static void
x264_update_bool(signal_user_data_t *ud, const gchar *name, const gchar *val)
{
if (val == NULL)
ghb_dict_set_bool(ud->x264_priv, name, TRUE);
else
ghb_dict_set_bool(ud->x264_priv, name, str_is_true(val));
}
static void
x264_update_bool_setting(signal_user_data_t *ud, const gchar *name, const gchar *val)
{
if (val == NULL)
ghb_dict_set_bool(ud->x264_priv, name, TRUE);
else
ghb_dict_set_bool(ud->x264_priv, name, str_is_true(val));
ghb_check_dependency(ud, NULL, name);
}
/**
@brief Initialize the application.
@return Zero if successful, or non-zero if not.
Load the IDL file into an internal data structure for future reference. Each non-virtual
class in the IDL corresponds to a table or view in the database, or to a subquery defined
in the IDL. Ignore all virtual tables and virtual fields.
Register a number of methods, some of them general-purpose and others specific for
particular classes.
The name of the application is given by the MODULENAME macro, whose value depends on
conditional compilation. The method names also incorporate MODULENAME, followed by a
dot, as a prefix.
The general-purpose methods are as follows (minus their MODULENAME prefixes):
- json_query
- transaction.begin
- transaction.commit
- transaction.rollback
- savepoint.set
- savepoint.release
- savepoint.rollback
For each non-virtual class, create up to eight class-specific methods:
- create (not for readonly classes)
- retrieve
- update (not for readonly classes)
- delete (not for readonly classes
- search (atomic and non-atomic versions)
- id_list (atomic and non-atomic versions)
The full method names follow the pattern "MODULENAME.direct.XXX.method_type", where XXX
is the fieldmapper name from the IDL, with every run of one or more consecutive colons
replaced by a period. In addition, the names of atomic methods have a suffix of ".atomic".
This function is called when the registering the application, and is executed by the
listener before spawning the drones.
*/
int osrfAppInitialize( void ) {
osrfLogInfo(OSRF_LOG_MARK, "Initializing the CStore Server...");
osrfLogInfo(OSRF_LOG_MARK, "Finding XML file...");
// Load the IDL into memory
if ( !oilsIDLInit( osrf_settings_host_value( "/IDL" )))
return 1; /* return non-zero to indicate error */
// Open the database temporarily. Look up the datatypes of all
// the non-virtual fields and record them with the IDL data.
dbi_conn handle = oilsConnectDB( modulename );
if( !handle )
return -1;
else if( oilsExtendIDL( handle )) {
osrfLogError( OSRF_LOG_MARK, "Error extending the IDL" );
return -1;
}
dbi_conn_close( handle );
// Get the maximum flesh depth from the settings
char* md = osrf_settings_host_value(
"/apps/%s/app_settings/max_query_recursion", modulename );
int max_flesh_depth = 100;
if( md )
max_flesh_depth = atoi( md );
if( max_flesh_depth < 0 )
max_flesh_depth = 1;
else if( max_flesh_depth > 1000 )
max_flesh_depth = 1000;
oilsSetSQLOptions( modulename, enforce_pcrud, max_flesh_depth );
// Now register all the methods
growing_buffer* method_name = buffer_init(64);
// Generic search thingy
buffer_add( method_name, modulename );
buffer_add( method_name, ".json_query" );
osrfAppRegisterMethod( modulename, OSRF_BUFFER_C_STR( method_name ),
"doJSONSearch", "", 1, OSRF_METHOD_STREAMING );
// Next we register all the transaction and savepoint methods
buffer_reset(method_name);
OSRF_BUFFER_ADD(method_name, modulename );
OSRF_BUFFER_ADD(method_name, ".transaction.begin");
osrfAppRegisterMethod( modulename, OSRF_BUFFER_C_STR( method_name ),
"beginTransaction", "", 0, 0 );
buffer_reset(method_name);
OSRF_BUFFER_ADD(method_name, modulename );
OSRF_BUFFER_ADD(method_name, ".transaction.commit");
osrfAppRegisterMethod( modulename, OSRF_BUFFER_C_STR(method_name),
"commitTransaction", "", 0, 0 );
buffer_reset(method_name);
OSRF_BUFFER_ADD(method_name, modulename );
OSRF_BUFFER_ADD(method_name, ".transaction.rollback");
osrfAppRegisterMethod( modulename, OSRF_BUFFER_C_STR(method_name),
"rollbackTransaction", "", 0, 0 );
buffer_reset(method_name);
OSRF_BUFFER_ADD(method_name, modulename );
OSRF_BUFFER_ADD(method_name, ".savepoint.set");
osrfAppRegisterMethod( modulename, OSRF_BUFFER_C_STR(method_name),
"setSavepoint", "", 1, 0 );
buffer_reset(method_name);
OSRF_BUFFER_ADD(method_name, modulename );
OSRF_BUFFER_ADD(method_name, ".savepoint.release");
osrfAppRegisterMethod( modulename, OSRF_BUFFER_C_STR(method_name),
"releaseSavepoint", "", 1, 0 );
buffer_reset(method_name);
OSRF_BUFFER_ADD(method_name, modulename );
OSRF_BUFFER_ADD(method_name, ".savepoint.rollback");
osrfAppRegisterMethod( modulename, OSRF_BUFFER_C_STR(method_name),
"rollbackSavepoint", "", 1, 0 );
static const char* global_method[] = {
"create",
"retrieve",
"update",
"delete",
"search",
"id_list"
};
const int global_method_count
= sizeof( global_method ) / sizeof ( global_method[0] );
unsigned long class_count = osrfHashGetCount( oilsIDL() );
osrfLogDebug(OSRF_LOG_MARK, "%lu classes loaded", class_count );
osrfLogDebug(OSRF_LOG_MARK,
"At most %lu methods will be generated",
(unsigned long) (class_count * global_method_count) );
osrfHashIterator* class_itr = osrfNewHashIterator( oilsIDL() );
osrfHash* idlClass = NULL;
// For each class in the IDL...
