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Creating Objects For thejubilee

thejubilee

Creating Objects
Now that you know how to create basic classes, creating objects (or instances)
based upon them is the logical next step. Creating a variable that contains an
object takes two steps. First, like any variable, you must declare the variable
name for the object and its type somewhere in your program. You perform this
step by using the class name as the data type and whatever name you want for
the variable. The following code is an example of this process for the Vehicle
class:
http://greateventsupport.com/
Vehicle myVehicle;
At this point, much like an array, nothing is in the variable yet. All you have
done is state that eventually myVehicle will contain an object. Next you need
to create the object.
Creating Objects
Now that you know how to create basic classes, creating objects (or instances)
based upon them is the logical next step. Creating a variable that contains an
object takes two steps. First, like any variable, you must declare the variable
name for the object and its type somewhere in your program. You perform this
step by using the class name as the data type and whatever name you want for
the variable. The following code is an example of this process for the Vehicle
class:
http://greateventsupport.com/
Vehicle myVehicle;
At this point, much like an array, nothing is in the variable yet. All you have
done is state that eventually myVehicle will contain an object. Next you need
to create the object.

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5 Jul 07 Actually using no VARCHAR or BLOB types results in a fixed row size For thejubilee

thejubilee
5 Jul 07

Actually using no VARCHAR or BLOB types results in a fixed row size. Otherwise CHAR and VARCHAR are the same. Se the below for a more exact definition.
You can check the format used for a table with isamchk -d. <http://greateventsupport.com/freehand/freehand-lessons/index.html>
MySQL has three different table formats:
1. Fixed length tables;
o The default format.
o All non packed columns are space filled
o Very quick.
o Easy to cash
o
o Easy to reconstruct if crashed (Of course this only theoretical :-) because records are on fixed positions.
o Don't have to be reorganized unless a huge number of records are deleted.
2. Dynamic tables
o Is used if there exists any VARCHAR or BLOB columns in table.
o All strings are dynamic (except if length < 3).
o Each record is preceded with a bitmap for which columns are not empty (this isn't the same as null columns).
o Each string is saved with a length byte + string. If string is zero length or a number is zero it takes no extra place (just the zero length bit for each column).
o Each record is uses exactly the needed record space. If a record gets larger it's split into as many pieces as needed.
o Takes little disk space.
o <http://greateventsupport.com/flash/distorting/draggable-window.html>
o If records are changed a lot, isamchk -r should be run now and then to reorganize the table. This is to get a better layout. Use isamchk -ei table_name for some statistics.
o Not as easy to reconstruct because a record may be in many pieces and a link may be missing.
o The expected row length for dynamic sized records is: 3 + (number_of_columns + 7) / 8 + (number of char columns) + packed_size_of_number_columns + length_of_strings + (null_columns + 7) / 8. There will be a penalty of 6 bytes for each link. A dynamic record will be linked whenever a update causes a enlargement of the record. Each new link will be at least 20 bytes, so the next enlargement will probably go in the same link. If not there will be another link. You may check how many links there are with isamchk -ed. All links may be removed with isamchk -r.
<http://greateventsupport.com/freehand/undoing-actions/uninstalling-freehand.html>
3. Compressed tables (this is only with UNIREG/pack_isam)
o Read only tables.
o Takes very little disk space. Minimizes disk usage.
o Each record is compressed separately (very little access overhead)
o Can handle fixed or dynamic length records (but no BLOB:s).
o Can be uncompressed with isamchk

A Sample Applet for thejubilee

thejubilee
A Sample Applet
You now know how to create basic classes, add instance variablevariables and
methods to them, create instances of those classes, and access the methods of thejubilee
those instances. This section shows how these elements work from inside an
applet.
Because the basics of applets and the Abstract Windows Toolkit (the class
library you use to draw on the screen) are not be covered until the next few
chapters, this section already provides the essential code you need to
demonstrate the Vehicle class. You only need to pay attention to three things
developer.com - Reference
file:///D|/Cool Stuff/old/ftp/Creating.Web.Applets.With.Java/cwa09fi.htm (9 von 24) [12.05.2000 14:54:11]
inside the TestApplet definition:
A instance variable called myVehicle is declared. This variable is an
instance of the Vehicle class.
http://greateventsupport.com/
A Sample Applet
You now know how to create basic classes, add instance variablevariables and
methods to them, create instances of those classes, and access the methods of thejubilee
those instances. This section shows how these elements work from inside an
applet.
Because the basics of applets and the Abstract Windows Toolkit (the class
library you use to draw on the screen) are not be covered until the next few
chapters, this section already provides the essential code you need to
demonstrate the Vehicle class. You only need to pay attention to three things
developer.com - Reference
file:///D|/Cool Stuff/old/ftp/Creating.Web.Applets.With.Java/cwa09fi.htm (9 von 24) [12.05.2000 14:54:11]
inside the TestApplet definition:
A instance variable called myVehicle is declared. This variable is an
instance of the Vehicle class.
http://greateventsupport.com/

