;;;;
;;;; $Id$
;;;;
-;;;; CLSQL metaclass for standard-db-objects created in the OODDL.
+;;;; CLSQL metaclass for standard-db-objects created in the OODDL.
;;;;
;;;; This file is part of CLSQL.
;;;;
;;;; (http://opensource.franz.com/preamble.html), also known as the LLGPL.
;;;; *************************************************************************
-(in-package #:clsql)
+(in-package #:clsql-sys)
(eval-when (:compile-toplevel :load-toplevel :execute)
(when (>= (length (generic-function-lambda-list
'compute-effective-slot-definition)))
3)
(pushnew :kmr-normal-cesd cl:*features*))
-
+
(when (>= (length (generic-function-lambda-list
(ensure-generic-function
'direct-slot-definition-class)))
3)
(pushnew :kmr-normal-dsdc cl:*features*))
-
+
(when (>= (length (generic-function-lambda-list
(ensure-generic-function
'effective-slot-definition-class)))
:accessor view-class-qualifier
:initarg :qualifier
:initform nil))
- (:documentation "VIEW-CLASS metaclass."))
+ (:documentation "Metaclass for all CLSQL View Classes."))
;;; Lispworks 4.2 and before requires special processing of extra slot and class options
:db-writer :db-info))
(defvar +extra-class-options+ '(:base-table))
+#+lispworks
(dolist (slot-option +extra-slot-options+)
- (process-slot-option standard-db-class slot-option))
+ (eval `(process-slot-option standard-db-class ,slot-option)))
+#+lispworks
(dolist (class-option +extra-class-options+)
- (process-class-option standard-db-class class-option))
+ (eval `(process-class-option standard-db-class ,class-option)))
(defmethod validate-superclass ((class standard-db-class)
(superclass standard-class))
((typep arg 'sql-ident)
(slot-value arg 'name))
((stringp arg)
- (intern (symbol-name-default-case arg)))))
+ (intern arg))))
(defun column-name-from-arg (arg)
(cond ((symbolp arg)
(defmethod reinitialize-instance :around ((class standard-db-class)
&rest all-keys
- &key base-table
+ &key base-table
direct-superclasses qualifier
&allow-other-keys)
(let ((root-class (find-class 'standard-db-object nil))
(defun describe-db-layout (class)
(flet ((not-db-col (col)
- (not (member (nth 2 col) '(nil :base :key))))
+ (not (member (nth 2 col) '(nil :base :key))))
(frob-slot (slot)
- (let ((type (slot-value slot 'type)))
+ (let ((type (slot-definition-type slot)))
(if (eq type t)
(setq type nil))
(list (slot-value slot 'name)
(setq all-slots (remove-if #'not-db-col all-slots))
(setq all-slots (stable-sort all-slots #'string< :key #'car))
(setf (object-definition class) all-slots))
- #-(or allegro openmcl)
+ #-allegro
(setf (key-slots class) (remove-if-not (lambda (slot)
(eql (slot-value slot 'db-kind)
:key))
(ordered-class-slots class)))))
-#+(or allegro openmcl)
+#+allegro
(defmethod finalize-inheritance :after ((class standard-db-class))
(setf (key-slots class) (remove-if-not (lambda (slot)
(eql (slot-value slot 'db-kind)
:accessor view-class-slot-db-kind
:initarg :db-kind
:initform :base
- :type keyword
+ ;; openmcl 0.14.2 stores the value as list in the DSD
+ ;; :type (or list keyword)
+ #-openmcl :type #-openmcl keyword
:documentation
"The kind of DB mapping which is performed for this slot. :base
indicates the slot maps to an ordinary column of the DB view. :key
:initarg :db-constraints
:initform nil
:documentation
- "A single constraint or list of constraints for this column")
+ "A keyword symbol representing a single SQL column constraint or list of such symbols.")
