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|
;;; pg-tests.lisp -- incomplete test suite
;;;
;;; Author: Eric Marsden <emarsden@laas.fr>
;;
;;
;; These tests assume that a table named "test" is defined in the
;; system catalog, and that the user identified in
;; CALL-WITH-TEST-CONNECTION has the rights to access that table.
(defpackage :pg-tests
(:use :cl
:pg
#+cmu :fwrappers))
(in-package :pg-tests)
(defmacro with-pg-connection/2 ((con &rest open-args) &body body)
`(let ((,con (pg::pg-connect/v2 ,@open-args)))
(unwind-protect
(progn ,@body)
(when ,con (pg-disconnect ,con)))))
;; !!! CHANGE THE VALUES HERE !!!
(defun call-with-test-connection (function)
(with-pg-connection (conn "test" "pgdotlisp")
(funcall function conn)))
(defmacro with-test-connection ((conn) &body body)
`(call-with-test-connection
(lambda (,conn) ,@body)))
(defun test-insert ()
(format *debug-io* "Testing INSERT & SELECT on integers ...~%")
(with-test-connection (conn)
(let ((res nil)
(count 0)
(created nil))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE count_test(key int, val int)")
(loop :for i :from 1 :to 100
:for sql = (format nil "INSERT INTO count_test VALUES(~s, ~s)"
i (* i i))
:do (pg-exec conn sql))
(setq created t)
(setq res (pg-exec conn "SELECT count(val) FROM count_test"))
(assert (eql 100 (first (pg-result res :tuple 0))))
(setq res (pg-exec conn "SELECT sum(key) FROM count_test"))
(assert (eql 5050 (first (pg-result res :tuple 0))))
;; this iterator does the equivalent of the sum(key) SQL statement
;; above, but on the client side.
(pg-for-each conn "SELECT key FROM count_test"
(lambda (tuple) (incf count (first tuple))))
(assert (= 5050 count)))
(when created
(pg-exec conn "DROP TABLE count_test"))))))
(defun test-insert/float ()
(format *debug-io* "Testing INSERT & SELECT on floats ...~%")
(with-test-connection (conn)
(let ((res nil)
(sum 0.0)
(created nil))
(flet ((float-eql (a b)
(< (/ (abs (- a b)) b) 1e-5)))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE count_test_float(key int, val float)")
(setq created t)
(loop :for i :from 1 :to 1000
:for sql = (format nil "INSERT INTO count_test_float VALUES(~d, ~f)"
i i)
:do (pg-exec conn sql))
(setq res (pg-exec conn "SELECT count(val) FROM count_test_float"))
(assert (eql 1000 (first (pg-result res :tuple 0))))
(setq res (pg-exec conn "SELECT sum(key) FROM count_test_float"))
(assert (float-eql 500500.0 (first (pg-result res :tuple 0))))
;; this iterator does the equivalent of the sum(key) SQL statement
;; above, but on the client side.
(pg-for-each conn "SELECT val FROM count_test_float"
(lambda (tuple) (incf sum (first tuple))))
(assert (float-eql 500500 sum)))
(when created
(pg-exec conn "DROP TABLE count_test_float")))))))
(defun test-insert/numeric ()
(format *debug-io* "Testing INSERT & SELECT on NUMERIC ...~%")
(with-test-connection (conn)
(let ((res nil)
(sum 0)
(created nil))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE count_test_numeric(key int, val numeric(10,2))")
(setq created t)
(loop :for i :from 1 :to 1000
:for sql = (format nil "INSERT INTO count_test_numeric VALUES(~d, ~f)"
i i)
:do (pg-exec conn sql))
(setq res (pg-exec conn "SELECT count(val) FROM count_test_numeric"))
(assert (eql 1000 (first (pg-result res :tuple 0))))
(setq res (pg-exec conn "SELECT sum(key) FROM count_test_numeric"))
(assert (eql 500500 (first (pg-result res :tuple 0))))
;; this iterator does the equivalent of the sum(key) SQL statement
;; above, but on the client side.
