;;;; -*- Mode: LISP; Syntax: ANSI-Common-Lisp; Base: 10 -*-
;;;; ======================================================================
;;;; File: test-fdml.lisp
-;;;; Author: Marcus Pearce <m.t.pearce@city.ac.uk>
+;;;; Author: Marcus Pearce <m.t.pearce@city.ac.uk>, Kevin Rosenberg
;;;; Created: 30/03/2004
;;;; Updated: $Id$
;;;;
;; inserts a record using all values only and then deletes it
(deftest :fdml/insert/1
- (progn
+ (let ((now (get-universal-time)))
(clsql:insert-records :into [employee]
- :values `(11 1 "Yuri" "Gagarin" "gagarin@soviet.org"
- 1 1 1.85 t ,(clsql:get-time)))
+ :values `(11 1 "Yuri" "Gagarin" "gagarin@soviet.org"
+ 1 1 1.85 t ,(clsql:utime->time now) ,now))
(values
(clsql:select [first-name] [last-name] [email]
:from [employee] :where [= [emplid] 11])
(let ((count (caar (clsql:query "SELECT COUNT(*) FROM EMPLOYEE WHERE (EMAIL LIKE '%org')" :field-names nil))))
(if (stringp count)
(nth-value 0 (parse-integer count))
- count))
+ (nth-value 0 (truncate count))))
10)
(deftest :fdml/query/2
t)
(deftest :fdml/query/5
- (clsql:query (clsql:sql [select [first-name] [sum [emplid]] :from [employee]]
- [group-by [first-name]] [order-by [sum [emplid]]])
- :field-names nil :result-types nil)
- (("Josef" "2") ("Leon" "3") ("Nikita" "4") ("Leonid" "5") ("Yuri" "6")
- ("Konstantin" "7") ("Mikhail" "8") ("Boris" "9") ("Vladamir" "11")))
+ (let ((res (clsql:query (clsql:sql [select [first-name] [sum [emplid]] :from [employee]]
+ [group-by [first-name]] [order-by [sum [emplid]]])
+ :field-names nil :result-types nil)))
+ (mapcar (lambda (p) (list (car p) (truncate (read-from-string (second p)))))
+ res))
+ (("Josef" 2) ("Leon" 3) ("Nikita" 4) ("Leonid" 5) ("Yuri" 6)
+ ("Konstantin" 7) ("Mikhail" 8) ("Boris" 9) ("Vladamir" 11)))
(deftest :fdml/query/6
- (clsql:query (clsql:sql [union [select [emplid] :from [employee]]
- [select [groupid] :from [company]]])
- :field-names nil :result-types nil :flatp t)
- ("1" "2" "3" "4" "5" "6" "7" "8" "9" "10"))
+ (let ((res (clsql:query (clsql:sql [union [select [emplid] :from [employee]]
+ [select [groupid] :from [company]]])
+ :field-names nil :result-types nil :flatp t)))
+ (values (every #'stringp res)
+ (mapcar #'(lambda (f) (truncate (read-from-string f))) res)))
+ t (1 2 3 4 5 6 7 8 9 10))
(deftest :fdml/query/7
- (clsql:query (clsql:sql [intersect [select [emplid] :from [employee]]
- [select [groupid] :from [company]]])
- :field-names nil :result-types nil :flatp t)
- ("1"))
+ (let ((res (car (clsql:query (clsql:sql [intersect [select [emplid] :from [employee]]
+ [select [groupid] :from [company]]])
+ :field-names nil :result-types nil :flatp t))))
+ (values (stringp res)
+ (nth-value 0 (truncate (read-from-string res)))))
+ t 1)
(deftest :fdml/query/8
- (clsql:query (clsql:sql [except [select [emplid] :from [employee]]
- [select [groupid] :from [company]]])
- :field-names nil :result-types nil :flatp t)
- ("2" "3" "4" "5" "6" "7" "8" "9" "10"))
+ (let ((res (clsql:query (clsql:sql [except [select [emplid] :from [employee]]
+ [select [groupid] :from [company]]])
+ :field-names nil :result-types nil :flatp t)))
+ (values (every #'stringp res)
+ (mapcar #'(lambda (f) (truncate (read-from-string f))) res)))
+ t (2 3 4 5 6 7 8 9 10))
+
(deftest :fdml/execute-command/1
(values
"Yuri"))
(deftest :fdml/select/3
- (clsql:select [first-name] [count [*]] :from [employee]
- :result-types nil
- :group-by [first-name]
- :order-by [first-name]
- :field-names nil)
- (("Boris" "1") ("Josef" "1") ("Konstantin" "1") ("Leon" "1") ("Leonid" "1")
- ("Mikhail" "1") ("Nikita" "1") ("Vladamir" "2") ("Yuri" "1")))
+ (let ((res (clsql:select [first-name] [count [*]] :from [employee]
+ :result-types nil
+ :group-by [first-name]
+ :order-by [first-name]
+ :field-names nil)))
+ (mapcar (lambda (p) (list (car p) (truncate (read-from-string (second p)))))
+ res))
+ (("Boris" 1) ("Josef" 1) ("Konstantin" 1) ("Leon" 1) ("Leonid" 1)
+ ("Mikhail" 1) ("Nikita" 1) ("Vladamir" 2) ("Yuri" 1)))
