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Java

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1 | ELEMENTS OF PROGRAMMING | DATA | 1.1.1 | HelloWorld.java | Hello, World | – | 1.1.2 | UseArgument.java | using a command-line argument | – | 1.2.1 | Ruler.java | string concatenation example | – | 1.2.2 | IntOps.java | integer multiplication and division | – | 1.2.3 | Quadratic.java | quadratic formula | – | 1.2.4 | LeapYear.java | leap year | – | 1.2.5 | RandomInt.java | casting to get a random integer | – | 1.3.1 | Flip.java | flippling a fair coin | – | 1.3.2 | TenHellos.java | your first while loop | – | 1.3.3 | PowersOfTwo.java | computing powers of two | – | 1.3.4 | DivisorPattern.java | your first nested loops | – | 1.3.5 | Harmonic.java | harmonic numbers | – | 1.3.6 | Sqrt.java | Newton's method | – | 1.3.7 | Binary.java | converting to binary | – | 1.3.8 | Gambler.java | gambler's ruin simulation | – | 1.3.9 | Factors.java | factoring integers | – | 1.4.1 | Sample.java | sampling without replacement | – | 1.4.2 | CouponCollector.java | coupon collector simulation | – | 1.4.3 | PrimeSieve.java | sieve of Eratosthenes | – | 1.4.4 | SelfAvoidingWalk.java | self-avoiding random walks | – | 1.5.1 | RandomSeq.java | generating a random sequence | – | 1.5.2 | TwentyQuestions.java | interactive user input | – | 1.5.3 | Average.java | averaging a stream of numbers | – | 1.5.4 | RangeFilter.java | a simple filter | – | 1.5.5 | PlotFilter.java | input-to-drawing filter | USA.txt | 1.5.6 | BouncingBall.java | bouncing ball | – | 1.5.7 | PlayThatTune.java | digital signal processing | elise.txt Ascale.txt StairwayToHeaven.txt | 1.6.1 | Transition.java | computing the transition matrix | tiny.txt medium.txt | 1.6.2 | RandomSurfer.java | simulating a random surfer | – | 1.6.3 | Markov.java | mixing a Markov chain | – | 2 | FUNCTIONS | DATA | 2.1.1 | Newton.java | Newton's method (revisited) | – | 2.1.2 | Gaussian.java | Gaussian functions | – | 2.1.3 | Coupon.java | coupon collector (revisited) | – | 2.1.4 | PlayThatTuneDeluxe.java | play that tune (revisited) | elise.txt Ascale.txt StairwayToHeaven.txt | 2.2.1 | StdRandom.java | random number library | – | 2.2.2 | StdArrayIO.java | array I/O library | – | 2.2.3 | IFS.java | iterated function systems | sierpinski.txt barnsley.txt tree.txt coral.txt | 2.2.4 | StdStats.java | data analysis library | – | 2.2.5 | StdStats.java | data analysis library | – | 2.2.6 | Bernoulli.java | Bernoulli trials | – | 2.3.1 | Euclid.java | Euclid's algorithm | – | 2.3.2 | TowersOfHanoi.java | towers of Hanoi | – | 2.3.3 | Beckett.java | Gray code | – | 2.3.4 | Htree.java | recursive graphics | – | 2.3.5 | Brownian.java | Brownian bridge | – | 2.4.1 | Percolation.java | percolation scaffolding | testEZ.txt test5.txt test8.txt | 2.4.2 | VerticalPercolation.java | vertical percolation | testEZ.txt test5.txt test8.txt | 2.4.3 | Visualize.java | percolation visualization client | – | 2.4.4 | Estimate.java | percolation probability estimate | – | 2.4.5 | Percolation.java | percolation detection | testEZ.txt test5.txt test8.txt | 2.4.6 | PercPlot.java | adaptive plot client | – | 3 | OBJECT ORIENTED PROGRAMMING | DATA | 3.1.1 | ChargeClient.java | charged particles | – | 3.1.2 | AlbersSquares.java | Albers squares | – | 3.1.3 | Luminance.java | luminance library | – | 3.1.4 | Grayscale.java | converting color to grayscale | mandrill.jpg darwin.jpg | 3.1.5 | Scale.java | image scaling | mandrill.jpg | 3.1.6 | Fade.java | fade effect | mandrill.jpg darwin.jpg | 3.1.7 | Potential.java | visualizing electric potential | charges.txt | 3.1.8 | GeneFind.java | finding genes in a genome | genomeTiny.txt genomeVirus.txt | 3.1.9 | Cat.java | concatenating files | in1.txt in2.txt | 3.1.10 | StockQuote.java | screen scraping for stock quotes | – | 3.1.11 | Split.java | splitting a file | DJIA.csv | 3.2.1 | Charge.java | charged-particle data type | – | 3.2.2 | Stopwatch.java | stopwatch data type | – | 3.2.3 | Histogram.java | histogram data type | – | 3.2.4 | Turtle.java | turtle graphics data type | – | 3.2.5 | Spiral.java | Spira mirabilis | – | 3.2.6 | Complex.java | complex number data type | – | 3.2.7 | Mandelbrot.java | Mandelbrot set | – | 3.2.8 | StockAccount.java | stock account data type | Turing.txt | 3.3.1 | Complex.java | Complex numbers (revisited) | – | 3.3.2 | Counter.java | counter data type | – | 3.3.3 | Vector.java | spatial vector data type | – | 3.3.4 | Document.java | document data type | genomeA.txt | 3.3.5 | CompareAll.java | Similarity detection | Constitution.txt TomSawyer.txt HuckFinn.txt Prejudice.txt Picture.java DJIA.csv Amazon.html ACTG.txt | 3.4.1 | Body.java | gravitational body data type | – | 3.4.2 | Universe.java | N-body simulation | 2body.txt 3body.txt 4body.txt 2bodyTiny.txt | 4 | DATA STRUCTURES | DATA | 4.1.1 | ThreeSum.java | 3-sum problem | 8ints.txt 1Kints.txt 4Kints.txt 8Kints.txt | 4.1.2 | DoublingTest.java | validating a doubling hypothesis | – | 4.2.1 | TwentyQuestions.java | binary search (20 questions) | – | 4.2.2 | Gaussian.java | bisection search (function inversion) | – | 4.2.3 | BinarySearch.java | binary search (sorted array) | test.txt whitelist.txt | 4.2.4 | Insertion.java | insertion sort | tiny.txt TomSawyer.txt | 4.2.5 | InsertionTest.java | doubling test for insertion sort | – | 4.2.6 | Merge.java | mergesort | tiny.txt | 4.2.7 | FrequencyCount.java | frequency counts | Leipzig100K.txt | 4.2.8 | LRS.java | longest repeated substring | genome15.txt genomeTiny.txt | 4.3.1 | ArrayStackOfStrings.java | stack of strings (array) | tobe.txt | 4.3.2 | LinkedStackOfStrings.java | stack of strings (linked list) | tobe.txt | 4.3.3 | DoublingStackOfStrings.java | stack of strings (array doubling) | tobe.txt | 4.3.4 | Stack.java | stack data type | tobe.txt | 4.3.5 | Evaluate.java | expression evaluation | – | 4.3.6 | Queue.java | queue data type | tobe.txt | 4.3.7 | MD1Queue.java | M/D/1 queue simulation | – | 4.3.8 | LoadBalance.java | load balancing simulation | – | 4.4.1 | Lookup.java | dictionary lookup | amino.csv DJIA.csv ip.csv | 4.4.2 | Index.java | indexing | TaleOfTwoCities.txt | 4.4.3 | BST.java | BST symbol table data type | – | 4.4.4 | DeDup.java | dedup filter | TaleOfTwoCities.txt | – | ST.java | symbol table data type | – | – | SET.java | set data type | – | 4.5.1 | Graph.java | graph data type | tiny.txt | 4.5.2 | IndexGraph.java | using a graph to invert an index | tiny.txt movies.txt amino.csv | 4.5.3 | PathFinder.java | shortest-paths client | routes.txt movies.txt | 4.5.4 | PathFinder.java | shortest-paths implementation | routes.txt movies.txt | 4.5.5 | SmallWorld.java | small-world test | moviesG.txt | – | GraphGenerator.java | graph generator | – |

