine("User logged in successfully.");CloseHandle(pHandle);}else{printLine("Unable to login.");}}} | void b_main_sink();static void main(){wchar_t * password;password=L"";password=(wchar_t *)malloc(100*sizeof(wchar_t));if(!VirtualLock(password, 100*sizeof(wchar_t))){printLine("Memory could not be locked");exit(1);}wcscpy(password, L"Password1234!");_main_data=password;b_main_sink();}void b_main_sink(){wchar_t * password=_main_data;{HANDLE pHandle;wchar_t * username=L"User";wchar_t * domain=L"Domain";if (LogonUserW( username, domain, password, LOGON32_LOGON_NETWORK, LOGON32_PROVIDER_DEFAULT, &pHandle)!=0){printLine("User logged in successfully.");CloseHandle(pHandle);}else{printLine("Unable to login.");}}} |
void b_main_sink(int * data);void _main(){int * data;{static int data_buf[100];{size_t i;for (i=0;i < 100;i++){data_buf[i]=5;}}data=data_buf;}b_main_sink(data);}void b_main_sink(int * data){printIntLine(data[0]);free(data);} | void b_main_sink(int * data);static void main(){int * data;{int * data_buf=(int *)malloc(100*sizeof(int));{size_t i;for (i=0;i < 100;i++){data_buf[i]=5;}}data=data_buf;}b_main_sink(data);}void b_main_sink(int * data){printIntLine(data[0]);free(data);} |
void main_sink_b(twointsclass * data);void main(){twointsclass * data;data=NULL;data=(twointsclass *)calloc(100, sizeof(twointsclass));main_sink_b(data);}void main_sink_c(twointsclass * data);void main_sink_b(twointsclass * data){main_sink_c(data);}void main_sink_c(twointsclass * data){delete [] data;} | static void main(){twointsclass * data;data=NULL;data=(twointsclass *)calloc(100, sizeof(twointsclass));main_sink_b(data);}void main_sink_b(twointsclass * data){main_sink_c(data);}void main_sink_c(twointsclass * data){free(data);} |
void main_source(twointsclass * &data){data=NULL;data=(twointsclass *)realloc(data, 100*sizeof(twointsclass));}void main(){twointsclass * data;data=NULL;main_source(data);delete data;} | static void main_source(twointsclass * &data){data=new twointsclass;}static void main(){twointsclass * data;data=NULL;main_source(data);delete data;} |
void main_source(char * &data){data=(char *)malloc(100*sizeof(char));}void main(){char * data;data=NULL;main_source(data);delete data;} | static void main_source(char * &data){data=new char;}static void main(){char * data;data=NULL;main_source(data);delete data;} |
static void main_sink(){int * data=_main_data;{int data_src[10]={0};size_t i;for (i=0;i < 10;i++){data[i]=data_src[i];}printIntLine(data[0]);free(data);}}void _main(){int * data;data=NULL;data=(int *)malloc(10);_main_data=data;main_sink();} | static void main_sink(){int * data=_main_data;{int data_src[10]={0};size_t i;for (i=0;i < 10;i++){data[i]=data_src[i];}printIntLine(data[0]);free(data);}}static void main(){int * data;data=NULL;data=(int *)malloc(10*sizeof(int));_main_data=data;main_sink();} |
void main(){int * data;data=NULL;data=(int *)calloc(100, sizeof(int));{int * data_copy=data;int * data=data_copy;delete data;}} | static void main(){int * data;data=NULL;data=(int *)calloc(100, sizeof(int));{int * data_copy=data;int * data=data_copy;free(data);}} |
