JSON COMPARE CSV INSTALL
Jsoncontentimporterpro (parallel install of free- and PRO-Version is no problem) Twig-Template-engine ( JCI-Template-engine is still there, but twig is way better)ĭebug-Mode: use “debugmode=10” in the shortcodeĭisplay JSON-data as widget in the sidebar. Feature / Versionįurther development motivated by donations or bugs If you have special requests or neeed a customized version of the plugin: just drop me an email and we’ll figure it out. In detail: See the matrix below to compare free and PRO-version of the JSON Content Importer. third-party shortcodes work inside the jsoncontentimporter-shortcode.build applications: select JSON-feed on the fly.
JSON COMPARE CSV PRO
Somehow develop some good heuristics and use a better search algorithm like A*.If the free JCI-Plugin reaches it’s limits, the PRO JCI-Plugin might be the next step for you: I suspect something is going on with the diagonal based on the descriptionģ. This might mean worse diffs but means the graph search problem becomes more linear. Eg you could have a patience style strategy of cutting off any common prefix or suffix. There are a few ways you could try to improve this:ġ.
JSON COMPARE CSV FOR FREE
If you could compute the entire graph for free and then applied something like Dijkstra’s algorithm you would be worst-case quadratic (if all the diagonal costs were 2 or more, you would need to touch every node). The problem is to find the shortest path from the top left to the bottom right. An edge going diagonally down and right means to edit the item in A into the item in B and it’s cost depends on how different they are. An edge going down means “add this item from sequence B” and has a similar cost. An edge going right means “delete this item from sequence A,” and costs (eg 1). Construct a graph as follows: the nodes will be the points on an mxn lattice corresponding to points in the two sequences. We want to express our diff in the minimum number of operations where an operation is removing, adding, or editing an element in the sequence. To understand why the sequences problem is quadratic, consider a sequence A of length m being doffed with a sequence B of length n. I think it’s ended up with a quadratic algorithm for diffing sequences and a quadratic log algorithm for diffing dictionaries. But I will be stealing those dots and Unicode strikethroughs. I probably won't be using this on a daily basis. Honestly, I get what I want out of mine, and wait 317,000x less time, so. My program produces relatively boring line-by-line diffs: (My terminal can't display the dots under the numbers and the strikethrough, but it looks great on HN! I really love it.) Graphtage prints the entire file in JQ colors, with diffs inside fields colored red and green, which I love: I'm 317,000x faster! (Not including the time to write the program if you do that, then it's about even assuming graphtage took 0 seconds to write.)
My program runs in less than 10 milliseconds (/usr/bin/time reports 0.00 seconds), and graphtage takes 5 minutes and 17 seconds. It seemed that it was going to take forever to run, so I just wrote a short Go program to do the same thing (load two JSON files into a mapinterface, cmp.Diff them) while it was going: I decided to diff two pods in a replicated Kubernetes service.