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GetPartiallyDesugaredType was 'forgetting' to add full qualification of the
template parameters in some case (where the template paramter in the
QualType was not yet an elaborated type). Extend the internal interface to
distinguish when we need to add full qualification to the type itself or its
template parameters.
We had two different codepath for codegeneration. The first one was for
declarations that came from text and the second one for declarations that came
from 'ExternalSource' such as PCH. In the latter case we had to do some
extra equilibristics to emulate a PCM and ignore generating code for decls with
static storage, because it will clash with the loading of the library that already
contains them.
The advantage of the new implementation is that instead of communicating the
deserialized decls to ROOT via some fishy deserialization listeners we can use
the cling::Transaction as we use it for decls that came from code.
This restriction prevents us from evaluating function argument
expressions of class type (by value), and prevents us from
returning values with a class type (by value), if that class
has a non-trivial constructor or copy constructor.
For now we will allow the StoredValue to do a bit copy, with
the expectation that in the future StoredValue will hold
values of class type by pointer or reference instead of making
a copy.
Indeed if the UserInterface.cpp is compiled without -fno-exceptions I get:
****************** CLING ******************
* Type C++ code and press enter to run it *
* Type .q to exit *
*******************************************
[cling]$ throw 12;
Exception occurred. Recovering...
[cling]$ .q
So the issue is still in the build system, because I built UserInterface.cpp 'by hand'.
The idea is whenever there is an exception cling to be able to recover from it
and continue working. For example:
[cling] throw 12;
shouldn't crash the current session in the interpreter. Now that we have compiled
the UserInterface with exceptions on, I hoped to be able to catch exceptions
coming from the JIT easily, but obviously I am still missing something.
Add new overload for findFunctionProto and matchFunctionProto which rather than
taking the list of argument types as a StringRef, take it as a
const llvm::SmallVector<clang::QualType, 4>. This avoids the (permanent)
allocations inside clang due to the Parsing of types.
We now use operator new with placement to memory explicit
allocated in the routine (rather than the ASTContext) so
that we can release this memory at the end of the function.
The memory is allocated via a vector of object large enough
to hold the OpaqueExprRef.
