Megatest

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;;     You should have received a copy of the GNU General Public License
;;     along with Megatest.  If not, see <http://www.gnu.org/licenses/>.

;; Run like this:
;;
;;  ./rununittest.sh server 1;(cd simplerun;megatest -stop-server 0)

(import rmtmod trace http-client apimod dbmod
	launchmod)
(trace-call-sites #t)
(trace
(delete-file* "logs/1.log")
(define run-id 1)

(test "setup for run" #t (begin (launch:setup)
 				(string? (getenv "MT_RUN_AREA_HOME"))))
 ;; db:get-dbdat
 ;; rmt:find-main-server
 ;; rmt:send-receive-real
 ;; rmt:send-receive
 ;; sexpr->string
 ;; server-ready?
 ;; rmt:register-server
 ;; rmt:open-main-connection
 ;; rmt:general-open-connection
 ;; rmt:get-conny
 ;; common:watchdog
 ;; rmt:find-main-server
 ;; get-all-server-pkts
 ;; get-viable-servers
 ;; get-best-candidate
 ;; api:run-server-process
 )

(test #f #t (rmt:remote? (let ((r (make-rmt:remote)))
			   (set! *rmt:remote* r)
			   r)))
(test #f #f (rmt:get-conn *rmt:remote* *toppath* ".db/main.db"))
(test #f #f (rmt:find-main-server *toppath* ".db/main.db"))
(test #f #t (rmt:open-main-connection *rmt:remote* *toppath*))
(pp (hash-table->alist (rmt:remote-conns *rmt:remote*)))
(test #f #t (rmt:conn? (rmt:get-conn *rmt:remote* *toppath* ".db/main.db")))

(define *main*  (rmt:get-conn *rmt:remote* *toppath* ".db/main.db"))

(for-each (lambda (tdat)
	    (test #f tdat (loop-test (rmt:conn-ipaddr *main*)
				     (rmt:conn-port *main*) tdat)))
	  (list 'a
		'(a "b" 123 1.23 )))
(test #f #t (and (server:kind-run *toppath*) #t))
(test #f #t (number? (rmt:send-receive 'ping #f 'hello)))

(define *db* (db:setup #f))

(define user    (current-user-name))
(define runname "mytestrun")
(define keys    (rmt:get-keys))
(define runinfo #f)
(define keyvals '(("SYSTEM" "abc")("RELEASE" "def")))
;; these let me cut and paste from source easily
(define apath *toppath*)
(define dbname ".db/2.db")
(define remote *rmt:remote*)
(define keyvals  '(("SYSTEM" "a")("RELEASE" "b")))
(define header  (list "SYSTEM" "RELEASE" "id" "runname" "state" "status" "owner" "event_time"))

(test #f 'server-started (api:execute-requests *db* 'get-server (list *toppath* ".db/2.db")))
;; Setup
(set! *dbstruct-db* #f)
;;
;; (test #f #f  (not (client:setup run-id)))
(test #f #t (rmt:open-main-connection remote apath))
;; (test #f #f  (not (hash-table-ref/default *runremote* run-id #f)))
(test #f #t (rmt:conn? (rmt:get-conn *rmt:remote* *toppath* ".db/main.db")))
(test #f 'server-started (rmt:send-receive-real *rmt:remote* *toppath* ".db/main.db" 'get-server `(,apath ,dbname)))

(thread-sleep! 2)
(test #f #t (list? (rmt:general-open-connection *rmt:remote* *toppath* ".db/2.db")))

(test #f '("SYSTEM" "RELEASE") (rmt:get-keys))
(test #f 1 (rmt:send-receive 'register-run #f (list keyvals "run1" "new" "n/a" "justme" #f)))
(test #t 1 (rmt:send-receive 'register-run run-id (list keyvals "run1" "new" "n/a" "justme" #f)))

(test #f 1 (rmt:register-run keyvals "run2" "new" "n/a" "justme" #f))

;; (delete-file* "logs/1.log")
;; (define run-id 1)

;; (test "setup for run" #t (begin (launch:setup)
;;  				(string? (getenv "MT_RUN_AREA_HOME"))))
;; 
;; (test #f #t (and (server:kind-run *toppath*) #t))
;; 
;; 
;; (define user    (current-user-name))
;; (define runname "mytestrun")
;; (define keys    (rmt:get-keys))
;; (define runinfo #f)
;; (define keyvals '(("SYSTEM" "abc")("RELEASE" "def")))
;; (define header  (list "SYSTEM" "RELEASE" "id" "runname" "state" "status" "owner" "event_time"))
;; 
;; ;; Setup
;; Login
;;
(test #f'(#t "successful login")
      (rmt:login run-id))

