You need to place the explosives into a cabinet which is located somewhere in the middle of the bridge, between some barrels. Examine the cabinet and drag the explosives in there.

Commercial and military explosives are difficult to acquire, particularly in the UK. Their sale and use is strictly controlled by legislation including the requirement for tight security. This means that terrorists must make their own explosives. Fertilisers, especially those containing ammonium nitrate, are readily available and can easily be converted into explosive by adding other commonly available substances.

We have several methods to detect explosives at the checkpoint. We also have the ability to detect liquids through our screening process.

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.

To get state permits to transport, store and use explosives or explosive special effects, you must contact:

A13: New commercial explosives products must be approved for use before importing into Hong Kong. To obtain such approval, you are required to complete a form “Application for Approval of Explosives for Use in Hong Kong” and submit it together with the necessary supporting documents to the Mines Division, Civil Engineering & Development Department, for consideration.

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.

No, you should not use a rechargeable battery with your Seiko Cleancut and here's why. The speed of any DC motor is directly related to the voltage of the power supply; the higher the voltage the faster the motor turns. By their nature rechargeable batteries do not have as high a voltage as alkaline batteries. For instance a fresh alkaline "C" cell, which is a 1.5 volt battery, will test out as high as 1.6 volts right out of the package.

Yes. First of all, since you can call C functions from C++ you can access all the DCE services from a C++ program. But that will not give you the benefits of C++. There are several packages that provide a C++ interface to DCE. They different quite a bit in style and approach, so you'll need to consider them carefully in light of your own needs and preferences. Objtran was produced by Citibank, and is available by anonymous ftp at ftp://wilma.cs.brown.edu/pub/Objtran.tar.

MATLAB's MEX-file facility allows user to use C and Fortran subroutines as MATLAB m-files. It is also possible to use MATLAB as a computational engine for C/Fortran subroutines.

When you declare something as extern, that tells the compiler, don't worry about it, it is defined somewhere else, let linker to take care of it. Here is a simple example. //main.cpp #include <iostream> using namespace std; int main(){ extern int x; extern int foo(int y); cout << x << endl; cout << foo(10) << endl; return 0; } //x.cpp int x=5; int foo(int y){ y += x; return y; }

C# is a new language designed by Microsoft to work with the .NET framework. In their "Introduction to C#" whitepaper, Microsoft describe C# as follows: C# is a simple, modern, object oriented, and type-safe programming language derived from C and C++. C# (pronounced "C sharp") is firmly planted in the C and C++ family tree of languages, and will immediately be familiar to C and C++ programmers. C# aims to combine the high productivity of Visual Basic and the raw power of C++.

This is a very subjective question. Different people like different things so there's no right or wrong answer. Since this question is asked QUITE frequently, I will link to the most recent occasion on which it was asked and answered by a number of people.

Beside searching for binding sites in DNA sequence, TESS also let's you query TRANSFAC directly. These capabilities are accessible through the Query Transfac and Query Matrices links at the top of every page. You may want to preview which factors match c-Jun. Do this by selecting 'Accession Numbers' from the popup menu in the Results section. To select a few factor entries of interest, select 'Accession Number' in the 'Search in this field' popup menu and enter, for example, T00131|T00133.

A#6.2: === See the CAVEAT in Q#6.1 === There are a few aspects to this, so it has been split into various questions in this section of the FAQ. You should read each of those questions when so directed, below. The following instructions assume that you have already installed your ORCA languages; various files and directories will be moved from their original locations. If you haven't already done so, change the auxtype of (original_orca_directory)/shell/Editor to hex DC00 (see Q#14.1).

Yes. This is the method we recommend to our customers who require high-performance web applications. A minimal FastCGI program in C would look like: #include "fcgi_stdio.h" #include <stdlib.h> int main(int argc, char *argv) { int count = 0; while (FCGI_Accept() >= 0) { printf("Content-type: text/html\r\n\r\n" "Request: %d on host %s", count++, getenv("SERVER_NAME")); } return (0); }