while( (idlClass = osrfHashIteratorNext( class_itr ) ) ) {
const char* classname = osrfHashIteratorKey( class_itr );
osrfLogInfo(OSRF_LOG_MARK, "Generating class methods for %s", classname);
if (!osrfStringArrayContains( osrfHashGet(idlClass, "controller"), modulename )) {
osrfLogInfo(OSRF_LOG_MARK, "%s is not listed as a controller for %s, moving on",
modulename, classname);
continue;
}
if ( str_is_true( osrfHashGet(idlClass, "virtual") ) ) {
osrfLogDebug(OSRF_LOG_MARK, "Class %s is virtual, skipping", classname );
continue;
}
// Look up some other attributes of the current class
const char* idlClass_fieldmapper = osrfHashGet(idlClass, "fieldmapper");
if( !idlClass_fieldmapper ) {
osrfLogDebug( OSRF_LOG_MARK, "Skipping class \"%s\"; no fieldmapper in IDL",
classname );
continue;
}
const char* readonly = osrfHashGet(idlClass, "readonly");
int i;
for( i = 0; i < global_method_count; ++i ) { // for each global method
const char* method_type = global_method[ i ];
osrfLogDebug(OSRF_LOG_MARK,
"Using files to build %s class methods for %s", method_type, classname);
// No create, update, or delete methods for a readonly class
if ( str_is_true( readonly )
&& ( *method_type == 'c' || *method_type == 'u' || *method_type == 'd') )
continue;
buffer_reset( method_name );
// Build the method name: MODULENAME.MODULENAME.direct.XXX.method_type
// where XXX is the fieldmapper name from the IDL, with every run of
// one or more consecutive colons replaced by a period.
char* st_tmp = NULL;
char* part = NULL;
char* _fm = strdup( idlClass_fieldmapper );
part = strtok_r(_fm, ":", &st_tmp);
buffer_fadd(method_name, "%s.direct.%s", modulename, part);
while ((part = strtok_r(NULL, ":", &st_tmp))) {
OSRF_BUFFER_ADD_CHAR(method_name, '.');
OSRF_BUFFER_ADD(method_name, part);
}
OSRF_BUFFER_ADD_CHAR(method_name, '.');
OSRF_BUFFER_ADD(method_name, method_type);
free(_fm);
// For an id_list or search method we specify the OSRF_METHOD_STREAMING option.
// The consequence is that we implicitly create an atomic method in addition to
// the usual non-atomic method.
int flags = 0;
if (*method_type == 'i' || *method_type == 's') { // id_list or search
flags = flags | OSRF_METHOD_STREAMING;
}
osrfHash* method_meta = osrfNewHash();
osrfHashSet( method_meta, idlClass, "class");
osrfHashSet( method_meta, buffer_data( method_name ), "methodname" );
osrfHashSet( method_meta, strdup(method_type), "methodtype" );
// Register the method, with a pointer to an osrfHash to tell the method
// its name, type, and class.
osrfAppRegisterExtendedMethod(
modulename,
OSRF_BUFFER_C_STR( method_name ),
"dispatchCRUDMethod",
"",
1,
flags,
(void*)method_meta
);
} // end for each global method
} // end for each class in IDL
buffer_free( method_name );
osrfHashIteratorFree( class_itr );
return 0;
}