Active installations10Adoption metric — not a quality score
WordPress.org ratingNo WordPress.org ratings yet
Official packageDirect from WordPress.org
Repository metrics are context, not quality scores. Active installations measure adoption and can strongly reflect a plugin’s age and historical popularity. Ratings, recent updates and “Tested up to” metadata also do not guarantee modern code, error-free operation, security, feature completeness or suitability for a particular site. Why active installs don’t tell the whole story →
WP PlugIndex currently records Chip Get Image version 0.3 as active, updated 15y ago and tested up to WordPress 3.1.
Overview
About this plugin
Chip Get Image is a plugin that grabs images by using its unique Short Circuit Speedy Logic. It is very flexible and easy to use plugin for adding thumbnails, featured images or other images to the blog posts.
Short Circuit Speedy Logic is highly flexible that gives you power to grab an image by your choice from custom field input, WordPress post image feature, post attachment or from all as default behaviour.
Visit Chip Get Image for usage and more information.
WordPress.org metadata
Plugin tags
Topics listed for this plugin in the WordPress.org directory.
automatic
featured
image
post
posts
Compatibility & maintenance
Compatibility & maintenance
Tested up to WordPress 3.1
Not yet marked as tested with WordPress 7.1. WordPress.org currently lists Tested up to 3.1.
Current WordPress releaseWordPress 7.1
WordPress.org Tested up to3.1
Minimum requirementsWordPress 2.9 · PHP not listed
Update activity10 Mar 201115y ago
“Tested up to” is directory metadata supplied by the plugin author. WP PlugIndex does not turn an older declaration into a claim that the plugin is incompatible.
Changes recorded by WP PlugIndex
Recent tracked changes
No tracked version or compatibility changes have been recorded by WP PlugIndex yet.
Tracking & source
WP PlugIndex tracks public WordPress.org directory metadata and records selected version, compatibility and availability changes as they are detected.