PseudoEditor

Hit run and the editor compiles the pseudocode in a fraction of a second, printing output and showing how variables change line by line. That turns a static draft into something you can test. For a student working through a sorting exercise, watching values move through each pass explains the algorithm faster than reading about it.

The editor enforces the pseudocode conventions of CIE 9618, OCR J277, AQA, Edexcel and IB. Autocomplete and error checks follow the selected specification, so a loop written the OCR way gets accepted and a mixed up variant gets flagged. This matters because pieces of a solution can be worth marks on their own.

The AI pseudocode tutor in Pro asks guiding questions instead of pasting the answer. Ask why a while loop never ends and it points at the counter that isn't incrementing, then asks what statement should go before the closing line. The code fixer handles the other direction, taking broken pseudocode and returning a working version with the changes explained.

A converter takes a pseudocode listing and rewrites it as Python, Java, C# or C++. The output is a starting point for the real implementation, so a student can move from the exam version to something that runs in a real language without retyping the logic by hand.

More than 50 interactive questions are sorted by topic and difficulty, with visible test cases and a hidden edge case so a solution can't pass by guessing. A solution gets checked automatically and saved. Timed mock exams bundle those questions into a paper that runs against the clock, which is closer to the real thing than a practice sheet.

The flowchart to pseudocode tool lets students draw the logic as a diagram, then produce a listing that starts from that structure. That suits lessons which begin with a picture rather than with text. Projects are stored online and open on any device, so a student can start at school and finish at home without emailing files around.