Portable Programming

I choose

a. Sun Microsystems
b. IBM
c. Microsoft
d. None of the above

<1> with multi-threading
<2> use pointers
<3> use reference
<4> has garbage collection
<5> implement multiple inheritance

I choose

a. Java has <1>, <3> and <4>
b. Java has <1>, <2> and <3>
c. Java has <2>, <4> and <5>
d. Java has all of the above

<1> Portability
<2> Robust
<3> Secure
<4> Object-oriented
<5> High Performance

I choose

a. <1>, <2> and <5>
b. <1>, <3> and <4>
c. <2>, <4> and <5>
d. All of the above

I choose

a. Wonderful Wide World
b. World Wide Web
c. A network programming language
d. None of the above

I choose

a. Write the program in one platform with Java language, and the program could run in any other platform.
b. Provide a fully functional environment for writting applets.
c. Provide a specification for the different architecture.
d. None of the above

<1> Symantec's Café
<2> Microsoft's ActiveX
<3> Sun's JavaScript
<4> Microsoft's Visual J++
<5> IBM's VisualAge

I choose

a. <1>, <4> and <5>
b. <1>, <2> and <4>
c. <2>, <3> and <5>
d. None of the above

<1> some visual components
<2> some faceless objects
<3> some pieces of business logic
<4> some cartoons
<5> something to eat with tomato sauce

I choose

a. <1> and <2>
b. <1>, <2> and <3>
c. <1>, <2>, <3> and <4>
d. <5> only

I choose

a. Macintosh
b. Windows 95/NT
c. UNIX
d. None of the above

I choose

a. Hierarchy Editor
b. Bytecode Compiler
c. A full source-level Debugger
d. Visual Resource Editor

I choose

a. produce a JAVA bytecode
b. produce the program's source code
c. produce a machine code specific to the system
d. the program will run

<1> Binary level (Compiled Code)
<2> Source level (Source Code)

I choose

a. <1> only
b. <1> and <2>
c. <2> only
d. None of the above

I choose

a. Bytecodes created by a person whose name is Java.
b. Bytecodes available cheaply in Java, South East Asia.
c. Bytecodes that JAVA compiler will compile.
d. Bytecodes that are not specific to any particular machine or computer system, generated by the JAVA compiler.

<1> JAVA bytecode interpreter
<2> JAVA Virtual Machine
<3> JAVA runtime interpreter
<4> JAVA applet

I choose

a. <1> only
b. <1> and <2>
c. <1>, <2> and <3>
d. All of the above

I choose

a. nowhere, it doesn't exist
b. somewhere in your freezer
c. inside a JAVA applet
d. in any JAVA-enabled-browser

I choose

a. Java is (a) terrific compiler
b. Java's incurably terrible compiler
c. Just in time compiler
d. No meaning, created out of nothing

I choose

a. They speed up graphics and screen paints.
b. They speed up loops and processors-bound computations.
c. They save time as there is no need to check array bounds and to verify that security isn't being breached.
d. They do not affect the speeds at all.

I choose

a. The program is not acidic.
b. The program is not biased towards any particular political architecture belief.
c. The program is not dependent on any specific platform, and is able to run on any system.
d. It means nothing, people just made it up to confuse me.

I choose

a. JAVA is portable.
b. JAVA bytecodes are smaller than native codes, hence reducing download time.
c. JAVA gives the protection against intentional or accidental attack on our systems by misbehaving applets.
d. JAVA allows program to run on the server, thus relieving the client from tedious tasks.

I choose

a. object orientated, giving rise to an easier way to organise programs
b. large size, hence wider capability
c. dynamic loading
d. garbage collection, relieving programmers of destructors

I choose

a. Another name for JAVA applets
b. Another name for JAVA bytecodes
c. Programs written in JAVA
d. JAVA-enabled-browsers