Examples of using Stack pointer in English and their translations into Indonesian
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Computer
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Colloquial
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Ecclesiastic
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Ecclesiastic
R13 is the Stack Pointer(SP).
Change only the low 8 bits of the stack pointer.
Stack Pointer is initialized to 07h after reset.
SP(or R13) is the stack pointer.
Change the stack pointer without disabling interrupts.
R13, or SP, is the stack pointer.
The Stack Pointer holds the location of the top of the stack. .
First operand to. restore must be stack pointer sp.
When the function returns, the stack pointer is moved back to free the allocated area.
The register used toaccess the stack is called the SP(stack pointer) register.
In the 8051, the stack pointer(SP) points to the last used location of the stack. .
The stack often works in closetandem with a special register on the CPU named the stack pointer.
The Stack Pointer is used to indicate where the next value to be removed from the stack should be taken from.
The address register for8-bit addresses can be either the Stack Pointer or R0 or R1 of the selected register bank.
Process descriptor pointer of current(running)process can be accessed quickly from stack pointer.
Each push stores the value at the current location of the stack pointer and decreases the stack pointer.
A pop retrieves the value pointed to by the stack pointer and then increases the stack pointer don't be confused by the fact that adding a value to the stack decreases the stack pointer and removing a value increases it.
It has seven 8-bit registers(six of which could be combined into three 16-bit registers),a 16-bit stack pointer to memory(replacing the 8008's internal stack), and a 16-bit program counter.
The Unix loader's tasks include: validation(permissions, memory requirements etc.); copying the program image from the disk into main memory; copying the command-line arguments on the stack; initializing registers(e.g.,the stack pointer); jumping to the program entry point_start.
It had seven 8-bit registers(six which could also be combined as three 16-bit registers),a 16-bit stack pointer to memory which replaced the 8008's internal stack and a 16-bit program counter.
Always use Dynamic Realigned Argument Pointer(DRAP) to realign stack.
Freeing a block from the stack is nothing more than adjusting one pointer.
Later, when the function returns, the old instruction pointer is popped from the stack and execution resumes at the code just after the call to the function.
This makes it really simple to keep track of the stack, freeing a block from the stack is nothing more than adjusting one pointer.
When a function is called the CPU usesspecial instructions that push the current instruction pointer, i.e. the address of the code executing on the stack.
Computer programs typically have a stack called a call stack which storesinformation relevant to the current function such as a pointer to whichever function it was called from, and any local variables.
Besides the static constants described above, many procedural languages such as Ada and C++ extend the concept of constantness toward global variables that are created at initialization time,local variables that are automatically created at runtime on the stack or in registers, to dynamically allocated memory that is accessed by pointer, and to parameter lists in function headers.
The stack is faster because the access pattern makes it trivial to allocate and deallocate memory from it(a pointer/integer is simply incremented or decremented), while the heap has much more complex bookkeeping involved in an allocation or deallocation.
Data created on the stack can be used without pointers.
In languages like C/ C++,structs and classes can often remain on the stack when you're not dealing with pointers.