quakeforge/tools/qfcc/test/old/entity-field.r

.float x;
.vector v;
.float z = nil;
.float w;
.void (float y) func;
//.void (float y) bi = #0;
.void (float y) ni = nil;
.float u;

//.void (float y) co =
//{
//}

void (entity ent) foo =
{
	ent.x = ent.v * ent.v;
	ent.func (ent.v * ent.v);
};
Use special treatment for .float ()foo; functions. The parser wants to treat .float () foo; as a function returning a float field, but qcc treats it as a field holding a function variable. Fortuantely, field types are always "simple" (ie, at worst, just more field type wrappers around the non-field type), so all that's needed to obtain qcc grammar is to reach into the field type layers and do the function type calculation based on the non-field type found there. 2011-02-21 23:54:01 +00:00			`.float x;`
			`.vector v;`
Some test updates. 2011-03-03 23:27:26 +00:00			`.float z = nil;`
			`.float w;`
Use special treatment for .float ()foo; functions. The parser wants to treat .float () foo; as a function returning a float field, but qcc treats it as a field holding a function variable. Fortuantely, field types are always "simple" (ie, at worst, just more field type wrappers around the non-field type), so all that's needed to obtain qcc grammar is to reach into the field type layers and do the function type calculation based on the non-field type found there. 2011-02-21 23:54:01 +00:00			`.void (float y) func;`
Some test updates. 2011-03-03 23:27:26 +00:00			`//.void (float y) bi = #0;`
			`.void (float y) ni = nil;`
			`.float u;`

			`//.void (float y) co =`
			`//{`
			`//}`
Use special treatment for .float ()foo; functions. The parser wants to treat .float () foo; as a function returning a float field, but qcc treats it as a field holding a function variable. Fortuantely, field types are always "simple" (ie, at worst, just more field type wrappers around the non-field type), so all that's needed to obtain qcc grammar is to reach into the field type layers and do the function type calculation based on the non-field type found there. 2011-02-21 23:54:01 +00:00
			`void (entity ent) foo =`
			`{`
			`ent.x = ent.v * ent.v;`
			`ent.func (ent.v * ent.v);`
			`};`