1) There is a n x n grid of 1's and 0's. Find the i , where i is the row
containing all 1's and all 0's(except the intersection point). Should do
it in less than 25 comparisons
..
2) Use 2 stacks to implement a queue. Followed up with making the
access to the Data structure concurrently.
3) C++ question was good, implement a c++ class such that it allows us
to add data members at runtime.
4)Implement a transaction manager in a database server. The discussion
involved a lot of stuff about transaction logs.
5) How do you tune an application. Creating indexes.
6) Some SQL performance tuning questions on creating indexes.
7) can you write a foo() in c? If so how can u do it?
8) vector implementation questions.
9) Almost everyone asked about my language.(except ppl who attended my talk).
containing all 1's and all 0's(except the intersection point). Should do
it in less than 25 comparisons
..
2) Use 2 stacks to implement a queue. Followed up with making the
access to the Data structure concurrently.
3) C++ question was good, implement a c++ class such that it allows us
to add data members at runtime.
4)Implement a transaction manager in a database server. The discussion
involved a lot of stuff about transaction logs.
5) How do you tune an application. Creating indexes.
6) Some SQL performance tuning questions on creating indexes.
7) can you write a foo() in c? If so how can u do it?
8) vector implementation questions.
9) Almost everyone asked about my language.(except ppl who attended my talk).
For Further Reading,
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