static void
generate_process64ex_token(const char *directory, const char *token_filename,
u_int32_t type)
{
token_t *process64ex_token;
char *buf;
buf = (char *)malloc(strlen(token_filename) + 6);
if (type == AU_IPv6) {
inet_pton(AF_INET6, "fe80::1", process64_tid_addr.at_addr);
process64_tid_addr.at_type = AU_IPv6;
sprintf(buf, "%s%s", token_filename, "-IPv6");
} else {
process64_tid_addr.at_addr[0] = inet_addr("127.0.0.1");
process64_tid_addr.at_type = AU_IPv4;
sprintf(buf, "%s%s", token_filename, "-IPv4");
}
process64ex_token = au_to_process64_ex(process64_auid, process64_euid,
process64_egid, process64_ruid, process64_rgid, process64_pid,
process64_sid, &process64_tid_addr);
if (process64ex_token == NULL)
err(EX_UNAVAILABLE, "au_to_process64_ex");
write_token(directory, buf, process64ex_token);
free(buf);
}
static void
generate_seq_token(const char *directory, const char *token_filename)
{
token_t *seq_token;
seq_token = au_to_seq(seq_audit_count);
if (seq_token == NULL)
err(EX_UNAVAILABLE, "au_to_seq");
write_token(directory, token_filename, seq_token);
}
static void
generate_text_token(const char *directory, const char *token_filename)
{
token_t *text_token;
text_token = au_to_text(text_token_text);
if (text_token == NULL)
err(EX_UNAVAILABLE, "au_to_text");
write_token(directory, token_filename, text_token);
}
static void
generate_opaque_token(const char *directory, const char *token_filename)
{
token_t *opaque_token;
opaque_token = au_to_opaque(opaque_token_data, opaque_token_bytes);
if (opaque_token == NULL)
err(EX_UNAVAILABLE, "au_to_opaque");
write_token(directory, token_filename, opaque_token);
}
static int
assist_write_token(void *sock,
void *buffer,
size_t buffer_size)
{
assert(sock != NULL);
assert(buffer != NULL);
return write_token(*((int *) sock), (char *) buffer, buffer_size);
}
static void
generate_path_token(const char *directory, const char *token_filename)
{
token_t *path_token;
path_token = au_to_path(path_token_path);
if (path_token == NULL)
err(EX_UNAVAILABLE, "au_to_path");
write_token(directory, token_filename, path_token);
}
static void
generate_zonename_token(const char *directory, const char *token_filename)
{
token_t *zonename_token;
zonename_token = au_to_zonename(zonename_sample);
if (zonename_token == NULL)
err(EX_UNAVAILABLE, "au_to_zonename");
write_token(directory, token_filename, zonename_token);
}
static void
generate_trailer_token(const char *directory, const char *token_filename)
{
token_t *trailer_token;
trailer_token = au_to_trailer(trailer_token_len);
if (trailer_token == NULL)
err(EX_UNAVAILABLE, "au_to_trailer");
write_token(directory, token_filename, trailer_token);
}
static void
generate_ipc_token(const char *directory, const char *token_filename)
{
token_t *ipc_token;
ipc_token = au_to_ipc(ipc_type, ipc_id);
if (ipc_token == NULL)
err(EX_UNAVAILABLE, "au_to_ipc");
write_token(directory, token_filename, ipc_token);
}
static void
generate_file_token(const char *directory, const char *token_filename)
{
token_t *file_token;
file_token = au_to_file("test", file_token_timeval);
if (file_token == NULL)
err(EX_UNAVAILABLE, "au_to_file");
write_token(directory, token_filename, file_token);
}
static void
generate_arg32_token(const char *directory, const char *token_filename)
{
token_t *arg32_token;
arg32_token = au_to_arg32(arg32_token_n, arg32_token_text,
arg32_token_v);
if (arg32_token == NULL)
err(EX_UNAVAILABLE, "au_to_arg32");
write_token(directory, token_filename, arg32_token);
}
static void
generate_return32_token(const char *directory, const char *token_filename)
{
token_t *return32_token;
return32_token = au_to_return32(au_errno_to_bsm(return32_status),
return32_ret);
if (return32_token == NULL)
err(EX_UNAVAILABLE, "au_to_return32");
write_token(directory, token_filename, return32_token);
}
static void
generate_data_token(const char *directory, const char *token_filename)
{
token_t *data_token;
data_token = au_to_data(data_token_unit_print, data_token_unit_type,
data_token_unit_count, data_token_data);
if (data_token == NULL)
err(EX_UNAVAILABLE, "au_to_data");
write_token(directory, token_filename, data_token);
}
static void
generate_header32_token(const char *directory, const char *token_filename)
{
token_t *header32_token;
header32_token = au_to_header32_tm(header32_token_len,
header32_e_type, header32_e_mod, header32_tm);
if (header32_token == NULL)
err(EX_UNAVAILABLE, "au_to_header32");
write_token(directory, token_filename, header32_token);
}
static int socket_send_request(int fd, const struct su_context *ctx) {
#define write_data(fd, data, data_len) \
do { \
size_t __len = htonl(data_len); \
__len = write((fd), &__len, sizeof(__len)); \
if (__len != sizeof(__len)) { \
PLOGE("write(" #data ")"); \
return -1; \
} \
__len = write((fd), data, data_len); \
if (__len != data_len) { \
PLOGE("write(" #data ")"); \
return -1; \
} \
} while (0)
#define write_string(fd, name, data) \
do { \
write_data(fd, name, strlen(name)); \
write_data(fd, data, strlen(data)); \
} while (0)
// stringify everything.
