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|
;;;; -*- Mode: LISP -*-
;;;;
;;;; $Id: development.lisp,v 1.2 2005/10/01 08:48:50 scaekenberghe Exp $
;;;;
;;;; Development scratch pad
;;;;
;;;; Copyright (C) 2005 Sven Van Caekenberghe, Beta Nine BVBA.
;;;;
;;;; You are granted the rights to distribute and use this software
;;;; as governed by the terms of the Lisp Lesser General Public License
;;;; (http://opensource.franz.com/preamble.html), also known as the LLGPL.
(in-package :cl-soap)
;;; The Google AdWords API
(defconstant +google-adwords-ns-uri+ "https://adwords.google.com/api/adwords/v2")
(defpackage :google
(:nicknames "google")
(:export)
(:documentation "Package for symbols in the Google AdWords API XML Namespace"))
(defparameter *google-adwords-ns* (s-xml:register-namespace +google-adwords-ns-uri+ "google" :google))
;;; Older Manual Google AdWords Calls
(export
'(;; headers
"email" "password" "useragent" "token" "clientEmail"
;; info service
"getUsageQuotaThisMonth" "getUsageQuotaThisMonthResponse" "getUsageQuotaThisMonthReturn"
"getCampaigns" "getCampaign" "getBillingAddress"
;; optionally add more exports, but this is not really needed for wsdl-soap-call's
))
(defun get-usage-quota-this-month ()
(multiple-value-bind (result headers)
(soap-call (make-soap-end-point "https://adwords.google.com:443/api/adwords/v2/InfoService")
`((google:|email| ,*google-adwords-email*)
(google:|password| ,*google-adwords-password*)
(google:|useragent| ,*google-adwords-user-agent*)
(google:|token| ,*google-adwords-token*))
`(google:|getUsageQuotaThisMonth|)
:envelope-attributes `(:|xmlns| ,+google-adwords-ns-uri+))
(if (eql (lxml-get-tag result) 'google:|getUsageQuotaThisMonthResponse|)
(let ((contents (lxml-find-tag 'google:|getUsageQuotaThisMonthReturn| (rest result))))
(if contents
(values (parse-integer (second contents)) headers)
(error "Expected a <getUsageQuotaThisMonthReturn> element")))
(error "Expected a <getUsageQuotaThisMonthResponse> element"))))
(defun get-method-cost (service method &optional (date (ut)))
(multiple-value-bind (result headers)
(soap-call (make-soap-end-point "https://adwords.google.com:443/api/adwords/v2/InfoService")
`((google:|email| ,*google-adwords-email*)
(google:|password| ,*google-adwords-password*)
(google:|useragent| ,*google-adwords-user-agent*)
(google:|token| ,*google-adwords-token*))
`(google:|getMethodCost|
(google:|service| ,service)
(google:|method| ,method)
(google:|date| ,(lisp->xsd-date date)))
:envelope-attributes `(:|xmlns| ,+google-adwords-ns-uri+))
(if (eql (lxml-get-tag result) 'google:|getMethodCostResponse|)
(let ((contents (lxml-find-tag 'google:|getMethodCostReturn| (rest result))))
(if contents
(values (parse-integer (second contents)) headers)
(error "Expected a <getMethodCostReturn> element")))
(error "Expected a <getMethodCostResponse> element"))))
(defun get-billing-address (client-email)
(multiple-value-bind (result headers)
(soap-call (make-soap-end-point "https://adwords.google.com:443/api/adwords/v2/AccountService")
`((google:|email| ,*google-adwords-email*)
(google:|password| ,*google-adwords-password*)
(google:|useragent| ,*google-adwords-user-agent*)
(google:|token| ,*google-adwords-token*)
(google:|clientEmail| ,client-email))
`(google:|getBillingAddress|)
:envelope-attributes `(:|xmlns| ,+google-adwords-ns-uri+))
(if (eql (lxml-get-tag result) 'google:|getBillingAddressResponse|)
(values (rest result) headers)
(error "Expected a <getBillingAddressResponse> element"))))
(defun get-all-adwords-campaigns (client-email)
