Using both qml.ctrl and qml.adjoint causes named operations to execute as matrix operations

Running the following circuit:

def small_circ():
    op = qml.T(0)
    op = qml.adjoint(op)
    op = qml.ctrl(op, control=1, control_values=[1])

    return qml.state()

using null.qubit as the device executes a matrix operation instead of the named gate. Removing either the adjoint or the controlled makes the gate named again (and applies a T gate with either inverse=True or control_wires having data), but the presence of both makes it a matrix op and not a named op.

Reproduce the circuit from the issue on the null.qubit device, keeping both qml.adjoint and qml.ctrl applied to qml.T. Trace how the operation is represented after these transforms and compare it with cases where either transform is removed. Done means the combined operation remains a named T operation rather than becoming a matrix operation.