#define write_token(fd, name, data) \
do { \
char buf[16]; \
snprintf(buf, sizeof(buf), "%d", data); \
write_string(fd, name, buf); \
} while (0)
write_token(fd, "version", PROTO_VERSION);
write_token(fd, "pid", ctx->from.pid);
write_string(fd, "from.name", ctx->from.name);
write_string(fd, "to.name", ctx->to.name);
write_token(fd, "from.uid", ctx->from.uid);
write_token(fd, "to.uid", ctx->to.uid);
write_string(fd, "from.bin", ctx->from.bin);
write_string(fd, "command", get_command(&ctx->to));
write_token(fd, "eof", PROTO_VERSION);
return 0;
}
static void
generate_in_addr_token(const char *directory, const char *token_filename)
{
token_t *in_addr_token;
in_addr_token_addr.s_addr = inet_addr("192.168.100.15");
in_addr_token = au_to_in_addr(&in_addr_token_addr);
if (in_addr_token == NULL)
err(EX_UNAVAILABLE, "au_to_in_addr");
write_token(directory, token_filename, in_addr_token);
}
static void
generate_iport_token(const char *directory, const char *token_filename)
{
token_t *iport_token;
iport_token_iport = htons(80);
iport_token = au_to_iport(iport_token_iport);
if (iport_token == NULL)
err(EX_UNAVAILABLE, "au_to_iport");
write_token(directory, token_filename, iport_token);
}
// FIXME: change this to just printing comments, and call write_token()
// directly from write_html() for non-comments.
void
Html_File::write_comment_split(FILE* f, CXFile file, CXToken tok) {
unsigned line;
unsigned column;
unsigned offset;
CXSourceLocation loc = clang_getTokenLocation(tu_file_->tu(), tok);
clang_getExpansionLocation(loc, &file, &line, &column, &offset);
CXTokenKind kind = clang_getTokenKind(tok);
CXString s = clang_getTokenSpelling(tu_file_->tu(), tok);
std::string sub = clang_getCString(s);
clang_disposeString(s);
// actually split up multi-line comments and send one at
// a time -- that way each line gets line numbers.
if (kind == CXToken_Comment || kind == CXToken_Literal) {
std::string str = sub.c_str();
if (kind == CXToken_Comment)
str = fix(sub.c_str());
size_t i;
size_t begin = 0;
for (i = 0; i < str.length(); ++i) {
if (str[i] == '\n') {
sub = str.substr(begin, i-begin);
if (begin)
line++; column = 1;
begin = i + 1;
write_token(f, file, tok, sub.c_str(), line, column);
}
}
if (begin) {
line++;
column = 1;
}
sub = str.substr(begin, i-begin);
}
write_token(f, file, tok, sub.c_str(), line, column);
}
static void
generate_subject32_token(const char *directory, const char *token_filename)
{
token_t *subject32_token;
subject32_tid.machine = inet_addr("127.0.0.1");
subject32_token = au_to_subject32(subject32_auid, subject32_euid,
subject32_egid, subject32_ruid, subject32_rgid, subject32_pid,
subject32_sid, &subject32_tid);
if (subject32_token == NULL)
err(EX_UNAVAILABLE, "au_to_subject32");
write_token(directory, token_filename, subject32_token);
}
static void
generate_process64_token(const char *directory, const char *token_filename)
{
token_t *process64_token;
process64_tid.machine = inet_addr("127.0.0.1");
process64_token = au_to_process64(process64_auid, process64_euid,
process64_egid, process64_ruid, process64_rgid, process64_pid,
process64_sid, &process64_tid);
if (process64_token == NULL)
err(EX_UNAVAILABLE, "au_to_process64");
write_token(directory, token_filename, process64_token);
}
/**
* Write given section header and tokens for that
* Return number of written tokens
*/
static int write_header_tokens(FILE *fp, const struct Config_Tag *ptr, const char *header)
{
int count = 0;
if (header != NULL)
{
fprintf(fp, "%s\n", header);
}
for (; ptr->buf; ++ptr) /* scan for token */
{
if (write_token(fp, ptr) == 0)
++count;
}
fprintf(fp, "\n");
return count;
}
static void
generate_ip_token(const char *directory, const char *token_filename)
{
token_t *ip_token;
ip_token_ip_src.s_addr = inet_addr("192.168.100.155");
ip_token_ip_dst.s_addr = inet_addr("192.168.110.48");
memset(&ip_token_ip, 0, sizeof(ip_token_ip));
ip_token_ip.ip_v = ip_token_ip_v;
