#include #include #include "vkfieldarray.h" #include "vkfieldauto.h" #include "vkfieldcustom.h" #include "vkfielddata.h" #include "vkfielddef.h" #include "vkfieldsingle.h" #include "vkfieldstring.h" #include "vkstruct.h" @implementation FieldDef +fielddef:(PLItem *)item struct:(Struct *)strct field:(string)fname { string record = [item string]; PLItem *type_desc = [item getObjectForKey:"type"]; if (!item) { record = "auto"; } if (!record) { if (item && !type_desc) { return nil; } record = [type_desc string]; if (!record) { record = [[type_desc getObjectAtIndex:0] string]; } } switch (record) { case "auto": return [[[AutoField alloc] init:item struct:strct field:fname] autorelease]; case "custom": return [[[CustomField alloc] init:item struct:strct field:fname] autorelease]; case "string": return [[[StringField alloc] init:item struct:strct field:fname] autorelease]; case "data": return [[[DataField alloc] init:item struct:strct field:fname] autorelease]; case "single": return [[[SingleField alloc] init:item struct:strct field:fname] autorelease]; case "array": return [[[ArrayField alloc] init:item struct:strct field:fname] autorelease]; } return nil; } -init:(PLItem *)item struct:(Struct *)strct field:(string)fname { self = [super init]; if (!self) { return self; } line = [item line]; struct_name = str_hold ([strct outname]); field_name = str_hold (fname); return self; } -fromField:(qfot_var_t *)field struct:(Struct *)strct { return self; } -(void)dealloc { str_free (struct_name); str_free (field_name); [super dealloc]; } -writeParseData { fprintf (output_file, "undefined record type parse: %d\n", line); return self; } -writeField { fprintf (output_file, "undefined record type field: %d\n", line); return self; } -writeSymbol { fprintf (output_file, "\t{\"%s\", 0/*FIXME*/, (void *) field_offset (%s, %s)},\n", field_name, struct_name, value_field); return self; } -(string) name { return field_name; } -(int) searchType { return 1; } @end