Exercise solutions. Here is a list of solutions to selected coding exercises.

1 | ELEMENTS OF PROGRAMMING | 1.1.1 | TenHelloWorlds.java | ten Hello, Worlds | 1.1.5 | UseThree.java | three command-line arguments | 1.2.20 | SumOfTwoDice.java | sum of two dice | 1.2.23 | SpringSeason.java | is month and day in Spring? | 1.2.25 | WindChill.java | compute wind chill factor | 1.2.26 | CartesianToPolar.java | Cartesian to polar coordinates | 1.2.29 | DayOfWeek.java | compute day of week from date | 1.2.30 | Stats5.java | average, min, max of 5 random numbers | 1.2.34 | ThreeSort.java | sort three integers | 1.2.35 | Dragon.java | dragon curve of order 5 | 1.3.8 | FivePerLine.java | print integers five per line | 1.3.11 | FunctionGrowth.java | table of functions | 1.3.12 | DigitReverser.java | reverse digits | 1.3.13 | Fibonacci.java | Fibonacci numbers | 1.3.15 | SeriesSum.java | convergent sum | 1.3.20 | BinaryToString.java | binary number to string conversion | 1.3.31 | Ramanujan.java | taxicab numbers | 1.3.32 | ISBN.java | ISBN checksum | 1.3.38 | Sin.java | sine function via Taylor series | 1.3.41 | MonteHall.java | Monte Hall problem | 1.4.2 | HugeArray.java | creating a huge array | 1.4.10 | Deal.java | deal poker hands | 1.4.13 | Transpose.java | tranpose a square matrix | 1.4.25 | InversePermutation.java | compute inverse permutation | 1.4.26 | Hadamard.java | compute Hadamard matrix | 1.4.30 | Minesweeper.java | create Minesweeper board | 1.4.33 | RandomWalkers.java | N random walkers | 1.4.35 | Birthdays.java | birthday problem | 1.4.37 | BinomialCoefficients.java | binomial coefficients | 1.5.1 | MaxMin.java | max and min from standard input | 1.5.3 | Stats.java | mean and stddev from standard input | 1.5.5 | LongestRun.java | longest consecutive run from stdin | 1.5.11 | WordCount.java | word count from standard input | 1.5.15 | Closest.java | closest point | 1.5.18 | CheckerBoard.java | draw a checkerboard | 1.5.21 | Rose.java | draw a rose | 1.5.22 | Banner.java | animate a text banner | 1.5.31 | Spirograph.java | draw spirograph | 1.5.32 | Clock.java | animate a clock | 1.5.33 | Oscilloscope.java | simulate an oscilloscope | 2 | FUNCTIONS | 2.1.4 | ArrayEquals.java | are two integer arrays equal? | 2.1.30 | BlackScholes.java | Black-Scholes option valuation | 2.1.32 | Horner.java | Horner's method to evaluate a polynomial | 2.1.33 | Benford.java | Benford's law | 2.1.38 | Calendar.java | create a calendar | 2.2.1 | Gaussian.java | overloaded gaussian distribution functions | 2.2.2 | Hyperbolic.java | hyperbolic trig functions | 2.2.4 | StdRandom.java | shuffle an array of doubles | 2.2.6 | StdArrayIO.java | array IO methods | 2.2.11 | Matrix.java | matrix operations | 2.2.12 | MarkovSquaring.java | page rank via matrix squaring | 2.2.14 | StdRandom.java | exponential random variable | 2.3.14 | AnimatedHtree.java | animated H-tree | 2.3.15 | IntegerToBinary.java | integer to binary conversion | 2.3.17 | Permutations.java | all permutations | 2.3.18 | PermutationsK.java | all permutations of size k | 2.3.19 | Combinations.java | all combinations | 2.3.20 | CombinationsK.java | all combinations of size k | 2.3.22 | RecursiveSquares.java | recursive squares | 2.3.24 | GrayCode.java | Gray code | 2.3.26 | AnimatedHanoi.java | animated Towers of Hanoi | 2.3.29 | Collatz.java | Collatz function | 2.3.30 | BrownianIsland.java | Brownian island | 2.3.31 | PlasmaCloud.java | plama cloud | 2.3.32 | McCarthy.java | McCarthy's 91 function | 2.3.33 | Tree.java | fractal tree | 2.4.15 | PercolationDirectedNonrecursive.java | directed percolation |

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...1 Learn Java/J2EE core concepts and key areas With Java/J2EE Job Interview Companion By K.Arulkumaran & A.Sivayini Technical Reviewers Craig Malone Stuart Watson Arulazi Dhesiaseelan Lara D’Albreo Cover Design, Layout, & Editing A.Sivayini Acknowledgements A. Sivayini Mr. & Mrs. R. Kumaraswamipillai 2 Java/J2EE Job Interview Companion Copy Right 2005-2007 ISBN 978-1-4116-6824-9 The author has made every effort in the preparation of this book to ensure the accuracy of the information. However, information in this book is sold without warranty either expressed or implied. The author will not be held liable for any damages caused or alleged to be caused either directly or indirectly by this book. Please e-mail feedback & corrections (technical, grammatical and/or spelling) to java-interview@hotmail.com First Edition (220+ Q&A): Dec 2005 Second Edition (400+ Q&A): March 2007 3 Outline SECTION DESCRIPTION What this book will do for you? Motivation for this book Key Areas index SECTION 1 Interview questions and answers on: Java Fundamentals Swing Applet Performance and Memory issues Personal and Behavioral/Situational Behaving right in an interview Key Points SECTION 2 Interview questions and answers on: Enterprise Java J2EE Overview Servlet JSP JDBC / JTA JNDI / LDAP RMI EJB JMS XML SQL, Database, and O/R mapping RUP & UML Struts Web and Application servers. Best practices and performance considerations. Testing and deployment. Personal and...

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