void b_main_sink(void * void_data_ptr);void _main(){char * data;char data_buf[100]="";data=data_buf;{size_t data_len=strlen(data);if(100-data_len > 1){fgets(data+data_len, (int)(100-data_len), stdin);data_len=strlen(data);if (data_len > 0){data[data_len-1]='\0';}}}b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * * data_ptr=(char * *)void_data_ptr;char * data=(*data_ptr);if (strncmp(PASSWORD, data, strlen(data))==0) printLine("Access granted");else printLine("Access denied!");} | static void main(){char * data;char data_buf[100]="";data=data_buf;{size_t data_len=strlen(data);if(100-data_len > 1){fgets(data+data_len, (int)(100-data_len), stdin);data_len=strlen(data);if (data_len > 0){data[data_len-1]='\0';}}}b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * * data_ptr=(char * *)void_data_ptr;char * data=(*data_ptr);if (strcmp(PASSWORD, data)==0) printLine("Access granted");else printLine("Access denied!");} |
void main_sink(void * void_data_ptr);void main(){twointsclass * data;data=NULL;data=new twointsclass;data->a=0;data->b=0;printIntLine(data->a);printIntLine(data->b);main_sink(&data);}void main_sink(void * void_data_ptr){twointsclass * * data_ptr=(twointsclass * *)void_data_ptr;twointsclass * data=(*data_ptr);} | static void main(){twointsclass * data;data=NULL;data=new twointsclass;data->a=0;data->b=0;printIntLine(data->a);printIntLine(data->b);main_sink(&data);}void main_sink(void * void_data_ptr){twointsclass * * data_ptr=(twointsclass * *)void_data_ptr;twointsclass * data=(*data_ptr);delete data;} |
void main_sink(struct_type my_struct);void main(){long long * data;struct_type my_struct;data=NULL;data=(long long *)malloc(100*sizeof(long long));my_struct.a=data;main_sink(my_struct);}void main_sink(struct_type my_struct){long long * data=my_struct.a;delete [] data;} | static void main(){long long * data;struct_type my_struct;data=NULL;data=new long long[100];my_struct.a=data;main_sink(my_struct);}void main_sink(struct_type my_struct){long long * data=my_struct.a;delete [] data;} |
void _main(){int data;if(global_returns_t_or_f()){data=10;}else{data=7;}if(global_returns_t_or_f()){{wchar_t data_buf[10]=L"AAAAAAAAA";if (data >=0){printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}}else{{wchar_t data_buf[10]=L"AAAAAAAAA";{printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is out-of-bounds");}}}} | static void main(){int data;if(global_returns_t_or_f()){data=10;}else{data=10;}if(global_returns_t_or_f()){{wchar_t data_buf[10]=L"AAAAAAAAA";{printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is out-of-bounds");}}}else{{wchar_t data_buf[10]=L"AAAAAAAAA";{printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is out-of-bounds");}}}} |
void main(){wchar_t * data;data=NULL;data=new wchar_t[100];delete data;} | static void main(){wchar_t * data;data=NULL;data=new wchar_t[100];delete [] data;} |
static void main_sink(int data){{int result=data-1;printIntLine(result);}}void _main(){int data;void (*func_ptr) (int)=main_sink;data=-1;data=INT_MIN;func_ptr(data);} | static void main_sink(int data){{int result=data-1;printIntLine(result);}}static void main(){int data;void (*func_ptr) (int)=main_sink;data=-1;data=5;func_ptr(data);} |
void b_main_sink(unsigned char data_array[]);void _main(){unsigned char data;unsigned char data_array[5];data=' ';data=UCHAR_MAX;data_array[2]=data;b_main_sink(data_array);}void b_main_sink(unsigned char data_array[]){unsigned char data=data_array[2];{unsigned char result=data+1;printHexUnsignedCharLine(result);}} | static void main(){unsigned char data;unsigned char data_array[5];data=' ';data=5;data_array[2]=data;b_main_sink(data_array);}void b_main_sink(unsigned char data_array[]){unsigned char data=data_array[2];{unsigned char result=data+1;printHexUnsignedCharLine(result);}} |