ip_token_ip.ip_len = htons(sizeof(ip_token_ip));
ip_token_ip.ip_id = htons(ip_token_ip_id);
ip_token_ip.ip_ttl = ip_token_ip_ttl;
ip_token_ip.ip_p = ip_token_ip_p;
ip_token_ip.ip_src = ip_token_ip_src;
ip_token_ip.ip_dst = ip_token_ip_dst;
ip_token = au_to_ip(&ip_token_ip);
if (ip_token == NULL)
err(EX_UNAVAILABLE, "au_to_ip");
write_token(directory, token_filename, ip_token);
}
static int socket_send_request(int fd, const struct su_context *ctx) {
write_token(fd, "version", PROTO_VERSION);
write_token(fd, "binary.version", VERSION_CODE);
write_token(fd, "pid", ctx->from.pid);
write_string_data(fd, "from.name", ctx->from.name);
write_string_data(fd, "to.name", ctx->to.name);
write_token(fd, "from.uid", ctx->from.uid);
write_token(fd, "to.uid", ctx->to.uid);
write_string_data(fd, "from.bin", ctx->from.bin);
write_string_data(fd, "bind.from", ctx->bind.from);
write_string_data(fd, "bind.to", ctx->bind.to);
write_string_data(fd, "init", ctx->init);
// TODO: Fix issue where not using -c does not result a in a command
write_string_data(fd, "command", get_command(&ctx->to));
write_token(fd, "eof", PROTO_VERSION);
return 0;
}
/*
* Read the next token and match it to all machines
* Run each machine in sequence and return a lexical error if unmatched
*/
token get_next_token() {
token (*machines[])() = { misc_machine, idres_machine, relop_machine, longreal_machine, real_machine, int_machine };
int current_machine;
token matched_token;
/* if first line or end of current line */
if (fptr == NULL || *fptr == '\0') {
if (!get_next_line()) {
return (token){ .lexeme = NULL, .type = EOF_TYPE, .attr.ptr = NULL };
}
fptr = line;
bptr = line;
}
/* call each machine in order */
for (current_machine = 0; current_machine < sizeof(machines)/sizeof(*machines); current_machine++) {
matched_token = machines[current_machine]();
if (matched_token.type == WHITESPACE_TYPE) {
/* Don't even return whitespace tokens */
return get_next_token();
} else if (matched_token.type != NONE_TYPE) {
if (matched_token.type == LEXERR_TYPE) {
write_listing_lexerr(lineno, matched_token);
}
write_token(lineno, matched_token);
return matched_token;
}
}
/* lexical error: Unrecognized symbol */
fptr++;
matched_token.type = LEXERR_TYPE;
matched_token.attr.errtype = LEX_ERR_UNRECOGNIZED_SYMBOL;
matched_token.lexeme = extract_lexeme(fptr, bptr);
bptr = fptr;
write_listing_lexerr(lineno, matched_token);
return matched_token;
}
static void
generate_socketex_token(const char *directory, const char *token_filename)
{
token_t *socketex_token;
bzero(&socketex_laddr, sizeof(socketex_laddr));
socketex_laddr.sin_family = AF_INET;
socketex_laddr.sin_len = sizeof(socketex_laddr);
socketex_laddr.sin_addr.s_addr = htonl(INADDR_LOOPBACK);
bzero(&socketex_raddr, sizeof(socketex_raddr));
socketex_raddr.sin_family = AF_INET;
socketex_raddr.sin_len = sizeof(socketex_raddr);
socketex_raddr.sin_addr.s_addr = htonl(INADDR_LOOPBACK);
socketex_token = au_to_socket_ex(au_domain_to_bsm(socketex_domain),
au_socket_type_to_bsm(socketex_type),
(struct sockaddr *)&socketex_laddr,
(struct sockaddr *)&socketex_raddr);
if (socketex_token == NULL)
err(EX_UNAVAILABLE, "au_to_socket_ex");
write_token(directory, token_filename, socketex_token);
}
static int socket_send_request(int fd, const struct su_context *ctx)
{
size_t len;
size_t bin_size, cmd_size;
char *cmd;
#define write_token(fd, data) \
do { \
uint32_t __data = htonl(data); \
size_t __count = sizeof(__data); \
size_t __len = write((fd), &__data, __count); \
if (__len != __count) { \
PLOGE("write(" #data ")"); \
return -1; \
} \
} while (0)
write_token(fd, PROTO_VERSION);
write_token(fd, PATH_MAX);
write_token(fd, ARG_MAX);
write_token(fd, ctx->from.uid);
write_token(fd, ctx->to.uid);
bin_size = strlen(ctx->from.bin) + 1;
write_token(fd, bin_size);
len = write(fd, ctx->from.bin, bin_size);
if (len != bin_size) {
PLOGE("write(bin)");
return -1;
}
cmd = get_command(&ctx->to);
cmd_size = strlen(cmd) + 1;