;; Keys
;;
(test #f '("SYSTEM" "RELEASE")  (rmt:get-keys))

;; No data in db
;;
(test #f '() (rmt:get-all-run-ids))
(test #f #f  (rmt:get-run-name-from-id run-id))
(test #f 
      (vector
       header
       (vector #f #f #f #f))
      (rmt:get-run-info run-id))

;; Insert data into db
;;
(test #f 1 (rmt:register-run keyvals runname "new" "n/a" user))
;; (test #f #f (rmt:get-runs-by-patt keys runname))
(test #f #t (rmt:general-call 'register-test run-id run-id "test-one" ""))
(define test-one-id #f)
(test #f 1  (let ((test-id (rmt:get-test-id run-id "test-one" "")))
	      (set! test-one-id test-id)
	      test-id))
(define test-one-rec #f)
(test #f "test-one" (let ((test-rec (rmt:get-test-info-by-id run-id test-one-id)))
		      (set! test-one-rec test-rec)
		      (vector-ref test-rec 2)))

;; With data in db
;;
(print "Using runame=" runname)
(test #f '(1)    (rmt:get-all-run-ids))
(test #f runname (rmt:get-run-name-from-id run-id))
(test #f 
      runname
      (let ((run-info (rmt:get-run-info run-id)))
	(db:get-value-by-header (db:get-rows run-info)
				(db:get-header run-info)
				"runname")))
;; ;;
;; ;; (test #f #f  (not (client:setup run-id)))
;; ;; (test #f #f  (not (hash-table-ref/default *runremote* run-id #f)))
;; 
;; ;; Login
;; ;;
;; (test #f'(#t "successful login")
;;       (rmt:login run-id))
;; 
;; ;; Keys
;; ;;
;; (test #f '("SYSTEM" "RELEASE")  (rmt:get-keys))
;; 
;; ;; No data in db
;; ;;
;; (test #f '() (rmt:get-all-run-ids))
;; (test #f #f  (rmt:get-run-name-from-id run-id))
;; (test #f 
;;       (vector
;;        header
;;        (vector #f #f #f #f))
;;       (rmt:get-run-info run-id))
;; 
;; ;; Insert data into db
;; ;;
;; (test #f 1 (rmt:register-run keyvals runname "new" "n/a" user))
;; ;; (test #f #f (rmt:get-runs-by-patt keys runname))
;; (test #f #t (rmt:general-call 'register-test run-id run-id "test-one" ""))
;; (define test-one-id #f)
;; (test #f 1  (let ((test-id (rmt:get-test-id run-id "test-one" "")))
;; 	      (set! test-one-id test-id)
;; 	      test-id))
;; (define test-one-rec #f)
;; (test #f "test-one" (let ((test-rec (rmt:get-test-info-by-id run-id test-one-id)))
;; 		      (set! test-one-rec test-rec)
;; 		      (vector-ref test-rec 2)))
;; 
;; ;; With data in db
;; ;;
;; (print "Using runame=" runname)
;; (test #f '(1)    (rmt:get-all-run-ids))
;; (test #f runname (rmt:get-run-name-from-id run-id))
;; (test #f 
;;       runname
;;       (let ((run-info (rmt:get-run-info run-id)))
;; 	(db:get-value-by-header (db:get-rows run-info)
;; 				(db:get-header run-info)
;; 				"runname")))

;; test killing server
;;
(for-each
 (lambda (run-id)
   (test #f #t (and (tasks:kill-server-run-id run-id) #t))
   (test #f #f (tasks:server-running-or-starting? (db:delay-if-busy (tasks:open-db)) run-id)))
 (list 0 1))

;; Tests to assess reading/writing while servers are starting/stopping
;; NO LONGER APPLICABLE

;; Server tests go here
(define (server-tests-dont-run-right-now)
(for-each
 (lambda (run-id)
   (test #f #f (tasks:server-running-or-starting? (db:delay-if-busy (tasks:open-db)) run-id))
   (server:kind-run run-id)
   (test "did server start within 20 seconds?"
	 #t
	 (let loop ((remtries 20)
		    (running (tasks:server-running-or-starting? (db:delay-if-busy
								 (tasks:open-db))
								run-id)))
	   (if running 
	       (> running 0)
	       (if (> remtries 0)
		   (begin
		     (thread-sleep! 1)
		     (loop (- remtries 1)
			   (tasks:server-running-or-starting? (db:delay-if-busy
							       (tasks:open-db))
							      run-id)))))))
   
