static def_t *
get_operand_def (expr_t *expr, operand_t *op)
{
if (!op)
return 0;
switch (op->op_type) {
case op_def:
return op->o.def;
case op_value:
return get_value_def (op->o.value, op->type);
case op_label:
op->type = ev_short;
zero_def.type = &type_short;
return &zero_def; //FIXME
case op_temp:
while (op->o.tempop.alias)
op = op->o.tempop.alias;
if (!op->o.tempop.def)
op->o.tempop.def = temp_def (op->type, op->size);
return op->o.tempop.def;
case op_alias:
return get_operand_def (expr, op->o.alias);
}
return 0;
}
//this function requires a init_config_file before to work properly
void store_config(char *section, struct config_handle a_conf_handle){
//for the moment, only modem is supported
char *module;
char *tmp;
module = get_value_def(section,"module","UNDEFINED",&a_conf_handle);
if (strcmp(module,"modem")){
//for the moment, only modem is valid, code to removed when more modules are managed
LOGE("extra configuration not supported for : %s\n",module);
return;
}else{
LOGI("storing configuration : %s\n",section);
//pconfig INIT
pconfig newconf = malloc(sizeof(struct config));
if(!newconf) {
LOGE("%s: newconf malloc failed\n", __FUNCTION__);
return;
}
newconf->next = NULL;
newconf->eventname = NULL;
newconf->matching_pattern = NULL;
//TO IMPROVE replace harcoded value with array in parameter
//Event name
tmp = get_value(section,"eventname",&a_conf_handle);
if (tmp){
newconf->eventname = malloc(strlen(tmp)+1);/* add 1 for \0 */
if(!newconf->eventname) {
LOGE("%s:malloc failed\n", __FUNCTION__);
free_config(newconf);
return;
}
strncpy(newconf->eventname,tmp,strlen(tmp));
newconf->eventname[strlen(tmp)]= '\0';
}else{
LOGE("wrong configuration for %s on %s \n",section,"eventname");
free_config(newconf);
return;
}
//matching_pattern
tmp = get_value(section,"matching_pattern",&a_conf_handle);
if (tmp){
newconf->matching_pattern = malloc(strlen(tmp)+1);/* add 1 for \0 */
if(!newconf->matching_pattern) {
LOGE("%s: matching pattern malloc failed\n", __FUNCTION__);
free_config(newconf);
return;
}
strncpy(newconf->matching_pattern,tmp,strlen(tmp));
newconf->matching_pattern[strlen(tmp)]= '\0';
}else{
LOGE("wrong configuration for %s on %s \n",section,"matching_pattern");
free_config(newconf);
return;
}
//type
tmp = get_value_def(section,"type","file",&a_conf_handle);
if (tmp){
if (!strcmp(tmp,"dir")){
newconf->type = 1;
}else{
newconf->type = 0;
}
}else{
LOGE("wrong configuration for %s on %s \n",section,"type");
free_config(newconf);
return;
}
//path
tmp = get_value(section,"path_trigger",&a_conf_handle);
if (tmp){
snprintf(newconf->path, sizeof(newconf->path), "%s", tmp);
LOGI("path loaded : %s \n",newconf->path);
}else{
LOGW("missing configuration for %s on %s \n",section,"path_trigger");
//path is not mandatory, config is still valid
}
//path_linked
tmp = get_value(section,"path_linked",&a_conf_handle);
if (tmp){
snprintf(newconf->path_linked, sizeof(newconf->path_linked), "%s", tmp);
LOGI("path_linked loaded : %s \n",newconf->path_linked);
}else{
//path_linked is not mandatory, config is still valid
newconf->path_linked[0] = '\0';
}
//event_class
tmp = get_value_def(section,"event_class","CRASH",&a_conf_handle);
if (tmp){
if (!strcmp(tmp,"CRASH")){
newconf->event_class = 0;
}else if (!strcmp(tmp,"ERROR")){
newconf->event_class = 1;
}else if (!strcmp(tmp,"INFO")){
newconf->event_class = 2;
}else{
newconf->event_class = 0;
}
}else{
//default value is CRASH
newconf->event_class = 0;
}
if (g_first_modem_config==NULL){
g_first_modem_config = newconf;
}else{
g_current_modem_config->next = newconf;
}
g_current_modem_config = newconf;
}
}
