fn generate(&mut self, bananaq: &Weak<FuzzyQ>, mem: &mut[u8], fd: &[u8], shared: &[u8]) {
        if mem.len() != self.size() {
            panic!("trying to generate Argument with wrong size {} -> {} vs {}", self.name(), mem.len(), self.size());
        }
        self.generate_unsafe(bananaq, mem, fd, shared);
    }
/// wrapping GenerateImpl per Argument, to check slice length corectness!
wrapping GenerateImpl per Argument, to check slice length corectness!
wrapping GenerateImpl per Argument to check slice length corectness!
fn generate(&mut self, bananaq: &Weak<FuzzyQ>, mem: &mut[u8], fd: &[u8], shared: &[u8]) {
        if mem.len() != self.size() {
            panic!("trying to generate Argument with wrong size {} -> {} vs {}", self.name(), mem.len(), self.size());
        }
        self.generate_unsafe(bananaq, mem, fd, shared);
    }
fn generate ( & mut self , bananaq : & Weak < FuzzyQ > , mem : & mut [ u8 ] , fd : & [ u8 ] , shared : & [ u8 ] ) { if mem . len ( ) != self . size ( ) { panic ! ( " " self name ( ) mem len ( ) self size ( ) ) ; } self . generate_unsafe ( bananaq , mem , fd , shared ) ; }
wrapping GenerateImpl per Argument, to check slice length corectness!
wrapping GenerateImpl per Argument to check slice length corectness!
&mut self
bananaq
&Weak<FuzzyQ>
mem
&mut[u8]
fd
&[u8]
shared
&[u8]
&mut self
bananaq
&Weak<FuzzyQ>
mem
&mut[u8]
fd
&[u8]
shared
&[u8]