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$params = array (':customer_id' => $customerId, ':name' => $name, ':email' => $email, ':password' => $hashed_password, ':day_phone' => $dayPhone, ':eve_phone' => $evePhone, ':mob_phone' => $mobPhone); // Prepare the statement with PDO-specific functionality $result = DatabaseHandler::Prepare($sql); // Execute the query return DatabaseHandler::Execute($result, $params); } public static function DecryptCreditCard($encryptedCreditCard) { $secure_card = new SecureCard(); $secure_card->LoadEncryptedDataAndDecrypt($encryptedCreditCard); $credit_card = array(); $credit_card['card_holder'] = $secure_card->CardHolder; $credit_card['card_number'] = $secure_card->CardNumber; $credit_card['issue_date'] = $secure_card->IssueDate; $credit_card['expiry_date'] = $secure_card->ExpiryDate; $credit_card['issue_number'] = $secure_card->IssueNumber; $credit_card['card_type'] = $secure_card->CardType; $credit_card['card_number_x'] = $secure_card->CardNumberX; return $credit_card; } public static function GetPlainCreditCard() { $customer_data = self::Get(); if (!(empty ($customer_data['credit_card']))) return self::DecryptCreditCard($customer_data['credit_card']); else return array('card_holder' => '', 'card_number' => '', 'issue_date' => '', 'expiry_date' => '', 'issue_number' => '', 'card_type' => '', 'card_number_x' => ''); } public static function UpdateCreditCardDetails($plainCreditCard, $customerId = null) { if (is_null($customerId)) $customerId = self::GetCurrentCustomerId();

Yes, even reports that took 28 hours to produce using a very large and complicated SQL SELECT statement took less than 3 minutes when these divide and conquer principles were applied And no, there were no accidental Cartesian products in the SELECT statement When this architecture is adopted, the business intelligence on how to produce the report permanently resides in the database where it is easiest and most efficient to process data This means that any presentation layer can be used to produce the result set for a given report by executing its corresponding stored procedure in the database, and then simply formatting and displaying the data in whatever fashion is desired Presentation layers come and go Does the business knowledge that produces your reports have to go with it No Figure 10-8 demonstrates the reporting architecture I m advocating.

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In this architecture, producing a report consists of these three high-level steps:.

$secure_card = new SecureCard(); $secure_card->LoadPlainDataAndEncrypt($plainCreditCard['card_holder'], $plainCreditCard['card_number'], $plainCreditCard['issue_date'], $plainCreditCard['expiry_date'], $plainCreditCard['issue_number'], $plainCreditCard['card_type']); $encrypted_card = $secure_card->EncryptedData; // Build the SQL query $sql = 'SELECT customer_update_credit_card( :customer_id, :credit_card);'; // Build the parameters array $params = array (':customer_id' => $customerId, ':credit_card' => $encrypted_card); // Prepare the statement with PDO-specific functionality $result = DatabaseHandler::Prepare($sql); // Execute the query return DatabaseHandler::Execute($result, $params); } public static function GetShippingRegions() { // Build the SQL query $sql = 'SELECT * FROM customer_get_shipping_regions();'; // Prepare the statement with PDO-specific functionality $result = DatabaseHandler::Prepare($sql); // Execute the query and return the results return DatabaseHandler::GetAll($result); } public static function UpdateAddressDetails($address1, $address2, $city, $region, $postalCode, $country, $shippingRegionId, $customerId = null) { if (is_null($customerId)) $customerId = self::GetCurrentCustomerId(); // Build the SQL query $sql = 'SELECT customer_update_address(:customer_id, :address_1, :address_2, :city, :region, :postal_code, :country, :shipping_region_id);'; // Build the parameters array $params = array (':customer_id' => $customerId, ':address_1' => $address1, ':address_2' => $address2, ':city' => $city, ':region' => $region, ':postal_code' => $postalCode,

7. Click the Rich Text Editor link in the Content Editor Web Part. Enter brief descriptive text (for example, Charts and tables on this page are updated daily ). Click Apply. 8. Add two Page Viewer Web Parts to the body, as shown in Figure 7-19. 9. Change the properties on the Page Viewer Web Parts to display the HTML pages for the Category Sales chart and the Sales pivot table. You can tweak the web part layout and appearance settings as needed.

1. The presentation layer calls a function get_report() in the database, passing it any required parameters for producing a report. 2. get_report() produces the result set for the report, placing the results in a staging table specific to the report. Then get_report() returns an ID for the results. 3. The presentation layer executes a SELECT statement against the report s staging table, where the report ID is the one returned from get_report(), and orders the results by the report s sequence.

':country' => $country, ':shipping_region_id' => $shippingRegionId); // Prepare the statement with PDO-specific functionality $result = DatabaseHandler::Prepare($sql); // Execute the query return DatabaseHandler::Execute($result, $params); } } >

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