You want to reduce your Docker image size by analyzing layers with dive. Which approach is best after identifying large layers with redundant files?

hard📝 Workflow Q15 of 15

Docker - Image Optimization

AIncrease container memory to handle large layers

BRewrite the Dockerfile to combine commands and remove unnecessary files before each layer

CUse dive's built-in optimizer to auto-shrink the image

DDelete layers manually from the image using dive

Step-by-Step Solution

Solution:

Step 1: Understand dive's role
dive helps identify large or redundant layers but does not modify images directly.
Step 2: Choose the best optimization method
Optimizing the Dockerfile by combining commands and cleaning files reduces layer size effectively.
Step 3: Eliminate incorrect options
Delete layers manually from the image using dive is impossible; dive cannot delete layers. Use dive's built-in optimizer to auto-shrink the image is false; dive has no auto-optimizer. Increase container memory to handle large layers is unrelated to image size.
Final Answer:
Rewrite the Dockerfile to combine commands and remove unnecessary files before each layer -> Option B
Quick Check:
Optimize Dockerfile after dive analysis = Rewrite the Dockerfile to combine commands and remove unnecessary files before each layer [OK]

Quick Trick: Fix Dockerfile to shrink layers after dive analysis [OK]

Common Mistakes:

Master "Image Optimization" in Docker

9 interactive learning modes - each teaches the same concept differently

Want More Practice?

15+ quiz questions · All difficulty levels · Free

More Docker Quizzes