(pg-for-each conn "SELECT val FROM count_test_numeric"
(lambda (tuple) (incf sum (first tuple))))
(assert (eql 500500 sum)))
(when created
(pg-exec conn "DROP TABLE count_test_numeric"))))))
(defun test-date ()
(format *debug-io* "Testing DATE and TIMESTAMP parsing ...~%")
(with-test-connection (conn)
(let ((created nil))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE pgltest (a timestamp, b abstime, c time, d date)")
(setq created t)
(pg-exec conn "INSERT INTO pgltest VALUES "
"(current_timestamp, 'now', 'now', 'now')")
(let* ((res (pg-exec conn "SELECT * FROM pgltest"))
(parsed (first (pg-result res :tuples))))
(format t "attributes ~a~%" (pg-result res :attributes))
(format t "Timestamp = ~s~%abstime = ~s~%time = ~s (CL universal-time = ~d)~%date = ~s~%"
(first parsed)
(second parsed)
(third parsed)
(get-universal-time)
(fourth parsed))))
(when created
(pg-exec conn "DROP TABLE pgltest"))))))
(defun test-booleans ()
(format *debug-io* "Testing support for BOOLEAN type ...~%")
(with-test-connection (conn)
(let ((created nil))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE pgbooltest (a BOOLEAN, b INT4)")
(setq created t)
(pg-exec conn "INSERT INTO pgbooltest VALUES ('t', 42)")
(dotimes (i 100)
(pg-exec conn (format nil "INSERT INTO pgbooltest VALUES ('f', ~D)" i)))
(let ((sum 0))
(pg-for-each conn "SELECT * FROM pgbooltest"
(lambda (tuple) (when (first tuple) (incf sum (second tuple)))))
(assert (eql 42 sum))))
(when created
(pg-exec conn "DROP TABLE pgbooltest"))))))
(defun test-integrity ()
(format *debug-io* "Testing integrity constaint signaling ...~%")
(with-test-connection (conn)
(let ((created nil))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE pgintegritycheck (a INTEGER UNIQUE)")
(setq created t)
(dotimes (i 100)
(pg-exec conn (format nil "INSERT INTO pgintegritycheck VALUES (~D)" i)))
(handler-case (pg-exec conn "INSERT INTO pgintegritycheck VALUES (1)")
(pg:backend-error (exc)
(format *debug-io* "OK: integrity constraint handled: ~A~%" exc))
(error (exc)
(format *debug-io* "FAIL: unhandled integrity constraint: ~A~%" exc))))
(when created
(pg-exec conn "DROP TABLE pgintegritycheck"))))))
(defun test-introspection ()
(format *debug-io* "Testing support for introspection ...~%")
(with-test-connection (conn)
(dotimes (i 500)
(pg-tables conn))))
;; Fibonnaci numbers with memoization via a database table
(defun fib (n)
(declare (type integer n))
(if (< n 2) 1 (+ (fib (- n 1)) (fib (- n 2)))))
;; (compile 'fib)
#+cmu
(define-fwrapper memoize-fib (n)
(let* ((conn (fwrapper-user-data fwrapper))
(res (pg-exec conn (format nil "SELECT fibn FROM fib WHERE n = ~d" n)))
(tuples (pg-result res :tuples)))
(cond ((zerop (length tuples))
(let ((fibn (call-next-function)))
(pg-exec conn (format nil "INSERT INTO fib VALUES (~D, ~D)" n fibn))
fibn))
((eql 1 (length tuples))
(caar tuples))
(t
(error "integrity error in fibn table")))))
(defun test-fib ()
(format *debug-io* "Testing fibonnaci number generation ...~%3")
(with-test-connection (conn)
(let ((created nil)
(non-memoized 0)
(memoized 0))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE fib (n INTEGER, fibn INT8)")
(setq created t)
(funwrap 'fib)
(time (setq non-memoized (fib 40)))
#+cmu (fwrap 'fib #'memoize-fib :user-data conn)
(update-fwrappers 'fib) ; remove stale conn user-data object
(time (setq memoized (fib 40)))
(format t "~S" (pg-exec conn "SELECT COUNT(n) FROM fib"))
(assert (eql non-memoized memoized)))
(when created
(pg-exec conn "DROP TABLE fib"))))))
(defun test-lo ()
(format *debug-io* "Testing large object support ...~%")
(with-test-connection (conn)
(with-pg-transaction conn
(let* ((oid (pglo-create conn))
(fd (pglo-open conn oid)))
(sleep 1)
(pglo-tell conn fd)
(sleep 1)
(pglo-unlink conn oid)))))
;; test of large-object interface. We are careful to use vectors of
;; bytes instead of strings, because with the v3 protocol strings
;; undergo \\xxx encoding (for instance #\newline is transformed to \\012).
