> Is the intent that applications developed with this are compiled for target hardware on a machine-specific basis?
Vx gives you the power to do so, but one can be conservative by putting all the values in the fleet/*.vx files to extreme values. An analogy to that would be when we compile for X86-64, we can specify `-mcpu` otherwise by default the compiler picks a conservative backend.
Vx allows one to define compute elements(number of cores, etc), memory elements (number of distinct memory elements, hierarchy if any) and their relationship (placement, ownership etc). Together they define the toplogoy of a machine. Toplogy goes into machine description files (see https://github.com/vx-lang/Vx/tree/main/fleet) and the compiler uses them to 'monomorphize' the program based on that topology.
Vx gives you the power to do so, but one can be conservative by putting all the values in the fleet/*.vx files to extreme values. An analogy to that would be when we compile for X86-64, we can specify `-mcpu` otherwise by default the compiler picks a conservative backend.
Vx allows one to define compute elements(number of cores, etc), memory elements (number of distinct memory elements, hierarchy if any) and their relationship (placement, ownership etc). Together they define the toplogoy of a machine. Toplogy goes into machine description files (see https://github.com/vx-lang/Vx/tree/main/fleet) and the compiler uses them to 'monomorphize' the program based on that topology.