sql reporting services qr code E.44 Testing the remove_copy_if() Algorithm in Software

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EXAMPLE E.44 Testing the remove_copy_if() Algorithm
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class Blank { public: bool operator()(char c) { return c == ' '; } }; int main() { char* s="All is flux, nothing is stationary."; // Heraclitus char buffer[80]; int l = strlen(s); int n = count(s,s+l,' '); cout << "l=" << l << '\n'; cout << "n=" << n << '\n'; char* ss = remove_copy_if(s,s+l,buffer,Blank()); *ss = 0; // truncate buffer cout << s << '\n'; cout << buffer << '\n'; cout << ss-buffer << '\n'; } l=35 n=5 All is flux, nothing is stationary. Allisflux,nothingisstationary. 30 This is the same as Example E.43 except that a predicate is used.
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remove_if(p,q,P()); // removes all x from [p,q[ for which !P(x), shifting (copying) the // remaining elements to the left;
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EXAMPLE E.45 Testing the remove_if() Algorithm
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class Blank { public: bool operator()(char c) { return c == ' '; } }; int main() { char* s="All is flux, nothing is stationary."; int l = strlen(s); int n = count(s,s+l,' '); cout << "l=" << l << '\n'; cout << "n=" << n << '\n'; remove_if(s,s+l,Blank()); cout << s << '\n'; s[l-n] = 0;
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// Heraclitus
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APP. E]
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cout << s << '\n'; } l=35 n=5 Allisflux,nothingisstationaryonary. Allisflux,nothingisstationary. This is the same as Example E.42 except that a predicate is used.
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replace(p,q,x,y); // replaces all occurrences of x with y in [p,q[; // invariant: the length of the segment remains unchanged;
EXAMPLE E.46 Testing the replace() Algorithm
int main() { char* s="All is flux, nothing is stationary."; int l = strlen(s); cout << s << '\n'; replace(s,s+l,' ','!'); cout << s << '\n'; } All is flux, nothing is stationary. All!is!flux,!nothing!is!stationary.
// Heraclitus
replace_copy(p,q,pp,x,y); // copies all elements of [p,q[ to [pp,pp+n[, replacing each occurrence // of x with y, where n = q-p; // returns pp+n; // invariant: [p,q[ remains unchanged;
EXAMPLE E.47 Testing the replace_copy() Algorithm
int main() { char* s="All is flux, nothing is stationary."; cout << s << '\n'; int l = strlen(s); char buffer[80]; char* ss = replace_copy(s,s+l,buffer,'n','N'); *ss = 0; // truncate buffer for printing cout << s << '\n'; cout << buffer << '\n'; } All is flux, nothing is stationary. All is flux, nothing is stationary. All is flux, NothiNg is statioNary.
// Heraclitus
replace_copy_if(p,q,pp,P(),y); // copies all elements of [p,q[ to [pp,pp+n[, replacing each x for // which P(x) with y, where n = q-p;
STANDARD C++ GENERIC ALGORITHMS
[APP. E
// returns pp+n; // invariant: [p,q[ remains unchanged;
EXAMPLE E.48 Testing the replace_copy_if() Algorithm
class Blank { public: bool operator()(char c) { return c == ' '; } }; int main() { char* s="All is flux, nothing is stationary."; // Heraclitus int l = strlen(s); char buffer[80]; cout << s << '\n'; char* ss = replace_copy_if(s,s+l,buffer,Blank(),'!'); *ss = 0; // truncate buffer cout << s << '\n'; cout << buffer << '\n'; } All is flux, nothing is stationary. All is flux, nothing is stationary. All!is!flux,!nothing!is!stationary. This is the same as Example E.47 except that a predicate is used.
replace_if(p,q,P(),y); // replaces each x for which P(x) with y in [p,q[;
EXAMPLE E.49 Testing the replace_if() Algorithm
class Blank { public: bool operator()(char c) { return c == ' '; } }; int main() { char* s="All is flux, nothing is stationary."; int l = strlen(s); cout << s << '\n'; replace_if(s,s+l,Blank(),'!'); cout << s << '\n'; } All is flux, nothing is stationary. All!is!flux,!nothing!is!stationary.
// Heraclitus
This is the same as Example E.46 except that a predicate is used.
reverse(p,q); // reverses the segment [p,q[;
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APP. E]
STANDARD C++ GENERIC ALGORITHMS
EXAMPLE E.50 Testing the reverse() Algorithm
int main() { char* s="ABCDEFGHIJKLMNOPQRSTUVWXYZ"; cout << s << '\n'; reverse(s,s+26); cout << s << '\n'; } ABCDEFGHIJKLMNOPQRSTUVWXYZ ZYXWVUTSRQpONMLKJIHGFEDCBA
reverse_copy(p,q,pp); // copies the segment [p,q[ into [pp,pp+n[ in reverse order, // where n = q-p; // returns pp+n // invariant: [p,q[ remains unchanged;
EXAMPLE E.51 Testing the reverse_copy() Algorithm
int main() { char* s="ABCDEFGHIJKLMNOPQRSTUVWXYZ"; cout << s << '\n'; char buffer[80]; char* ss = reverse_copy(s,s+26,buffer); *ss = 0; // truncate buffer for printing cout << s << '\n'; cout << buffer << '\n'; } ABCDEFGHIJKLMNOPQRSTUVWXYZ ABCDEFGHIJKLMNOPQRSTUVWXYZ ZYXWVUTSRQpONMLKJIHGFEDCBA
rotate(p,r,q); // shifts [r,q[ to the left by r positions into [p,p+q-r[, // and wraps [p,r[ around to the right end into [p+q-r,q[;
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