(void-value
:accessor view-class-slot-void-value
:initarg :void-value
:initform nil
:documentation
- "Value to store is the SQL value is NULL. Default is NIL.")
+ "Value to store if the SQL value is NULL. Default is NIL.")
(db-info
:accessor view-class-slot-db-info
:initarg :db-info
(target-slot nil)
(retrieval :immmediate)
(set nil)))
-
+
(defun parse-db-info (db-info-list)
(destructuring-bind
(&key join-class home-key key-join foreign-key (delete-rule nil)
- (target-slot nil) (retrieval :deferred) (set nil))
+ (target-slot nil) (retrieval :deferred) (set t))
db-info-list
(let ((ih (make-hash-table :size 6)))
(if join-class
(find-class 'view-class-effective-slot-definition))
#+openmcl
-(defun compute-class-precedence-list (class)
- ;; safe to call this in openmcl
- (class-precedence-list class))
+(when (not (symbol-function 'compute-class-precedence-list))
+ (eval
+ (defun compute-class-precedence-list (class)
+ (class-precedence-list class))))
-#-(or sbcl cmu)
+#-mop-slot-order-reversed
(defmethod compute-slots ((class standard-db-class))
"Need to sort order of class slots so they are the same across
implementations."
(defun compute-lisp-type-from-slot-specification (slotd specified-type)
"Computes the Lisp type for a user-specified type. Needed for OpenMCL
which does type checking before storing a value in a slot."
- (declare (ignore slotd))
;; This function is called after the base compute-effective-slots is called.
;; OpenMCL sets the type-predicate based on the initial value of the slots type.
;; so we have to override the type-predicates here
((and (symbolp (car specified-type))
(string-equal (symbol-name (car specified-type)) "string"))
'string)
+ ((and (symbolp (car specified-type))
+ (string-equal (symbol-name (car specified-type)) "varchar"))
+ 'string)
+ ((and (symbolp (car specified-type))
+ (string-equal (symbol-name (car specified-type)) "char"))
+ 'string)
(t
specified-type)))
((eq (ensure-keyword specified-type) :bigint)
'integer)
- #+openmcl
- ((null specified-type)
- t)
+ ((eq (ensure-keyword specified-type) :char)
+ 'character)
+ ((eq (ensure-keyword specified-type) :varchar)
+ 'string)
+ ((and specified-type
+ (not (eql :not-null (slot-value slotd 'db-constraints))))
+ `(or null ,specified-type))
(t
specified-type)))
;; what kind of database value (if any) is stored there, generates and
;; verifies the column name.
+(declaim (inline delistify))
+(defun delistify (list)
+ "Some MOPs, like openmcl 0.14.2, cons attribute values in a list."
+ (if (listp list)
+ (car list)
+ list))
+
+(declaim (inline delistify-dsd))
+(defun delistify-dsd (list)
+ "Some MOPs, like openmcl 0.14.2, cons attribute values in a list."