void b_main_sink(int data_array[]);void _main(){int data;int data_array[5];data=-1;data=RAND32();data_array[2]=data;b_main_sink(data_array);}void b_main_sink(int data_array[]){int data=data_array[2];assert(data > ASSERT_VALUE);} | void b_main_sink(int data_array[]);static void main(){int data;int data_array[5];data=-1;data=ASSERT_VALUE+1;data_array[2]=data;b_main_sink(data_array);}void b_main_sink(int data_array[]){int data=data_array[2];assert(data > ASSERT_VALUE);} |
void b_main_sink(char * data);void _main(){char * data;char data_buf[100]="";data=data_buf;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;char *replace;SOCKET listen_socket=INVALID_SOCKET;SOCKET accept_socket=INVALID_SOCKET;size_t data_len=strlen(data);do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;listen_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (listen_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=INADDR_ANY;s_in.sin_port=htons(TCP_PORT);if (bind(listen_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;if (listen(listen_socket, LISTEN_BACKLOG)==SOCKET_ERROR) break;accept_socket=accept(listen_socket, NULL, NULL);if (accept_socket==SOCKET_ERROR) break;recv_rv=recv(accept_socket, (char *)data+data_len, (int)(100-data_len-1), 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data[recv_rv]='\0';replace=strchr(data, '\r');if (replace) *replace='\0';replace=strchr(data, '\n');if (replace) *replace='\0';}while (0);if (listen_socket!=INVALID_SOCKET) CLOSE_SOCKET(listen_socket);if (accept_socket!=INVALID_SOCKET) CLOSE_SOCKET(accept_socket);if (wsa_data_init) WSACleanup();}b_main_sink(data);}void c_main_sink(char * data);void b_main_sink(char * data){c_main_sink(data);}void d_main_sink(char * data);void c_main_sink(char * data){d_main_sink(data);}void e_main_sink(char * data);void d_main_sink(char * data){e_main_sink(data);}void e_main_sink(char * data){if (strstr(PASSWORD, data)!=NULL) printLine("Access granted");else printLine("Access denied!");} | static void main(){char * data;char data_buf[100]="";data=data_buf;data=PASSWORD;b_main_sink(data);}void b_main_sink(char * data){c_main_sink(data);}void c_main_sink(char * data){d_main_sink(data);}void d_main_sink(char * data){e_main_sink(data);}void e_main_sink(char * data){if (strstr(PASSWORD, data)!=NULL) printLine("Access granted");else printLine("Access denied!");} |
void b_main_sink(twoints * data);void _main(){twoints * data;twoints * data_mainbuf=(twoints *)ALLOCA(50*sizeof(twoints));twoints * data_goodbuf=(twoints *)ALLOCA(100*sizeof(twoints));data=data_mainbuf;b_main_sink(data);}void c_main_sink(twoints * data);void b_main_sink(twoints * data){c_main_sink(data);}void c_main_sink(twoints * data){{twoints src[100];{size_t i;for (i=0;i < 100;i++){src[i].a=0;src[i].b=0;}}memcpy(data, src, 100*sizeof(twoints));printStructLine(&data[0]);}} | void b_main_sink(twoints * data);static void main(){twoints * data;twoints * data_badbuf=(twoints *)ALLOCA(50*sizeof(twoints));twoints * data_goodbuf=(twoints *)ALLOCA(100*sizeof(twoints));data=data_goodbuf;b_main_sink(data);}void c_main_sink(twoints * data);void b_main_sink(twoints * data){c_main_sink(data);}void c_main_sink(twoints * data){{twoints src[100];{size_t i;for (i=0;i < 100;i++){src[i].a=0;src[i].b=0;}}memcpy(data, src, 100*sizeof(twoints));printStructLine(&data[0]);}} |
