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Listen, my children, and you shall hear Of the midnight ride of Paul Revere, On the eighteenth of April, in Seventy-five; Hardly a man is now alive Who remembers that famous day and year.
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9.10 Implement and test the following function:
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string Roman(int n); // Returns the Roman numeral equivalent to the Hindu-Arabic // numeral n. // PRECONDITIONS: n > 0, n < 3888 // EXAMPLES: Roman(1776) returns "MDCCLXXVI", // Roman(1812) returns "MDCCCXII", Roman(1945) returns "MCMXLV"
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STANDARD C++ STRINGS
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[CHAP. 9
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Implement and test the following function:
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int // // // // // HinduArabic(string s); Returns the Hindu-Arabic numeral equivalent to the Roman numeral given in the string s. PRECONDITIONS: s contains a valid Roman numeral EXAMPLES: HindArabic("MDCCLXXVI") returns 1776, HindArabic("MDCCCXII") returns 1812
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Note that this is the inverse of the Roman() function in Problem 9.10. [Hint: Write an auxiliary function int v(string s, int i) that returns the digit for the Roman numeral character s[i]; e.g., v("MDCCCXII", 1) returns 500.] 9.12 Implement Algorithm G.1 on page 403 to convert decimal numerals to hexadecimal:
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string hexadecimal(int n); // Returns the hexadecimal numeral that represents n. // PRECONDITION: n >= 0 // POSTCONDITION: each character in the returned string is a // hexadecimal digit and that string is the dexadecimal // equivalent of n // EXAMPLE: hexadecimal(11643) returns "2d7b"
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[Hint: Write an auxiliary function char c(int k) that returns the hexadecimal character for the hexadecimal digit k; e.g., c(14) returns 'e'.] 9.13 Implement Algorithm G.2 on page 403 to convert hexadecimal numerals to decimal:
int // // // // // // decimal(string s); Returns the decimal numeral that numeral stored in the string s. PRECONDITION: s.length() > 0 and digit POSTCONDITION: the returns value EXAMPLE: decimal("2d7b") returns represents the hexadecimal each s[i] is a hexadecimal is the decimal equivalent 11643
Note that this is the inverse of the hexadecimal() function in Problem 9.12. [Hint: Write an auxiliary function int v(string s, int i) that returns the decimal digit for the hexadecimal character s[i]; e.g., v("2d7b", 3) returns 12.] 9.14 Implement and test the following function:
void reverse(string& s); // Reverses the string s. // POSTCONDITION: s[i] <--> s[len-i-1] // EXAMPLE: reverse(s) changes s = "ABCDEFG" into "GFEDCBA"
[Hint: Use a temporary string.] 9.15 Implement and test the following function:
bool is_palindrome(string s); // Returns true iff s is a palindrome // EXAMPLES: is_palindrome("RADAR") returns true, // is_palindrome("ABCD") returns false
9.16 Modify the program in Example 9.7 on page 218 so that it merges the two sorted files of names shown at the top of the next page, writing the resulting sorted lines both to a file named Presidents.dat and to cout: [Hint: Use getline(fin, s).]
TeamLRN
CHAP. 9]
STANDARD C++ STRINGS
Republicans Bush, George Herbert Walker Coolidge, Calvin Eisenhower, Dwight David Ford, Gerald Rudolph Harding, Warren Gamaliel Hoover, Herbert Clark McKinley, William Nixon, Richard Milhous Reagan, Ronald Wilson Roosevelt, Theodore Taft, William Howard
Democrats Carter, James Earl Clinton, William Jefferson Johnson, Lyndon Baines Kennedy, John Fitzgerald Roosevelt, Franklin Truman, Harry S Wilson, Woodrow
Answers to Review Questions
9.1 A C-string is an array of chars that uses the null character '\0' to mark the end of the string. A C++ string is an object whose string type is defined in the <string> file and which has a large repertoire of function, such as length() and replace(): char cs[8] = "ABCDEFG"; string s = "ABCDEFG"; // cs is a C-string // s is a C++ string
cout << s << " has " << s.length() << " characters.\n"; 9.2 s.replace(4, 2, "yz"); // changes s to "ABCDyzG" Formatted input uses the extraction operator >> which ignores whitespace. Unformatted input uses the get() and getline() functions. The get() function reads the next character in the input stream without ignoring whitespace. The getline() function reads all the rest of the characters in the input stream until it reaches the newline character '\n', which it extracts and ignores. Whitespace (blanks, tabs, newlines, etc.) cannot be read with the extraction operator because it ignores all whitespace. A stream is an object that manages input and output between a program and a data source. C++ allows <iostream> objects for interactive I/O (viz., cin and cout), <fstream> objects for external files, and <sstream> objects for internal files (string streams). C++ simplifies the processing of strings, external files, and internal files, by defining the same family of functions and operations for all three. For example, the extraction operator >> works the same way for inputting a double from the keyboard, from an external file, or from a string stream. Sequential access must begin at the beginning and access each element in order, one after the other. Direct access allows the access of any element directly by locating it by its index number or address. Arrays allow direct access. Magnetic tape has only sequential access, but CDs had direct access. If you are on a railroad train, to go from one car to another you must use sequential access. But when you board the train initially you have direct access. Direct access is faster than sequential access, but it requires some external mechanism (array index, file byte number, railroad platform). The seekg() and seekp() functions position the get pointer and the put pointer, respectively, in an external file to allow direct access. For example, the call input.seekg(24) positions the get pointer at byte number 24 in the file bound to the file stream named input. The read() and write() functions are used for direct access input and output, respectively, of external files. For example, the call input.read(s.c_str(), n) would copy n bytes to the string s directly from the file bound to the file stream named input.
9.3 9.4
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