Flylib.com
List of Figures
Previous page
Table of content
Next page
Chapter 1: An Introduction to Computers That Will Actually Help You in Life
Figure 1.1: A bit
Figure 1.2: A byte
Figure 1.3: Several bytes
Figure 1.4: SimCom architecture
Figure 1.5: Opcode and argument bits
Figure 1.6: SimCom in action
Chapter 2: Data
Figure 2.1: Assembly language
Figure 2.2: Compiled language
Figure 2.3: Evolution of a Java application
Figure 2.4: SimpleBase2Lab
Figure 2.5: A base-2 odometer
Figure 2.6: An example of two's complement
Figure 2.7: Two's complement lab
Chapter 3: Operations
Figure 3.1: EvaluatorLab
Figure 3.2: EvaluatorLab after evaluation
Figure 3.3: The unary bitwise operator ~
Figure 3.4: Bitwise "and"
Figure 3.5: Left-shift: <<
Figure 3.6: Bitwise right-shift: >>>
Figure 3.7: Numeric right-shift: >>
Figure 3.8: ShiftLab
Figure 3.9: ShiftLab after shifting
Figure 3.10: BoolLab: initial screen
Figure 3.11: BoolLab after execution
Figure 3.12: Data type width, not to scale
Figure 3.13: Data type width relationships
Chapter 4: Methods
Figure 4.1: MethodLab
Figure 4.2: MethodLab after animating
Figure 4.3: Numeric type widths
Chapter 5: Conditionals and Loops
Figure 5.1: While Lab: initial display
Figure 5.2: While Lab with modified test expression
Figure 5.3: While Lab after execution
Figure 5.4: A common loop usage
Figure 5.5: A cycloid
Figure 5.6: NestedLoopLab: initial display
Figure 5.7: NestedLoopLab: 8:15
Figure 5.8: NestedLoopLab with a loop
Figure 5.9: NestedLoopLab with nested loops
Chapter 6: Arrays
Figure 6.1: A new array
Figure 6.2: A used array
Figure 6.3: A two-dimensional array
Figure 6.4: BoolArrayLab
Figure 6.5: BoolArrayLab drawing a parabola
Figure 6.6: Accessible and inaccessible memory
Figure 6.7: An array of bytes in inaccessible memory
Figure 6.8: Reference and array
Figure 6.9: Two references, one array
Figure 6.10: CreateArrayLab
Chapter 7: Introduction to Objects
Figure 7.1: Class as mental category
Figure 7.2: Reference and object
Figure 7.3: DataLab
Figure 7.4: Multiple objects
Figure 7.5: SeveralObjectsLab
Figure 7.6: SeveralObjectsLab reconfigured
Figure 7.7: SeveralObjectsLab reconfigured and executed
Figure 7.8: ObjectMethodLab
Figure 7.9: ObjectLifeCycleLab
Figure 7.10: ObjectLifeCycleLab after running a while
Chapter 8: Inheritance
Figure 8.1: A Simple inheritance hierarchy
Figure 8.2: Inherit Lab
Figure 8.3: Inherit Lab's class-editing dialog box
Figure 8.4: Object layers
Figure 8.5: Inheritance of
Officer
Chapter 9: Packages and Access
Figure 9.1: Example package/ directory structure
Figure 9.2: Package as namespace
Figure 9.3: Initial directory structure
Figure 9.4: After compilation
Figure 9.5: After more compilation
Figure 9.6: Polymorphism revisited
Figure 9.7: Chart class and subclasses
Chapter 10: Interfaces
Figure 10.1: Animal kingdom class inheritance
Chapter 11: Exceptions
Figure 11.1: Simple Exception Lab
Figure 11.2: Simple Exception Lab: final state with normal execution
Figure 11.3: Advanced Exception Lab
Figure 11.4: Choosing an exception type in Advanced Exception Lab
Figure 11.5: Advanced Exception Lab reconfigured
Chapter 12: The Core Java Packages and Classes
Figure 12.1: Structure of the API index
Figure 12.2: Structure of the classes frame
Figure 12.3: Class description
Figure 12.4: Field/constructor/ method summaries
Figure 12.5: StringLab
Figure 12.6: StringLab: uppercase, 2 references
Figure 12.7: StringLab: lowercase, 1 reference
Figure 12.8: String references and objects
Figure 12.9: Command-line arguments
Figure 12.10: ConcatLab
Figure 12.11: ConcatLab's Point3D class
Figure 12.12: ConcatLab's Point3D class
Chapter 13: File Input and Output
Figure 13.1: Simple Output Lab
Figure 13.2: Simple Output Lab in progress
Figure 13.3: Simple Input Lab in progress
Figure 13.4: Output chaining
Figure 13.5: Input chaining
Figure 13.6: Data Chain Lab
Figure 13.7: Data Chain Lab in progress: Text, writers, and readers
Figure 13.8: Readers and writers
Figure 13.9: Line number reader and file reader
Chapter 14: Painting
Figure 14.1: A frame with boring contents
Figure 14.2: Color Lab
Figure 14.3: Color Lab with a predefined color
Figure 14.4: Pixel coordinates
Figure 14.5: A black line on a white background
Figure 14.6: A rectangle
Figure 14.7: Ovals and bounding boxes
Figure 14.8: Three ovals
