void declare_native_rule( const char * module, const char * rule, const char * * args,
LIST * (*f)( FRAME *, int ), int version )
{
OBJECT * module_obj = 0;
module_t * m;
if ( module )
{
module_obj = object_new( module );
}
m = bindmodule( module_obj );
if ( module_obj )
{
object_free( module_obj );
}
if (m->native_rules == 0) {
m->native_rules = hashinit( sizeof( native_rule_t ), "native rules");
}
{
native_rule_t n, *np = &n;
n.name = object_new( rule );
if (args)
{
n.arguments = args_new();
lol_build( n.arguments->data, args );
}
else
{
n.arguments = 0;
}
n.procedure = function_builtin( f, 0 );
n.version = version;
hashenter(m->native_rules, (HASHDATA**)&np);
}
}
RULE* bind_builtin( char* name, LIST*(*f)(PARSE*, FRAME*), int flags, char** args )
{
argument_list* arg_list = 0;
if ( args )
{
arg_list = args_new();
lol_build( arg_list->data, args );
}
return new_rule_body( root_module(), name, arg_list,
parse_make( f, P0, P0, P0, C0, C0, flags ), 1 );
}
// Function.prototype.apply(thisValue[, argsArray])
js_val *
func_proto_apply(js_val *instance, js_args *args, eval_state *state)
{
js_val *this = ARG(args, 0);
js_val *arr = ARG(args, 1);
js_args *func_args = args_new();
unsigned long i;
for (i = 0; i < arr->object.length; i++)
args_append(func_args, fh_get(arr, JSNUMKEY(i)->string.ptr));
return fh_call(state->ctx, this, instance, func_args);
}
LIST * compile_setcomp( PARSE * parse, FRAME * frame )
{
argument_list * arg_list = 0;
/* Create new LOL describing argument requirements if supplied. */
if ( parse->right )
{
PARSE * p;
arg_list = args_new();
for ( p = parse->right; p; p = p->left )
lol_add( arg_list->data, parse_evaluate( p->right, frame ) );
}
new_rule_body( frame->module, parse->string, arg_list, parse->left, !parse->num );
return L0;
}
ARGPARSEcode subcommand_add_operand(subcommand *scmd, operand *op) {
if (!scmd->args)
scmd->args = args_new();
return args_add_operand(scmd->args, op);
}
ARGPARSEcode subcommand_add_option(subcommand *scmd, option *opt) {
if (!scmd->args)
scmd->args = args_new();
return args_add_option(scmd->args, opt);
}
static int _handleconn (int delay_time, int max_cost_time, int error)
{
if (error) {
if (error == 1) {
daemon_printf( "%d server temporarily unavailable\n", CODE_TEMPORARILY_UNAVAILABLE );
printf("daemon busy: temporarily unavailable\n");
} else {
printf("daemon too busy: drop connection\n");
}
net_close_fd();
return 0;
}
daemon_banner();
std::string buf;
std::vector<std::string> *args;
alarm(delay_time);
while (true) {
if (net_read_line(buf))
break;
alarm(max_cost_time);
printf("%s\n", buf.c_str());
args = args_new(buf.c_str());
if (args->size() == 0) {
daemon_printf( "%d no command\n", CODE_SYNTAX_ERROR );
} else if ((*args)[0] == "client" && args->size()>=3) {
daemon_client((*args)[1], (*args)[2]);
} else if ((*args)[0] == "auth" && args->size()>=3) {
daemon_auth((*args)[1], (*args)[2]);
} else if ((*args)[0] == "lookup" && args->size()>=2) {
if (args->size() >=3) {
int wordcount = atoi((*args)[2].c_str());
if (wordcount < 1) {
wordcount = 1;
} else if (wordcount > 100) {
wordcount = 100;
}
daemon_lookup((*args)[1], wordcount);
} else {
daemon_lookup((*args)[1], 30);
}
} else if ((*args)[0] == "query" && args->size()>=2) {
daemon_query((*args)[1]);
} else if ((*args)[0] == "selectquery" && args->size()>=2) {
daemon_selectquery((*args)[1]);
} else if ((*args)[0] == "smartquery" && args->size()>=3) {
daemon_smartquery((*args)[1], (*args)[2]);
} else if ((*args)[0] == "define" && args->size()>=2) {
daemon_define((*args)[1]);
} else if ((*args)[0] == "previous" && args->size()>=2) {
if (args->size() >=3) {
int wordcount = atoi((*args)[2].c_str());
if (wordcount < 1) {
wordcount = 1;
} else if (wordcount > 50) {
wordcount = 50;
}
daemon_previous((*args)[1], wordcount);
} else {
daemon_previous((*args)[1], 15);
}
} else if ((*args)[0] == "next" && args->size()>=2) {
if (args->size() >=3) {
int wordcount = atoi((*args)[2].c_str());
if (wordcount < 1) {
wordcount = 1;
} else if (wordcount > 100) {
wordcount = 100;
}
daemon_next((*args)[1], wordcount);
} else {
daemon_next((*args)[1], 30);
}
} else if ((*args)[0] == "quit" && args->size()>=1) {
daemon_quit();
} else if ((*args)[0] == "register" && args->size()>=4) {
daemon_register((*args)[1], (*args)[2], (*args)[3]);
} else if ((*args)[0] == "change_password" && args->size()>=4) {
daemon_change_password((*args)[1], (*args)[2], (*args)[3]);
} else if ((*args)[0] == "setdictmask" && args->size()>=2) {
daemon_setdictmask((*args)[1]);
} else if ((*args)[0] == "getdictmask" && args->size()>=1) {
daemon_getdictmask();
} else if ((*args)[0] == "setcollatefunc" && args->size()>=2) {
daemon_setcollatefunc((*args)[1]);
} else if ((*args)[0] == "getcollatefunc" && args->size()>=1) {
daemon_getcollatefunc();
} else if ((*args)[0] == "setlanguage" && args->size()>=2) {
daemon_setlanguage((*args)[1]);
} else if ((*args)[0] == "getlanguage" && args->size()>=1) {
daemon_getlanguage();
} else if ((*args)[0] == "setemail" && args->size()>=2) {
daemon_setemail((*args)[1]);
} else if ((*args)[0] == "getemail" && args->size()>=1) {
daemon_getemail();
} else if ((*args)[0] == "getuserlevel" && args->size()>=1) {
daemon_getuserlevel();
} else if ((*args)[0] == "maxdictcount" && args->size()>=1) {
daemon_maxdictcount();
} else if ((*args)[0] == "dirinfo" && args->size()>=2) {
daemon_dirinfo((*args)[1]);
} else if ((*args)[0] == "dictinfo" && args->size()>=2) {
daemon_dictinfo((*args)[1]);
} else if ((*args)[0] == "userlevel" && args->size()>=4) {
daemon_userlevel((*args)[1], (*args)[2], (*args)[3]);
} else if ((*args)[0] == "fromto" && args->size() >= 1) {
daemon_fromto();
} else if ((*args)[0] == "dictslist" && args->size()>=2) {
daemon_dictslist((*args)[1]);
} else if ((*args)[0] == "tmpdictmask" && args->size() >= 2) {
daemon_LookupinTmpdictmask((*args)[1]);
} else if ((*args)[0] == "getadinfo" && args->size()>=1) {
daemon_getadinfo();
} else {
daemon_printf( "%d unknown command\n", CODE_SYNTAX_ERROR );
}
delete args;
alarm(delay_time);
}
daemon_terminate( 0, "close" );
return 0;
}
