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1) Every process increase local clock between any two consecutive events
2) We want a means associated with calculating time so that for each event ‘a’, we are able to allocate this a time value ‘C(a)’ which just about all procedures acknowledge these:
- Any time clock ‘C’ should monotonically improve i.e, constantly go forward.
- If (a) --> (b) then C(a) < C(b)
3) Every development, ‘p’, preserves a local counter ‘Cp’
4) ‘Cp’ is increased before every incident has issued at route p: Cp = (Cp + 1)
5) When ‘p’ sends a message ‘m’, it piggybacks on ‘m’ the value ‘t’ = (Cp)
6) On receiving (m, t), process q computes cq = max(cq, t) and then applies the first rule before timestamping the event rcv(m)
| send event():- identifies the sending of an event receive event():- identifies the receiving of an event eventOccurred():- signifies that an event has occurred main():-create methods and calls send and receive events on the processes. |
Example:
Suppose that every process's logical clock is set to 0.
From the timing diagram, what can you say about the following events?
| Between ( a and b ): a --> b Between ( b and f ): b --> f Between ( e and k ): concurrent Between ( c and h ): concurrent Between ( k and h ): k --> h |
1) A timestamp of 1 is associated with events a, e, j in processes S1, S2, S3 respectively.
2) A timestamp of 2 is associated with events b, k in processes S1, S3 respectively
3) The times may be the same but the events are distinct.
4) We would like to create a total order of all events i.e for an event a, b we would like to say that either (a --> b) or (b --> a)
5) Create total order by attaching a process number to an event.
6) Pi timestamps event ‘e’ with Ci( e ).i
7) we then say that ci( a ). i happens before ‘cj( b ).j’ if ‘f’:
8) ci( a ) < cj( b ); or ci( a ) = cj( b ) and i < j
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