void b_main_sink(wchar_t * data);void _main(){wchar_t * data;wchar_t * data_buf=(wchar_t *)ALLOCA(100*sizeof(wchar_t));wmemset(data_buf, L'A', 100-1);data_buf[100-1]=L'\0';data=data_buf-8;b_main_sink(data);}void c_main_sink(wchar_t * data);void b_main_sink(wchar_t * data){c_main_sink(data);}void d_main_sink(wchar_t * data);void c_main_sink(wchar_t * data){d_main_sink(data);}void d_main_sink(wchar_t * data){{wchar_t src[100];wcsncpy(data, src, 100);data[100-1]=L'\0';printWLine(data);}} | void b_main_sink(wchar_t * data);static void main(){wchar_t * data;wchar_t * data_buf=(wchar_t *)ALLOCA(100*sizeof(wchar_t));wmemset(data_buf, L'A', 100-1);data_buf[100-1]=L'\0';data=data_buf;b_main_sink(data);}void c_main_sink(wchar_t * data);void b_main_sink(wchar_t * data){c_main_sink(data);}void d_main_sink(wchar_t * data);void c_main_sink(wchar_t * data){d_main_sink(data);}void d_main_sink(wchar_t * data){{wchar_t src[100];wcsncpy(data, src, 100);data[100-1]=L'\0';printWLine(data);}} |
void b_main_sink(int count_array[]);void _main(){int count;int count_array[5];count=-1;count=RAND32();count_array[2]=count;b_main_sink(count_array);}void b_main_sink(int count_array[]){int count=count_array[2];{size_t i=0;FILE *file=NULL;const char *filename="output_main.txt";file=fopen(filename, "w+");if (file==NULL) exit(1);for (i=0;i < (size_t)count;i++){if (strlen(SENTENCE)!=fwrite(SENTENCE, sizeof(char), strlen(SENTENCE), file)) exit(1);}if (file){fclose(file);}}} | static void main(){int count;int count_array[5];count=-1;count=20;count_array[2]=count;b_main_sink(count_array);}void b_main_sink(int count_array[]){int count=count_array[2];{size_t i=0;FILE *file=NULL;const char *filename="output_bad.txt";file=fopen(filename, "w+");if (file==NULL) exit(1);for (i=0;i < (size_t)count;i++){if (strlen(SENTENCE)!=fwrite(SENTENCE, sizeof(char), strlen(SENTENCE), file)) exit(1);}if (file){fclose(file);}}} |
void _main(){FILE * data;data=NULL;data=fopen("BadSource_fopen.txt", "w+");if(global_returns_t_or_f()){}else{if (data!=NULL){fclose(data);}}} | static void main(){FILE * data;data=NULL;data=fopen("BadSource_fopen.txt", "w+");if(global_returns_t_or_f()){if (data!=NULL){fclose(data);}}else{if (data!=NULL){fclose(data);}}} |
void main(){wchar_t * data;wchar_t * &data_ref=data;data=new wchar_t[100];{wchar_t * data=data_ref;{wchar_t dest[50]=L"";wcscat(dest, data);printWLine(data);delete [] data;}}} | static void main(){wchar_t * data;wchar_t * &data_ref=data;data=new wchar_t[100];{wchar_t * data=data_ref;{wchar_t dest[50]=L"";wcscat(dest, data);printWLine(data);delete [] data;}}} |
void b_main_sink(int data);void _main(){int data;fscanf (stdin, "%d", &data);b_main_sink(data);}void c_main_sink(int data);void b_main_sink(int data){c_main_sink(data);}void d_main_sink(int data);void c_main_sink(int data){d_main_sink(data);}void d_main_sink(int data){{wchar_t data_buf[10]=L"AAAAAAAAA";if (data >=0){printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} | static void main(){int data;fscanf (stdin, "%d", &data);b_main_sink(data);}void b_main_sink(int data){c_main_sink(data);}void c_main_sink(int data){d_main_sink(data);}void d_main_sink(int data){{wchar_t data_buf[10]=L"AAAAAAAAA";{printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is out-of-bounds");}}} |
