Java Application Performance Tuning and Memory Management

Files Included :

001 What do we mean by performance, and what versions of Java does this course cover.mp4 (89.68 MB)
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002 Example code provided with this course.mp4 (2 MB)
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003 Using different JDK and JVM vendors.mp4 (4.97 MB)
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004 The structure of this course.mp4 (81.26 MB)
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005 How to get support while you're taking this course.mp4 (5.59 MB)
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001 What is bytecode.mp4 (8.02 MB)
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002 The concept of Just In Time Compilation.mp4 (18.86 MB)
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003 Introducing the first example project.mp4 (8.02 MB)
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004 Finding out which methods are being compiled in our applications.mp4 (37.64 MB)
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005 The C1 and C2 Compilers and logging the compilation activity.mp4 (34.84 MB)
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006 Tuning the code cache size.mp4 (23.86 MB)
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007 Remotely monitoring the code cache with JConsole.mp4 (27.62 MB)
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001 The differences between the 32 bit and 64 bit JVM.mp4 (18.65 MB)
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002 Specifying which compiler to use at runtime.mp4 (14.16 MB)
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003 Turning off tiered compilation.mp4 (5.21 MB)
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004 Tuning native compilation within the Virtual Machine.mp4 (30.54 MB)
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001 Introduction - the structure of Java's memory.mp4 (10.98 MB)
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002 How the stack works.mp4 (9.36 MB)
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003 How the heap works.mp4 (7.14 MB)
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004 The heap and the stack together - an example.mp4 (15.57 MB)
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001 What does passing by value mean.mp4 (9.23 MB)
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002 What does passing by reference mean.mp4 (4.85 MB)
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003 Passing objects into methods.mp4 (7.33 MB)
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004 The final keyword and why it's not the same as a constant.mp4 (3.78 MB)
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005 Why the final keyword doesn't stop an object's values from being changed.mp4 (11.74 MB)
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001 Instructions for the exercise.mp4 (2.26 MB)
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002 Walkthrough of the solution.mp4 (20.51 MB)
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001 Introduction - what is an escaping reference.mp4 (10.46 MB)
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002 Strategy 1 - using an iterator.mp4 (18.02 MB)
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003 Strategy 2 - duplicating collections.mp4 (14.91 MB)
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004 Strategy 3 - using immutable collections.mp4 (16.74 MB)
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005 Strategy 4 - duplicating objects.mp4 (13.35 MB)
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006 Strategy 5 - using interfaces to create immutable objects.mp4 (12.44 MB)
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007 Strategy 6 - using modules to hide the implementation.mp4 (25.22 MB)
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001 Instructions for the exercise.mp4 (15.61 MB)
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002 Walkthrough of the solution.mp4 (26.89 MB)
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001 The role of the Metaspace.mp4 (8.9 MB)
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002 The PermGen.mp4 (2.3 MB)
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003 Are objects always created on the heap.mp4 (5.45 MB)
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004 The String Pool.mp4 (15.16 MB)
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005 Interning Strings.mp4 (8.03 MB)
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001 How the string pool is implemented.mp4 (4.23 MB)
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002 Understanding the size and density of the string pool.mp4 (30.27 MB)
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003 Tuning the size of the string pool.mp4 (13.67 MB)
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004 Tuning the size of the heap.mp4 (30.44 MB)
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005 Shortcut syntax for heap tuning flags.mp4 (6.03 MB)
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001 What it means when we say Java is a managed language.mp4 (12.43 MB)
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002 How Java knows which objects can be removed from the Heap.mp4 (4.59 MB)
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003 The System gc() method.mp4 (17.15 MB)
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004 Java 11's garbage collector can give unused memory back to the operating system.mp4 (14.7 MB)
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005 Why it's not a good idea to run the System gc() method.mp4 (8.12 MB)
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006 The finalize() method.mp4 (45.4 MB)
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007 The danger of using finalize().mp4 (11.98 MB)
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001 What is a soft leak.mp4 (30.44 MB)
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002 Introducing (J)VisualVM.mp4 (17.31 MB)
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003 Monitoring the size of the heap over time.mp4 (10.5 MB)
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004 Fixing the problem and checking the heap size.mp4 (16.12 MB)
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001 Generating a heap dump.mp4 (12.78 MB)
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002 Viewing a heap dump.mp4 (14.01 MB)
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001 How the garbage collector works out what is garbage.mp4 (4.84 MB)
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002 Why the heap is divided into generations.mp4 (6.45 MB)
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003 The Internals of the Young Generation.mp4 (8.48 MB)
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004 Viewing the generations in VisualVM.mp4 (23.58 MB)
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005 Viewing the heap when there's a soft leak.mp4 (15.54 MB)
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001 Monitoring garbage collections.mp4 (29 MB)
