Answer:
The answer is "the Design tab".
Explanation:
The Design tab includes forces act, which can be used for the development, change, modification, measurements, or analysis of geometric, and for cut, copy, and paste design objects it will use Clipboard orders. It is used to defines the sequence whereby any user may organize information during the creation of even a Database server, that's why the design tab adjusts the sequence wherein the field is found within a form.
Answer:
In the HC12 MCU, the starting address of interrupts is stored in the vector table as a vector. The ISR or interrupt service routine fetches the vector of the interrupt to be executed.
Explanation:
The HC12 or 68HC12 microcontroller was developed by Motorola, its controllers have a clock speed of between 8 to 33MHz.
The MCU stores interrupt events in a vector table where the interrupt service routine fetches enabled interrupt to execute.
When an interrupt is detected, the MCU stores all its registers in a stack to be able to return to the program it was previously running, then it disables the maskability flag register to prevent another maskable interrupt from occurring during the current interrupt execution.
The MCU interrupt service routine fetches the required interrupt from the vector table. After the interrupt is executed, the mask flag is enabled and the MCU retrieves or returns back to the previous program in the stack.
Answer:
The answer is "True".
Explanation:
Dot notation is a part of the programming language. This notation includes Python and other oops language to look in front of the point to execute code.
- This may access the specific version of a specific function, which is specified in a different class or section, using dot notation.
- This notation is used with a String method or string object that is immutable. This means that after constructing, they can not be modified.
- To access any member of an object we use dot notation. That's why this statement is true.
Answer:
#include <iostream>
using namespace std;
class Str{ ///baseclass
public :
string super_str;
string getStr()
{
return super_str;
}
void setStr(string String)
{
super_str=String;
}
};
class str : public Str{ //inheriting Str publicly
public :
string sub_str;
string getstr()
{
return sub_str;
}
void setstr(string String)
{
sub_str=String;
}
bool notstartswith()
{
int n=sub_str.length(); //to find length of substr
bool flag=false;
for(int i=0;i<n;i++) //Loop to check beginning of Str
{
if(super_str[i]!=sub_str[i])
{
flag=true;
break;
}
}
return flag;
}
};
int main()
{
str s; //object of subclass
s.setStr("Helloworld");
s.setstr("Hey");
if(s.notstartswith()==1) //checking if str is substring of Str
cout<<"Str does not start with str";
else
cout<<"Str starts with str";
return 0;
}
OUTPUT :
Str does not start with str
Explanation:
Above program is implemented the way as mentioned. for loop is being used to check the beginning of the str starts with substring or not.