Figure 14.9: Filled rectangle and ovals
Figure 14.10: Original CenteredOval
Figure 14.11: Resized CenteredOval
Figure 14.12: The baseline
Figure 14.13: Text and baseline in a frame
Figure 14.14: Text in a frame
Figure 14.15: Font Lab
Figure 14.16: Font Lab with an exotic font
Figure 14.17: Initial Frame Lab display
Figure 14.18: Frame Lab with custom configuration
Figure 14.19: The result of Figure 14.18
Chapter 15: Components
Figure 15.1: A component sampler
Figure 15.2: A button in a frame
Figure 15.3: A fancy button
Figure 15.4: A simple checkbox
Figure 15.5: A checked checkbox
Figure 15.6: Three checkboxes and a button
Figure 15.7: Checkboxes as radio buttons
Figure 15.8: Multiple checkbox groups
Figure 15.9: A choice
Figure 15.10: An expanded choice
Figure 15.11: Two choices
Figure 15.12: Choices with labels
Figure 15.13: A menu in a menu bar
Figure 15.14: A menu with a separator
Figure 15.15: Hierarchical menus
Figure 15.16: Two text fields
Figure 15.17: A text area
Figure 15.18: Multiple checkbox groups
Figure 15.19: A text area with scroll bars
Figure 15.20: A pair of disappointing scrollbars
Figure 15.21: Flow layout manager
Figure 15.22: Wider
Figure 15.23: Narrower
Figure 15.24: Left-aligned
Figure 15.25: Flow Lab
Figure 15.26: Scrollbar at North
Figure 15.27: North and South occupied
Figure 15.28: North, East, and West occupied
Figure 15.29: North, East, West, and Center occupied
Figure 15.30: A panel in a frame
Figure 15.31: Layout lab
Figure 15.32: Layout lab's frame editing dialog
Figure 15.33: Layout Lab with an added panel
Figure 15.34: A button in a panel in a frame
Figure 15.35: Layout Lab makes it so
Figure 15.36: No layout manager
Chapter 16: Events
Figure 16.1: A GUI waiting for events
Figure 16.2: A button that sends events
Figure 16.3: Simple Event Lab: initial screen
Figure 16.4: Simple Event Lab with simulated buttons
Figure 16.5: Simple Event Lab with a listener class
Figure 16.6: Simple Event Lab with a listener object
Figure 16.7: Simple Event Lab continued
Figure 16.8: One listener object for many buttons
Figure 16.9: Simple Nim GUI
Figure 16.10: Nim Lab
Figure 16.11: Nim, with output to a text area
Figure 16.12: Nim with graphical output
Figure 16.13: Nim with graphical output, game in progress
Figure 16.14: Enabled and disabled buttons
Figure 16.15: Nim with disabled buttons
Figure 16.16: Check box and choice
Figure 16.17: Receiving events from a check box and a choice
Figure 16.18: Event Lab
Figure 16.19: Scrollbar and text field
Chapter 17: Final Project
Figure 17.1: Final Project
Figure 17.2: Final Project, with lines
Figure 17.3: Menu schematic
Figure 17.4: Teting the menu's look
Figure 17.5: Window, Frame, and FileDialog
Figure 17.6: File dialog box configured for opening
Figure 17.7: Too many radio buttons
Figure 17.8: Testing color selection
Figure 17.9: GUI layout
Figure 17.10: Positioning text
Appendix A: Downloading and Installing Java
Figure A.1: Windows SDK file layout
Previous page
Table of content
Next page
Ground-Up Java
ISBN: 0782141900
EAN: 2147483647
Year: 2005
Pages: 157
Authors:
Philip Heller
BUY ON AMAZON
Lotus Notes and Domino 6 Development (2nd Edition)
Printing Source Code
Viewing the HTML Source of Your Frameset
JavaScript Application
Writing Java Agents
Using Triggers to Send Email
FileMaker Pro 8: The Missing Manual
Views
Beyond Text: Container Fields
Calculations and Data Types
The Let Function and Variables
Custom Menus
Network Security Architectures
Network Security Is a System
Everything Is a Target
Design Considerations
Threat Mitigation
Mapping Hacks: Tips & Tools for Electronic Cartography
Hack 17. Map Nearby Wi-Fi Hotspots
Hack 31. Plot Dymaxion Maps in Perl
Hack 42. Map Your Tracklogs on the Web
Hack 68. Convert Geospatial Data Between Different Formats
Hack 93. Node Runner
PMP Practice Questions Exam Cram 2
Project PlanningCore Processes
Exam Prep Questions
Exam Prep Questions
Exam Prep Questions
Answers and Explanations
Comparing, Designing, and Deploying VPNs
Designing MPLS Layer 3 Site-to-Site VPNs
Summary
Designing and Implementing L2TPv2 and L2TPv3 Remote Access VPNs
Review Questions
flylib.com © 2008-2017.
If you may any questions please contact us: flylib@qtcs.net
Privacy policy
This website uses cookies. Click
here
to find out more.
Accept cookies