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;; #;; (rmt:get-test-info-by-id run-id test-id)
;; #;; (rmt:get-tests-for-run run-id testpatt states statuses offset limit not-in sort-by sort-order qryvals last-update mode)
;; megatest -repl << EOF
;; TODO:dashboard not on homehost message exit
(define (tests-mindat->hash tests-mindat)
(let* ((res (make-hash-table)))
(for-each
(lambda (item)
(let* ((test-name+item-path (cons (list-ref item 0) (list-ref item 1)))
(value (list-ref item 2)))
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;; #;; (rmt:get-test-info-by-id run-id test-id)
;; #;; (rmt:get-tests-for-run run-id testpatt states statuses offset limit not-in sort-by sort-order qryvals last-update mode)
;; megatest -repl << EOF
;; TODO:dashboard not on homehost message exit
(use matchable)
(use ducttape-lib)
(define css "")
(define (tests-mindat->hash tests-mindat)
(let* ((res (make-hash-table)))
(for-each
(lambda (item)
(let* ((test-name+item-path (cons (list-ref item 0) (list-ref item 1)))
(value (list-ref item 2)))
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))))
(let ((res
(map ;; TODO: rename xor to delta globally in dcommon and dashboard
(lambda (key)
(let* ((test-name (car key))
(item-path (cdr key))
(dest-value (hash-table-ref/default dest-hash key #f)) ;; (list test-id state status)
(dest-test-id (if dest-value (list-ref dest-value 0) #f))
(dest-state (if dest-value (list-ref dest-value 1) #f))
(dest-status (if dest-value (list-ref dest-value 2) #f))
(src-value (hash-table-ref/default src-hash key #f)) ;; (list test-id state status)
(src-test-id (if src-value (list-ref src-value 0) #f))
(src-state (if src-value (list-ref src-value 1) #f))
(src-status (if src-value (list-ref src-value 2) #f))
(incomplete-statuses '("DELETED" "INCOMPLETE" "STUCK/DEAD" "N/A")) ;; if any of these statuses apply, treat test as incomplete
(dest-complete
(and dest-value dest-state dest-status
(equal? dest-state "COMPLETED")
(not (member dest-status incomplete-statuses))))
(src-complete
(and src-value src-state src-status
(equal? src-state "COMPLETED")
(not (member src-status incomplete-statuses))))
(status-compare-result (status-compare3 src-status dest-status))
(xor-new-item
(cond
;; complete, for this case means: state=compelte AND status not in ( deleted uncomplete stuck/dead n/a )
;; neither complete -> bad
;; src !complete, dest complete -> better
((and (not dest-complete) (not src-complete))
(list dest-test-id "BOTH-BAD" "BOTH-INCOMPLETE"))
((not dest-complete)
(list src-test-id "DIFF-MISSING" "DEST-INCOMPLETE"))
((not src-complete)
(list dest-test-id "DIFF-NEW" "SRC-INCOMPLETE"))
((and
(equal? src-state dest-state)
(equal? src-status dest-status))
(list dest-test-id (conc "CLEAN") (conc "CLEAN-" dest-status) ))
;; better or worse: pass > warn > waived > skip > fail > abort
;; pass > warn > waived > skip > fail > abort
((= 1 status-compare-result) ;; src is better, dest is worse
(list dest-test-id "DIRTY-WORSE" (conc src-status "->" dest-status)))
(else
(list dest-test-id "DIRTY-BETTER" (conc src-status "->" dest-status)))
)))
(list test-name item-path xor-new-item)))
all-keys)))
(if hide-clean
(filter
(lambda (item)
(not
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))))
(let ((res
(map ;; TODO: rename xor to delta globally in dcommon and dashboard
(lambda (key)
(let* ((test-name (car key))
(item-path (cdr key))
(dest-value (hash-table-ref/default dest-hash key (list #f #f #f))) ;; (list test-id state status)
(dest-test-id (list-ref dest-value 0))
(dest-state (list-ref dest-value 1))
(dest-status (list-ref dest-value 2))
(src-value (hash-table-ref/default src-hash key (list #f #f #f))) ;; (list test-id state status)
(src-test-id (list-ref src-value 0))
(src-state (list-ref src-value 1))
(src-status (list-ref src-value 2))
(incomplete-statuses '("DELETED" "INCOMPLETE" "STUCK/DEAD" "N/A")) ;; if any of these statuses apply, treat test as incomplete
(dest-complete
(and dest-value dest-state dest-status
(equal? dest-state "COMPLETED")
(not (member dest-status incomplete-statuses))))
(src-complete
(and src-value src-state src-status
(equal? src-state "COMPLETED")
(not (member src-status incomplete-statuses))))
