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(use test)
;; (require-library args)
(include "../common.scm")
(include "../keys.scm")
(include "../db.scm")
(include "../configf.scm")
(include "../process.scm")
(include "../launch.scm")
(include "../items.scm")
(include "../runs.scm")
(include "../megatest-version.scm")
(define conffile #f)
(test "Read a config" #t (hash-table? (read-config "test.config" #f #f)))
(test "Read a config that doesn't exist" #t (hash-table? (read-config "nada.config" #f #f)))
(set! conffile (read-config "test.config" #f #f))
(test "Get available diskspace" #t (number? (get-df "./")))
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(use test)
;; (require-library args)
(include "../megatest.scm")
(include "../common.scm")
(include "../keys.scm")
(include "../db.scm")
(include "../configf.scm")
(include "../process.scm")
(include "../launch.scm")
(include "../items.scm")
(include "../runs.scm")
(include "../runconfig.scm")
(include "../megatest-version.scm")
(define test-work-dir (current-directory))
(define conffile #f)
(test "Read a config" #t (hash-table? (read-config "test.config" #f #f)))
(test "Read a config that doesn't exist" #t (hash-table? (read-config "nada.config" #f #f)))
(set! conffile (read-config "test.config" #f #f))
(test "Get available diskspace" #t (number? (get-df "./")))
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(define *db* #f)
(test "setup for run" #t (begin (setup-for-run)
(string? (getenv "MT_RUN_AREA_HOME"))))
(test "open-db" #t (begin
(set! *db* (open-db))
(if *db* #t #f)))
;; quit wasting time changing db to *db*
(define db *db*)
(test "get cpu load" #t (number? (get-cpu-load)))
(test "get uname" #t (string? (get-uname)))
(test "get validvalues as list" (list "start" "end" "completed")
(string-split (config-lookup *configdat* "validvalues" "state")))
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(define *db* #f)
(test "setup for run" #t (begin (setup-for-run)
(string? (getenv "MT_RUN_AREA_HOME"))))
(test "open-db" #t (begin
(set! *db* (open-db))
(if *db* #t #f)))
;; quit wasting time, I'm changing *db* to db
(define db *db*)
(test "get cpu load" #t (number? (get-cpu-load)))
(test "get uname" #t (string? (get-uname)))
(test "get validvalues as list" (list "start" "end" "completed")
(string-split (config-lookup *configdat* "validvalues" "state")))
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'("bar" "foo" ":runname" "bob" ":sysname" "ubuntu" ":fsname" "nfs" ":datapath" "blah/foo" "nada")
(list ":runname" ":state" ":status")
(list "-h")
args:arg-hash
0))
(test "register-run" #t (number? (register-run *db* (db-get-keys *db*))))
;;(test "update-test-info" #t (test-update-meta-info *db* 1 "nada"
(setenv "BLAHFOO" "1234")
(unsetenv "NADAFOO")
(test "env temp overrides" "xyz" (let ((prevvals (alist->env-vars '(("BLAHFOO" 4321)("NADAFOO" xyz))))
(result (get-environment-variable "NADAFOO")))
(alist->env-vars prevvals)
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'("bar" "foo" ":runname" "bob" ":sysname" "ubuntu" ":fsname" "nfs" ":datapath" "blah/foo" "nada")
(list ":runname" ":state" ":status")
(list "-h")
args:arg-hash
0))
(test "register-run" #t (number? (register-run *db* (db-get-keys *db*))))
(define keys (db-get-keys *db*))
;;(test "update-test-info" #t (test-update-meta-info *db* 1 "nada"
(setenv "BLAHFOO" "1234")
(unsetenv "NADAFOO")
(test "env temp overrides" "xyz" (let ((prevvals (alist->env-vars '(("BLAHFOO" 4321)("NADAFOO" xyz))))
(result (get-environment-variable "NADAFOO")))
(alist->env-vars prevvals)
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(test "Items assoc" '()(item-assoc->item-list '(("a" "a b c d")("b" "c d e")("c" "")("d"))))
(set! *verbosity* -1)
(test "Items assoc empty items" '() (item-assoc->item-list '(("A"))))
(set! *verbosity* 1)
(test "Items table" "SEASON" (caadar (item-table->item-list '(("ANIMAL" "Elephant Lion")("SEASON" "Spring Winter")))))
(test "Items table empty items I" '() (item-table->item-list '(("A"))))
(test "Items table empty items II" '() (item-table->item-list '(("A" ""))))
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(test "Items assoc" '()(item-assoc->item-list '(("a" "a b c d")("b" "c d e")("c" "")("d"))))
(set! *verbosity* -1)
(test "Items assoc empty items" '() (item-assoc->item-list '(("A"))))
(set! *verbosity* 1)
(test "Items table" "SEASON" (caadar (item-table->item-list '(("ANIMAL" "Elephant Lion")("SEASON" "Spring Winter")))))
(test "Items table empty items I" '() (item-table->item-list '(("A"))))
(test "Items table empty items II" '() (item-table->item-list '(("A" ""))))
;; Test out the steps code
(define test-id #f)
;; force keepgoing
; (hash-table-set! args:arg-hash "-keepgoing" #t)
(hash-table-set! args:arg-hash "-itempatt" "%")
(hash-table-set! args:arg-hash "-testpatt" "%")
(test "Setup for a run" #t (begin (setup-for-run) #t))
(test "Remove the rollup run" #t (begin (remove-runs) #t))
(test "Run a test" #t (general-run-call
"-runtests"
"run a test"
(lambda (db keys keynames keyvallst)
(let ((test-names '("runfirst")))
(run-tests db test-names)))))
(change-directory test-work-dir)
(test "Add a step" #t
(begin
(teststep-set-status! db 1 "runfirst" "firststep" "start" 0 '() "This is a comment")
(sleep 2)
(teststep-set-status! db 1 "runfirst" "firststep" "end" "pass" '() "This is a different comment")
(set! test-id (db:test-get-id (car (db-get-tests-for-run db 1 "runfirst" ""))))
(number? test-id)))
(test "Get nice table for steps" "2.0s"
(begin
(vector-ref (hash-table-ref (db:get-steps-table db test-id) "firststep") 4)))
(hash-table-set! args:arg-hash ":runname" "rollup")
(test "Remove the rollup run" #t (begin (remove-runs) #t))
(test "Rollup the run(s)" #t (begin
(runs:rollup-run db keys)
#t))
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