   (test "did server become available" #t
	 (let loop ((remtries 10)
		    (res      (tasks:get-server (db:delay-if-busy (tasks:open-db)) run-id)))
	   (if res
	       (vector? res)
	       (begin
		 (if (> remtries 0)
		     (begin
		       (thread-sleep! 1.1)
		       (loop (- remtries 1)(tasks:get-server (db:delay-if-busy (tasks:open-db)) run-id)))
		     res)))))
;; 
;; ;; test killing server
;; ;;
;; (for-each
;;  (lambda (run-id)
;;    (test #f #t (and (tasks:kill-server-run-id run-id) #t))
;;    (test #f #f (tasks:server-running-or-starting? (db:delay-if-busy (tasks:open-db)) run-id)))
;;  (list 0 1))
;; 
;; ;; Tests to assess reading/writing while servers are starting/stopping
;; ;; NO LONGER APPLICABLE
;; 
;; ;; Server tests go here
;; (define (server-tests-dont-run-right-now)
;; (for-each
;;  (lambda (run-id)
;;    (test #f #f (tasks:server-running-or-starting? (db:delay-if-busy (tasks:open-db)) run-id))
;;    (server:kind-run run-id)
;;    (test "did server start within 20 seconds?"
;; 	 #t
;; 	 (let loop ((remtries 20)
;; 		    (running (tasks:server-running-or-starting? (db:delay-if-busy
;; 								 (tasks:open-db))
;; 								run-id)))
;; 	   (if running 
;; 	       (> running 0)
;; 	       (if (> remtries 0)
;; 		   (begin
;; 		     (thread-sleep! 1)
;; 		     (loop (- remtries 1)
;; 			   (tasks:server-running-or-starting? (db:delay-if-busy
;; 							       (tasks:open-db))
;; 							      run-id)))))))
;;    
;;    (test "did server become available" #t
;; 	 (let loop ((remtries 10)
;; 		    (res      (tasks:get-server (db:delay-if-busy (tasks:open-db)) run-id)))
;; 	   (if res
;; 	       (vector? res)
;; 	       (begin
;; 		 (if (> remtries 0)
;; 		     (begin
;; 		       (thread-sleep! 1.1)
;; 		       (loop (- remtries 1)(tasks:get-server (db:delay-if-busy (tasks:open-db)) run-id)))
;; 		     res)))))
   )
 (list 0 1)))

(define start-time (current-seconds))
(define (reading-writing-while-server-starting-stopping-dont-run-now)
(let loop ((test-state 'start))
  (let* ((server-dats (tasks:get-server-records (db:delay-if-busy (tasks:open-db)) run-id))
	 (first-dat   (if (not (null? server-dats))
			  (car server-dats)
			  #f)))
    (map (lambda (dat)
	   (apply print (intersperse (vector->list dat) ", ")))
	 server-dats)
    (test #f test-one-rec (rmt:get-test-info-by-id run-id test-one-id))
    (thread-sleep! 1)
    (case test-state
      ((start)
       (print "Trying to start server")
       (server:kind-run run-id)
       (loop 'server-started))
      ((server-started)
       (case (if first-dat (vector-ref first-dat 0) 'blah)
	 ((running)
	  (print "Server appears to be running. Now ask it to shutdown")
	  (rmt:kill-server run-id)
	  (loop 'server-shutdown))
	 ((shutting-down)
	  (loop test-state))
	 (else (print "Don't know what to do if get here"))))
      ((server-shutdown)
       (loop test-state)))))
)
;;    )
;;  (list 0 1)))
;; 
;; (define start-time (current-seconds))
;; (define (reading-writing-while-server-starting-stopping-dont-run-now)
;; (let loop ((test-state 'start))
;;   (let* ((server-dats (tasks:get-server-records (db:delay-if-busy (tasks:open-db)) run-id))
;; 	 (first-dat   (if (not (null? server-dats))
;; 			  (car server-dats)
;; 			  #f)))
;;     (map (lambda (dat)
;; 	   (apply print (intersperse (vector->list dat) ", ")))
;; 	 server-dats)
;;     (test #f test-one-rec (rmt:get-test-info-by-id run-id test-one-id))
;;     (thread-sleep! 1)
;;     (case test-state
;;       ((start)
;;        (print "Trying to start server")
;;        (server:kind-run run-id)
;;        (loop 'server-started))
;;       ((server-started)
;;        (case (if first-dat (vector-ref first-dat 0) 'blah)
;; 	 ((running)
;; 	  (print "Server appears to be running. Now ask it to shutdown")
;; 	  (rmt:kill-server run-id)
;; 	  (loop 'server-shutdown))
;; 	 ((shutting-down)
;; 	  (loop test-state))
;; 	 (else (print "Don't know what to do if get here"))))
;;       ((server-shutdown)
;;        (loop test-state)))))
;; )

;;======================================================================
;; END OF TESTS
;;======================================================================


;; (test #f #f (client:setup run-id))