where you take the a piece of sting dip it in the paint and put in a white piece of paper
To print a reverse string in C#, you can use the Array.Reverse method or LINQ. Here's a simple example using Array.Reverse: string original = "Hello, World!"; char[] charArray = original.ToCharArray(); Array.Reverse(charArray); string reversed = new string(charArray); Console.WriteLine(reversed); This code converts the string to a character array, reverses the array, and then creates a new string from the reversed array before printing it.
#include,stdio.h>main(){char string1[20],string2[20]printf("enter the first string");scanf("%s",string1);// reading the string1printf("enter the second string");scanf("%s", string2);// reading the the string2printf( "the first string is %s",string1);// printing the string1printf("the second string is %s",string2);// printing the string2}the problem of using scanf is that it does not take space. so we can use gets for it.ie instead of scanf("%s",string1); we can use gets(string1); .
UTF-16 strings or characters (std::wstring or wchar_t) are the best method of assigning and printing special symbols. UTF-8 encoding using std::string can be used to minimise memory consumption but still requires conversion to wide-string for printing purposes. However, if the symbols are within the range of extended ASCII character codes (0x00 to 0xff), then an unsigned char or std::string is all you really need.
#include<stdio.h> #include<conio.h> #include<string.h> void main() { char str[99]; int i,len=0; clrscr(); printf("Enter the string \n"); while ( i!=\n) scanf("%s",str[i]); len=strlen(str[i]); //Printing the accepted value. for(i=1;1<len;++i) { printf("%s",str[i]); } //Converting the case. for(i=0;i<len;++i) { if(str[i]>='A' && str[i]<='Z') { str[i]+=35; } else { str[i]-=35; } } //Printing the string converted string. for(i=0;i<len;++i) { printf("%s",str[i]); } getch(); }
//C program to accept a string from user and //display its ascii value and //then display sum of all ascii value of strings #include<stdio.h> #include <string.h> int main() { char String[100]; int Sum,Index; Sum=0; //Sum is initially zero printf("Enter the string:\n"); gets(String); //Accept String from User for(Index=0;Index<strlen(String);Index++) { Sum+=(String[Index]); //Adds (the ASCII values of) the String characters. } printf("The sum is %d\n",Sum); //Printing it as %d gives the equivalent ASCII value. return 0; }
To print a reverse string in C#, you can use the Array.Reverse method or LINQ. Here's a simple example using Array.Reverse: string original = "Hello, World!"; char[] charArray = original.ToCharArray(); Array.Reverse(charArray); string reversed = new string(charArray); Console.WriteLine(reversed); This code converts the string to a character array, reverses the array, and then creates a new string from the reversed array before printing it.
#include,stdio.h>main(){char string1[20],string2[20]printf("enter the first string");scanf("%s",string1);// reading the string1printf("enter the second string");scanf("%s", string2);// reading the the string2printf( "the first string is %s",string1);// printing the string1printf("the second string is %s",string2);// printing the string2}the problem of using scanf is that it does not take space. so we can use gets for it.ie instead of scanf("%s",string1); we can use gets(string1); .
You can use a variety of objects for collagraph printing, such as textured materials like leaves, fabrics, bubble wrap, sandpaper, or string. You can also incorporate cut-outs from magazines, papers, or cardboard to create unique textures and patterns on your printing plate. The key is to use materials that have interesting surfaces or textures that will transfer to the paper during the printing process.
UTF-16 strings or characters (std::wstring or wchar_t) are the best method of assigning and printing special symbols. UTF-8 encoding using std::string can be used to minimise memory consumption but still requires conversion to wide-string for printing purposes. However, if the symbols are within the range of extended ASCII character codes (0x00 to 0xff), then an unsigned char or std::string is all you really need.
#include<stdio.h> #include<conio.h> #include<string.h> void main() { char str[99]; int i,len=0; clrscr(); printf("Enter the string \n"); while ( i!=\n) scanf("%s",str[i]); len=strlen(str[i]); //Printing the accepted value. for(i=1;1<len;++i) { printf("%s",str[i]); } //Converting the case. for(i=0;i<len;++i) { if(str[i]>='A' && str[i]<='Z') { str[i]+=35; } else { str[i]-=35; } } //Printing the string converted string. for(i=0;i<len;++i) { printf("%s",str[i]); } getch(); }
//C program to accept a string from user and //display its ascii value and //then display sum of all ascii value of strings #include<stdio.h> #include <string.h> int main() { char String[100]; int Sum,Index; Sum=0; //Sum is initially zero printf("Enter the string:\n"); gets(String); //Accept String from User for(Index=0;Index<strlen(String);Index++) { Sum+=(String[Index]); //Adds (the ASCII values of) the String characters. } printf("The sum is %d\n",Sum); //Printing it as %d gives the equivalent ASCII value. return 0; }
Direct and indirect printing are from mono printing
When printing text through a string, \t can be used to produce a horizontal tab. The same can also be used when parsing input.Within the C language source code, a tab is considered a white space and ignored outside string constants, provided that it does not break a keyword into two parts.
You would iterate over all characters within the string, printing each character with the putchar function. In C, strings are terminated with a null byte, so you'd stop when that null byte has been reached. Example: void printme(const char* me) { while (*me) { putchar(*me++); } } Needless to say this method is inefficient compared to using API that outputs the entire string at once, but the general approach of iterating over all characters in a string is used frequently.
echo will not return output when using parenthesis because echo is not a function like print. echo is a language construct. The benefit to using echo over the print function is speed, plus you can separate data types using comma's rather than periods.Example:echo 'This is a string ' , $variable , ' ending string';is the same (but faster) as:print('This is a sting' . $variable . ' ending string');
Just as you have started it. good examples: 'string' "string" `string` »string« bad examples: 'string" "string` »string'
The collective noun for 'string' is a ball of string.The noun 'string' is a standard collective noun for:a string of ducksa string of horsesa string of mulesa string of pearlsa string of poniesa string of racehorsesa string of violinists