* size
*****************************************************************************/
-int getSize(parse_file *in)
+int getSize(parse_file_t *in)
{
char *token;
* msg : message to be printed
****************************************************************************/
-void error_callback(parse_file *in, char *msg)
+void error_callback(parse_file_t *in, char *msg)
{
if(in)
printf("Error in file %s, line %d: %s\n", in->name, in->lineno, msg);
*
**************************************************************************/
-void getTypeAttributes(parse_file *in, type_descriptor *t)
+void getTypeAttributes(parse_file_t *in, type_descriptor_t *t)
{
char * token;
char car;
*
**************************************************************************/
-void getEventAttributes(parse_file *in, event *ev)
+void getEventAttributes(parse_file_t *in, event_t *ev)
{
char * token;
char car;
*
**************************************************************************/
-void getFacilityAttributes(parse_file *in, facility *fac)
+void getFacilityAttributes(parse_file_t *in, facility_t *fac)
{
char * token;
char car;
*
**************************************************************************/
-void getFieldAttributes(parse_file *in, field *f)
+void getFieldAttributes(parse_file_t *in, field_t *f)
{
char * token;
char car;
}
}
-char *getNameAttribute(parse_file *in)
+char *getNameAttribute(parse_file_t *in)
{
char * token;
char *name = NULL;
//for <label name=label_name value=n format="..."/>, value is an option
-char * getValueStrAttribute(parse_file *in)
+char * getValueStrAttribute(parse_file_t *in)
{
char * token;
return token;
}
-char * getDescription(parse_file *in)
+char * getDescription(parse_file_t *in)
{
long int pos;
char * token, car, *str;
* fac : facility filled with event list
****************************************************************************/
-void parseFacility(parse_file *in, facility * fac)
+void parseFacility(parse_file_t *in, facility_t * fac)
{
char * token;
- event *ev;
+ event_t *ev;
getFacilityAttributes(in, fac);
if(fac->name == NULL) in->error(in, "Attribute not named");
in->error(in,"the definition of the facility is not finished");
if(strcmp("event",token) == 0){
- ev = (event*) memAlloc(sizeof(event));
+ ev = (event_t*) memAlloc(sizeof(event_t));
sequence_push(&(fac->events),ev);
parseEvent(in,ev, &(fac->unnamed_types), &(fac->named_types));
}else if(strcmp("type",token) == 0){
* ev : new event (parameters are passed to it)
****************************************************************************/
-void parseEvent(parse_file *in, event * ev, sequence * unnamed_types,
- table * named_types)
+void parseEvent(parse_file_t *in, event_t * ev, sequence_t * unnamed_types,
+ table_t * named_types)
{
char *token;
- type_descriptor *t;
+ type_descriptor_t *t;
//<event name=eventtype_name>
getEventAttributes(in, ev);
* named_types : array of named types
****************************************************************************/
-void parseFields(parse_file *in, type_descriptor *t, sequence * unnamed_types,
- table * named_types)
+void parseFields(parse_file_t *in, type_descriptor_t *t,
+ sequence_t * unnamed_types,
+ table_t * named_types)
{
char * token;
- field *f;
+ field_t *f;
- f = (field *)memAlloc(sizeof(field));
+ f = (field_t *)memAlloc(sizeof(field_t));
sequence_push(&(t->fields),f);
//<field name=field_name> <description> <type> </field>
* type_descriptor* : a type descriptor
****************************************************************************/
-type_descriptor *parseType(parse_file *in, type_descriptor *inType,
- sequence * unnamed_types, table * named_types)
+type_descriptor_t *parseType(parse_file_t *in, type_descriptor_t *inType,
+ sequence_t * unnamed_types, table_t * named_types)
{
char *token;
- type_descriptor *t;
+ type_descriptor_t *t;
if(inType == NULL) {
- t = (type_descriptor *) memAlloc(sizeof(type_descriptor));