(defun test-lo-read ()
(format *debug-io* "Testing read of large object ...~%")
(with-test-connection (conn)
(with-pg-transaction conn
(let* ((oid (pglo-create conn "rw"))
(fd (pglo-open conn oid "rw")))
(pglo-write conn fd (map '(vector (unsigned-byte 8)) #'char-code (format nil "Hi there mate~%What's up?~%")))
(pglo-lseek conn fd 3 0) ; SEEK_SET = 0
(assert (eql 3 (pglo-tell conn fd)))
;; this should print "there mate"
(format *debug-io* "Read ~s from lo~%" (map 'string #'code-char (pglo-read conn fd 10)))
(format *debug-io* "Rest is ~s~%" (map 'string #'code-char (pglo-read conn fd 1024)))
(pglo-close conn fd)
#+nil (pglo-unlink conn oid)))))
#+cmu
(defun test-lo-import ()
(format *debug-io* "Testing import of large object ...~%")
(with-test-connection (conn)
(with-pg-transaction conn
(let ((oid (pglo-import conn "/etc/group")))
(pglo-export conn oid "/tmp/group")
(cond ((zerop
(ext:process-exit-code
(ext:run-program "diff" (list "/tmp/group" "/etc/group"))))
(format *debug-io* "pglo-import test succeeded~%")
(unix:unix-unlink "/tmp/group"))
(t
(format *debug-io* "pglo-import test failed: check differences
between files /etc/group and /tmp/group")))
(pglo-unlink conn oid)))))
(defun test-simple ()
(let ((*pg-disable-type-coercion* t))
(with-test-connection (conn)
(format t "backend ~a~%" (pg-backend-version conn)))))
(defun test-notifications ()
(with-test-connection (conn)
(let (res)
(setq res (pg-exec conn "LISTEN pg_test_listen"))
(format t "LISTEN -> ~S~%" (pg-result res :status))
(assert (null (pg::pgcon-notices conn)))
(pg-exec conn "SELECT * FROM pg_type")
(assert (null (pg::pgcon-notices conn)))
(setq res (pg-exec conn "NOTIFY pg_test_listen"))
(format t "NOTIFY -> ~S~%" (pg-result res :status))
(format t "In TEST-NOTIFICATIONS notices are ~S~%"
(pg::pgcon-notices conn)))))
;; FIXME could add interaction between producer and consumers via NOTIFY
#+(and cmu mp)
(defun test-multiprocess ()
(format *debug-io* "Testing multiprocess database access~%")
(when (eq mp::*current-process* mp::*initial-process*)
(mp::startup-idle-and-top-level-loops))
(with-test-connection (conn)
(pg-exec conn "CREATE TABLE pgmt (a TEXT, b INTEGER, C FLOAT)"))
(flet ((producer ()
(with-test-connection (conn)
(dotimes (i 5000)
(pg-exec conn (format nil "INSERT INTO pgmt VALUES (~S, ~D, ~F)" i i i))
(when (zerop (mod i 100))
(pg-exec conn "COMMIT WORK")))))
(consumer ()
(with-test-connection (conn)
(dotimes (i 10)
(sleep 1)
(let ((res (pg-exec conn "SELECT count(*) FROM pgmt")))
(format *debug-io* " Consumer sees ~D rows~%"
(first (pg-result res :tuple 0))))))))
(let ((p1 (mp:make-process #'producer :name "PG data producer"))
(p2 (mp:make-process #'producer :name "PG data producer"))
(p3 (mp:make-process #'producer :name "PG data producer"))
(co (mp:make-process #'consumer :name "PG data consumer")))
(loop :while (some 'mp:process-alive-p (list p1 p2 p3 co))
:do (sleep 5) (mp:show-processes t))))
(with-test-connection (conn)
(pg-exec conn "DROP TABLE pgmt")))
(defun test-pbe ()
(with-test-connection (conn)
(when (pg-supports-pbe conn)
(format *debug-io* "~&Testing pbe...")