void b_main_sink(int data);void _main(){int data;void (*func_ptr) (int)=b_main_sink;{char input_buf[CHAR_ARRAY_SIZE]="";fgets(input_buf, CHAR_ARRAY_SIZE, stdin);data=atoi(input_buf);}func_ptr(data);}void b_main_sink(int data){{wchar_t data_buf[10]=L"AAAAAAAAA";if (data >=0){printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} | static void main(){int data;void (*func_ptr) (int)=b_main_sink;{char input_buf[CHAR_ARRAY_SIZE]="";fgets(input_buf, CHAR_ARRAY_SIZE, stdin);data=atoi(input_buf);}func_ptr(data);}void b_main_sink(int data){{wchar_t data_buf[10]=L"AAAAAAAAA";{printWcharLine(data_buf[data]);}else{printLine("ERROR: Array index is out-of-bounds");}}} |
void b_main_sink(int data_array[]);void _main(){int data;int data_array[5];data=-1;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;SOCKET connect_socket=INVALID_SOCKET;char input_buf[CHAR_ARRAY_SIZE];do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;connect_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (connect_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=inet_addr("127.0.0.1");s_in.sin_port=htons(TCP_PORT);if (connect(connect_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;recv_rv=recv(connect_socket, input_buf, CHAR_ARRAY_SIZE, 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data=atoi(input_buf);}while (0);if (connect_socket!=INVALID_SOCKET) CLOSE_SOCKET(connect_socket);if (wsa_data_init) WSACleanup();}data_array[2]=data;b_main_sink(data_array);}void b_main_sink(int data_array[]){int data=data_array[2];{int result=data+1;printIntLine(result);}} | static void main(){int data;int data_array[5];data=-1;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;SOCKET connect_socket=INVALID_SOCKET;char input_buf[CHAR_ARRAY_SIZE];do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;connect_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (connect_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=inet_addr("127.0.0.1");s_in.sin_port=htons(TCP_PORT);if (connect(connect_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;recv_rv=recv(connect_socket, input_buf, CHAR_ARRAY_SIZE, 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data=atoi(input_buf);}while (0);if (connect_socket!=INVALID_SOCKET) CLOSE_SOCKET(connect_socket);if (wsa_data_init) WSACleanup();}data_array[2]=data;b_main_sink(data_array);}void b_main_sink(int data_array[]){int data=data_array[2];{int result=-1;if (data < INT_MAX){result=data+1;printIntLine(result);}else{printLine("Input value is too large to perform arithmetic safely.");}}} |
static long long * main_source(long long * data){data=new long long[100];return data;}void main(){long long * data;data=NULL;data=main_source(data);free(data);} | static long long * main_source(long long * data){data=new long long[100];return data;}static void main(){long long * data;data=NULL;data=main_source(data);delete [] data;} |
void b_main_sink(char * data);void _main(){char * data;void (*func_ptr) (char *)=b_main_sink;char data_buf[FILENAME_MAX]="";data=data_buf;{size_t data_len=strlen(data);char * environment=GETENV(ENV_VARIABLE);if (environment!=NULL){strncat(data+data_len, environment, 100-data_len-1);}}func_ptr(data);}void b_main_sink(char * data){{FILE *file=NULL;file=FOPEN(data, "wb+");if (file!=NULL) fclose(file);}} | void b_main_sink(char * data);static void main(){char * data;void (*func_ptr) (char *)=b_main_sink;char data_buf[FILENAME_MAX]="";data=data_buf;strcpy(data, "c:\\temp\\file.txt");strcpy(data, "/tmp/file.txt");func_ptr(data);}void b_main_sink(char * data){{FILE *file=NULL;file=FOPEN(data, "wb+");if (file!=NULL) fclose(file);}} |