(multiple-value-bind (result headers)
(soap-call (make-soap-end-point "https://adwords.google.com:443/api/adwords/v2/CampaignService")
`((google:|email| ,*google-adwords-email*)
(google:|password| ,*google-adwords-password*)
(google:|useragent| ,*google-adwords-user-agent*)
(google:|token| ,*google-adwords-token*)
(google:|clientEmail| ,client-email))
`(google:|getAllAdWordsCampaigns|
(google:|dummy| "1"))
:envelope-attributes `(:|xmlns| ,+google-adwords-ns-uri+))
(values result headers)))
(defun estimate-keyword-list (keywords)
"((<text> <type> <max-cpc>)*) where type is Broad|Phrase|Exact"
(multiple-value-bind (result headers)
(soap-call (make-soap-end-point "https://adwords.google.com:443/api/adwords/v2/TrafficEstimatorService")
`((google:|email| ,*google-adwords-email*)
(google:|password| ,*google-adwords-password*)
(google:|useragent| ,*google-adwords-user-agent*)
(google:|token| ,*google-adwords-token*))
`(google::|estimateKeywordList|
,@(mapcar #'(lambda (keyword)
(destructuring-bind (text type max-cpc)
keyword
`(google::|keywordRequest|
(google::|text| ,text)
(google::|type| ,type)
(google::|maxCpc| ,max-cpc))))
keywords))
:envelope-attributes `(:|xmlns| ,+google-adwords-ns-uri+))
(values result headers)))
(defun get-campaign (id client-email)
(multiple-value-bind (result headers)
(soap-call (make-soap-end-point "https://adwords.google.com:443/api/adwords/v2/CampaignService")
`((google:|email| ,*google-adwords-email*)
(google:|password| ,*google-adwords-password*)
(google:|useragent| ,*google-adwords-user-agent*)
(google:|token| ,*google-adwords-token*)
(google:|clientEmail| ,client-email))
`(google:|getCampaign|
(google:|id| ,(princ-to-string id)))
:envelope-attributes `(:|xmlns| ,+google-adwords-ns-uri+))
(values result headers)))
;; Moved code
(defun binding-primitive-value (name type bindings)
(let ((value (get-name-binding name bindings)))
(when value
(lisp->xsd-primitive value (intern-xsd-type-name type)))))
(defun bind-primitive (element type-name bindings namespace)
(let ((value (binding-primitive-value (get-name element) type-name bindings)))
(if value
`(,(intern (get-name element) (s-xml:get-package namespace)) ,value)
(if (is-optional-p element)
nil
(error "Cannot find binding for ~a" (get-name element))))))
(defun bind-type (type-spec bindings super-element xml-schema-definition namespace)
(let* ((type-element (if (stringp type-spec) (get-element-named xml-schema-definition type-spec) type-spec))
(type (get-element-type xml-schema-definition type-element)))
(if (typep type 'xsd-complex-type)
(let ((members (get-members type xml-schema-definition))
(members-actual-bindings '()))
(loop :for member :in members :do
(let* ((member-name (get-name member))
(member-type (get-type member))
(sub-tag-name (intern member-name (s-xml:get-package namespace))))
(if (is-plural-p member)
(let ((count 0))
(loop :for sub-binding :in (get-name-binding member-name bindings) :do
(if (xsd-primitive-type-name-p member-type)
(let ((member-binding (bind-primitive member member-type
sub-binding namespace)))
(when member-binding
(incf count)
(push member-binding members-actual-bindings)))
(multiple-value-bind (member-binding bound)
(bind-type member-type sub-binding member
xml-schema-definition namespace)
(when bound
(incf count)
(push `(,sub-tag-name ,@member-binding) members-actual-bindings)))))
(if (zerop count)
(unless (or (is-optional-p member) (get-nillable member))
(error "Required element <~a> not found" member-name))))
(let ((sub-binding (get-name-binding member-name bindings)))
