Clock/laser/detector A synced with B, moved a set distance from eachother, which of course unsyncs them because of time dialation. Both clocks are still running with different times shown on their faces, a pulse from A is sent and logged on A as $A\_1$, arrives at B and is logged on B as $B\_1$.  

B after any amount of time will (won't change the results) then send a pulse logging its time as $B\_2$. A recieves the pulse, logs the time as $A\_2$.

We then substract $B\_1$ from $A\_1$ to get the difference in time (this time does not indicate any velocity given; we don't know the amount of time dialation). We also do this for $A\_2$, $B\_2$. After we get the diffrence in times we subtract those differences from each other: $|A\_1-B\_1|-|A\_2-B\_2|$. If this value is greater or less than 0, then the speed of light is different in different directions.

I'm asking if this experiment would prove it, or I'm just a big dummy and missed something somewhere?