write_token(fd, cmd_size);
len = write(fd, cmd, cmd_size);
if (len != cmd_size) {
PLOGE("write(cmd)");
return -1;
}
return 0;
}
int main()
{
int i, LB;
FILE * fp1,* fp2;
char PATTERN[100];
char REGEX[100];
char * POSTFIX;
fp1 = fopen("regexp.in", "r");
if(fp1==NULL)
{
printf("Could not open regexp.in!!");
exit(0);
}
while(!feof(fp1))
{
fscanf(fp1, "%s %s",PATTERN, REGEX);
if(strlen(REGEX)==1 || (strlen(REGEX)==2 && REGEX[1]=='*'))
{
buildIndividualNFA(PATTERN, REGEX);
continue;
}
else if(strlen(REGEX)==2 && REGEX[1]!='*')
{
REGEX[2]='&';
REGEX[3]='\0';
buildIndividualNFA(PATTERN, REGEX);
continue;
}
POSTFIX = conversion(REGEX);
buildIndividualNFA(PATTERN, POSTFIX);
}
fclose(fp1);
buildCombinedNFA();
char input[1000];
char tokenread[100];
initialize_Symbol_Table();
remove("a4_2.out");
while(gets(input))
{
int lexemeBegin = 0;
while(input[lexemeBegin]!='\0'&&input[lexemeBegin]!='\n' &&input[lexemeBegin]!='\r') //while end of line is not found
{
while(input[lexemeBegin]==' ' || input[lexemeBegin]=='\t')
lexemeBegin++;
lexemeBegin = comment(input, lexemeBegin);
if(input[lexemeBegin] == '\0' || input[lexemeBegin]=='\n'||input[lexemeBegin]=='\r')
break;
STATE_AND_FORWARD final = simulateNFA(input, HEAD, lexemeBegin);
i = final.forward - lexemeBegin+1;
memcpy(tokenread, input+lexemeBegin, i);
tokenread[i] = '\0';
token t;//Token
attrType a;//attribute field
a.string = (char *)malloc((i+1)*sizeof(char));
int tokenID = getTokenID(final.state);
if(tokenID == IDNTIFIER)
{
strcpy(a.string, tokenread);
int flag = 0;
int j;
for(j=0;j<24;j++)
{
if(strcmp(a.string,keywordArr[j].keyword)==0) //checking if string detected is a keyword
{
t.tokenID = keywordArr[j].tokenID;
t.attribute.string = '\0';
flag = 1;
break;
}
}
if(flag==0) //not a keyword; is an identifier
{
t.tokenID = IDNTIFIER;
fp1 = fopen("symbol_table_2.out","r");
int nflag = 0;
char identifier[100];
int marker;
while(!feof(fp1))
{
fscanf(fp1,"%s %d",identifier,&marker);
if(strcmp(identifier,a.string)==0) //if identifer is already present in symbol table
{
nflag = 1;
break;
}
}
fclose(fp1);
if(nflag==0) //identifier not present in symbol table
{
fp1 = fopen("symbol_table_2.out","a");
fprintf(fp1,"%s 1\n",a.string);
fclose(fp1);
}
t.attribute = a;
}
}
else if(tokenID == INT_CONST)
{
a.integer = atoi(tokenread);
t.tokenID = INT_CONST;
t.attribute = a;
}
else if(tokenID == FLO_CONST)
{
a.integer = atof(tokenread);
t.tokenID = FLO_CONST;
t.attribute = a;
}
else if(tokenID!=NOTOK)
{
t.tokenID = tokenID;
t.attribute.string = '\0';
}
if(tokenID != NOTOK)
write_token(t);
else
{
lexemeBegin++;
continue;
}
lexemeBegin = final.forward+1;
}
}
}
int main(int argc, char **argv)
{
token tok;
setlocale(LC_ALL, "");
bindtextdomain("pam_iccard", ".");
textdomain("pam_iccard");
if(argc > 1 && (!strcmp(argv[1], "-h") || !strcmp(argv[1], "--help"))) {
printf(
_("Tool for initialize card, for pam_iccard\n"
"Usage: initcard\n")
);
return 0;
}
if(!parse_file("/etc/pam_iccard.conf", 0)) {
printf(_("Error reading conf file: %s\n"), card_strerror());
return 0;
}
if(!read_token(&tok)) {
printf(_("Read card failed: %s\n"), card_strerror());
goto hell;
}
if(tok.magic == MAGIC) {
char c ;
struct termios t1, t2;
printf(
_("It seems that this card has already been initialized,\n"
"reinitializing will cause auth failure if the card already registered.\n")
);
tcgetattr(STDIN_FILENO, &t1);
t2 = t1;
t2.c_lflag &= ~(ICANON | ECHO);
tcsetattr(STDIN_FILENO, TCSANOW, &t2);
do {
printf(_("Are you sure?(Y/N)"));
//fgets(str, sizeof(str), stdin);
c=tolower(getchar());
printf("\n");
} while(!(c == 'y' || c == 'n'));
tcsetattr(STDIN_FILENO, TCSANOW, &t1);
if(c == 'n')
goto hell;
}
tok.magic = MAGIC;
tok.magic1 = MAGIC;
(void) get_rand_bytes(&tok.id, sizeof(tok.id) + sizeof(tok.token));
{
char pin[100];
struct termios t1, t2;
tcgetattr(STDIN_FILENO, &t1);
t2 = t1;
t2.c_lflag &= ~ECHO;
tcsetattr(STDIN_FILENO, TCSANOW, &t2);
printf(_("Enter your PIN: "));
memset(pin, 0, sizeof(pin));