(cond ((xsd-primitive-type-name-p member-type)
(let ((member-binding (bind-primitive member member-type
bindings namespace)))
(when member-binding
(push member-binding members-actual-bindings))))
(t
(multiple-value-bind (member-binding bound)
(bind-type member-type sub-binding member
xml-schema-definition namespace)
(if bound
(push `(,sub-tag-name ,@member-binding) members-actual-bindings)
(unless (or (is-optional-p member) (get-nillable member))
(error "Required member ~a not bound" member-name))))))))))
(values (nreverse members-actual-bindings) t))
(if (xsd-primitive-type-name-p type)
(let ((value (binding-primitive-value (get-name super-element) type bindings)))
(if value (values (list value) t) (values nil nil)))
(error "Unexpected type")))))
(defun bind-element (element bindings xml-schema-definition namespace)
(let* ((element (if (stringp element) (get-element-named xml-schema-definition element) element))
(element-type (get-element-type xml-schema-definition element)))
(cond ((xsd-primitive-type-name-p element-type)
(bind-primitive element element-type bindings namespace))
((typep element-type 'xsd-complex-type)
(let ((sub-bindings (get-name-binding (get-name element) bindings))
(tag-name (intern (get-name element) (s-xml:get-package namespace))))
(if sub-bindings
(multiple-value-bind (members-binding bound)
(bind-type element-type sub-bindings element xml-schema-definition namespace)
(when bound
`(,tag-name ,@members-binding)))
(if (or (is-optional-p element) (null (get-members element-type xml-schema-definition)))
tag-name
(error "Element ~a not bound" (get-name element))))))
(t (error "Cannot bind element ~s of type ~s" element element-type)))))
(defun lxml-primitive-value (name type lxml namespace)
(let ((tag-name (intern name (s-xml:get-package namespace))))
(if (eql (lxml-get-tag lxml) tag-name)
(values (xsd-primitive->lisp (first (lxml-get-children lxml)) (intern-xsd-type-name type)) t)
(values nil nil))))
(defun resolve-primitive (element type-name lxml namespace)
(multiple-value-bind (value present)
(lxml-primitive-value (get-name element) type-name lxml namespace)
(if present
(values value t)
(if (is-optional-p element)
(values nil nil)
(error "Expected a <~a> element" (get-name element))))))
(defun resolve-type (type-name lxml super-element xml-schema-definition namespace)
(let* ((type-element (get-element-named xml-schema-definition type-name))
(type (get-element-type xml-schema-definition type-element)))
(if (typep type 'xsd-complex-type)
(let ((members (get-members type xml-schema-definition))
(resolved-members '()))
(loop :for member :in members :do
(let* ((member-name (get-name member))
(member-type (get-type member))
(sub-tag-name (intern member-name (s-xml:get-package namespace))))
(if (is-plural-p member)
(let ((count 0))
(loop :for item-lxml :in (lxml-find-tags sub-tag-name (lxml-get-children lxml)) :do
(if (xsd-primitive-type-name-p member-type)
(multiple-value-bind (member-value required)
(resolve-primitive member member-type item-lxml namespace)
(when required
(incf count)
(push (list member-name member-value) resolved-members)))
(multiple-value-bind (member-value required)
(resolve-type member-type item-lxml member
xml-schema-definition namespace)
(when required
(incf count)
(push (list member-name member-value) resolved-members)))))
(if (zerop count)
(unless (or (is-optional-p member) (get-nillable member))
(error "Required element <~a> not found" member-name))))
(let ((member-lxml (lxml-find-tag sub-tag-name lxml)))
(if (xsd-primitive-type-name-p member-type)
