Creating a user callable C wrapper will require different args than a
Fortran callable C wrapper. For example, std::vector will need an
explicit length argument that Fortran can provide via the intrinsic
size. This will be done with a new statement group but it will
require a different +api meta attribute than Fortran uses (like cdesc)
This merge request creates a FunctionNode._bind[wlang][name]
dictionary to hold statement.Bind instances.
Replaces use of the declarator.metaattrs field mostly. Python and Lua still
use the current metaattrs.
The arg_to_buffer and arg_to_CFI functions have been removed. Instead
the original FunctionNode can be wrapped as both C and Fortran since
there is a binding specific metaattrs.
Creating a user callable C wrapper will require different args than a Fortran callable C wrapper. For example,
std::vectorwill need an explicit length argument that Fortran can provide via the intrinsicsize. This will be done with a new statement group but it will require a different +api meta attribute than Fortran uses (like cdesc)This merge request creates a
FunctionNode._bind[wlang][name]dictionary to holdstatement.Bindinstances.Replaces use of the
declarator.metaattrsfield mostly. Python and Lua still use the current metaattrs.The
arg_to_bufferandarg_to_CFIfunctions have been removed. Instead the originalFunctionNodecan be wrapped as both C and Fortran since there is a binding specific metaattrs.