Google Code Search was a free online tool launched by Google in 2006, designed to help developers search for open-source code snippets across the web. It allowed users to perform advanced searches using keywords, regular expressions, and filters like file type or language, making it easier to find reusable code from public repositories.
Key features included:
– Search Capabilities: Users could query code with precise syntax, such as searching for specific functions, variables, or patterns.
– Code Hosting Integration: It indexed code from various open-source hosts, providing context like file paths and surrounding code.
– License Information: Results often displayed licensing details, aiding compliance in code reuse.
The service was popular among programmers for accelerating development but was discontinued in 2012. Google shifted focus to other tools, such as integrated code search in Google Cloud and partnerships with platforms like GitHub, which offer similar functionality today.
Table of Contents
- Part 1: OnlineExamMaker – Generate and Share Google Code Search Quiz with AI Automatically
- Part 2: 20 Google Code Search Quiz Questions & Answers
- Part 3: Try OnlineExamMaker AI Question Generator to Create Quiz Questions
Part 1: OnlineExamMaker – Generate and Share Google Code Search Quiz with AI Automatically
OnlineExamMaker is a powerful AI-powered assessment platform to create auto-grading Google Code Search skills assessments. It’s designed for educators, trainers, businesses, and anyone looking to generate engaging quizzes without spending hours crafting questions manually. The AI Question Generator feature allows you to input a topic or specific details, and it generates a variety of question types automatically.
Top features for assessment organizers:
● Prevent cheating by randomizing questions or changing the order of questions, so learners don’t get the same set of questions each time.
● AI Exam Grader for efficiently grading quizzes and assignments, offering inline comments, automatic scoring, and “fudge points” for manual adjustments.
● Embed quizzes on websites, blogs, or share via email, social media (Facebook, Twitter), or direct links.
● Handles large-scale testing (thousands of exams/semester) without internet dependency, backed by cloud infrastructure.
Automatically generate questions using AI
Part 2: 20 Google Code Search Quiz Questions & Answers
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1. Question: What was the primary function of Google Code Search?
A. Searching for images on the web
B. Searching for open-source code repositories
C. Searching for academic papers
D. Searching for social media posts
Answer: B
Explanation: Google Code Search was a specialized tool that allowed users to search through publicly available source code, making it easier to find and reuse code snippets from various projects.
2. Question: Which of the following search operators was commonly used in Google Code Search to find files with a specific extension?
A. filetype:
B. inurl:
C. site:
D. intitle:
Answer: A
Explanation: The “filetype:” operator in Google Code Search helped users filter results to specific file types, such as .java or .py, to narrow down code-related searches.
3. Question: True or false: Google Code Search allowed users to search for code snippets using regular expressions.
A. True
B. False
Answer: A
Explanation: Google Code Search supported advanced search features, including regular expressions, which enabled users to perform complex pattern matching in code.
4. Question: What type of content was primarily indexed by Google Code Search?
A. Encrypted files
B. Proprietary software code
C. Publicly available source code
D. Binary executables
Answer: C
Explanation: Google Code Search focused on indexing and searching publicly available source code from repositories, promoting code sharing and collaboration.
5. Question: In Google Code Search, what did the “package:” operator allow users to do?
A. Search within a specific website
B. Filter results by programming language
C. Search for packages in a repository
D. Limit searches to a date range
Answer: C
Explanation: The “package:” operator was used to search for specific packages or modules within code repositories, helping users find related code components.
6. Question: Which programming language was NOT commonly associated with searches on Google Code Search?
A. Java
B. Python
C. COBOL
D. C++
Answer: C
Explanation: While Google Code Search indexed various languages like Java, Python, and C++, COBOL was less common in public repositories indexed by the tool.
7. Question: How did Google Code Search differ from a standard Google web search?
A. It focused on news articles
B. It specialized in code-specific queries
C. It only searched images
D. It was limited to email searches
Answer: B
Explanation: Unlike general web searches, Google Code Search was tailored for code, allowing users to query syntax, functions, and repositories directly.