(multiple-value-bind (member-value required)
(resolve-primitive member member-type member-lxml namespace)
(when required
(push member-name resolved-members)
(push member-value resolved-members)))
(multiple-value-bind (member-value required)
(resolve-type member-type member-lxml member
xml-schema-definition namespace)
(when required
(push member-name resolved-members)
(push member-value resolved-members))))))))
(values (nreverse resolved-members) t))
(if (xsd-primitive-type-name-p type)
(lxml-primitive-value (get-name super-element) type lxml namespace)
(error "Unexpected type")))))
(defun resolve-element (element lxml xml-schema-definition namespace)
(let* ((element (if (stringp element) (get-element-named xml-schema-definition element) element))
(element-type (get-element-type xml-schema-definition element)))
(cond ((xsd-primitive-type-name-p element-type)
(resolve-primitive element element-type lxml namespace))
((typep element-type 'xsd-complex-type)
(let ((tag-name (intern (get-name element) (s-xml:get-package namespace))))
(if (eql (lxml-get-tag lxml) tag-name)
(let ((sub-lxml (lxml-get-children lxml))
(members (get-members element-type xml-schema-definition))
(resolved-members '()))
(loop :for member :in members :do
(let* ((member-name (get-name member))
(member-type (get-type member))
(sub-tag-name (intern member-name (s-xml:get-package namespace))))
(if (is-plural-p member)
(let ((count 0))
(loop :for item-lxml :in sub-lxml :do
(if (eql (lxml-get-tag item-lxml) sub-tag-name)
(if (xsd-primitive-type-name-p member-type)
(multiple-value-bind (member-value required)
(resolve-primitive member member-type item-lxml namespace)
(when required
(incf count)
(push (list member-name member-value) resolved-members)))
(multiple-value-bind (member-value required)
(resolve-type member-type item-lxml member
xml-schema-definition namespace)
(when required
(incf count)
(push (list member-name member-value) resolved-members))))
(error "Expected a <~a> element" sub-tag-name)))
(if (zerop count)
(unless (or (is-optional-p member) (get-nillable member))
(error "Required element <~a> not found" member-name))))
(let ((member-lxml (lxml-find-tag sub-tag-name sub-lxml)))
(if (xsd-primitive-type-name-p member-type)
(multiple-value-bind (member-value required)
(resolve-primitive member member-type member-lxml namespace)
(when required
(push member-name resolved-members)
(push member-value resolved-members)))
(multiple-value-bind (member-value required)
(resolve-type member-type member-lxml member
xml-schema-definition namespace)
(when required
(push member-name resolved-members)
(push member-value resolved-members))))))))
(values (list (get-name element) (nreverse resolved-members)) t))
(if (is-optional-p element)
(values nil nil)
(error "Expected a <~a> element" tag-name)))))
(t (error "Cannot resolve element ~s of type ~s" element element-type)))))
;;; Describing XSD (with pre-rendering of XML)
(defmethod describe-multiplicity ((xml-schema-element xml-schema-element))
(with-slots (min-occurs max-occurs)
xml-schema-element
(cond ((and (zerop min-occurs) (eql max-occurs 1)) "optional")
((and (eql min-occurs 1) (eql max-occurs 1)) "required")
((and (eql min-occurs 1) (eql max-occurs :unbounded)) "one or more")
((and (zerop min-occurs) (eql max-occurs :unbounded)) "zero or more")
(t (format nil "min:~d-max:~d" min-occurs max-occurs)))))
(defmethod multiplicity-suffix ((xml-schema-element xml-schema-element))
(with-slots (min-occurs max-occurs)
xml-schema-element
(cond ((and (zerop min-occurs) (eql max-occurs 1)) "?")
