pub fn go(rmod: &mut RadecoModule) -> () {
    for rfun in rmod.functions.values_mut() {
        go_fn(rfun, &rmod.callgraph);
    }
}
/// For every [`OpCall`] SSA node in every function, try to find that call
/// site's corresponding edge in [the callgraph] and replace the "target"
/// operand of the SSA node with a constant value for the address of the actual
/// call target.
///
/// [`OpCall`]: ir::MOpcode::OpCall
/// [the callgraph]: RadecoModule::callgraph
For every [`OpCall`] SSA node in every function, try to find that call
site's corresponding edge in [the callgraph] and replace the "target"
operand of the SSA node with a constant value for the address of the actual
call target.


For every [ ` OpCall ` ] SSA node in every function try to find that call site ' s corresponding edge in [ the callgraph ] and replace the " target " operand of the SSA node with a constant value for the address of the actual call target .
pub fn go(rmod: &mut RadecoModule) -> () {
    for rfun in rmod.functions.values_mut() {
        go_fn(rfun, &rmod.callgraph);
    }
}
pub fn go ( rmod : & mut RadecoModule ) -> ( ) { for rfun in rmod . functions . values_mut ( ) { go_fn ( rfun , & rmod . callgraph ) ; } }
For every [`OpCall`] SSA node in every function, try to find that call
site's corresponding edge in [the callgraph] and replace the "target"
operand of the SSA node with a constant value for the address of the actual
call target.
For every [ ` OpCall ` ] SSA node in every function try to find that call site ' s corresponding edge in [ the callgraph ] and replace the " target " operand of the SSA node with a constant value for the address of the actual call target .
rmod
&mut RadecoModule
rmod
&mut RadecoModule