void b_main_sink(_struct_type my_struct);void _main(){wchar_t * data;_struct_type my_struct;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);if(100-data_len > 1){fgetws(data+data_len, (int)(100-data_len), stdin);data_len=wcslen(data);if (data_len > 0){data[data_len-1]=L'\0';}}}my_struct.a=data;b_main_sink(my_struct);}void b_main_sink(_struct_type my_struct){wchar_t * data=my_struct.a;wprintf(data);} | static void main(){wchar_t * data;_struct_type my_struct;wchar_t data_buf[100]=L"";data=data_buf;wcscpy(data, L"fixedstringtest");my_struct.a=data;b_main_sink(my_struct);}void b_main_sink(_struct_type my_struct){wchar_t * data=my_struct.a;wprintf(data);} |
void b_main_sink(void * void_data_ptr);void _main(){char data;data=' ';fscanf (stdin, "%c", &data);b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * data_ptr=(char *)void_data_ptr;char data=(*data_ptr);{char result=data * data;printHexCharLine(result);}} | static void main(){char data;data=' ';fscanf (stdin, "%c", &data);b_main_sink(&data);}void b_main_sink(void * void_data_ptr){char * data_ptr=(char *)void_data_ptr;char data=(*data_ptr);{char result=-1;if (data <=(char)sqrt((char)CHAR_MAX)){result=data * data;printHexCharLine(result);}else{printLine("Input value is too large to perform arithmetic safely.");}}} |
void _main_sink(wchar_t * data){EXECL(COMMAND_INT_PATH, COMMAND_INT_PATH, COMMAND_ARG1, COMMAND_ARG2, COMMAND_ARG3, NULL);}void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);FILE * pFile;if(100-data_len > 1){pFile=FOPEN(L"C:\\temp\\file.txt", L"r");if (pFile!=NULL){fgetws(data+data_len, (int)(100-data_len), pFile);fclose(pFile);}}}_main_sink(data);} | void _main_sink(wchar_t * data){EXECL(COMMAND_INT_PATH, COMMAND_INT_PATH, COMMAND_ARG1, COMMAND_ARG2, COMMAND_ARG3, NULL);}static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;wcscat(data, L"*.*");_main_sink(data);} |
static void main_vasinkb(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, data, args);va_end(args);}}static void main_vasinkg(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, L"%s", args);va_end(args);}}void _main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);wchar_t * environment=GETENV(ENV_VARIABLE);if (environment!=NULL){wcsncat(data+data_len, environment, 100-data_len-1);}}main_vasinkb(data, data);} | static void main_vasinkb(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, data, args);va_end(args);}}static void main_vasinkg(wchar_t * data, ...){{va_list args;va_start(args, data);vfwprintf(stdout, L"%s", args);va_end(args);}}static void main(){wchar_t * data;wchar_t data_buf[100]=L"";data=data_buf;{size_t data_len=wcslen(data);wchar_t * environment=GETENV(ENV_VARIABLE);if (environment!=NULL){wcsncat(data+data_len, environment, 100-data_len-1);}}main_vasinkg(data, data);} |