((and (eql min-occurs 1) (eql max-occurs 1)) "")
((and (eql min-occurs 1) (eql max-occurs :unbounded)) "+")
((and (zerop min-occurs) (eql max-occurs :unbounded)) "*")
(t (format nil "~d:~d" min-occurs max-occurs)))))
(defun pre-render-xsd-type (xml-schema-definition type-name &key (level 0) (stream *standard-output*))
(let* ((type-element (get-element-named xml-schema-definition type-name))
(type (get-element-type xml-schema-definition type-element)))
(if (typep type 'xsd-complex-type)
(let ((members (get-members type xml-schema-definition)))
(loop :for member :in members :do
(let ((member-name (get-name member))
(member-type (get-type member)))
(indent level stream)
(if (xsd-primitive-type-name-p member-type)
(format stream " <~a>~a</~a>~a~%"
member-name member-type member-name (multiplicity-suffix member))
(progn
(format stream " <~a>~%" member-name)
(pre-render-xsd-type xml-schema-definition member-type
:level (1+ level) :stream stream)
(indent level stream)
(format stream " </~a>~a~%" member-name (multiplicity-suffix member)))))))
(if (xsd-primitive-type-name-p type)
(progn
(indent level stream)
(format stream " ~a~%" type))
(error "unexpected type")))))
(defun describe-xsd-type (xml-schema-definition type-name &key (level 0) (stream *standard-output*))
(let* ((type-element (get-element-named xml-schema-definition type-name))
(type (get-element-type xml-schema-definition type-element)))
(if (typep type 'xsd-complex-type)
(let ((members (get-members type xml-schema-definition)))
(loop :for member :in members :do
(let ((member-name (get-name member))
(member-type (get-type member)))
(indent level stream)
(if (xsd-primitive-type-name-p member-type)
(format stream " Member ~s of primitive type ~s [~a]~@[ nillable~]~%"
member-name member-type (describe-multiplicity member) (get-nillable member))
(progn
(format stream " Member ~s [~a]~@[ nillable~]~%" member-name
(describe-multiplicity member) (get-nillable member))
(describe-xsd-type xml-schema-definition member-type
:level (1+ level) :stream stream))))))
(if (xsd-primitive-type-name-p type)
(progn
(indent level stream)
(format stream " primitive type ~a~%" type))
(error "unexpected type")))))
(defun describe-xsd-element (xml-schema-definition element &key (level 0) (stream *standard-output*))
(unless (typep element 'xml-schema-element)
(setf element (get-element-named xml-schema-definition element)))
(let* ((element-type (get-element-type xml-schema-definition element))
(element-name (get-name element)))
(if (xsd-primitive-type-name-p element-type)
(progn
(indent level stream)
(format stream "Element ~s of primitive type ~s [~a]~@[ nillable~]~%"
element-name element-type (describe-multiplicity element) (get-nillable element))
(indent level stream)
(format stream " <~a>~a</~a>~a~%"
element-name element-type element-name (multiplicity-suffix element)))
(let ((members (get-members element-type xml-schema-definition)))
(indent level stream)
(format stream "Element ~s [~a]~@[ nillable~]~%" element-name
(describe-multiplicity element) (get-nillable element))
(loop :for member :in members :do
(let ((member-name (get-name member))
(member-type (get-type member)))
(indent level stream)
(if (xsd-primitive-type-name-p member-type)
(format stream " Member ~s of primitive type ~s [~a]~@[ nillable~]~%"
member-name member-type (describe-multiplicity member) (get-nillable member))
(progn
(format stream " Member ~s [~a]~@[ nillable~]~%" member-name
(describe-multiplicity member) (get-nillable member))
(describe-xsd-type xml-schema-definition member-type
:level (1+ level) :stream stream)))))
(indent level stream)
(format stream " <~a>~%" element-name)
(loop :for member :in members :do
(let ((member-name (get-name member))
(member-type (get-type member)))
(indent level stream)
(if (xsd-primitive-type-name-p member-type)
(format stream " <~a>~a</~a>~a~%"
member-name member-type member-name (multiplicity-suffix member))
(progn
(format stream " <~a>~%" member-name)
(pre-render-xsd-type xml-schema-definition member-type :level (1+ level) :stream stream)
(indent level stream)
(format stream " </~a>~a~%" member-name (multiplicity-suffix member))))))
(indent level stream)
(format stream " </~a>~a~%" element-name (multiplicity-suffix element))))))
(defun describe-xsd (xml-schema-definition &key (stream *standard-output*))
"Print a high-level description of the top-level elements in xml-schema-definition"
(format stream "XML Schema Definition with target-namespace URI ~s~%"
(get-target-namespace xml-schema-definition))
(loop :for element :in (get-elements xml-schema-definition) :do
(when (typep element 'xml-schema-element)
(describe-xsd-element xml-schema-definition element
:level 1 :stream stream)))
(values))
;;;; eof
|