fgets(pin, 100, stdin);
pin[strlen(pin)-1] = 0;
if(pin[0]) {
aes_encrypt(&tok.magic1, sizeof(tok) - sizeof(tok.magic), &tok.magic1, pin);
}
printf("\n");
tcsetattr(STDIN_FILENO, TCSANOW, &t1);
}
if(!write_token(&tok)) {
printf(_("Write card failed: %s\n"), card_strerror());
goto hell;
}
printf(_("Card initialized.\n"));
hell:
return 0;
}
void main(){
FILE *infile,*outfile;
char currch,nextch,ch[100],*chp;
staggered_list *listpointer,*root=create_list_with_file("B:keywords");
SYMTAB_ENTRY **symtab=create_symbol_table_array(100);
int dat,length_of;
TOKEN *token,t;
NODE *node;
int g2_001_DATA_STUFFSUB_A;
int g3_001_REST_SUBTREE_A;
int g4_001_SINGLE_SUBTREE_A;
int g5_001_DOUBLE_SUBTREE_A;
int g6_001_WORD_SUBTREE_A;
/**************************************************************************/
/**************************************************************************/
/******************** DRIVING PROCEDURE B:\OPSANYL *********************/
/**************************************************************************/
PROCEDURE_DIVISION:
/**/
/** The ops analyser takes the .ops file*/
/** and tokenises it for processing by*/
/** the ops builder*/
/**/
C1_001_OPS_ANALYSER:
goto C1_002_OPS_START;
C1_002_OPS_START_EX:
goto C1_003_OPS;
C1_003_OPS_EX:
goto C1_015_OPS_END;
C1_015_OPS_END_EX:
goto veryend;
/**/
C1_002_OPS_START:
/*028*/ token=&t;
/*001*/ infile=open_input("b:altest.ops");
/*003*/ outfile=open_output("b:opsout.dat");
/*008*/ load_symtab(symtab,"b:symtable.out");
cross_reference(symtab,100);
/*005*/ currch=getc(infile);
if(currch!=EOF) nextch=getc(infile);
goto C1_002_OPS_START_EX;
/**/
C1_003_OPS:
C1_004_OP_GROUP_EX:
if(!(
/*C01*/ (currch==EOF)
))
goto C1_004_OP_GROUP;
goto C1_003_OPS_EX;
/**/
C1_004_OP_GROUP:
goto C1_005_OP_NUM_REC;
C1_005_OP_NUM_REC_EX:
goto C1_014_REST_SUBTREE;
C1_014_REST_SUBTREE_EX:
goto C1_004_OP_GROUP_EX;
/**/
/** an op consists of the op number*/
/** followed by the rest of it*/
/**/
C1_005_OP_NUM_REC:
goto C1_006_OP_NUM;
C1_006_OP_NUM_EX:
goto C1_011_DATA;
C1_011_DATA_EX:
goto C1_005_OP_NUM_REC_EX;
/**/
C1_006_OP_NUM:
goto C1_007_OP_NUM_START;
C1_007_OP_NUM_START_EX:
goto C1_008_OP_NUM_BODY;
C1_008_OP_NUM_BODY_EX:
goto C1_010_OP_NUM_END;
C1_010_OP_NUM_END_EX:
goto C1_006_OP_NUM_EX;
/**/
C1_007_OP_NUM_START:
/*007*/ chp=ch;
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C1_007_OP_NUM_START_EX;
/**/
C1_008_OP_NUM_BODY:
C1_009_OP_NUM_NUMBER_EX:
if(!(
/*C02*/ (currch==' ')
))
goto C1_009_OP_NUM_NUMBER;
goto C1_008_OP_NUM_BODY_EX;
/**/
C1_009_OP_NUM_NUMBER:
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C1_009_OP_NUM_NUMBER_EX;
/**/
C1_010_OP_NUM_END:
/*018*/ dat=str_to_int(ch);
/*022*/ token->token_type=OP_NUM;token->value.keyword_number=dat;
/*012*/ write_token(outfile,token);
goto C1_010_OP_NUM_END_EX;
/**/
C1_011_DATA:
C1_012_DATA_GROUP_EX:
if(!(
/*C03*/ (currch==EOF || currch=='\n')
))
goto C1_012_DATA_GROUP;
goto C1_011_DATA_EX;
/**/
C1_012_DATA_GROUP:
goto C1_013_DATA_STUFFSUB;
C1_013_DATA_STUFFSUB_EX:
goto C1_012_DATA_GROUP_EX;
/**/
C1_013_DATA_STUFFSUB:
g2_001_DATA_STUFFSUB_A=0;
goto C2_001_DATA_STUFFSUB;
C2_001_EXIT01:
goto C1_013_DATA_STUFFSUB_EX;
/**/
C1_014_REST_SUBTREE:
g3_001_REST_SUBTREE_A=0;
goto C3_001_REST_SUBTREE;
C3_001_EXIT01:
goto C1_014_REST_SUBTREE_EX;
/**/
C1_015_OPS_END:
/*002*/ close_file(infile);
/*004*/ close_file(outfile);
goto C1_015_OPS_END_EX;
/**/
C2_001_DATA_STUFFSUB:
goto C2_002_BLANKS;
C2_002_BLANKS_EX:
goto C2_004_DATA;
C2_004_DATA_EX:
C2_001_DATA_STUFFSUB_A:
switch(g2_001_DATA_STUFFSUB_A){
case 0 : goto C2_001_EXIT01;break;
case 1 : goto C2_001_EXIT03;break;
}
/**/
C2_002_BLANKS:
C2_003_BLANK_EX:
if(!(
/*C04*/ (currch!=' ')
))
goto C2_003_BLANK;
goto C2_002_BLANKS_EX;
/**/
C2_003_BLANK:
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C2_003_BLANK_EX;
/**/
C2_004_DATA:
if((
/*C05*/ (currch=='"' || currch=='\'')
))
goto C2_005_NON_NUM_LITERAL;
if((
/*C06*/ (currch=='.')