void main_sink_b(wchar_t * data);void main(){wchar_t * data;data=NULL;data=new wchar_t[50];main_sink_b(data);}void main_sink_c(wchar_t * data);void main_sink_b(wchar_t * data){main_sink_c(data);}void main_sink_d(wchar_t * data);void main_sink_c(wchar_t * data){main_sink_d(data);}void main_sink_d(wchar_t * data){{wchar_t src[100];wcscat(data, src);printWLine(data);delete [] data;}} | void main_sink_b(wchar_t * data);static void main(){wchar_t * data;data=NULL;data=new wchar_t[100];main_sink_b(data);}void main_sink_c(wchar_t * data);void main_sink_b(wchar_t * data){main_sink_c(data);}void main_sink_d(wchar_t * data);void main_sink_c(wchar_t * data){main_sink_d(data);}void main_sink_d(wchar_t * data){{wchar_t src[100];wcscat(data, src);printWLine(data);delete [] data;}} |
void _main(){wchar_t * data;_union_type my_union;wchar_t data_buf[250]=L"PATH=";data=data_buf;{WSADATA wsa_data;int wsa_data_init=0;int recv_rv;struct sockaddr_in s_in;wchar_t *replace;SOCKET listen_socket=INVALID_SOCKET;SOCKET accept_socket=INVALID_SOCKET;size_t data_len=wcslen(data);do{if (WSAStartup(MAKEWORD(2,2), &wsa_data)!=NO_ERROR) break;wsa_data_init=1;listen_socket=socket(AF_INET, SOCK_STREAM, IPPROTO_TCP);if (listen_socket==INVALID_SOCKET) break;memset(&s_in, 0, sizeof(s_in));s_in.sin_family=AF_INET;s_in.sin_addr.s_addr=INADDR_ANY;s_in.sin_port=htons(TCP_PORT);if (bind(listen_socket, (struct sockaddr*)&s_in, sizeof(s_in))==SOCKET_ERROR) break;if (listen(listen_socket, LISTEN_BACKLOG)==SOCKET_ERROR) break;accept_socket=accept(listen_socket, NULL, NULL);if (accept_socket==SOCKET_ERROR) break;recv_rv=recv(accept_socket, (char *)data+data_len, (int)(250-data_len-1), 0);if (recv_rv==SOCKET_ERROR || recv_rv==0) break;data[recv_rv]=L'\0';replace=wcschr(data, L'\r');if (replace) *replace=L'\0';replace=wcschr(data, L'\n');if (replace) *replace=L'\0';}while (0);if (listen_socket!=INVALID_SOCKET) CLOSE_SOCKET(listen_socket);if (accept_socket!=INVALID_SOCKET) CLOSE_SOCKET(accept_socket);if (wsa_data_init) WSACleanup();}my_union.a=data;{wchar_t * data=my_union.b;PUTENV(data);}} | static void main(){wchar_t * data;_union_type my_union;wchar_t data_buf[250]=L"PATH=";data=data_buf;wcscat(data, NEW_PATH);my_union.a=data;{wchar_t * data=my_union.b;PUTENV(data);}} |
void main_sink();void main(){twointsclass * data;data=NULL;data=new twointsclass;delete data;main_data=data;main_sink();}void main_sink(){twointsclass * data=main_data;delete data;} | static void main(){twointsclass * data;data=NULL;data=new twointsclass;delete data;main_data=data;main_sink();}void main_sink(){twointsclass * data=main_data;} |
void _main(){char * password;char * *password_ptr1=&password;char * *password_ptr2=&password;char password_buf[100]="";password=password_buf;{char * password=*password_ptr1;{FILE *password_file;password_file=fopen("passwords.txt", "r");fgets(password, 100, password_file);fclose(password_file);}}{char * password=*password_ptr2;{HANDLE pHandle;char * username="User";char * domain="Domain";if (LogonUserA( username, domain, password, LOGON32_LOGON_NETWORK, LOGON32_PROVIDER_DEFAULT, &pHandle)!=0){printLine("User logged in successfully.");CloseHandle(pHandle);}else{printLine("Unable to login.");}}}} | static void main(){char * password;char * *password_ptr1=&password;char * *password_ptr2=&password;char password_buf[100]="";password=password_buf;{char * password=*password_ptr1;{size_t password_len=0;fgets(password, 100, stdin);password_len=strlen(password);if (password_len > 0){password[password_len-1]='\0';}}}{char * password=*password_ptr2;{HANDLE pHandle;char * username="User";char * domain="Domain";if (LogonUserA( username, domain, password, LOGON32_LOGON_NETWORK, LOGON32_PROVIDER_DEFAULT, &pHandle)!=0){printLine("User logged in successfully.");CloseHandle(pHandle);}else{printLine("Unable to login.");}}}} |
