It is a convenience to be able to use one reasonable name for ____ that are functionally identical except for argument types.
A. arguments
B. classes
C. tasks
D. packages
Answer: C
You might also like to view...
Answer the following statements true (T) or false (F)
1. The strlen function returns a C-string's length and adds one for \0. 2. The ftoa function converts a floating-point value to an ASCII value. 3. By being able to pass arrays as arguments, you can write your own functions for processing C-strings. 4. The C++ library provides functions for converting a string representation of a number to a numeric data type and vice-versa. 5. If an uppercase character is passed as an argument to the toupper function, the result will be an uppercase character.
How does query processing in relational systems differ from the processing of low-level query languages for network and hierarchical systems?
What will be an ideal response?
As discussed in Section 3.6, Case Study: UNIX Processes, UNIX processes may change their priority using the nice system call.What restrictions might UNIX impose on using this system call, and why?
What will be an ideal response?
Create and print the COMPUTER statechart diagram. There are two columns of states. In the left column, include the following states from the top to the bottom: NEW COMPUTER, CLEANING COMPUTER, and RECYCLED COMPUTER. In the right column, include the following states from the top to the bottom: INSTALLED COMPUTER, FUNCTIONAL COMPUTER, and REPAIR HELD COMPUTER. Add the following transitions:
a. Start with COMPUTER RECEIVED going from a point in space above the state rectangle into the NEW COMPUTER state. b. COMPUTER INSTALLED from the NEW COMPUTER state to the INSTALLED COMPUTER state. c. SOFTWARE INSTALLED from the INSTALLED COMPUTER state to the FUNCTIONAL COMPUTER state. d. MAINTENANCE SCHEDULED from the FUNCTIONAL COMPUTER state to the CLEANING COMPUTER state. e. MAINTENANCE COMPLETE from the CLEANING COMPUTER state to the FUNCTIONAL COMPUTER state. f. PROBLEM REPORTED from the FUNCTIONAL COMPUTER state to the REPAIR HELD COMPUTER state. g. REPAIR COMPLETED from the REPAIR HELD COMPUTER state to the FUNCTIONAL COMPUTER state. h. REFRESH IDENTIFIED COMPUTER from the FUNCTIONAL COMPUTER state to the RECYCLED COMPUTER state. i. UNFEASIBLE REPAIR IDENTIFIED from the REPAIR HELD COMPUTER state to the RECYCLED COMPUTER state. j. An ending arrow from the RECYCLED COMPUTER state to a blank area below the state.