The Basics of Object-Oriented Programming For thejubilee

thejubilee

The Basics of Object-Oriented Programming
since the first computer program was written, and with the rapid pace of
advancement in the computer industry, development this usually isn't the case.
It way of programming takes hold among the general programming
population.he explosion of interest in and use of the last has been.
Object-oriented programming is an attempt to model computer programs as
closely as possible on objects in the real world. Modeling in this case means
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trying to use real-world concepts of objects in your programs. For instance, if
your program dealt with oranges, you would make orange objects.
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However, for many years, the standard approach to developing all but the
simplest program was what is referred to as procedural programming.
With procedural programming, you would ask general questions about what
you wanted the program to do. Suppose you were writing a program to control
a soda-vending machine. In a procedural approach, you would split up the
process of vending a can of soda into a finite number of steps. You might split
it up into something similar to the following steps: thejubilee
1. Wait for change to be dropped into machine.
2. If enough change has been taken, enable the soda choice buttons.
3. If soda selected is not empty, dispense soda.
4. Dispense any change.
Each of these steps would be a procedure, which is a block of code with a
name attached to it. Each procedure could pass information to every other
procedure. For instance, the first procedure would tell the second procedure thejubilee
how much money had been added, and the second procedure would call the http://greateventsupport.com/flash/loading-external/index.html
first procedure again if there were insufficient money.
This process is a perfectly logical way to model a vending machine, and for
many years, it was how things were done. Unfortunately, programmers found
that the larger the program got, the more difficult it was to keep track of how
procedures interacted.
For instance, each of the procedures would have to pass information back and
forth to each other, so you would have to decide ahead of time what was the
important information to remember. Thus, procedural programming centered
around the process that needed to be programmed without much consideration thejubilee
http://greateventsupport.com/flash/distorting/draggable-window.htmlof the objects involved and the relationships between them.
Also, and in some ways more importantly, it was hard to use the code that had
been written for one project in another. Because procedures and design were
so interwoven, it was difficult to pull out any one piece and put it into another
program.
Object-oriented programming is an attempt to make things easier and more
modular. It is based around the idea of looking at a problem as if it existed in
the real world and trying to find the objects that would make it up.
Try this approach on the soda-vending machine example. What objects would
make up the machine? The first and most obvious one would be the machine
itself. What important parts of the machine would need to be modeled? There
would need to be at least three objects to give basic functionality: thejubilee
l A coin-intake mechanism
l A soda selection panel
l A soda dispenser

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There are two main things to remember about each of these objects. First, each
of these objects has variables that keep track of what is currently going on
inside the object. For example, the coin-intake object would definitely know at
any given time how much money had been inserted into the machine.
Second, each object has a mechanism to allow other objects to communicate
with it. This process is known as messaging, and the parts of the object that
enable this process are known as methods. If you are used to programming in
other languages, methods are much the same as functions or procedures except
that they aren't just floating around in a program, they are attached to specific
objects. thejubilee
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Doesn't this feel like a more intuitive, and even more fun, way of
programming? You take the problem and divide it up in ways that you might
use in the real world. Certainly if you were to build a soda-vending machine, it
would need to have a coin-intake device, and by having an equivalent in your
program, the program seems to make more sense.
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Moreover, dividing your program up into objects makes it much easier to
reuse parts of it in other programs. For instance, after finishing the
soda-vending machine, you may very well want to model a video-game
machine. If the coin-intake mechanism on the soda-vending machine was thejubilee
designed for the general purpose of taking coins (always a good idea), you
should be able to take that same object and use it in the new program with no
changes to the coin-intake code.