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This popular tutorial introduction to standard C++ has been completely updated, reorganized, and rewritten to help // callscompare(const T&, const T&) withTbound toint programmers learn the language faster and use it in a more modern, effective wayJust as C++ has evolved since the last compare(1, 0); edition,// has the authors' approach toV), with it TheyV bound tovector<int>::iterator the beginning, giving so callscompare(U, U, teaching U and now introduce the C++ standard library from readers the means to write useful programs ivec2(20); vector<int> ivec1(10), without first having to master every language detail Highlighting today's best practices, they show how to write programs that are safe, can be ivec2begin()); outstanding performance compare(ivec1begin(), ivec1end(), built quickly, and yet offer Examples that take advantage of the library, and explain the features of C++, also show how to make the best use of the int ia1[] = {0,1,2,3,4,5,6,7,8,9}; language As in its previous editions, the book's authoritative discussion of fundamental C++ concepts and techniques makes // callscompare(U, U, V)withUbound toint* it a valuableand V bound tovector<int>::iterator // resource even for more experienced programmersProgram Faster and More Effectively with This Rewritten Classiccompare(ia1, ia1learning, using the C++ standard library Updated to teach the most current programming Restructured for quicker + 10, ivec1begin()); styles and program design techniques Filled with new learning aids that emphasize important points, warn about common // calls the ordinary function taking const char* parameters pitfalls,const good programming practices,= "world", const_arr2[] = "hi"; suggest char const_arr1[] and provide general usage tips Complete with exercises that reinforce skills learned Authoritative and comprehensive in its coverageThe source code for the book's extended examples is available on compare(const_arr1, const_arr2); the Web at the address below function taking const char* parameters // calls the ordinary

char ch_arr1[] = "world", ch_arr2[] = "hi"; compare(ch_arr1, ch_arr2);

We'll look at each call in turn:

void serialEvent(int serial) { if(serial != NEWLINE) { buff += char(serial); } else { buff = buff.substring(0, buff.length()-1); // Parse the String into an integer val = Integer.parseInt(buff)/4; println(val); // Clear the value of buff buff = ; } }

Figure 9.11. (a) Layout of a slide that was spotted and immobilized using the anti-goat IgG rabbit antibody and the anti-rabbit IgG goat antibody. (b) Fluorescent image after incubation of a Cy-5-labeled goat IgG. (c) Fluorescent image after incubation of a Cy-5-labeled rabbit IgG.

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compare(1, 0) : Both arguments have type int The candidate functions are the first template instantiated with T bound to int and the ordinary function named compare The ordinary function, however, isn't viablewe cannot pass an int to a parameter expecting a char* The instantiated function using int is an exact match for the call, so it is selected

compare(ivec1begin(), ivec1end(), ivec2begin())

instantiation of the template that has three parameters Neither the template with two arguments nor the ordinary nonoverloaded function can match these calls

compare(const_arr1, const_arr2): This call, as expected, calls the ordinary function Both that function and the first template with T bound to const char* are viable Both are also

3. The answer is:

away over a period of 10 days when they were stored at room temperature, it was maintained for B2 months when stored at 41C. This result is acceptable in terms of commercial viability, though further increases in stability would be preferable. The authors next examined the sensitivity for the immunochips. An immunochip usually has a two-dimensional (2-D) surface, so the detection limit for antigens can be estimated from the amount of immobilized antibodies that are present. It was dif cult to increase the sensitivity of a detection system that uses a photoluminescence probe. However, they succeeded in obtaining higher sensitivity for an immunochip in which they adopted a chemiluminescence detection system using an enzyme reaction. They selected adiponectin, which is a biologically active agent that is excreted from adipose cells and which prevents arteriosclerosis, as the intended biological marker, and they tried to assay it using an enzyme sandwich immunoassay on the azopolymer surface. Anti-adiponectin antibodies were photoimmobilized on the azopolymer surface and then a solution including adiponectin was reacted on the fabricated immunochip. Subsequently, the sample that had captured the adiponectin on its surface using the immobilized antibodies was treated with biotin-labeled anti-adiponectin antibodies ( rst sandwich process) and then with alkaline phosphatase (ALP)-labeled streptoavidin (second sandwich process) (Kendall et al., 1983). After introducing the chemiluminescent

exact matches By rule 3b, we know that the ordinary function is preferred We eliminate the instance of the template from consideration, leaving just the ordinary function as viable

compare(ch_arr1, ch_arr2): This call also is bound to the ordinary function The candidates are the version of the function template with T bound to char* and the ordinary function that takesconst char* arguments Both functions require a trivial conversion to convert the arrays,ch_arr1 and ch_arr2, to pointers Because both functions are equal matches, the plain

It can be difficult to design a set of overloaded functions in which some are templates and By Stanley B Lippman,Jos e Lajoie, others are ordinary functions Doing so requires deep understanding of the relationships Barbara E Moo among types and in particular of the implicit conversions that may or may not take place when templates Publisher:Addison Wesley are involved Let's look at two examples of why it is hard to design overloaded functions that work properly Pub Date: February 14, 2005 when there are both template and nontemplate versions in the overload set First, consider a Print ISBN: 0-201-72148-1 call to compare using pointers instead of the arrays themselves:

Pages: 912

int roundit = (value/5)*5;

0.4 0.6 Adiponectin (ng/mL)

char *p1 = ch_arr1, *p2 = ch_arr2; compare(p1, p2);

.

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