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How to assign address to a variable in C

Address Of A Variable - How to play with pointers in

  1. Notice that the addresses of a, b and c variables are same before and after the modification.. However, if the variables are in different scope then the addresses may or may not be the same in different execution of that scope. For example, consider the following program where f() is called once from main() and then from g().Each call to f() produces a different scope for its parameter p
  2. Because only pointers hold an address. Other variables do not hold addresses (they can, but that's another matter). But it's fine to assign it to a proper pointer and use, as well: Code: char string [] = My string; char* pStr = string; printf (%x, pStr); And btw, no & before any sort of array or you'll get type**, which isn't what you want
  3. a is a reference variable. References are not objects, and are not necessarily stored in the memory at all. It is not possible to get the address of something that is not stored in memory. Taking the address of a reference variable will result in the address of the referred object. Arent we assigning a memory location to an integer by writing.
  4. @Zaibis: I don't think C, the language, says anything about it one way or another. The system you're using the language on is what matters. Delnan said it well in the comment on the question: Needless to say, that's a pretty pointless -- if not plain suicidal -- exercise except perhaps in certain embedded systems. There are very few use-cases for hardcoded pointer values, but there are some
  5. (a) We define a pointer variable, (b) assign the address of a variable to a pointer and (c) finally access the value at the address available in the pointer variable. This is done by using unary operator * that returns the value of the variable located at the address specified by its operand. The following example makes use of these operations
  6. A struct variable points to the address of the first member in the struct. Don't assume that struct members will be a specific number of bytes away from another field, they may have padding bytes or the memory might not be contiguous depending on the implementation. Use the address-of (&) operator on the member to get its address
What is the Difference Between Pointer and Reference

How to assign and access value through the pointer? . /*C program to create, initialize, assign and access a pointer variable.*/ #include <stdio.h> int main() { int num; /*declaration of integer variable*/ int * pNum; /*declaration of integer pointer*/ pNum =& num; /*assigning address of num*/ num =100; /*assigning 100 to variable num. 1) The Address of Operator (&) It is an address of operator which returns the address of any variable. The statement &var1 represents the address of var1 variable. Since it can be used anywhere but with the pointers, it is required to use for initializing the pointer with the address of another variable Assigning an address to a pointer. 5.4. Assigning an address to a pointer. Given a variable var of type t and a variable var_ptr of type pointer to t ( t * ), it possible to assign. The following example shows the declaration and value assignment of pointers (file pointer_example_1.c ): Lines 4 and 5 define two integers and two pointers to.

So it just assigns the address of i to ptr at the point you assign it. When you leave func this pointer gets invalid. Note This behaviour is fully defined: The address of i at the place you assign it to the global variable is defined, and so you can assign it Variable Definition in C. A variable definition tells the compiler where and how much storage to create for the variable. A variable definition specifies a data type and contains a list of one or more variables of that type as follows −. Here, type must be a valid C data type including char, w_char, int, float, double, bool, or any user.

Howto assign an address to an integer variable - C Boar

Assign the address of variable x to p. Print the value of pointer variable p alongside some text on the console. The program must return value upon successful completion. End of the body of the main() function. Application of Pointers . Functions in C++ can return only one value. Further, all the variables declared in a function are allocated. (a) We define a pointer variable. (b) Assign the address of a variable to a pointer. (c) Finally access the value at the address available in the pointer variable. This is done by using unary operator * that returns the value of the variable located at the address specified by its operand. Following example makes use of these operations

