features 6. Moving to production 7. Advanced topics II. Getting started 8. Introducing Spring Boot 9. System Requirements Servlet containers 10. Installing Spring Boot Installation instructions for the Java Running the example Creating an executable jar 12. What to read next III. Using Spring Boot 13. Build systems Maven Inheriting the starter parent Using Spring Boot without the parent POM Changing the custom HealthIndicators Custom application info information Automatically expand info properties at build time Automatic property expansion using Maven Automatic property expansion using Gradle Git commit

features 6. Moving to production 7. Advanced topics II. Getting started 8. Introducing Spring Boot 9. System Requirements Servlet containers 10. Installing Spring Boot Installation instructions for the Java Running the example Creating an executable jar 12. What to read next III. Using Spring Boot 13. Build systems Dependency management Maven Inheriting the starter parent Using Spring Boot without the custom HealthIndicators Custom application info information Automatically expand info properties at build time Automatic property expansion using Maven Automatic property expansion using Gradle Git commit

Running the example Creating an executable jar 11. What to read next III. Using Spring Boot 12. Build systems Maven Inheriting the starter parent Using your own parent POM Changing the Java version embedded shell 48. Developing application with the Groovy beans DSL 49. What to read next VIII. Build tool plugins 50. Spring Boot Maven plugin Including the plugin Packaging executable jar and war configuration Configuration options Understanding how the Gradle plugin works 52. Supporting other build systems Repackaging archives Nested libraries Finding a main class Example repackage implementation

your application's user interface. You can use both reactive and imperative programming models to build your frontend, use connectors for Ktor, Spring Boot, and other frameworks to integrate it with your tryK2=true This Gradle property automatically sets the language version to 2.0 and updates the build report with the number of Kotlin tasks compiled using the K2 compiler compared to the current compiler: Gradle 构建报告 Gradle build reports now show whether the current or the K2 compiler was used to compile the code. In Kotlin 1.9.0, you can see this information in your Gradle build scans: You can also

Protecting Runtime Memory Data 2.3. Packing with outer key 2.4. Building obfuscated wheel 2.5. Protecting system packages 2.6. Fix encoding error 2.7. Removing docstring 2.8. Using Pyarmor in CI Pipeline 2.9. Work 3.5.1. Building Errors 3.5.2. Runtime Errors 3.5.3. Outer Errors 3.6. Pyarmor Check List 3.6.1. Build Device 3.6.2. Target Device 3.6.3. Platform Issues 4. Topics 4.1. Insight Into Obfuscation 4.1 old license to Pyarmor Basic 6. FAQ 6.1. Asking questions in GitHub 6.2. Reporting bug 6.2.1. Build issues 6.2.2. Pack issues 6.2.3. Runtime issues 6.3. Hot Questions 6.4. License 6.4.1. Upgrading

Project Project Configuration File Man Page Common Options obfuscate licenses pack hdinfo init config build info check banchmark register download runtime Understanding Obfuscated Scripts Global Capsule obfuscated, and use shared runtime files. First change to work path, create 3 projects: mkdir build cd build pyarmor init --src /path/to/pkg1 --entry __init__.py pkg1 pyarmor init --src /path/to/pkg2 --entry the path dist: pyarmor build --output dist --only-runtime pkg1 Next obfuscate 3 packages, save them in the dist: pyarmor build --output dist --no-runtime pkg1 pyarmor build --output dist --no-runtime

Project Project Configuration File Man Page Common Options obfuscate licenses pack hdinfo init config build info check banchmark register download runtime Understanding Obfuscated Scripts Global Capsule obfuscated, and use shared runtime files. First change to work path, create 3 projects: mkdir build cd build pyarmor init --src /path/to/pkg1 --entry __init__.py pkg1 pyarmor init --src /path/to/pkg2 --entry the path dist: pyarmor build --output dist --only-runtime pkg1 Next obfuscate 3 packages, save them in the dist: pyarmor build --output dist --no-runtime pkg1 pyarmor build --output dist --no-runtime

Basic Control Flows §13. Goroutines, Deferred Function Calls and Panic/Recover Go Type System §14. Go Type System Overview - a must read to master Go programming. §15. Pointers §16. Structs §17. Value point of Go. I feel readability is the most important factor considered in designing Go. Great cross-platform support is also a selling point of Go, though this selling point is not much unique nowadays function calls. type embedding. type deduction. memory safety. automatic garbage collection. great cross-platform compatibility. custom generics (since Go 1.18). Besides the above features, further highlights

Basic Control Flows §13. Goroutines, Deferred Function Calls and Panic/Recover Go Type System §14. Go Type System Overview - a must read to master Go programming. §15. Pointers §16. Structs §17. Value point of Go. I feel readability is the most important factor considered in designing Go. Great cross-platform support is also a selling point of Go, though this selling point is not much unique nowadays function calls. type embedding. type deduction. memory safety. automatic garbage collection. great cross-platform compatibility. custom generics (since Go 1.18). Besides the above features, further highlights

legal notice Part I: Introduction What is a computer? Analogue and digital What is an operating system? What is a user interface? What is computer programming? What is a computer program? What is String processing Arrays and sequences Random numbers Timers Hash tables Hash sets Operating system services Command-line parsing Regular expressions Part IV: Some Programming Tasks Permutations we can use in our programs to solve common tasks like input and output operations, using the file system, or sorting data. In Part IV, we will apply what we have learned by solving some common programming