When creating a console application, be sure to uncheck “Do not create a console” in Project Options (when working with source files only uncheck “Create for win32” in Compiler Options).

Try the Dev-C++ tutorial available at: http://cone3d.gamedev.net/cgi-bin/index.pl?page=tutorials/gfxsdl/tut1. If you have problems, please contact the author of the tutorial. There are also step by step instructions at: http://docs.deninet.com/sdl_on_dev_c.htm

Dev-C++ adheres to the ISO C++ standard more closely than the DJGPP compiler did. You will need to adapt the programs in 4th and earlier editions of the book to the following template: I get a stream of error messages to the effect that the compiler can't find library files. What am I doing wrong? (Notice that your program may have worked on earlier versions of C++, such as Visual C++ 6.0.) A:The ISO standard specifies that library functions are contained in the "std" namespace.

This argument is as old as D++ is, back to the days of version 1.5 on PSC. First off, I do not care to learn assembly to the point of writing this code. It's... pointless. Secondly, I do know that C++ would be faster. D++ began with VB6, and that's why it's still in VB6. Now then, at the time of starting this project I did not have enough knowledge of C++ to write such a thing, although at this point I do. That's why a D++ DLL in C++ is my next project. But for now, it stays in VB.

One of the simplest pieces of example code you can find is the script program from the util-linux package. script.c is only around 8KB. It chooses between two different aproaches depending on the HAVE_openpty define. Using openpty is the best aproach and should work on any recent Linux distribution. (If you have problems compiling script.c try removing the localization stuff and add "#define _".)

ASM is short for "Assembly," a machine level language. More info about Assembly can be found at Assembly Coder Zenith's. TI-86 Assembly information can be found at http://www.ti.com/calc/docs/86assembly.htm.

assembly is sometimes described as a logical .EXE or .DLL, and can be an application (with a main entry point) or a library. An assembly consists of one or more files (dlls, exes, html files etc), and represents a group of resources, type definitions, and implementations of those types. An assembly may also contain references to other assemblies. These resources, types and references are described in a block of data called a manifest.

There are a lot of methods for doing this. The most obvious method to do this is usage of a function like this one: void progrun(const char *name) { char fname[25]; HANDLE h; strcpy (fname, name); strcat (fname, "()"); push_parse_text (fname); h = HS_popEStack (); TRY NG_execute (h, FALSE); FINALLY HeapFree (h); ENDFINAL } Note that the program you call may throw errors. If you understand this function, you can easily expand it to accept arguments, etc.

C++ is a superset of something, we're not sure what. You can use a C++ compiler to compile C code, but the results may surprise you.

You sure can. There really are two ways. You can use it directly, or through one of the C++ wrappers for Motif. Much of this is discussed in the Motif FAQ which can be found at Ken Lee's website at http://www.rahul.net/~kenton Using LessTif directly with C++ prompts the question on how to use class member functions as callbacks.

If you are missing WININET.DLL on your Windows system, you can download it at: http://www.rocketdownload.com/supfiles.htm Check in Compiler options if the direcories settings are correct. With a default setup, you should have :

Include conio.h to your source, and add C:\Dev-C++\Lib\conio.o to "Further Object Files" in Project Options (where C:\Dev-C++ is where you installed Dev-C++) On some screen resolutions, toolbars icons may show up incorrectly. You should try changing your screen resolution, or disable toolbars from the View menu in Dev-C++

You can download the 15 second D-Fusion Demo, that makes an extensive use of 3D Blast (for basic shape 3D rendering), of FasterDraw (for buffering and writing to the screen in interlaced mode) and of some real-time filter effects. The demo runs at 30 FPS on a PowerBook 3400c/180, but it was limited to 20FPS to look the same on all computers. You may also look at the SpriteDraw demo application (enclosed with the Dev. Kit) which uses FasterDraw for buffering and SpriteDraw for the sprites.

The org.objectweb.asm package should work with JDK 1.1, or even with JDK 1.0 if Type is not used. Indeed, this package only requires the following JDK classes and methods: ClassLoader.getSystemClassLoader, ClassLoader.getSystemResourceAsStream (only in one constructor of ClassReader) The asm.util and asm.tree packages require JDK 1.2, since they use the List interface and the ArrayList class. Tools and frameworks that are using ASM for bytecode processing (e.g.

Molded assemblies provide a more secure installation, offer many technical advantages and save installation time, labor and cost. Hand wiring a DIN connector is very labor intensive. Considering the overall cost of the connector, wire and labor, molded cable assemblies are generally much less expensive.

Often you would like to nest items required for say a Table, which could consist of many parts. With Assemblies you need not enter the parts individually. Simply define the parts constituting the Table, inside the Assembly Library. You can use this to definition, to automatically add all the parts required for any number of these Assembly into the Parts table. For instance you could define "Table" as Each table consists of 11 parts.

Experience. We've teamed up with more than 60 companies to establish manufacturing operations in Mexico. BAI has extensive knowledge of Mexican laws, codes, and regulations pertaining to labor, business and taxes. Our clients profit from manufacturing in Mexico without having a business in Mexico. Though most Fortune 500 manufacturing firms have a factory in Mexico, there are thousands of small and medium-sized US companies reaping the same benefits.

The simplest way to produce an assembly is directly from a .NET compiler. For example, the following C# program: public class CTest { public CTest() { System.Console.WriteLine( "Hello from CTest" ); } } You can then view the contents of the assembly by running the "IL Disassembler" tool that comes with the .NET SDK. Alternatively you can compile your source into modules, and then combine the modules into an assembly using the assembly linker (al.exe).

No, C# has no direct equivalent of the C++ typedef. C# does allow an alias to be specified via the using keyword: using IntList = System.Collections.Generic.List<int>; but the alias only applies in the file in which it is declared. A workaround in some cases is to use inheritance: public class IntList : List<int> { }

Yes, in fact exceptions are the recommended error-handling mechanism in C# (and in .NET in general). Most of the .NET framework classes use exceptions to signal errors.