))
goto C2_010_FULLSTOP;
if((
/*C07*/ (currch!='"' &&
currch!='\'' &&
currch!='.' &&
currch!='\n')
))
goto C2_012_WORD;
C2_005_NON_NUM_LITERAL_EX:
C2_010_FULLSTOP_EX:
C2_012_WORD_EX:
goto C2_004_DATA_EX;
/**/
C2_005_NON_NUM_LITERAL:
if((
/*C08*/ (currch=='\'')
))
goto C2_006_SINGLE;
if((
/*C09*/ (currch=='"')
))
goto C2_008_DOUBLE;
C2_006_SINGLE_EX:
C2_008_DOUBLE_EX:
goto C2_005_NON_NUM_LITERAL_EX;
/**/
C2_006_SINGLE:
goto C2_007_SINGLE_SUBTREE;
C2_007_SINGLE_SUBTREE_EX:
goto C2_006_SINGLE_EX;
/**/
C2_007_SINGLE_SUBTREE:
g4_001_SINGLE_SUBTREE_A=0;
goto C4_001_SINGLE_SUBTREE;
C4_001_EXIT01:
goto C2_007_SINGLE_SUBTREE_EX;
/**/
C2_008_DOUBLE:
goto C2_009_DOUBLE_SUBTREE;
C2_009_DOUBLE_SUBTREE_EX:
goto C2_008_DOUBLE_EX;
/**/
C2_009_DOUBLE_SUBTREE:
g5_001_DOUBLE_SUBTREE_A=0;
goto C5_001_DOUBLE_SUBTREE;
C5_001_EXIT01:
goto C2_009_DOUBLE_SUBTREE_EX;
/**/
C2_010_FULLSTOP:
goto C2_011_PERIOD;
C2_011_PERIOD_EX:
goto C2_010_FULLSTOP_EX;
/**/
C2_011_PERIOD:
/*013*/ token->token_type=FULLSTOP;token->value.keyword_number=FULLSTOP;
/*012*/ write_token(outfile,token);
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C2_011_PERIOD_EX;
/**/
C2_012_WORD:
goto C2_013_WORD_SUBTREE;
C2_013_WORD_SUBTREE_EX:
goto C2_012_WORD_EX;
/**/
C2_013_WORD_SUBTREE:
g6_001_WORD_SUBTREE_A=0;
goto C6_001_WORD_SUBTREE;
C6_001_EXIT01:
goto C2_013_WORD_SUBTREE_EX;
/**/
C6_001_WORD_SUBTREE:
goto C6_002_WORD_START;
C6_002_WORD_START_EX:
goto C6_003_WORD_BODY;
C6_003_WORD_BODY_EX:
C6_001_WORD_SUBTREE_A:
switch(g6_001_WORD_SUBTREE_A){
case 0 : goto C6_001_EXIT01;break;
}
/**/
C6_002_WORD_START:
/*007*/ chp=ch;
/*019*/ *chp='\0';
goto C6_002_WORD_START_EX;
/**/
C6_003_WORD_BODY:
goto C6_004_KEYWORD;
C6_004_KEYWORD_EX:
C6_009_NON_KEYWOR_D_EX:
goto C6_003_WORD_BODY_EX;
/**/
C6_004_KEYWORD:
goto C6_005_KEYWORD_START;
C6_005_KEYWORD_START_EX:
goto C6_006_KEYWORD_BODY;
C6_006_KEYWORD_BODY_EX:
goto C6_008_KEYWORD_END;
C6_008_KEYWORD_END_EX:
goto C6_004_KEYWORD_EX;
/**/
C6_005_KEYWORD_START:
/*009*/ listpointer=root;
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*010*/ listpointer=check_pointer(listpointer,currch);
if((
/*Q01*/ (!isupper(currch)) && currch!='-'
))
goto C6_009_NON_KEYWOR_D;
if((
/*Q02*/ listpointer==NULL
))
goto C6_009_NON_KEYWOR_D;
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C6_005_KEYWORD_START_EX;
/**/
C6_006_KEYWORD_BODY:
C6_007_KEYWORD_CHAR_EX:
if(!(
/*C10*/ (currch==' ' || currch=='\n' ||
currch=='.' || currch==EOF)
))
goto C6_007_KEYWORD_CHAR;
goto C6_006_KEYWORD_BODY_EX;
/**/
C6_007_KEYWORD_CHAR:
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*010*/ listpointer=check_pointer(listpointer,currch);
if((
/*Q01*/ (!isupper(currch)) && currch!='-'
))
goto C6_009_NON_KEYWOR_D;
if((
/*Q02*/ listpointer==NULL
))
goto C6_009_NON_KEYWOR_D;
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C6_007_KEYWORD_CHAR_EX;
/**/
C6_008_KEYWORD_END:
/*011*/ dat=get_data(listpointer);
if((
/*Q03*/ dat==NULL
))
goto C6_009_NON_KEYWOR_D;
/*014*/ token->token_type=KEYWORD;token->value.keyword_number=dat;
/*012*/ write_token(outfile,token);
goto C6_008_KEYWORD_END_EX;
/**/
C6_009_NON_KEYWOR_D:
goto C6_010_CHARS;
C6_010_CHARS_EX:
goto C6_015_CHOICE;
C6_015_CHOICE_EX:
goto C6_009_NON_KEYWOR_D_EX;
/**/
C6_010_CHARS:
goto C6_011_CHARS_START;
C6_011_CHARS_START_EX:
goto C6_012_CHARS_BODY;
C6_012_CHARS_BODY_EX:
goto C6_014_CHARS_END;
C6_014_CHARS_END_EX:
goto C6_010_CHARS_EX;
/**/
C6_011_CHARS_START:
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C6_011_CHARS_START_EX;
/**/
C6_012_CHARS_BODY:
C6_013_CHAR_EX:
if(!(
/*C10*/ (currch==' ' || currch=='\n' ||
currch=='.' || currch==EOF)
))
goto C6_013_CHAR;
goto C6_012_CHARS_BODY_EX;
/**/
C6_013_CHAR:
