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It was often very difficult to synchronize these efforts in any realistic way so, an application with the same version number in Microsoft Windows might have completely different functionality than an equivalent product for the MacOS One solution to this problem was to begin looking at what went wrong with C and other third-generation languages that promised cross-platform run-time abilities A solution was required that ensured that source distributions could be copied to a target platform and executed with little or no modification One possibility was the Perl programming environment Here, developers created Perl source, which could then be copied to any machine with a Perl interpreter, and it would be parsed and compiled just prior to execution However, Perl (at that stage) was not object-oriented, and it did not have support for graphical environments.

On the other hand, the Java programming language (which grew out of the Oak project) promised a full cross-platform graphical environment, which was based around the idea of a virtual machine If programmers focused on writing applications based around an API (Application Programming Interface) for the virtual machine, the.

32:

Table 10-1

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application would execute on any platform for which there was a Java Virtual Machine (JVM) that met the specifications developed by Sun Microsystems, the creator of Java. Java also featured single-process multithreading, which is very important in applications like Web servers, because traditional Web servers create a new process for each client connection, while a Java Web server runs in a single process and creates internal threads for each client to execute in. This is much more memory- and CPU-efficient than creating and destroying processes for each client in high-transaction-volume environments. Unlike Perl, Java applications were compiled on the development platform into an intermediate bytecode format, which could then be executed on any target platform. This reduced the run-time compilation overhead associated with Perl. Unfortunately, some vendors decided to innovate and create their own extensions to the JVM, which has created some uncertainty about the future of the Java language. In addition, Sun Microsystems has refused to hand the control of Java over to an independent body, so that an ANSI standard could be created, for example. Even with these caveats, however, Java is being rapidly adopted worldwide as the platform in which to deploy networked applications.

Most Solaris developers use the GNU C (gcc) or C++ (g++) compiler for their development work, because, unlike some vendor-supplied compilers in the UNIX world, gcc is 100-percent ANSI-compliant with the C language specification It is available for Solaris, Linux, and Microsoft Windows, meaning that applications can be relatively easily ported between different platforms, with some modifications In addition, g++ brings object-oriented data structures and methods to the world of Solaris The GNU C compiler development project now falls under the broader banner of the GNU Compiler Collection, which aims to integrate the existing GNU development environments (including Fortran, Pascal, and so on) into a single development suite C is the language in which the Solaris kernel and many other applications are written, including many of the applications in the GNU suite, such as flex and bison You can find more information about the GNU Compiler Collection project at http://www.

gnuorg/software/gcc/ As mentioned earlier, C is a language that requires a compiler to convert a source file, containing legal C language statements, into binary code that is suitable for execution Because C applications require no run-time interpretation at all (like Java or Perl), C is often the language of choice where fast performance is required However, it is also true that writing C programs reduces the level of abstraction between the developer and the system, thereby making it easier to make mistakes with programming constructs such as pointers to locations of data elements in memory, for example A common problem that was examined in 9 involves buffer overflow, which results from a C program overwriting the bounds of a fixed-size array C will not prevent you from making these kinds of mistakes, because the compiler assumes that you know what you are doing.

Java is much better suited to catching run-time exceptions such as these Indeed, you can define customized exception handling in Java, which can be modified to suit the application at hand For example, if your application is mission critical, it may not be.

Part VI:

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