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002 Turning off automated heap allocation sizing.mp4 (23.65 MB)
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003 Tuning garbage collection - old and young allocation.mp4 (16.95 MB)
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004 Tuning garbage collection - survivor space allocation.mp4 (7.36 MB)
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005 Tuning garbage collection - generations needed to become old.mp4 (4.18 MB)
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006 Selecting a garbage collector.mp4 (7.18 MB)
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007 The G1 garbage collector.mp4 (9.37 MB)
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008 Tuning the G1 garbage collector.mp4 (2.38 MB)
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009 String de-duplication.mp4 (4.52 MB)
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001 Introducing Java Mission Control (JMC).mp4 (11.93 MB)
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002 Building the JMC binaries.mp4 (30.98 MB)
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003 Running JMC and connecting to a VM.mp4 (19.03 MB)
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004 Customising the overview tab.mp4 (14.29 MB)
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005 The MBean Browser tab.mp4 (5.71 MB)
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006 The System, Memory and Diagnostic Commands tabs.mp4 (8.62 MB)
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007 Introducing our problem project.mp4 (35.29 MB)
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008 Using the flight recorder.mp4 (34.92 MB)
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009 Analyzing a flight recording.mp4 (12.54 MB)
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010 Improving our application.mp4 (27.62 MB)
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001 Why benchmarking isn't straight forward.mp4 (7.97 MB)
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002 Setting up the code for benchmarking.mp4 (16.43 MB)
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003 A simple approach to micro-benchmarking.mp4 (4.95 MB)
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004 Adding in a warm-up period.mp4 (37.63 MB)
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005 Comparing two code alternatives.mp4 (26.78 MB)
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006 Using Macro-bencharmking.mp4 (22.76 MB)
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001 Installing the JMH benchmarking tool.mp4 (27.58 MB)
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002 Creating and running benchmarks.mp4 (27.87 MB)
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003 Using different benchmark modes.mp4 (12.93 MB)
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001 Instructions for exercise 1 (creating a flight recording).mp4 (6.07 MB)
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002 Walkthrough of the solution & setting up ready for the next challenge.mp4 (22.14 MB)
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003 Instructions for exercise 2 (use JMH to macrobenchmark the project).mp4 (5.62 MB)
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004 Walkthrough of the solution - part 1 setting up the code.mp4 (25.58 MB)
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005 Walkthrough of the solution - part 2 - integrating into JMH.mp4 (50.29 MB)
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001 Why it's important to understand how the different List implementations work.mp4 (1.34 MB)
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002 The 8 different list implementations.mp4 (2.13 MB)
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003 The CopyOnWriteArrayList.mp4 (8.11 MB)
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004 The ArrayList.mp4 (28.7 MB)
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005 Specifying the initial size of an ArrayList.mp4 (9.35 MB)
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006 The Vector.mp4 (8.5 MB)
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007 The Stack.mp4 (3.74 MB)
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008 The LinkedList.mp4 (3.83 MB)
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009 Choosing the optimal list type.mp4 (11.07 MB)
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010 Sorting lists.mp4 (9.39 MB)
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001 How Hashmaps Work - part 1.mp4 (4.14 MB)
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002 The role of the Hashcode.mp4 (1.92 MB)
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003 How Hashmaps Work - part 2.mp4 (7.81 MB)
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004 Specifying the initial size and factor of a HashMap.mp4 (9.42 MB)
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005 HashMap Performance.mp4 (4.64 MB)
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006 The rules for Hashcodes.mp4 (7.5 MB)
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007 Generating and optimising the Hashcode method.mp4 (17.02 MB)
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008 Optimising Hashmap Performance.mp4 (6.88 MB)
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009 How The LinkedHashMap Works.mp4 (5.35 MB)
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010 The HashTable and TreeMap.mp4 (5.87 MB)
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001 Introduction to how we'll compare coding options.mp4 (2.2 MB)
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002 Comparing primatives with objects.mp4 (8.1 MB)
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003 Comparing BigDecimals with Doubles.mp4 (13.39 MB)
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004 Using the StringBuilder.mp4 (18.41 MB)
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005 Comparing loops and streams.mp4 (49.57 MB)
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006 A note on logging.mp4 (12.18 MB)
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001 What is GraalVM.mp4 (13.66 MB)
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002 Installing GraalVM.mp4 (19.16 MB)
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003 Using the Graal Virtual Machine.mp4 (22.49 MB)
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004 Using the Graal Compiler.mp4 (5.53 MB)
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005 Native image building with Graal.mp4 (14.5 MB)
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006 Using the Graal experimental features within OpenJDK.mp4 (8.57 MB)
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001 The principles of using other JVM Languages.mp4 (28.11 MB)
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002 Looking at bytecode with javap.mp4 (52.74 MB)
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003 Disassembling bytecode back to Java.mp4 (49.75 MB)
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001 The OpenJ9 Virtual Machine and what's coming up in future versions of Java.mp4 (9.15 MB)
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