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Life is full of priorities, let's bring some order there
- .NET 4.0 Generics
- .NET 4.0 Generics
- Credits
- Foreword
- About the Author
- Acknowledgement
- About the Reviewers
- www.PacktPub.com
- Preface
- 1. Why Generics?
- 2. Lists
- Types of generic lists
- Checking whether a sequence is a palindrome or not
- Time for action — creating the generic stack as the buffer
- Time for action — completing the rest of the method
- Designing a generic anagram finder
- Time for action — creating the method
- Life is full of priorities, let's bring some order there
- Time for action — creating the data structure for the prioritized shopping list
- Time for action — let's add some gadgets to the list and see them
- Time for action — let's strike off the gadgets with top-most priority after we have bought them
- Time for action — let's create an appointment list
- Live sorting and statistics for online bidding
- Time for action — let's create a custom class for live sorting
- Why did we have three LinkedList<T> as part of the data structure?
- An attempt to answer questions asked by your boss
- Time for action — associating products with live sorted bid amounts
- Time for action — finding common values across different bidding amount lists
- You will win every scrabble game from now on
- Time for action — creating the method to find the character histogram of a word
- Time for action — checking whether a word can be formed
- Time for action — let's see whether it works
- Trying to fix an appointment with a doctor?
- Time for action — creating a set of dates of the doctors' availability
- Time for action — finding out when both doctors shall be present
- Revisiting the anagram problem
- Time for action — re-creating the anagram finder
- Lists under the hood
- Summary
- 3. Dictionaries
- Creating a tag cloud generator using dictionary
- Time for action — creating the word histogram
- Creating a bubble wrap popper game
- Time for action — creating the game console
- Look how easy it was!
- How did we decide we need a dictionary and not a list?
- Let's build a generic autocomplete service
- Time for action — creating a custom dictionary for autocomplete
- Time for action — creating a class for autocomplete
- The most common pitfall. Don't fall there!
- Let's play some piano
- Time for action — creating the keys of the piano
- How are we recording the key strokes?
- Time for action — switching on recording and playing recorded keystrokes
- C# Dictionaries can help detect cancer. Let's see how!
- Time for action — creating the KNN API
- Time for action — getting the patient records
- Time for action — creating the helper class to read a delimited file
- Time for action — let's see how to use the predictor
- Tuples are great for many occasions including games
- Time for action — putting it all together
- Why have we used Tuples?
- How did we figure out whether the game is over or not?
- Summary
- 4. LINQ to Objects
- Time for action — creating an Extension method
- Time for action — consuming our new Extension method
- Putting it all together, LINQ Standard Query Operators
- Time for action — getting the LINQPad
- Time for action — finding all names with *am*
- Time for action — finding all vowels
- Time for action — finding all running processes matching a Regex
- Time for action — playing with the indexed version of Where()
- Time for action — learn how to go about creating a Where() clause
- Time for action — let's say "Hello" to your buddies
- Time for action — radio "Lucky Caller" announcement
- Time for action — flattening a dictionary
- Time for action — leaving the first few elements
- Time for action — picking conditionally
- Time for action — skipping save looping
- Time for action — reversing word-by-word
- Time for action — checking whether a given string is a palindrome or not
- Time for action — sorting names alphabetically
- Time for action — sorting 2D points by their co-ordinates
- Time for action — sorting a list of fruits
- Time for action — indexing an array of strings
- Time for action — grouping by length
- Time for action — finding common names from two names' lists
- Time for action — finding all names from the list, removing duplicates
- Time for action — pulling it all together including duplicates
- Time for action — finding all names that appear mutually exclusively
- Time for action — removing duplicate song IDs from the list
- Time for action — making sure it works!
- Time for action — making a list out of IEnumerable<T>
- Time for action — tagging names
- Time for action — one-to-many mapping
- Time for action — finding the first element that satisfies a condition
- Time for action — getting acquainted with FirstOrDefault()
- Time for action — checking whether a sequence is palindromic
- Time for action — understanding ElementAt()
- Time for action — check out DefaultIfEmpty()
- Time for action — generating arithmetic progression ranges
- Time for action — running a filter on a range
- Time for action — let's go round and round with Repeat()
- Time for action — checking whether there is only one item matching this pattern
- Time for action — set to default if there is more than one matching elements
- Time for action — checking Any()
- Time for action — how to check whether all items match a condition
- Summary
- 5. Observable Collections
- Passive change/Non-statistical change
- Data sensitive change
- Time for action — creating a simple math question monitor
- Time for action — creating the collections to hold questions
- Time for action — attaching the event to monitor the collections
- Time for action — dealing with the change as it happens
- Time for action — dealing with the change as it happens
- Time for action — putting it all together
- Time for action — creating a Twitter browser
- Time for action — creating the interface
- Time for action — creating the TweetViewer user control design
- Time for action — gluing the TweetViewer control
- Time for action — putting everything together
- Time for action — dealing with the change in the list of names in the first tab
- Time for action — a few things to beware of at the form load
- Time for action — things to do when names get added or deleted
- Time for action — sharing the load and creating a task for each BackgroundWorker
- Time for action — a sample run of the application
- Summary
- 6. Concurrent Collections
- Simulating a survey (which is, of course, simultaneous by nature)
- Time for action — creating the blocks
- Devising a data structure for finding the most in-demand item
- Time for action — creating the concurrent move-to-front list
- Time for action — simulating a bank queue with multiple tellers
- Time for action — making our bank queue simulator more useful
- Be a smart consumer, don't wait till you have it all
- Exploring data structure mapping
- Summary
- 7. Power Collections
- BinarySearch()
- Time for action — finding a name from a list of names
- CartesianProduct()
- Time for action — generating names of all the 52 playing cards
- RandomShuffle()
- Time for action — randomly shuffling the deck
- NCopiesOf()
- Time for action — creating random numbers of any given length
- Time for action — creating a custom random number generator
- ForEach()
- Time for action — creating a few random numbers of given any length
- Rotate() and RotateInPlace()
- Time for action — rotating a word
- Time for action — creating a word guessing game
- RandomSubset()
- Time for action — picking a set of random elements
- Reverse()
- Time for action — reversing any collection
- EqualCollections()
- Time for action — revisiting the palindrome problem
- DisjointSets()
- Time for action — checking for common stuff
- Time for action — finding anagrams the easiest way
- Creating an efficient arbitrary floating point representation
- Time for action — creating a huge number API
- Creating an API for customizable default values
- Time for action — creating a default value API
- Mapping data structure
- Algorithm conversion strategy
- Summary
- 8. C5 Collections
- 9. Patterns, Practices, and Performance
- A special Tuple<> pattern
- Time for action — refactoring deeply nested if-else blocks
- Best practices when using Generics
- Selecting a generic collection
- Best practices when creating custom generic collections
- Performance analysis
- How would we do this investigation?
- Benchmarking experiment 1
- Benchmarking experiment 2
- Benchmarking experiment 3
- Benchmarking experiment 4
- Benchmarking experiment 5
- Benchmarking experiment 6
- Benchmarking experiment 7
- Benchmarking experiment 8
- Benchmarking experiment 9
- Summary
- A. Performance Cheat Sheet
- B. Migration Cheat Sheet
- C. Pop Quiz Answers
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