+ (if (and (listp list) (null (cdr list)))
+ (car list)
+ list))
+
+(defvar *impl-type-attrib-name* #-clisp 'type #+clisp 'clos::$type)
+
(defmethod compute-effective-slot-definition ((class standard-db-class)
#+kmr-normal-cesd slot-name
direct-slots)
#+kmr-normal-cesd (declare (ignore slot-name))
-
+
;; KMR: store the user-specified type and then compute
;; real Lisp type and store it
(let ((dsd (car direct-slots)))
(null (specified-type dsd)))
(setf (specified-type dsd)
(slot-definition-type dsd))
- (setf (slot-value dsd 'type)
- (compute-lisp-type-from-slot-specification
- dsd (slot-definition-type dsd))))
-
+ (setf #-clisp (slot-value dsd 'type)
+ #+clisp (slot-definition-type dsd)
+ (compute-lisp-type-from-slot-specification
+ dsd (slot-definition-type dsd))))
+
(let ((esd (call-next-method)))
(typecase dsd
(view-class-slot-definition-mixin
(setf (slot-value esd 'column)
(column-name-from-arg
(if (slot-boundp dsd 'column)
- (view-class-slot-column dsd)
+ (delistify-dsd (view-class-slot-column dsd))
(column-name-from-arg
(sql-escape (slot-definition-name dsd))))))
-
+
(setf (slot-value esd 'db-type)
(when (slot-boundp dsd 'db-type)
- (view-class-slot-db-type dsd)))
-
+ (delistify-dsd
+ (view-class-slot-db-type dsd))))
+
(setf (slot-value esd 'void-value)
- (view-class-slot-void-value dsd))
-
+ (delistify-dsd
+ (view-class-slot-void-value dsd)))
+
;; :db-kind slot value defaults to :base (store slot value in
;; database)
-
+
(setf (slot-value esd 'db-kind)
(if (slot-boundp dsd 'db-kind)
- (view-class-slot-db-kind dsd)
+ (delistify-dsd (view-class-slot-db-kind dsd))
:base))
-
+
+ (setf (slot-value esd 'db-reader)
+ (when (slot-boundp dsd 'db-reader)
+ (delistify-dsd (view-class-slot-db-reader dsd))))
(setf (slot-value esd 'db-writer)
(when (slot-boundp dsd 'db-writer)
- (view-class-slot-db-writer dsd)))
+ (delistify-dsd (view-class-slot-db-writer dsd))))
(setf (slot-value esd 'db-constraints)
(when (slot-boundp dsd 'db-constraints)
- (view-class-slot-db-constraints dsd)))
-
+ (delistify-dsd (view-class-slot-db-constraints dsd))))
+
;; I wonder if this slot option and the previous could be merged,
;; so that :base and :key remain keyword options, but :db-kind
;; :join becomes :db-kind (:join <db info .... >)?
-
+
(setf (slot-value esd 'db-info)
- (when (slot-boundp dsd 'db-info)
- (if (listp (view-class-slot-db-info dsd))
- (parse-db-info (view-class-slot-db-info dsd))
- (view-class-slot-db-info dsd))))
-
- (setf (specified-type esd) (specified-type dsd))
-
+ (when (slot-boundp dsd 'db-info)
+ (let ((dsd-info (view-class-slot-db-info dsd)))
+ (cond
+ ((atom dsd-info)
+ dsd-info)
+ ((and (listp dsd-info) (> (length dsd-info) 1)
+ (atom (car dsd-info)))
+ (parse-db-info dsd-info))
+ ((and (listp dsd-info) (= 1 (length dsd-info))
+ (listp (car dsd-info)))
+ (parse-db-info (car dsd-info)))))))
+
+ (setf (specified-type esd)
+ (delistify-dsd (specified-type dsd)))
+
)
;; all other slots
(t
- (change-class esd 'view-class-effective-slot-definition
- #+allegro :name
- #+allegro (slot-definition-name dsd))
-
+ (let ((type-predicate #+openmcl (slot-value esd 'ccl::type-predicate)))
+ #-openmcl (declare (ignore type-predicate))
+ #-(or clisp sbcl) (change-class esd 'view-class-effective-slot-definition
+ #+allegro :name
+ #+allegro (slot-definition-name dsd))
+ #+openmcl (setf (slot-value esd 'ccl::type-predicate)
+ type-predicate))
+
(setf (slot-value esd 'column)
(column-name-from-arg
(sql-escape (slot-definition-name dsd))))
-
+
(setf (slot-value esd 'db-info) nil)
- (setf (slot-value esd 'db-kind)
- :virtual)))
+ (setf (slot-value esd 'db-kind) :virtual)
+ (setf (specified-type esd) (slot-definition-type dsd)))
+ )
esd)))
-
+
(defun slotdefs-for-slots-with-class (slots class)
(let ((result nil))
(dolist (s slots)
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