(status-compare-result (status-compare3 src-status dest-status))
(xor-new-item
(cond
;; complete, for this case means: state=compelte AND status not in ( deleted uncomplete stuck/dead n/a )
;; neither complete -> bad
;; src !complete, dest complete -> better
((and (not dest-complete) (not src-complete))
(list dest-test-id "BOTH-BAD" "BOTH-INCOMPLETE") src-value dest-value)
((not dest-complete)
(list src-test-id "DIFF-MISSING" "DEST-INCOMPLETE") src-value dest-value)
((not src-complete)
(list dest-test-id "DIFF-NEW" "SRC-INCOMPLETE") src-value dest-value)
((and
(equal? src-state dest-state)
(equal? src-status dest-status))
(list dest-test-id (conc "CLEAN") (conc "CLEAN-" dest-status) src-value dest-value))
;; better or worse: pass > warn > waived > skip > fail > abort
;; pass > warn > waived > skip > fail > abort
((= 1 status-compare-result) ;; src is better, dest is worse
(list dest-test-id "DIRTY-WORSE" (conc src-status "->" dest-status) src-value dest-value))
(else
(list dest-test-id "DIRTY-BETTER" (conc src-status "->" dest-status) src-value dest-value)))))
(list test-name item-path xor-new-item)))
all-keys)))
(if hide-clean
(filter
(lambda (item)
(not
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(lambda (x)
(equal? (list-ref (caddr x) 1) state))
run-diff))
(define (summarize-run-diff run-diff)
(let* ((diff-states (list "CLEAN" "DIRTY-BETTER" "DIRTY-WORSE" "BOTH-BAD" "DIFF-MISSING" "DIFF-NEW" )))
(for-each
(lambda (state)
(print "state="state "; "
(length (rundiff-find-by-state run-diff state))))
diff-states)))
(let* ((run-diff (diff-runs "all57" "all60"))
(diff-summary (summarize-run-diff run-diff)))
(pretty-print diff-summary))
;; (match de ( (test-name test-path ( test-id "BOTH-BAD" test-status)) test-path) (else #f))
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(lambda (x)
(equal? (list-ref (caddr x) 1) state))
run-diff))
(define (summarize-run-diff run-diff)
(let* ((diff-states (list "CLEAN" "DIRTY-BETTER" "DIRTY-WORSE" "BOTH-BAD" "DIFF-MISSING" "DIFF-NEW" )))
(map
(lambda (state)
(list state
(length (rundiff-find-by-state run-diff state))))
diff-states)))
(define (stml->string in-stml)
(with-output-to-string
(lambda ()
(s:output-new
(current-output-port)
in-stml))))
(define (test-state-status->diff-report-cell state status)
(s:td status))
(define (diff-state-status->diff-report-cell state status)
(s:td state 'bgcolor "#33ff33"))
(define (run-diff->diff-report src-runname dest-runname run-diff)
(let* ((test-count (length run-diff))
(summary-table
(apply s:table 'cellspacing "0" 'border "1"
(s:tr
(s:th "Diff type")
(s:th "% share")
(s:th "Count"))
(map
(lambda (state-count)
(s:tr
(s:td (car state-count))
(s:td (* 100 (/ (cadr state-count) test-count)))
(s:td (cadr state-count))))
(summarize-run-diff run-diff))))
(main-table
(apply s:table 'cellspacing "0" 'border "1"
(s:tr
(s:th "Test name")
(s:th "Item Path")
(s:th (conc "Source=" src-runname))
(s:th (conc "Dest=" dest-runname))
(s:th "Diff"))
(map
(lambda (run-diff-item)
(match run-diff-item
((test-name item-path (junk-id diff-state diff-status (src-test-id src-state src-status) (dest-test-id dest-state dest-status)))
(s:tr
(s:td test-name)
(s:td item-path)
(test-state-status->diff-report-cell src-state src-status)
(test-state-status->diff-report-cell dest-state dest-status)
(diff-state-status->diff-report-cell diff-state diff-status)))
(else "")))
(filter (lambda (run-diff-item)
(match run-diff-item
((test-name item-path (junk-id diff-state diff-status (src-test-id src-state src-status) (dest-test-id dest-state dest-status)))
(not (equal? diff-state "CLEAN")))
(else #f)))
run-diff)))))
(stml->string (s:body
summary-table
main-table))))
(let* ((src-runname "all57")
(dest-runname "all60")
(to "bjbarcla")
(subj (conc "[MEGATEST DIFF] "src-runname" vs. "dest-runname))
(run-diff (diff-runs src-runname dest-runname))
(diff-summary (summarize-run-diff run-diff))
(html-report (run-diff->diff-report src-runname dest-runname run-diff)))
;;(pretty-print run-diff)
;;(pretty-print diff-summary)
(sendmail to subj html-report use_html: #t)
;;(print html-report)
)
;; (match de
;; ((test-name test-path ( test-id "BOTH-BAD" test-status)) test-path)
;; (else #f))
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