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You can write code for simple programs without formal knowledge of algorithms, But anything more complex than sample is going to be a problem. understanding of algorithm complexity can be very helpful. It can make the difference between things that run in a reasonable time and things that just lock up your computer and you don't know why.

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#welcome to learn algorithm 365 with me ##log record

  1. The relization of the skip-list that include the insert, search, delete methods. date: 2016-11-25 in Shanghai
  2. The quick sort has benn come true. date: 2016-11-30 in shanghai
  3. The insert sort has bee come true. date: 2016-11-30 in shanghai
  4. The hash table has been come true. date: 2016-12-1 in shanghai
  5. The heap sort and priority queue has been come true. date: 2016-12-4 in shanghai
  6. The stack and queue has been come true. date: 2016-12-6 in shanghai
  7. The real queue that is based on a circular slice has come true date: 2016-12-9 in shanghai
  8. Fixed tiny bug in skip list but there are have some bug in random number date: 2016-12-9 in shanghai
  9. The double list has been come true. date: 2016-12-12 in shanghai
  10. The binary search tree has been come true. date 2016-12-15 in shanghai. today is so cold!
  11. The Red-Black search tree has been come true. date 2017-01-04 in shanghai.
  12. The series of algorithm suspend. Start time again may be in spring. date 2017-01-04 in shanghai
  13. go on
  14. Support dijkstra date 2017-03-01 in shanghai

how to test?

you can test specified file use below command

go test -v  yourfile.go youfile_test.go

##Contact Wechat: convertxy

QQ: 2698380951

Email: [email protected]

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You can write code for simple programs without formal knowledge of algorithms, But anything more complex than sample is going to be a problem. understanding of algorithm complexity can be very helpful. It can make the difference between things that run in a reasonable time and things that just lock up your computer and you don't know why.

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