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location alias [r/o] -- the folder that contains the database name Unicode text [r/o] -- the name of the database Class record: A collection of fields, residing in a database Plural form: records Elements: field by name, by numeric index, before/after another element, as a range of elements, satisfying a test Superclasses: item Properties: class type class [r/o] -- (inherited from the "item" class) The class of the object properties record -- (inherited from the "item" class) All of the object's properties id integer [r/o] -- the unique id of the record name Unicode text [r/o] -- the name of the record, equivalent to the value of the field named "name" Class field: A named piece of data, residing in a record Plural form: fields Superclasses: item Properties: class type class [r/o] -- (inherited from the "item" class) The class of the object.

findClass = function (name, root) { var found = []; root = root || document.documentElement; traverseTree(root, function(node) { if (!! node.className) { for (var names = node.className.split(/\s+/), i = names.length; i --; ) { if (names[i] === name) { found.push(node); } } } }); return found; }; } var queryCascade = window.getComputedStyle function(element, property) { return getComputedStyle(element, null)[property]; } : function(element, property) { return element.currentStyle[property]; } ; var doZ = function() { var z = 400; return function() { return z ++; }; }(); // sprite swaps var prepSprites = window.getComputedStyle function () { var elements = findClass("sprite"), sprites = {}; for (var i = elements.length, offsets = null; i --; ) { sprites[elements[i].id] = []; sprites[elements[i].id][0] = queryCascade(elements[i], "backgroundPosition"); offsets = sprites[elements[i].id][0].split(/\s+/); sprites[elements[i].id][1] = 1 - parseInt(queryCascade(elements[i], "width")) + "px " + offsets[1]; addListener(elements[i], "mouseover", slideSprite); addListener(elements[i], "mouseout", slideSprite); } function slideSprite(e) { if (e.type == "mouseover") { e.target.style.backgroundPosition = sprites[e.target.id][1]; } else { e.target.style.backgroundPosition = sprites[e.target.id][0]; } } } : function () {

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properties record -- (inherited from the "item" class) All of the object's properties name Unicode text [r/o] -- the name of the field value anything -- the value of the field As you can see from the dictionary, there are three main classes, besides the application class, of course These classes are database, record, and field Unlike FileMaker Pro, there is no table class or cell class Also, Database Events doesn t require that neighboring records all have the same structure Each record can have completely different fields, with different names and data types..

The first parameter is a pointer to main() s myDVD struct. The second parameter is a copy of the same struct. PrintParamInfo() prints the address of the rating field of each version of myDVD:

To see how Database Events scripting works, let s create two scripts: one will be create the database and populate it with records, fields, and data; the second script will read the data Script 27-14 will create a database named cars and will have two records; each record will hold information about one car in three fields, say, make, model, and year When the script is run, a file named carsdbev will be created automatically on your desktop if it doesn t already exist; otherwise, the existing file will be used Script 27-14.

printf( "Address of myDVDPtr->rating in PrintParamInfo(): %p\n", &(myDVDPtr->rating) ); printf( "Address of myDVDCopy.rating in PrintParamInfo(): %p\n", &(myDVDCopy.rating) );

set theFolder to path to desktop tell application "Database Events" set theDB to make new database with properties {name:"cars", location:theFolder} tell theDB set theRecord to make new record with properties {name:"Toyota"} make new record with properties {name:"Mercedes"} end tell tell theRecord make new field with properties {name:"Make", value:"Toyota"} make new field with properties {name:"Model", value:"Camry"} make new field with properties {name:"Year", value:1993} end tell tell record "Mercedes" of theDB make new field with properties {name:"Make", value:"Mercedes-Benz"} make new field with properties {name:"Model", value:"300TD"} make new field with properties {name:"Year", value:1997} end tell save theDB end tell Let s take a look at a few points in this script First, note the use of variables for referencing database elements and the database object itself The script starts by creating a new database and assigning it to the theDB variable Later in the script, you refer to the database using this variable.

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