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C6_013_CHAR_EX;
/**/
C6_014_CHARS_END:
/*027*/ node=look_for_by_name(ch,symtab);
goto C6_014_CHARS_END_EX;
/**/
C6_015_CHOICE:
if((
/*C11*/ (node==NULL && isdigit(ch[0]))
))
goto C6_016_POSSIBLE_NUMBER;
if((
/*C18*/ (node!=NULL)
))
goto C6_018_VARIABLE;
C6_016_POSSIBLE_NUMBER_EX:
C6_018_VARIABLE_EX:
goto C6_015_CHOICE_EX;
/**/
C6_016_POSSIBLE_NUMBER:
goto C6_017_NUMBER;
C6_017_NUMBER_EX:
goto C6_016_POSSIBLE_NUMBER_EX;
/**/
C6_017_NUMBER:
/*018*/ dat=str_to_int(ch);
/*024*/ token->token_type=NUMERIC;token->value.keyword_number=dat;
/*012*/ write_token(outfile,token);
goto C6_017_NUMBER_EX;
/**/
C6_018_VARIABLE:
goto C6_019_VAR_START;
C6_019_VAR_START_EX:
goto C6_018_VARIABLE_EX;
/**/
C6_019_VAR_START:
/*023*/ token->token_type=VARIABLE_NAME;token->value.var_values.hash=node->own.hash;
token->value.var_values.unique=node->own.unique;
/*012*/ write_token(outfile,token);
goto C6_019_VAR_START_EX;
/**/
C3_001_REST_SUBTREE:
goto C3_002_REST_OF_GROUP;
C3_002_REST_OF_GROUP_EX:
C3_001_REST_SUBTREE_A:
switch(g3_001_REST_SUBTREE_A){
case 0 : goto C3_001_EXIT01;break;
}
/**/
C3_002_REST_OF_GROUP:
C3_003_DATA_GROUP_EX:
if(!(
/*C12*/ (currch==EOF || isdigit(currch))
))
goto C3_003_DATA_GROUP;
goto C3_002_REST_OF_GROUP_EX;
/**/
C3_003_DATA_GROUP:
goto C3_004_DATA;
C3_004_DATA_EX:
goto C3_007_DATA_END;
C3_007_DATA_END_EX:
goto C3_003_DATA_GROUP_EX;
/**/
C3_004_DATA:
C3_005_LINE_EX:
if(!(
/*C13*/ (currch=='\n' || currch==EOF)
))
goto C3_005_LINE;
goto C3_004_DATA_EX;
/**/
C3_005_LINE:
goto C3_006_DATA_STUFFSUB;
C3_006_DATA_STUFFSUB_EX:
goto C3_005_LINE_EX;
/**/
C3_006_DATA_STUFFSUB:
g2_001_DATA_STUFFSUB_A=1;
goto C2_001_DATA_STUFFSUB;
C2_001_EXIT03:
goto C3_006_DATA_STUFFSUB_EX;
/**/
C3_007_DATA_END:
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C3_007_DATA_END_EX;
/**/
C4_001_SINGLE_SUBTREE:
goto C4_002__START;
C4_002__START_EX:
goto C4_003__BODY;
C4_003__BODY_EX:
goto C4_007__END;
C4_007__END_EX:
C4_001_SINGLE_SUBTREE_A:
switch(g4_001_SINGLE_SUBTREE_A){
case 0 : goto C4_001_EXIT01;break;
}
/**/
C4_002__START:
/*007*/ chp=ch;
/*019*/ *chp='\0';
/*025*/ length_of=0;
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C4_002__START_EX;
/**/
C4_003__BODY:
C4_004_CHAR_EX:
if(!(
/*C16*/ (currch=='\'' && nextch!='\'')
))
goto C4_004_CHAR;
goto C4_003__BODY_EX;
/**/
C4_004_CHAR:
if((
/*C14*/ (currch=='\'' && nextch=='\'')
))
goto C4_005_QUOTE_QUOTE;
if(!(
/*C14*/ (currch=='\'' && nextch=='\'')
))
goto C4_006_ANY;
C4_005_QUOTE_QUOTE_EX:
C4_006_ANY_EX:
goto C4_004_CHAR_EX;
/**/
C4_005_QUOTE_QUOTE:
/*026*/ length_of++;
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C4_005_QUOTE_QUOTE_EX;
/**/
C4_006_ANY:
/*026*/ length_of++;
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C4_006_ANY_EX;
/**/
C4_007__END:
/*017*/ token->token_type=NON_NUMERIC_LITERAL_LENGTH;token->value.keyword_number=
length_of;
/*012*/ write_token(outfile,token);
/*016*/ token->token_type=NON_NUMERIC_LITERAL;token->value.string=ch;
/*012*/ write_token(outfile,token);
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C4_007__END_EX;
/**/
C5_001_DOUBLE_SUBTREE:
goto C5_002__START;
C5_002__START_EX:
goto C5_003__BODY;
C5_003__BODY_EX:
goto C5_007__END;
C5_007__END_EX:
C5_001_DOUBLE_SUBTREE_A:
switch(g5_001_DOUBLE_SUBTREE_A){
case 0 : goto C5_001_EXIT01;break;
}
/**/
C5_002__START:
/*007*/ chp=ch;
/*019*/ *chp='\0';
/*025*/ length_of=0;
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C5_002__START_EX;
/**/
C5_003__BODY:
C5_004_CHAR_EX:
if(!(
/*C17*/ (currch=='"' && nextch!='"')
))
goto C5_004_CHAR;
goto C5_003__BODY_EX;
/**/
C5_004_CHAR:
if((
/*C15*/ (currch=='"' && nextch=='"')
))
goto C5_005_QUOTE_QUOTE;
