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Designing an Efficient Biomass Generator Set System

Top 10 Essential Features for an Effective Knowledge Base

Effective Java: Consider Serialization Proxies Instead of Serialized Instances

Effective Java: For Instance Control, Prefer Enum types to readResolve

Effective Java: Write readObject Methods Defensively

Effective Java: Consider Using a Custom Serialized Form

Effective Java: Implement Serializable With Great Caution

Effective Java: Prefer Alternatives To Java Serialization

Effective Java: Don't Depend on the Thread Scheduler

Effective Java: Use Lazy Initialization Judiciously

Effective Java: Document Thread Safety

Effective Java: Prefer Concurrency Utilities Over wait and notify

Effective Java: Prefer Executors, Tasks, and Streams to Threads

Effective Java: Avoid Excessive Synchronization

Effective Java: Synchronize Access to Shared Mutable Data

Effective Java: Don't Ignore Exceptions

Effective Java: Strive for Failure Atomicity

Effective Java: Include Failure-Capture Information in Detail Messages

Effective Java: Document All Exceptions Thrown By Each Method

Effective Java: Throw Exceptions Appropriate To The Abstraction

Effective Java: Favor The Use of Standard Exceptions

Effective Java: Avoid Unnecessary Use of Checked Exceptions

Effective Java: Use Checked Exceptions for Recoverable Conditions

Effective Java: Use Exceptions for Only Exceptional Circumstances

Effective Java: Adhere to Generally Accepted Naming Conventions

Effective Java: Optimize Judiciously

Effective Java: Use Native Methods Judiciously

Effective Java: Prefer Interfaces To Reflection

10 effective tips for New Developers