內容導向網頁應用程式的資料儲存選項
透過集合功能整理內容
你可以依據偏好儲存及分類內容。
您可以依據內容導向網頁應用程式的需求組合資料儲存技術。使用 SQL 處理結構化資料並存放媒體檔案,是滿足各種資料儲存需求的常見方法。
資料儲存選項和有效的模式包括:
儲存空間選項 |
SQL |
結構化查詢語言 (SQL) 儲存空間會使用關聯資料庫管理服務 (R DBMS) 來儲存中繼資料和關聯資料等結構化資料。這個版本適用於需要資料一致性、強大交易支援和複雜的查詢功能的網頁應用程式。 |
NoSQL 資料庫 |
NoSQL 資料庫相當適合半結構化或非結構化資料,例如具備彈性資料配置的內容導向網頁應用程式。範例包括 MongoDB、Cassandra 和 Couchbase。這類可以處理大量資料,具備擴充性和高可用性。 |
鍵/值儲存 |
鍵/值儲存空間是一種 NoSQL 資料庫或資料儲存模型,可依據鍵/值組合整理及擷取資料。資料會儲存為與對應值相關聯的鍵集合。這個選項能兼具簡單、高效能及效率,能處理大量資料。
|
內容管理系統 (CMS) |
內容管理系統 (CMS) 平台提供內建的內容儲存、整理和擷取功能。例如 WordPress、Drupal 和 Joomla。 |
搜尋引擎 |
搜尋功能可以建立大量文字內容的索引與搜尋,進而提高搜尋效能。例如 Elasticsearch 和 Solr。
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Cloud Storage |
Google Cloud Storage 等雲端式儲存解決方案非常適合用於影片、文件和圖片等大型檔案。雲端儲存空間具備擴充性、耐用性和內容傳遞功能,因此適用於內容導向網頁應用程式。 |
事件串流/事件記錄檔儲存空間 |
事件串流或事件記錄儲存空間的重點在於擷取及儲存事件或狀態變更,做為網頁應用程式的主要資料來源。事件串流儲存空間會依照時間先後順序,記錄隨時間發生的所有動作或事件。如果需要使用歷來資料、稽核及重新建立過往狀態,這個選項就非常實用。 |
P2P |
點對點儲存空間可將資料分散至多個已連線至網路的對等節點,藉此分散資料。由於每個對等互連節點都會佔用儲存空間,因此您不必使用中央伺服器或資料中心,即可擷取資料。 |
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上次更新時間:2025-07-25 (世界標準時間)。
[null,null,["上次更新時間:2025-07-25 (世界標準時間)。"],[[["\u003cp\u003eContent-driven web applications often benefit from combining different data storage technologies to handle diverse data types.\u003c/p\u003e\n"],["\u003cp\u003eSQL databases excel at managing structured data like metadata, while NoSQL databases and cloud storage are well-suited for semi-structured and unstructured data such as media files.\u003c/p\u003e\n"],["\u003cp\u003eKey-value stores offer efficient retrieval of data using key-value pairs, while content management systems (CMS) provide built-in features for content storage and organization.\u003c/p\u003e\n"],["\u003cp\u003eFor enhanced search capabilities, search engines like Elasticsearch can be integrated, and cloud storage services offer scalability and content delivery features for large files.\u003c/p\u003e\n"]]],["Web applications can leverage various data storage technologies: SQL for structured data, NoSQL databases for flexible schemes, and key-value storage for high-performance data retrieval. Cloud storage is optimal for large media files. Content management systems (CMS) offer built-in storage, while search engines index textual content. Event stream storage captures chronological event records. Peer-to-peer (P2P) storage distributes data across multiple nodes for decentralized access. Combining these methods, such as SQL with cloud storage, is common.\n"],null,["# Data Storage Options for Content-Driven Web Apps\n\nYou can combine data storage technologies depending on the needs of your\ncontent-driven web applications. Using SQL for structured data and cloud storage\nfor media files is a common approach to meet diverse data storage needs.\n\nData storage options and effective modalities include:\n\n| Storage Options ||\n|--------------------------------|--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|\n| SQL | Structured query Language (SQL) storage uses relational database management services (RDBMS) to store structured data such as metadata and relational data. It is a good option for web applications that require data consistency, strong transactional support, and complex querying capabilities. |\n| NoSQL Databases | NoSQL databases are good options for semi-structured or unstructured data such as content-driven web applications with flexible data schemes. Examples include MongoDB, Cassandra, and Couchbase. They can handle large volumes of data, and provide scalability, and high availability. |\n| Key-Value Storage | Key-value storage is a type of NoSQL database or data storage model that organizes and retrieves data as key-value pairs. Data is stored as a collection of keys associated with a corresponding value. This option offers simplicity, high performance, and efficiency in handling large volumes of data. |\n| CMS | Content management systems (CMS) platforms provide built-in content storage, organization, and retrieval capabilities. Examples include [WordPress](https://wordpress.com/), [Drupal](https://www.drupal.org/), and [Joomla](https://www.joomla.org/). |\n| Search Engines | Search functionalities can index and search large volumes of textual content, improving search performance. Examples include Elasticsearch and Solr. |\n| Cloud Storage | Cloud-based storage solutions such as Google Cloud Storage are ideal for large files including videos, documents, and images. Cloud storage is suitable for content-driven web applications since it offers scalability, durability, and content delivery features. |\n| Event Stream/Event Log Storage | Event stream or event log storage focuses on capturing and storing events or state changes as the primary source of truth within a web application. Event stream storage maintains a chronological record of all actions or events that have occurred over time. This option is useful if using historical data, auditing, and reconstructing past states are necessary. |\n| P2P | Peer-to-peer storage decentralizes data by distributing data across multiple peer nodes connected to a network. Since each peer node contributes storage space, you can retrieve data without relying on a central server or data center. |"]]