if(!(
/*C15*/ (currch=='"' && nextch=='"')
))
goto C5_006_ANY;
C5_005_QUOTE_QUOTE_EX:
C5_006_ANY_EX:
goto C5_004_CHAR_EX;
/**/
C5_005_QUOTE_QUOTE:
/*026*/ length_of++;
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C5_005_QUOTE_QUOTE_EX;
/**/
C5_006_ANY:
/*026*/ length_of++;
/*021*/ *chp=currch;
/*020*/ chp++;
/*019*/ *chp='\0';
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C5_006_ANY_EX;
/**/
C5_007__END:
/*017*/ token->token_type=NON_NUMERIC_LITERAL_LENGTH;token->value.keyword_number=
length_of;
/*012*/ write_token(outfile,token);
/*016*/ token->token_type=NON_NUMERIC_LITERAL;token->value.string=ch;
/*012*/ write_token(outfile,token);
/*006*/ currch=nextch;
if(nextch!=EOF) nextch=getc(infile);
goto C5_007__END_EX;
/**/
/* Data Analysis Map*/
/**/
/* ------------- Data Analysis By -------------*/
/**/
/* BOX TYPE OPERATION ALLOCATION*/
/* Tree name: OPS-ANALYSER*/
/**/
/* Leaf : 5 Operations: 19*/
/* Quits : 0*/
/* Selections: 0*/
/* Sequences : 5*/
/* Iterations: 3*/
/* Backtracks: 0*/
/* Subtrees : 2 --> DATA-STUFFSUB*/
/* REST-SUBTREE*/
/**/
/* Tree name: DATA-STUFFSUB*/
/**/
/* Leaf : 2 Operations: 4*/
/* Quits : 0*/
/* Selections: 2*/
/* Sequences : 5*/
/* Iterations: 1*/
/* Backtracks: 0*/
/* Subtrees : 3 --> SINGLE-SUBTREE*/
/* DOUBLE-SUBTREE*/
/* WORD-SUBTREE*/
/**/
/* Tree name: WORD-SUBTREE*/
/**/
/* Leaf : 9 Operations: 27*/
/* Quits : 5*/
/* Selections: 1*/
/* Sequences : 6*/
/* Iterations: 2*/
/* Backtracks: 1*/
/* Subtrees : 0*/
/**/
/* Tree name: REST-SUBTREE*/
/**/
/* Leaf : 1 Operations: 1*/
/* Quits : 0*/
/* Selections: 0*/
/* Sequences : 3*/
/* Iterations: 2*/
/* Backtracks: 0*/
/* Subtrees : 1 --> DATA-STUFFSUB*/
/**/
/* Tree name: SINGLE-SUBTREE*/
/**/
/* Leaf : 4 Operations: 20*/
/* Quits : 0*/
/* Selections: 1*/
/* Sequences : 1*/
/* Iterations: 1*/
/* Backtracks: 0*/
/* Subtrees : 0*/
/**/
/* Tree name: DOUBLE-SUBTREE*/
/**/
/* Leaf : 4 Operations: 20*/
/* Quits : 0*/
/* Selections: 1*/
/* Sequences : 1*/
/* Iterations: 1*/
/* Backtracks: 0*/
/* Subtrees : 0*/
/**/
/**/
/**/
veryend: ;
}
int
GSI_SOCKET_write_buffer(GSI_SOCKET *self,
const char *buffer,
const size_t buffer_len)
{
int return_value = GSI_SOCKET_ERROR;
if (self == NULL)
{
return GSI_SOCKET_ERROR;
}
#if 0
if (buffer[buffer_len-1] == '\0') {
myproxy_debug("writing a null-terminated message");
} else {
myproxy_debug("writing a non-null-terminated message");
}
#endif
if ((buffer == NULL) || (buffer_len == 0))
{
return 0;
}
if (self->gss_context == GSS_C_NO_CONTEXT)
{
/* No context established, just send in the clear */
return_value = write_token(self->sock, buffer, buffer_len);
if (return_value == -1)
{
self->error_number = errno;
GSI_SOCKET_set_error_string(self, "failed to write token");
goto error;
}
}
else
{
/* Encrypt buffer before sending */
gss_buffer_desc unwrapped_buffer;
gss_buffer_desc wrapped_buffer;
int conf_state;
unwrapped_buffer.value = (char *) buffer;
unwrapped_buffer.length = buffer_len;
self->major_status = gss_wrap(&self->minor_status,
self->gss_context,
1 /* encrypt */,
GSS_C_QOP_DEFAULT,
&unwrapped_buffer,
&conf_state,
&wrapped_buffer);
if (self->major_status != GSS_S_COMPLETE)
{
goto error;
}
if (!conf_state) {
GSI_SOCKET_set_error_string(self, "GSI_SOCKET failed to encrypt");
goto error;
}
return_value = write_token(self->sock, wrapped_buffer.value,
wrapped_buffer.length);
if (return_value == -1)
{
self->error_number = errno;
GSI_SOCKET_set_error_string(self, "failed to write token");
gss_release_buffer(&self->minor_status, &wrapped_buffer);
goto error;
}
gss_release_buffer(&self->minor_status, &wrapped_buffer);
}
/* fprintf(stderr, "\nwrote:\n%s\n", buffer); */
error:
return return_value;
}