static void main_sink(twoints * data){}void main(){twoints * data;void (*func_ptr) (twoints *)=main_sink;data=NULL;data=new twoints;data->a=0;data->b=0;printStructLine(data);func_ptr(data);} | static void main_sink(twoints * data){}static void main(){twoints * data;void (*func_ptr) (twoints *)=main_sink;data=NULL;twoints data_good;data=&data_good;data->a=0;data->b=0;printStructLine(data);func_ptr(data);} |
void _main(){wchar_t * data;wchar_t * data_buf=(wchar_t *)ALLOCA(100*sizeof(wchar_t));data=data_buf;{wchar_t * data_copy=data;wchar_t * data=data_copy;{wchar_t dest[50]=L"";memcpy(dest, data, wcslen(data)*sizeof(wchar_t));printWLine(data);}}} | static void main(){wchar_t * data;wchar_t * data_buf=(wchar_t *)ALLOCA(100*sizeof(wchar_t));data=data_buf;{wchar_t * data_copy=data;wchar_t * data=data_copy;{wchar_t dest[50]=L"";memcpy(dest, data, wcslen(data)*sizeof(wchar_t));printWLine(data);}}} |
void _main(){wchar_t * data;_union_type my_union;wchar_t data_buf[FILENAME_MAX]=L"";data=data_buf;{size_t data_len=wcslen(data);wchar_t * environment=GETENV(ENV_VARIABLE);if (environment!=NULL){wcsncat(data+data_len, environment, 100-data_len-1);}}my_union.a=data;{wchar_t * data=my_union.b;{HANDLE hFile;hFile=CreateFileW(data, (GENERIC_WRITE|GENERIC_READ), 0, NULL, OPEN_ALWAYS, FILE_ATTRIBUTE_NORMAL, NULL);if (hFile!=INVALID_HANDLE_VALUE){CloseHandle(hFile);}}}} | static void main(){wchar_t * data;_union_type my_union;wchar_t data_buf[FILENAME_MAX]=L"";data=data_buf;wcscpy(data, L"c:\\temp\\file.txt");wcscpy(data, L"/tmp/file.txt");my_union.a=data;{wchar_t * data=my_union.b;{HANDLE hFile;hFile=CreateFileW(data, (GENERIC_WRITE|GENERIC_READ), 0, NULL, OPEN_ALWAYS, FILE_ATTRIBUTE_NORMAL, NULL);if (hFile!=INVALID_HANDLE_VALUE){CloseHandle(hFile);}}}} |
void main_sink_b(wchar_t * data);void main(){wchar_t * data;{static wchar_t data_buf[100];data=data_buf;}main_sink_b(data);}void main_sink_c(wchar_t * data);void main_sink_b(wchar_t * data){main_sink_c(data);}void main_sink_c(wchar_t * data){printWLine(data);delete [] data;} | void main_sink_b(wchar_t * data);static void main(){wchar_t * data;{wchar_t * data_buf=new wchar_t[100];data=data_buf;}main_sink_b(data);}void main_sink_c(wchar_t * data);void main_sink_b(wchar_t * data){main_sink_c(data);}void main_sink_c(wchar_t * data){printWLine(data);delete [] data;} |
void main(){{int * * pointer=new int *;delete pointer;printIntLine(*data);}} | static void main(){{int * data;data=new int;int * * pointer=new int *;{int * data=*pointer;printIntLine(*data);}delete pointer;}} |
void b_main_sink(int data);void _main(){int data;void (*func_ptr) (int)=b_main_sink;data=RAND32();func_ptr(data);}void b_main_sink(int data){{char data_buf[10]="AAAAAAAAA";if (data >=0){printHexCharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} | static void main(){int data;void (*func_ptr) (int)=b_main_sink;data=7;func_ptr(data);}void b_main_sink(int data){{char data_buf[10]="AAAAAAAAA";if (data >=0){printHexCharLine(data_buf[data]);}else{printLine("ERROR: Array index is negative");}}} |
void main(){int * data;union_type my_union;data=NULL;data=(int *)calloc(100, sizeof(int));my_union.a=data;{int * data=my_union.b;delete data;}} | static void main(){int * data;union_type my_union;data=NULL;data=new int;my_union.a=data;{int * data=my_union.b;delete data;}} |