Juxtapose the use of override with new. What is shadowing?
334
Read N characters in to an array . Use functions to do all
problems and pass the address of array to function.
1. Print only the alphabets . If in upper case print in
lower case vice versa.
2. Enter alphanumeric characters and form 2 array alphaets
and digits.Also print the count of each array.
3. Find the count of a certain character.
4. Print the positions where a certain character occured.
5. Print the characters between successive array elements.
6. Find the largest and smallest charcter. How many times
it each one occured.
7. Enter a certain range. Print out the array elements
which occured between these range.
8. Reverse a character array without using another array.
9. Reverse an array region.
10. Replace a the array elements with it next character .
Use a after z.
11. Code the array element with certain character as first
alphabet.
12. Duplicate all the vowels in a character array. What is
the new count.
13. Delete the vowels in a character array. What is the new
array count.
14. Print the count of all characters in the array.
15. Enter n alphabets and store a upto tht
charcter in array.What is the array count?
16. Sort a character array.
17. Merge 2 character arrays largearray,smallarray.
18. Find the pair with largest number of characters in between.
19. Find the numerical value of a charcter array.
20. Store n numeral characters in an arrray. Insert another
numeral character in a certain position.
21. Insert a character in a sorted array.
22. Merge 2 sorted arrays in sorted fashion.
23. Duplicate the least occuring character.
24. Write a menu driven program to circular right/left shift
an array of n elements.
25. Is the character array palindrome? if not make it
palindrome.
26. Concatenate the first n charaters to the end of the string.
27. Print all n group of chracters which are palindrome.
28. Concatneate the reverse of last n characters to the array.
584
what is a NULL pointer?
10
The OS is a program that uses various data structures. Like
all programs in execution, you can determine the
performance and other behavior of the OS by inspecting its
state - the values stored in its data structures. In this
part of the assignment, we study some aspects of the
organization and behavior of a Linux system by observing
values of kernel data structures exposed through the /proc
virtual file system.
The /proc virtual file system:
Linux uses the /proc file system to collect information
from kernel data structures. The /proc implementation
provided with Linux can read many different kernel data
structures. If you cd to /proc on a Linux machine, you will
see a number of files and directories at that location.
Files in this directory subtree each corresponds to some
kernel data structure. The subdirectories with numeric
names contain virtual files with information about the
process whose process ID is the same as the directory name.
Files in /proc can be read like ordinary ASCII files. You
can open each file and read it using library routines such
as fgets() or fscanf(). The proc (5) manual page explains
the virtual files and their content available through
the /proc file system.
Requirements in detail:
In this part, you are asked to write a program to report
the behavior of the Linux kernel. Your program should run
in two different versions. The default version should print
the following values on stdout:
• Processor type
• Kernel version
• The amount of memory configured into this computer
• Amount of time since the system was last booted
A second version of the program should run continuously and
print lists of the following dynamic values (each value in
the lists is the average over a specified interval):
• The percentage of time the processor(s) spend in
user mode, system mode, and the percentage of time the
processor(s) are idle
• The amount and percentage of available (or free)
memory
• The rate (number of sectors per second) of disk
read/write in the system
• The rate (number per second) of context switches in
the kernel
• The rate (number per second) of process creations
in the system
If your program (compiled executable) is called proc_parse,
running it without any parameter should print out
information required for the first version. Running it with
two parameters "proc_parse <read_rate> <printout_rate>"
should print out information required for the second
version. read_rate represents the time interval between two
consecutive reads on the /proc file system. printout_rate
indicates the time interval over which the average values
should be calculated. Both read_rate and printout_rate are
in seconds. For instance, proc_parse 2 60 should read
kernel data structures once every two seconds. It should
then print out averaged kernel statistics once a minute
(average of 30 samples). The second version of your program
doesn't need to terminate.
Write a programm such that
if user enter 11.25 it roundup to 11
but if user enter 11.51 upto 11.99 it will round up to 12
i.e.;convert the floting point value into integer format as
explain above..
25
WHAT IS MEANT BY LIFE?
47
Explain the importance and use of each component of this
string: Foo.Bar, Version=2.0.205.0, Culture=neutral,
PublicKeyToken=593777ae2d274679d
a) Identify the following declarations.
Ex.
int i
(integer variable) float a[l0](array of 10 real nos)
int (*f())()
void *f
int (*f()) []
void *f
int f[] [] []
char *(*f) ()
int (*f[]) []
float(*f) [] []
float **f
int ******f
along with your userid / name. ThanQ
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