(deftest :fdml/select/4
(clsql:select [last-name] :from [employee]
(1 1 1 1 1 1 1 1 1 1))
(deftest :fdml/select/7
- (clsql:select [max [emplid]] :from [employee] :flatp t
- :field-names nil :result-types nil)
- ("10"))
+ (let ((result (car (clsql:select [max [emplid]] :from [employee] :flatp t
+ :field-names nil :result-types nil))))
+ (values
+ (stringp result)
+ (nth-value 0 (truncate (read-from-string result)))))
+ t 10)
(deftest :fdml/select/8
- (clsql:select [min [emplid]] :from [employee] :flatp t
- :field-names nil :result-types nil)
- ("1"))
+ (let ((result (car (clsql:select [min [emplid]] :from [employee] :flatp t
+ :field-names nil :result-types nil))))
+ (values
+ (stringp result)
+ (nth-value 0 (truncate (read-from-string result)))))
+ t 1)
(deftest :fdml/select/9
(subseq
("1" "2" "3" "4"))
(deftest :fdml/select/21
- (clsql:select [substr [first-name] 1 4] :from [employee]
+ (clsql:select [substring [first-name] 1 4] :from [employee]
:flatp t :order-by [emplid] :field-names nil)
("Vlad" "Jose" "Leon" "Niki" "Leon" "Yuri" "Kons" "Mikh" "Bori" "Vlad"))
"Yuri"))
(deftest :fdml/select/25
- (clsql:select [first-name] :from "employee" :flatp t :distinct t
- :field-names nil
- :result-types nil
- :order-by [first-name])
+ (clsql:select [first-name] :from (clsql-sys:convert-to-db-default-case "employee" *default-database*)
+ :flatp t :distinct t
+ :field-names nil
+ :result-types nil
+ :order-by [first-name])
("Boris" "Josef" "Konstantin" "Leon" "Leonid" "Mikhail" "Nikita" "Vladamir"
"Yuri"))
(("Vladamir" "Lenin") ("Vladamir" "Putin")))
(deftest :fdml/select/27
- (clsql:select [coalesce [managerid] 10] :from [employee] :order-by [emplid]
- :field-names nil :result-types nil :flatp t)
- ("10" "1" "1" "1" "1" "1" "1" "1" "1" "1"))
+ (mapcar
+ (lambda (f) (truncate (read-from-string f)))
+ (clsql:select [coalesce [managerid] 10] :from [employee] :order-by [emplid]
+ :field-names nil :result-types nil :flatp t))
+ (10 1 1 1 1 1 1 1 1 1))
(deftest :fdml/select/28
- (loop for column in `([*] [emplid]) collect
- (clsql:select [count column] :from [employee]
- :flatp t :result-types nil :field-names nil))
- (("10") ("10")))
+ (mapcar
+ (lambda (f) (truncate (read-from-string (car f))))
+ (loop for column in `([*] [emplid]) collect
+ (clsql:select [count column] :from [employee]
+ :flatp t :result-types nil :field-names nil)))
+ (10 10))
(deftest :fdml/select/29
(clsql:select [first-name] [last-name] :from [employee]
:flatp t :result-types nil :field-names nil)))
("Lenin" "Stalin" "Trotsky" "Kruschev"))
+;; test escaping of single quotes
+(deftest :fdml/select/35
+ (clsql:select "What's up doc?" :from [employee] :flatp t :field-names nil)
+ ("What's up doc?" "What's up doc?" "What's up doc?" "What's up doc?"
+ "What's up doc?" "What's up doc?" "What's up doc?" "What's up doc?"
+ "What's up doc?" "What's up doc?"))
+
+;; test proper treatment of backslash (depending on backend)
+(deftest :fdml/select/36
+ (clsql:select "foo\\bar\\baz" :from [employee] :flatp t :field-names nil)
+ ("foo\\bar\\baz" "foo\\bar\\baz" "foo\\bar\\baz" "foo\\bar\\baz"
+ "foo\\bar\\baz" "foo\\bar\\baz" "foo\\bar\\baz" "foo\\bar\\baz"
+ "foo\\bar\\baz" "foo\\bar\\baz"))
+
(deftest :fdml/do-query/1
(let ((result '()))
(clsql:do-query ((name) [select [last-name] :from [employee]
:flatp t)
results)
(apply #'values (nreverse results)))
- nil :committed nil ("lenin-nospam@soviet.org") :committed
- nil ("lenin@soviet.org"))
+ nil nil nil ("lenin-nospam@soviet.org") nil nil ("lenin@soviet.org"))
;; runs a valid update and an invalid one within a transaction and checks
;; that the valid update is rolled back when the invalid one fails.
:av-pairs
'((emale "lenin-nospam@soviet.org"))
:where [= [emplid] 1]))
- (clsql:clsql-error ()
+ (clsql:sql-database-error ()
(progn
;; check status
(push (clsql:in-transaction-p) results)
(apply #'values (nreverse results))))))
nil nil ("lenin@soviet.org"))
+
))
#.(clsql:restore-sql-reader-syntax-state)
projects / clsql.git / blobdiff