pub fn serialize(&self, fd: &[u8], shared: &[u8]) -> String {
        (self.name.to_string() + "(void" +
            &self.args
                .iter()
                .enumerate()
                .map(|(ind, arg)| {
                    let mut data = arg.do_serialize(fd, shared);
                    if data[..3].contains("new") {
                        data = String::from("(") +
                            self.name +
                            &ind.to_string() +
                            "*)" + &data
                    }
                    String::from(",\n\t") + &data
                })
                .collect::<String>() +
            ");")
                .replace("void,", "")
    }
/// print call to string that way we can reproduce it from PoC ( mini c++ program ) later
///
/// note : this schema is novel fuzzing approach : LOOP + Generation based
print call to string that way we can reproduce it from PoC ( mini c++ program ) later
note : this schema is novel fuzzing approach : LOOP + Generation based
print call to string that way we can reproduce it from PoC ( mini c ++ program ) later note : this schema is novel fuzzing approach : LOOP + Generation based
pub fn serialize(&self, fd: &[u8], shared: &[u8]) -> String {
        (self.name.to_string() + "(void" +
            &self.args
                .iter()
                .enumerate()
                .map(|(ind, arg)| {
                    let mut data = arg.do_serialize(fd, shared);
                    if data[..3].contains("new") {
                        data = String::from("(") +
                            self.name +
                            &ind.to_string() +
                            "*)" + &data
                    }
                    String::from(",\n\t") + &data
                })
                .collect::<String>() +
            ");")
                .replace("void,", "")
    }
pub fn serialize ( & self , fd : & [ u8 ] , shared : & [ u8 ] ) -> String { ( self . name . to_string ( ) + " " + & self . args . iter ( ) . enumerate ( ) . map ( | ( ind , arg ) | { let mut data = arg . do_serialize ( fd , shared ) ; if data [ .. 3 ] . contains ( " " ) { data = String :: from ( " " ) + self . name + & ind . to_string ( ) + " " + & data } String :: from ( " \n \t " ) + & data } ) . collect :: < String > ( ) + " " ) . replace ( " " , " " ) }
print call to string that way we can reproduce it from PoC ( mini c++ program ) later
note : this schema is novel fuzzing approach : LOOP + Generation based
print call to string that way we can reproduce it from PoC ( mini c ++ program ) later note : this schema is novel fuzzing approach : LOOP + Generation based
&self
fd
&[u8]
shared
&[u8]
&self
fd
&[u8]
shared
&[u8]