Concurrent writes in multi-ported memories

I have a 4W/8R port memory built from dual port block rams as building blocks ( built using the techniques published by an author) . The code is written in verilog and in the test bench, I specify the 4 write address, 4 write data and the read address to check if I am getting the read data after correct number of clock cycles. Now to solve the issue of concurrent writes , I can just put a comparator circuit before the memory which will

1) compare the addresses being written in to the memory.

2) If the write addresses match compare the data being written. If all the ports are writing the same data then there is no problem. But if the data is different then then use either priority (assigning a static priority to port is easy. But I haven't thought of how assign a dynamic priority) or some other technique to select only 1 port and write that data.

Then I can synthesize this design in Quartus. Is this idea sensible?