unmarshalling data
反序列化資料
unmarshalling objects
反序列化物件
unmarshalling process
反序列化過程
unmarshalling error
反序列化錯誤
unmarshalling operation
反序列化操作
unmarshalling mechanism
反序列化機制
unmarshalling function
反序列化函數
unmarshalling routine
反序列化常規
unmarshalling algorithm
反序列化演算法
unmarshalling xml
反序列化 XML
the unmarshalling process converts the xml document back into usable java objects for processing.
反序列化過程會將 XML 文件轉換回可用的 Java 物件以進行處理。
efficient unmarshalling is crucial for maintaining high performance in distributed systems that handle large volumes of data.
在處理大量資料的分散式系統中,高效的反序列化對於維持高效能至關重要。
the framework provides automatic unmarshalling capabilities, reducing the amount of boilerplate code developers must write.
此框架提供自動反序列化功能,減少開發人員必須撰寫的模板程式碼。
when unmarshalling json data, the library validates all field types before creating the corresponding objects.
在反序列化 JSON 資料時,庫會在建立對應物件之前驗證所有欄位類型。
performance optimization during unmarshalling can significantly reduce application latency and improve user experience.
在反序列化過程中的效能優化可以顯著降低應用程式的延遲並改善用戶體驗。
the unmarshalling mechanism supports complex nested structures, allowing developers to work with hierarchical data easily.
反序列化機制支援複雜的嵌套結構,讓開發人員可以輕鬆處理階層資料。
error handling during the unmarshalling process prevents corrupted data from entering the application's main workflow.
在反序列化過程中進行錯誤處理,可防止損壞的資料進入應用程式的主流程。
modern unmarshalling libraries offer annotations that simplify the mapping between xml elements and object properties.
現代的反序列化函式庫提供註解,簡化 XML 元素與物件屬性之間的映射。
the unmarshalling algorithm efficiently converts binary data back into structured objects with minimal memory overhead.
反序列化演算法能有效率地將二進位資料轉換回結構化物件,並具有最小的記憶體開銷。
developers can customize the unmarshalling process by providing custom type converters for specialized data formats.
開發人員可以透過提供自定義的類型轉換器來自定義反序列化過程,以處理專用的資料格式。
thread safety during unmarshalling ensures that multiple requests can be processed simultaneously without data corruption.
在反序列化過程中的執行緒安全性可確保多個請求能同時處理而不會導致資料損毀。
caching serialized data speeds up the unmarshalling process when the same objects need to be reconstructed frequently.
當需要頻繁重建相同物件時,緩存序列化資料可加快反序列化過程。
unmarshalling data
反序列化資料
unmarshalling objects
反序列化物件
unmarshalling process
反序列化過程
unmarshalling error
反序列化錯誤
unmarshalling operation
反序列化操作
unmarshalling mechanism
反序列化機制
unmarshalling function
反序列化函數
unmarshalling routine
反序列化常規
unmarshalling algorithm
反序列化演算法
unmarshalling xml
反序列化 XML
the unmarshalling process converts the xml document back into usable java objects for processing.
反序列化過程會將 XML 文件轉換回可用的 Java 物件以進行處理。
efficient unmarshalling is crucial for maintaining high performance in distributed systems that handle large volumes of data.
在處理大量資料的分散式系統中,高效的反序列化對於維持高效能至關重要。
the framework provides automatic unmarshalling capabilities, reducing the amount of boilerplate code developers must write.
此框架提供自動反序列化功能,減少開發人員必須撰寫的模板程式碼。
when unmarshalling json data, the library validates all field types before creating the corresponding objects.
在反序列化 JSON 資料時,庫會在建立對應物件之前驗證所有欄位類型。
performance optimization during unmarshalling can significantly reduce application latency and improve user experience.
在反序列化過程中的效能優化可以顯著降低應用程式的延遲並改善用戶體驗。
the unmarshalling mechanism supports complex nested structures, allowing developers to work with hierarchical data easily.
反序列化機制支援複雜的嵌套結構,讓開發人員可以輕鬆處理階層資料。
error handling during the unmarshalling process prevents corrupted data from entering the application's main workflow.
在反序列化過程中進行錯誤處理,可防止損壞的資料進入應用程式的主流程。
modern unmarshalling libraries offer annotations that simplify the mapping between xml elements and object properties.
現代的反序列化函式庫提供註解,簡化 XML 元素與物件屬性之間的映射。
the unmarshalling algorithm efficiently converts binary data back into structured objects with minimal memory overhead.
反序列化演算法能有效率地將二進位資料轉換回結構化物件,並具有最小的記憶體開銷。
developers can customize the unmarshalling process by providing custom type converters for specialized data formats.
開發人員可以透過提供自定義的類型轉換器來自定義反序列化過程,以處理專用的資料格式。
thread safety during unmarshalling ensures that multiple requests can be processed simultaneously without data corruption.
在反序列化過程中的執行緒安全性可確保多個請求能同時處理而不會導致資料損毀。
caching serialized data speeds up the unmarshalling process when the same objects need to be reconstructed frequently.
當需要頻繁重建相同物件時,緩存序列化資料可加快反序列化過程。
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