ssrs 2016 qr code 3fffdlO. in Software

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3fffdlO.
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CHAP. 71
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STRINGS
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EXAMPLE 7.1 Tracing Pointers
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This program defines a float x and two float pointers p and q. It prints their values and their addresses. It also prints the values of the objects that the pointer point to:
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main0 float x = 44.44; tout << "X = ' CC x -CC endl; tout -CC "\t&x = ' << &x -C-C endl; float* p = &x; tout CC "\np = ' -CC p -C-C endl; tout -CC "\t&p = ' << &p << endl; tout C-C "\t*p = ' -CC *p C-C endl; *p = 77.77; tout C-C "\np = ' CC p C-C endl; tout << "\t&p = ' CC &p CC endl; tout -CC "\t*p = ' C-C *p -CC endl; tout << "x = ' -CC x <+c endl; tout << "\t&x = ' CC &x -CC endl; float* q = &x; tout -CC "\nq = ' -KC q -CC endl; tout -CC "\t&q = ' << &q -CC endl; tout << '\t*q = ' -CC *q C-C endl; tout << "x = ' CC x C-C endl; tout << \t&x = ' CC &x -CC endl;
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// prints address of x // p points to x // prints address of p // prints object p points to
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// q points to x
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x= 4 4 . 4 4 ,
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&ix = JbeRffEd24 &p f Ox3fff d&O *3 &ii
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. . =r
, 44.4.4: ,._
. .
_ . . : -( . . . ,, . , , _ : :;y , ;; : 1 ; ,
Ox3fEEdl,4
p. ,=, ,Qx Sfmm - . , x= 77, 7 Q= Ox3fEfcu4 xl=; 77 *.77 .
* 77 1 ,: _ : .; ) .= .J7 &p =, . - f)x fff JlQ .. .......... . . . . . . .., ,, ,,. ,.,.;., , ,, ,, : ,, o#fff~14e. / : j is&t = .:. & q zz. &$jfffd(jc &x = Qx3fffdJc4 -:*g/s 77,.77: :. e. . -
Notice how address values are output: 0x3 f f f dl4 is the hexadecimal numeral 3 f f f d14. The prefix O X is the standard notation used to indicate that the numeral is hexadecimal. Although there is no need to do so, one can compute the corresponding decimal value, remembering that a' is hex for 10, b' is 11, c is 12, d' is 13, e' is 14, and f' is 15:
Ox3fffdl4
= 3~16~ + 15~16~ + 15~16~ + 15~16~ + 13~16~ + 1~16~ + 4~16~ = 67,108,116
So in this run, x is actually stored in the 4 bytes numbered 67,108,116-67,108,119. These are virtual addresses on a UNIX workstation with 20 megabytes of memory. On a DOS PC with 4 megabytes of memory, x, p, and q were stored at addresses Ox23e6, Ox23dc, and Ox23be.
If p is a pointer, then the call cou t -C < *p will always print the value of the object to which p points, and the call cou t CC p will usually print the value of the address that is stored in p. The important exception to this second rule is when p is declared to have type char*.
STRINGS
[CHAP. 7
7.3 STRINGS
In C++, a string is an array of characters with the following exceptional features:
An extra component is appended to the end of the array, and its value is set to the NUL character I\ I. This means that the total number of characters in the array is always 1 more than the string length.
The string may be initialized with a string literal, like this:
char str[] = "Bjarne";
Notethatthisarrayhas7elements:
'B', 'jl,
la',
IrI,
InI,
lel,and
'\O'.
The entire string may be output as a single object, like this:
tout cc str;
The system will copy characters from s tr to tout until the encountered.
character I\
I is
The entire string may be input as a single object, like this:
tin >> buffer;
The system will copy characters from tin into buffer until a white space character is encountered. The user must ensure that buffer is defined to be a character string long enough to hold the input. @The functions declared in the cstring.h> header file may be used to manipulate strings. These include the string length function s trlen ( > , the string copying functions s trcpy ( > and s trncpy ( > , the string concatenating functions s trca t ( ) and strncat ( > , the string comparing functions strcmp ( > and strncmp ( > , and the token extracting function s trtok ( ) . These functions are described in Section 7.8.
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