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Dmitry Kandalov edited this page Mar 14, 2014 · 1 revision

spec vs file changes x - time y - % (spec amount / files amount)

(added) method, spec per week x - time y1 - amount of methods y2 - amount of specs (i.e. test cases)

turbulence (scatter plot) x - amount of commits to file/class y - complexity of file/class

files changed in the same commit or on the same day

a list of trending methods/classes

build time of project changing over time

complexity added per commit (will it grow over time for a large project?)

added complexity by time of day (judge parole story)

method/class/package lifeline x - time y - complexity of method/class/package

2 class coupling over time x - time y - coupling between classes


package to authors treemap (to see who might "own" the package) (is there a way to observe Conway's law?)

package treemap (by size) with changed files being marked

absolute diff chart x - time y - diff compared to previous value (where value can be e.g. project size; the idea is that it's easier to comprehend if value massively grows over time)

change size chart with color coding for branches

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