+ t = (type_descriptor_t *) memAlloc(sizeof(type_descriptor_t));
t->type_name = NULL;
t->type = NONE;
t->fmt = NULL;
* type_descriptor * : a type descriptor
*****************************************************************************/
-type_descriptor * find_named_type(char *name, table * named_types)
+type_descriptor_t * find_named_type(char *name, table_t * named_types)
{
- type_descriptor *t;
+ type_descriptor_t *t;
t = table_find(named_types,name);
if(t == NULL) {
- t = (type_descriptor *)memAlloc(sizeof(type_descriptor));
+ t = (type_descriptor_t *)memAlloc(sizeof(type_descriptor_t));
t->type_name = allocAndCopy(name);
t->type = NONE;
t->fmt = NULL;
* named_types : array of named types
*****************************************************************************/
-void parseTypeDefinition(parse_file * in, sequence * unnamed_types,
- table * named_types)
+void parseTypeDefinition(parse_file_t * in, sequence_t * unnamed_types,
+ table_t * named_types)
{
char *token;
- type_descriptor *t;
+ type_descriptor_t *t;
token = getNameAttribute(in);
if(token == NULL) in->error(in, "Type has empty name");
*
**************************************************************************/
-char *getName(parse_file * in)
+char *getName(parse_file_t * in)
{
char *token;
return token;
}
-int getNumber(parse_file * in)
+int getNumber(parse_file_t * in)
{
char *token;
return atoi(token);
}
-char *getForwardslash(parse_file * in)
+char *getForwardslash(parse_file_t * in)
{
char *token;
return token;
}
-char *getLAnglebracket(parse_file * in)
+char *getLAnglebracket(parse_file_t * in)
{
char *token;
return token;
}
-char *getRAnglebracket(parse_file * in)
+char *getRAnglebracket(parse_file_t * in)
{
char *token;
return token;
}
-char *getQuotedString(parse_file * in)
+char *getQuotedString(parse_file_t * in)
{
char *token;
return token;
}
-char * getEqual(parse_file *in)
+char * getEqual(parse_file_t *in)
{
char *token;
return token;
}
-char seekNextChar(parse_file *in)
+char seekNextChar(parse_file_t *in)
{
char car;
while((car = getc(in->fp)) != EOF) {
*
******************************************************************/
-void ungetToken(parse_file * in)
+void ungetToken(parse_file_t * in)
{
in->unget = 1;
}
-char *getToken(parse_file * in)
+char *getToken(parse_file_t * in)
{
FILE *fp = in->fp;
char car, car1;
return in->buffer;
}
-void skipComment(parse_file * in)
+void skipComment(parse_file_t * in)
{
char car;
while((car = getc(in->fp)) != EOF) {
if(car == EOF) in->error(in,"comment begining with '/*' has no ending '*/'");
}
-void skipEOL(parse_file * in)
+void skipEOL(parse_file_t * in)
{
char car;
while((car = getc(in->fp)) != EOF) {
* checkNamedTypesImplemented : check if all named types have definition
****************************************************************************/
-void checkNamedTypesImplemented(table * named_types)
+void checkNamedTypesImplemented(table_t * named_types)
{
- type_descriptor *t;
+ type_descriptor_t *t;
int pos;
char str[256];
for(pos = 0 ; pos < named_types->values.position; pos++) {
- t = (type_descriptor *) named_types->values.array[pos];
+ t = (type_descriptor_t *) named_types->values.array[pos];
if(t->type == NONE){
- sprintf(str,"named type '%s' has no definition",(char*)named_types->keys.array[pos]);
+ sprintf(str,"named type '%s' has no definition",
+ (char*)named_types->keys.array[pos]);
error_callback(NULL,str);
}
}
* checksum : checksum for the facility
****************************************************************************/
-void generateChecksum( char* facName, unsigned long * checksum, sequence * events)
+void generateChecksum(char* facName,
+ unsigned long * checksum, sequence_t * events)
{
unsigned long crc ;
int pos;
- event * ev;
+ event_t * ev;
char str[256];
crc = crc32(facName);
for(pos = 0; pos < events->position; pos++){
- ev = (event *)(events->array[pos]);
+ ev = (event_t *)(events->array[pos]);
