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Database table

A database table is a relational database structure that organizes records into rows and defined columns.

How 12 Manning books explain it

D3.js in Action, Third Edition

An HTML table is a structured HTML element that represents data in rows and columns.

How it is used
Provides an accessible, extractable alternative to data visualizations, particularly when charts contain many data points.
How deep it goes
Walks through generating a D3 table with captions, scoped headers, download access, and chart/table mode switching.
Examples
Uses a cetacean dataset as a chart alternative and extracts painting records from Wikipedia HTML tables.
What you can do after
Build it from scratch: generate an accessible D3 data table and toggle it with a chart view.

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Data Analysis with LLMs

Relational data is data organized as collections of tables whose rows and columns represent related records and attributes.

How it is used
Organizes records for analysis and gives natural-language questions a structure that can be translated into database queries.
How deep it goes
Defines rows, named columns, and column types, then walks through loading tabular data into SQLite.
Examples
Uses customer records, product reviews, video games, survey results, and extracted email attributes as tabular data.
What you can do after
Operate/configure it in SQLite by creating a table and loading data, then evaluate/understand queries generated from natural-language questions.

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Rust Servers, Services, and Apps

A database table is a structured relational-data object consisting of rows organized under defined columns and constraints.

How it is used
Stores course and tutor records for SQL-backed web APIs and their deployment checks.
How deep it goes
Walks through SQL creation, constraints, seed data, psql checks, model alignment, and container verification without detailing database storage internals.
Examples
Uses seeded course rows, an expanded course schema, a tutor table, and psql checks inside a PostgreSQL container.
What you can do after
Build it from scratch with SQL scripts, then verify tables and rows with psql and check persistence after a container restart.

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Build Python Web Apps with Streamlit

A table is a relational data structure consisting of rows and columns that stores records about related entities.

How it is used
Stores and retrieves persistent app records and uploaded sales data in structured form.
How deep it goes
Defines rows, columns, schemas, and keys, then demonstrates table creation and basic SQL operations.
Examples
Uses linked users and haikus tables, SQL queries over haikus, and a CSV uploaded as a BigQuery table.
What you can do after
Build it from scratch in PostgreSQL with CREATE TABLE, or operate/configure it in BigQuery through CSV upload.

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Building Web APIs with ASP.NET Core

A database table is a relational data structure consisting of rows and named columns that store records of a particular type.

How it is used
Organizes board-game API record types as separate structures in a relational database.
How deep it goes
Defines fixed-schema tables and explains identifier-based relationships, but does not provide a worked table definition.
Examples
Illustrates Users, Roles, BoardGames, and Comments tables, including a BoardGameID column that associates comments with board games.
What you can do after
Evaluate/understand how separate tables and identifier-based references differ from documents containing related information.

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BDD in Action, Second Edition

A table is a structured arrangement of related values in rows and columns that can represent complex scenario data.

How it is used
Uses rows and columns to clarify business-rule exceptions and present scenario data or expected results without repetitive steps.
How deep it goes
Shows several table shapes and follows flight rows through Cucumber DataTable extraction and domain-object conversion.
Examples
Contrasts eligible flights by age and status, account balances before a points transfer, and requested flights against credited flights.
What you can do after
Apply it via Cucumber to express readable scenario data and convert flight rows into domain objects for automated steps.

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Graph Neural Networks in Action

Information describing how entities are connected or related to one another.

How it is used
Identifies relationship information that makes graph-based learning useful when connections between entities matter to prediction.
How deep it goes
Works through nodes, edges, binary adjacency matrices, symmetry, and weighted connections, then sketches how GNNs use graph features.
Examples
Uses a five-node adjacency matrix and mechanical graphs of connected body parts or interacting objects.
What you can do after
Evaluate/understand when relationships warrant a graph neural network rather than treating data as standalone entries.

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Tiny CSS Projects

A table is a structured HTML presentation of data organized into rows and columns for tabular relationships.

How it is used
Uses a checkout-cart table to present item details and totals while adapting their display to screen width.
How deep it goes
Works through CSS changes for mobile rows, cells, labels, and totals, then shows where standard table display resumes.
Examples
Uses a checkout cart with an item image, unit price, quantity, total, actions, and a footer total.
What you can do after
Practice/perform it: style one cart table as labeled cards on narrow screens and a standard table on wider screens.

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Effective Data Analysis

A table is a structured data collection arranged in rows representing records and columns representing attributes.

How it is used
Organizes warehouse data into records and attributes that analysts can query.
How deep it goes
Defines rows and columns, then illustrates practical querying and table-structuring considerations.
Examples
Uses a city-population table for state totals and a weather table for daily forecasts, retention, and joins.
What you can do after
Apply SQL to group table records by state and calculate summed population.

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Amazon Web Services in Action, Third Edition: An in-depth guide to AWS

A database table is a relational data structure consisting of rows and columns that stores records of a defined schema.

How it is used
Stores application records as named DynamoDB item collections, such as users and tasks in a to-do application.
How deep it goes
Defines items, attributes, flexible schemas, and primary keys, then demonstrates table creation with a partition key.
Examples
Uses separate user and task tables in a terminal to-do application, with `todo-user` keyed by `uid`.
What you can do after
Configure a DynamoDB table with a name, primary-key schema, and provisioned-throughput settings using the AWS CLI.

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.NET in Action, Second Edition

A table is a database structure that stores related records in rows and columns.

How it is used
Persists related book records in an EF Core application.
How deep it goes
Explains entity mapping and primary-key conventions, then demonstrates table access through DbContext.
Examples
Uses a Book entity, a Books table, and an in-memory database.
What you can do after
Build a code-first EF Core entity-to-table mapping and access its rows through DbContext.

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WordPress Power Toolkit: Harness AI to build next-level websites

An HTML table is a structured arrangement of data in rows and columns represented with HTML elements for rows, columns, and cells.

How it is used
Uses HTML tables to display structured website information more quickly and flexibly than WordPress table features or plugins.
How deep it goes
Shows table, row, heading, and cell markup plus iterative formatting, but stops short of detailed HTML instruction.
Examples
Uses a five-largest-lakes table with surface-area headings, black-and-white headers, and alternating light-gray rows.
What you can do after
Apply it via Claude and WordPress by generating, pasting, checking, and refining an HTML table.

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Related concepts

These guides are generated from the text of Manning books by Manning's knowledge graph and link to the sections they draw on. The full books are available on liveBook and at manning.com.