(let ((res nil)
(count 0)
(created nil))
(unwind-protect
(progn
(pg-exec conn "CREATE TABLE count_test(key int, val int)")
(setq created t)
(format *debug-io* "~&table created")
(pg-prepare conn "ct_insert"
"INSERT INTO count_test VALUES ($1, $2)"
'("int4" "int4"))
(loop :for i :from 1 :to 100
:do
(pg-bind conn
"ct_portal" "ct_insert"
`((:int32 ,i)
(:int32 ,(* i i))))
(pg-execute conn "ct_portal")
(pg-close-portal conn "ct_portal"))
(format *debug-io* "~&data inserted")
(setq res (pg-exec conn "SELECT count(val) FROM count_test"))
(assert (eql 100 (first (pg-result res :tuple 0))))
(setq res (pg-exec conn "SELECT sum(key) FROM count_test"))
(assert (eql 5050 (first (pg-result res :tuple 0))))
;; this iterator does the equivalent of the sum(key) SQL statement
;; above, but on the client side.
(pg-for-each conn "SELECT key FROM count_test"
(lambda (tuple) (incf count (first tuple))))
(assert (= 5050 count)))
(when created
(pg-exec conn "DROP TABLE count_test")))))))
(defun test-copy-in-out ()
(with-test-connection (conn)
(ignore-errors
(pg-exec conn "DROP TABLE foo"))
(pg-exec conn "CREATE TABLE foo (a int, b int)")
(pg-exec conn "INSERT INTO foo VALUES (1, 2)")
(pg-exec conn "INSERT INTO foo VALUES (2, 4)")
(with-open-file (stream "/tmp/foo-out"
:direction :output
:element-type '(unsigned-byte 8)
:if-does-not-exist :create
:if-exists :overwrite)
(setf (pgcon-sql-stream conn) stream)
(pg-exec conn "COPY foo TO stdout"))
(pg-exec conn "DELETE FROM foo")
(with-open-file (stream "/tmp/foo-out"
:direction :input
:element-type '(unsigned-byte 8)
:if-does-not-exist :error
:if-exists :overwrite)
(setf (pgcon-sql-stream conn) stream)
(pg-exec conn "COPY foo FROM stdout"))
(let ((res (pg-exec conn "SELECT b FROM foo WHERE a = 1")))
(assert (eql 2 (first (pg-result res :tuple 0)))))
(let ((res (pg-exec conn "SELECT b FROM foo WHERE a = 2")))
(assert (eql 4 (first (pg-result res :tuple 0)))))
(pg-exec conn "DROP TABLE foo")))
(defun test ()
(let (#+nil (*pg-client-encoding* "UNICODE"))
(with-test-connection (conn)
(format t "Running pg.lisp tests against backend ~a~%" (pg-backend-version conn))
;; client encoding supported since PostgreSQL v7.1
(format t "Client encoding is ~A~%" (pg-client-encoding conn))
(format t "Date style is ~A~%" (pg-date-style conn))
(let ((r2 (pg-exec conn "CREATE TABLE pgltest (a int, b float, c money)"))
(r3 (pg-exec conn "INSERT INTO pgltest VALUES (3, -1234.5e67, '$123.45')"))
(r4 (pg-exec conn "DROP TABLE pgltest")))
(format t "~%==============================================~%")
(format t "status of CREATE is ~s~%" (pg-result r2 :status))
(format t "status of INSERT is ~s~%" (pg-result r3 :status))
(format t "oid of INSERT is ~s~%" (pg-result r3 :oid))
(format t "status of DROP is ~s~%" (pg-result r4 :status))
(format t "==============================================~%")))
(test-simple)
(test-insert)
(test-insert/float)
(test-insert/numeric)
(test-date)
(test-booleans)
(test-integrity)
(test-notifications)
(test-lo)
(test-lo-read)
#+cmu (test-lo-import)
(test-pbe)))
;; EOF
|