crc = partial_crc32(ev->name,crc);
if(!ev->type) continue; //event without type
if(ev->type->type != STRUCT){
* unsigned long : checksum
*****************************************************************************/
-unsigned long getTypeChecksum(unsigned long aCrc, type_descriptor * type)
+unsigned long getTypeChecksum(unsigned long aCrc, type_descriptor_t * type)
{
unsigned long crc = aCrc;
char * str = NULL, buf[16];
int flag = 0, pos;
- field * fld;
+ field_t * fld;
switch(type->type){
case INT:
flag = 1;
break;
case ARRAY:
- sprintf(buf,"%d\0",type->size);
+ sprintf(buf,"%d",type->size);
str = appendString("array ",buf);
flag = 1;
break;
case SEQUENCE:
- sprintf(buf,"%d\0",type->size);
+ sprintf(buf,"%d",type->size);
str = appendString("sequence ",buf);
flag = 1;
break;
crc = getTypeChecksum(crc,type->nested_type);
}else if(type->type == STRUCT || type->type == UNION){
for(pos =0; pos < type->fields.position; pos++){
- fld = (field *) type->fields.array[pos];
+ fld = (field_t *) type->fields.array[pos];
crc = partial_crc32(fld->name,crc);
crc = getTypeChecksum(crc, fld->type);
}
/* Event type descriptors */
-void freeType(type_descriptor * tp)
+void freeType(type_descriptor_t * tp)
{
int pos2;
- field *f;
+ field_t *f;
if(tp->fmt != NULL) free(tp->fmt);
if(tp->type == ENUM) {
}
if(tp->type == STRUCT) {
for(pos2 = 0; pos2 < tp->fields.position; pos2++) {
- f = (field *) tp->fields.array[pos2];
+ f = (field_t *) tp->fields.array[pos2];
free(f->name);
free(f->description);
free(f);
}
}
-void freeNamedType(table * t)
+void freeNamedType(table_t * t)
{
int pos;
- type_descriptor * td;
+ type_descriptor_t * td;
for(pos = 0 ; pos < t->keys.position; pos++) {
free((char *)t->keys.array[pos]);
- td = (type_descriptor*)t->values.array[pos];
+ td = (type_descriptor_t*)t->values.array[pos];
freeType(td);
free(td);
}
}
-void freeTypes(sequence *t)
+void freeTypes(sequence_t *t)
{
int pos, pos2;
- type_descriptor *tp;
- field *f;
+ type_descriptor_t *tp;
+ field_t *f;
for(pos = 0 ; pos < t->position; pos++) {
- tp = (type_descriptor *)t->array[pos];
+ tp = (type_descriptor_t *)t->array[pos];
freeType(tp);
free(tp);
}
}
-void freeEvents(sequence *t)
+void freeEvents(sequence_t *t)
{
int pos;
- event *ev;
+ event_t *ev;
for(pos = 0 ; pos < t->position; pos++) {
- ev = (event *) t->array[pos];
+ ev = (event_t *) t->array[pos];
free(ev->name);
free(ev->description);
free(ev);
/* Extensible array */
-void sequence_init(sequence *t)
+void sequence_init(sequence_t *t)
{
t->size = 10;
t->position = 0;
t->array = (void **)memAlloc(t->size * sizeof(void *));
}
-void sequence_dispose(sequence *t)
+void sequence_dispose(sequence_t *t)
{
t->size = 0;
free(t->array);
t->array = NULL;
}
-void sequence_push(sequence *t, void *elem)
+void sequence_push(sequence_t *t, void *elem)
{
void **tmp;
t->position++;
}
-void *sequence_pop(sequence *t)
+void *sequence_pop(sequence_t *t)
{
return t->array[t->position--];
}
/* Hash table API, implementation is just linear search for now */
-void table_init(table *t)
+void table_init(table_t *t)
{
sequence_init(&(t->keys));
sequence_init(&(t->values));
}
-void table_dispose(table *t)
+void table_dispose(table_t *t)
{
sequence_dispose(&(t->keys));
sequence_dispose(&(t->values));
}
-void table_insert(table *t, char *key, void *value)
+void table_insert(table_t *t, char *key, void *value)
{
sequence_push(&(t->keys),key);
sequence_push(&(t->values),value);
}
-void *table_find(table *t, char *key)
+void *table_find(table_t *t, char *key)
{
int pos;
for(pos = 0 ; pos < t->keys.position; pos++) {
return NULL;
}
-void table_insert_int(table *t, int *key, void *value)
+void table_insert_int(table_t *t, int *key, void *value)
{
sequence_push(&(t->keys),key);
sequence_push(&(t->values),value);
}
-void *table_find_int(table *t, int *key)
+void *table_find_int(table_t *t, int *key)
{
int pos;
for(pos = 0 ; pos < t->keys.position; pos++) {
projects / lttv.git / blobdiff