8. Question: What happened to Google Code Search after it was discontinued?
A. It was replaced by Google Scholar
B. Users were directed to alternatives like GitHub search
C. It merged with Google Maps
D. It became a paid service
Answer: B
Explanation: After discontinuation, Google recommended alternatives such as searching on GitHub or using other code search tools, as it no longer maintained the service.
9. Question: In Google Code Search, what feature allowed users to view code snippets directly in the results?
A. Preview mode
B. Code highlighting
C. Inline snippets
D. Download links
Answer: C
Explanation: Google Code Search displayed inline snippets of code in search results, allowing users to quickly view and assess relevant code without leaving the page.
10. Question: Which of the following was a benefit of using Google Code Search for developers?
A. Faster email composition
B. Quick access to reusable code examples
C. Social media integration
D. Video tutorial creation
Answer: B
Explanation: Developers used Google Code Search to find and reuse code examples efficiently, saving time on common programming tasks.
11. Question: What search operator in Google Code Search could be used to find code on a specific site, like a GitHub repository?
A. site:
B. lang:
C. version:
D. author:
Answer: A
Explanation: The “site:” operator restricted searches to a particular domain, such as a GitHub page, to focus on code from specific sources.
12. Question: True or false: Google Code Search required users to log in to perform advanced searches.
A. True
B. False
Answer: B
Explanation: Google Code Search was accessible without login for basic and advanced searches, making it user-friendly for anonymous users.
13. Question: Which aspect made Google Code Search useful for learning programming?
A. It provided video lectures
B. It offered real-world code examples
C. It included quizzes and tests
D. It featured interactive tutorials
Answer: B
Explanation: By providing access to real-world code examples, Google Code Search helped learners study practical implementations of programming concepts.
14. Question: In Google Code Search, what did the “lang:” operator specify?
A. The search language (e.g., English)
B. The programming language of the code
C. The country of the code author
D. The file size limit
Answer: B
Explanation: The “lang:” operator allowed users to filter results by programming language, such as “lang:java” to find Java-specific code.
15. Question: What was a common limitation of Google Code Search?
A. It only supported one programming language
B. It did not index private repositories
C. It required high-speed internet exclusively
D. It was only available on mobile devices
Answer: B
Explanation: Google Code Search was restricted to publicly available code and did not access private or proprietary repositories, limiting its scope.
16. Question: How could users refine searches in Google Code Search for exact phrases?
A. Using quotation marks
B. Adding asterisks
C. Applying hashtags
D. Inserting emojis
Answer: A
Explanation: Quotation marks were used in Google Code Search to search for exact phrases, ensuring precise matching of code strings.
17. Question: Which of the following best describes the user interface of Google Code Search?
A. A complex dashboard with graphs
B. A simple search bar with result listings
C. A video-based interface
D. A chat-based query system
Answer: B
Explanation: Google Code Search featured a straightforward interface with a search bar and lists of results, making it easy to use for code queries.
18. Question: True or false: Google Code Search could search for code based on licensing information.
A. True
B. False
Answer: A
Explanation: Google Code Search allowed filtering by licensing, such as searching for open-source licenses, to help users comply with legal requirements.
19. Question: What alternative tool might a developer use today instead of Google Code Search?
A. Google Docs
B. GitHub Code Search
C. Google Calendar
D. YouTube Search
Answer: B
Explanation: GitHub Code Search serves as a modern alternative, offering similar functionality for searching code in repositories.
20. Question: In Google Code Search, how did users typically share search results?
A. By exporting to email
B. By generating shareable links
C. By printing physical copies
D. By integrating with social media
Answer: B
Explanation: Users could generate and share links to specific search results, allowing easy collaboration on code findings.
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Part 3: Try OnlineExamMaker AI Question Generator to Create Quiz Questions
Automatically generate questions using AI