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;; (set! script (conc script "source " prev-env))))
;; call the command using mt_ezstep
(set! script (conc "mt_ezstep " stepname " " (if prevstep prevstep "-") " " stepcmd))
(debug:print 4 "script: " script)
(open-run-close db:teststep-set-status! #f test-id stepname "start" "-" itemdat #f #f)
;; now launch
(let ((pid (process-run script)))
(let processloop ((i 0))
(let-values (((pid-val exit-status exit-code)(process-wait pid #t)))
(mutex-lock! m)
(vector-set! exit-info 0 pid)
(vector-set! exit-info 1 exit-status)
(vector-set! exit-info 2 exit-code)
(mutex-unlock! m)
(if (eq? pid-val 0)
(begin
(thread-sleep! 2)
(processloop (+ i 1))))
))
(let ((exinfo (vector-ref exit-info 2))
(logfna (if logpro-used (conc stepname ".html") "")))
;; testing if procedures called in a remote call cause problems (ans: no or so I suspect)
(open-run-close db:teststep-set-status! #f test-id stepname "end" exinfo itemdat #f logfna))
(if logpro-used
(open-run-close db:test-set-log! #f test-id (conc stepname ".html")))
;; set the test final status
(let* ((this-step-status (cond
((and (eq? (vector-ref exit-info 2) 2) logpro-used) 'warn)
((eq? (vector-ref exit-info 2) 0) 'pass)
(else 'fail)))
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;; (set! script (conc script "source " prev-env))))
;; call the command using mt_ezstep
(set! script (conc "mt_ezstep " stepname " " (if prevstep prevstep "-") " " stepcmd))
(debug:print 4 "script: " script)
(open-run-close db:teststep-set-status! #f test-id stepname "start" "-" #f #f)
;; now launch
(let ((pid (process-run script)))
(let processloop ((i 0))
(let-values (((pid-val exit-status exit-code)(process-wait pid #t)))
(mutex-lock! m)
(vector-set! exit-info 0 pid)
(vector-set! exit-info 1 exit-status)
(vector-set! exit-info 2 exit-code)
(mutex-unlock! m)
(if (eq? pid-val 0)
(begin
(thread-sleep! 2)
(processloop (+ i 1))))
))
(let ((exinfo (vector-ref exit-info 2))
(logfna (if logpro-used (conc stepname ".html") "")))
;; testing if procedures called in a remote call cause problems (ans: no or so I suspect)
(open-run-close db:teststep-set-status! #f test-id stepname "end" exinfo #f logfna))
(if logpro-used
(open-run-close db:test-set-log! #f test-id (conc stepname ".html")))
;; set the test final status
(let* ((this-step-status (cond
((and (eq? (vector-ref exit-info 2) 2) logpro-used) 'warn)
((eq? (vector-ref exit-info 2) 0) 'pass)
(else 'fail)))
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;; if the test is iterated it is necessary to create the parent path
;; to the iteration. use pathname-directory to trim the path by one
;; level
(if (not not-iterated) ;; i.e. iterated
(let ((iterated-parent (pathname-directory (conc lnkpath "/" item-path))))
(debug:print 2 "INFO: Creating iterated parent " iterated-parent)
(create-directory iterated-parent #t)))
(if (not (or (file-exists? lnkpath)
(symbolic-link? lnkpath)))
(create-symbolic-link toptest-path lnkpath))
;; The toptest path has been created, the link to the test in the linktree has
;; been created. Now, if this is an iterated test the real test dir must be created
(if (not not-iterated) ;; this is an iterated test
(let ((lnktarget (conc lnkpath "/" item-path)))
(debug:print 2 "Setting up sub test run area")
(debug:print 2 " - creating run area in " test-path)
(create-directory test-path #t) ;; (system (conc "mkdir -p " test-path))
(debug:print 2
" - creating link from: " test-path "\n"
" to: " lnktarget)
;; (create-directory lnkpath #t) ;; (system (conc "mkdir -p " lnkpath))
(if (not (file-exists? lnktarget))
(create-symbolic-link test-path lnktarget))))
;; I suspect this section was deleting test directories under some
;; wierd sitations? This doesn't make sense - reenabling the rm -f
;; I honestly don't remember *why* this chunk was needed...
;; (let ((testlink (conc lnkpath "/" testname)))
;; (if (and (file-exists? testlink)
;; (or (regular-file? testlink)
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;; if the test is iterated it is necessary to create the parent path
;; to the iteration. use pathname-directory to trim the path by one
;; level
(if (not not-iterated) ;; i.e. iterated
(let ((iterated-parent (pathname-directory (conc lnkpath "/" item-path))))
(debug:print 2 "INFO: Creating iterated parent " iterated-parent)
(create-directory iterated-parent #t)))
(if (symbolic-link? lnkpath) (delete-file lnkpath))
(if (not (or (file-exists? lnkpath)
(symbolic-link? lnkpath)))
(create-symbolic-link toptest-path lnkpath))
;; The toptest path has been created, the link to the test in the linktree has
;; been created. Now, if this is an iterated test the real test dir must be created
(if (not not-iterated) ;; this is an iterated test
(let ((lnktarget (conc lnkpath "/" item-path)))
(debug:print 2 "Setting up sub test run area")
(debug:print 2 " - creating run area in " test-path)
(create-directory test-path #t) ;; (system (conc "mkdir -p " test-path))
(debug:print 2
" - creating link from: " test-path "\n"
" to: " lnktarget)
;; (create-directory lnkpath #t) ;; (system (conc "mkdir -p " lnkpath))
;; If there is already a symlink delete it and recreate it.
(if (symbolic-link? lnktarget) (delete-file lnktarget))
(if (not (file-exists? lnktarget)) (create-symbolic-link test-path lnktarget))))
;; I suspect this section was deleting test directories under some
;; wierd sitations? This doesn't make sense - reenabling the rm -f
;; I honestly don't remember *why* this chunk was needed...
;; (let ((testlink (conc lnkpath "/" testname)))
;; (if (and (file-exists? testlink)
;; (or (regular-file? testlink)
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