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Hi, Inserting a call instruction is a bit of a pain. The only way I know how to do it is to write a bunch of code like the following: std::vector<const Type*> formalArgs; formalArgs.push_back(arg1->getType()); formalArgs.push_back(arg2->getType()); ... formalArgs.push_back(argn->getType()); std::vector<Value*> args; args.push_back(arg1); args.push_back(arg2); ... args.push_back(argn); FunctionType *FType = FunctionType::get(RetTy,...

...p in all cases instead of sometimes an error; part of Emil Bode's PR#17483. * Calls like formatC(*, zero.print = "< 0.001") no longer give an error and are further improved via new optional argument replace.zero. Reported by David Hugh-Jones. * methods::formalArgs("<fn>") now finds the same function as formals("<fn>"), fixing Emil Bode's PR#17499. * The methods package better handles duplicated class names across packages. * The default method of seq() now avoids integer overflow, thanks to the...

...p in all cases instead of sometimes an error; part of Emil Bode's PR#17483. * Calls like formatC(*, zero.print = "< 0.001") no longer give an error and are further improved via new optional argument replace.zero. Reported by David Hugh-Jones. * methods::formalArgs("<fn>") now finds the same function as formals("<fn>"), fixing Emil Bode's PR#17499. * The methods package better handles duplicated class names across packages. * The default method of seq() now avoids integer overflow, thanks to the...

...p in all cases instead of sometimes an error; part of Emil Bode's PR#17483. * Calls like formatC(*, zero.print = "< 0.001") no longer give an error and are further improved via new optional argument replace.zero. Reported by David Hugh-Jones. * methods::formalArgs("<fn>") now finds the same function as formals("<fn>"), fixing Emil Bode's PR#17499. * The methods package better handles duplicated class names across packages. * The default method of seq() now avoids integer overflow, thanks to the...