C++ assigning the address of a variable to another

To print the memory address, we use '%p' format specifier in C. Submitted by IncludeHelp, on September 13, 2018. To print the address of a variable, we use %p specifier in C programming language. There are two ways to get the address of the variable: By using address of ( &) operator. By using pointer variable Assign pointer value to variable C. Directly assigning values to C Pointers, You need to create an int variable somewhere in memory for the int * variable to point at. The key is you cannot use a pointer until you know it is assigned to an address that you yourself have managed, either by pointing it at another variable you created or to the result of a malloc call A pointer is a variable that stores memory address. If it is a variable, it must have a valid C data type. Yes, every pointer variable has a data type associated with it. Which means an integer pointer can hold only integer variable addresses. Note: We never say pointer stores or holds a memory location. Instead, we say pointer points to a. A pointer is a variable that stores a memory address. Pointers are used to store the addresses of other variables or memory items. Pointers are very useful for another type of parameter passing, usually referred to as Pass By Address. Pointers are essential for dynamic memory allocation. Declaring pointers: Pointer declarations use the * operator

memory - How to assign pointer address manually in C

  1. As I mentioned above, an integer type pointer can hold the address of another int variable. Here we have an integer variable var and pointer p holds the address of var. To assign the address of variable to pointer we use ampersand symbol (&). /* This is how you assign the address of another variable * to the pointer */ p = &var
  2. This would assign the address of variable myvar to foo; by preceding the name of the variable myvar with the address-of operator (&), we are no longer assigning the content of the variable itself to foo, but its address. The actual address of a variable in memory cannot be known before runtime, but let's assume, in order to help clarify some concepts, that myvar is placed during runtime in the.
  3. How it works: Notice how we are assigning the addresses of a, b and c.In line 9, we are assigning the address of variable a to the 0th element of the of the array. Similarly, the address of b and c is assigned to 1st and 2nd element respectively. At this point, the arrop looks something like this: . arrop[i] gives the address of ith element of the array. So arrop[0] returns address of variable.
  4. It's general declaration in C/C++ has the format: Syntax: datatype *var_name; int *ptr; //ptr can point to an address which holds int data How to use a pointer? Define a pointer variable; Assigning the address of a variable to a pointer using unary operator (&) which returns the address of that variable
Go Pointers | How Does Pointers Work in Go? (Examples)

C - Pointers - Tutorialspoin

In this C++ program, we are going to learn how to declare an integer variable at run time (dynamically)?Here, we are declaring variable dynamically and printing its address. Submitted by IncludeHelp, on May 04, 2018 . Here, we will learn how we can declare an integer variable dynamically and how to print address of declared memory block?. In C++ programming, we can declare memory at run time. Stop saying address. You can have two things: a) a variable; and b) a pointer to a variable. The benefit of having a pointer is that you can then change the value of a variable when you pass it to a function -- C only has pass by value and no pass by reference so the only way you can change the value of a variable in a function is by passing into the function a pointer to the variable I need to allocate a variable that needs to be located at a specific address, say at address 0x00010000 everytime I compile and run my program. I'm interfacing with another piece of hardware that expects a certain value to be at that address. I was just wondering how I can do this in C (or even if it could be done at all) Pointer Initialization is the process of assigning address of a variable to a pointer variable. It contains the address of a variable of the same data type. In C language address operator & is used to determine the address of a variable. The & (immediately preceding a variable name) returns the address of the variable associated with it So that ted will contain some address value like 345342. I wanted to try and replicate that but there isn't any code to try and implement it; Was this more like pseudocode? Here is an attempt I made to try and print out that address value. Commented out you can see variations that didn't work

2.2. Assigning to pointer variables. Declaring a pointer-valued variable allocates space to hold the pointer but not to hold anything it points to. Like any other variable in C, a pointer-valued variable will initially contain garbage---in this case, the address of a location that might or might not contain something important Many compilers offer a way to allocate a variable at an absolute address. For example for the Freescale S08 compiler, I can place my variable at a given address: This is very useful (and needed) e.g. if the hardware (like USB) needs a buffer at given address. The advantage of the above (non-ANSI and thu

Basics of Memory Addresses in

Returning by address involves returning the address of a variable to the caller. Similar to pass by address, return by address can only return the address of a variable, not a literal or an expression (which don't have addresses). Because return by address just copies an address from the function to the caller, return by address is fast Pointer variables stores the address of other variables. And these addresses are integer value. We can use the sizeof() operator to find the size of the pointer variable. The size of the pointer variables depends on the compiler. For example, Borland C/C++ compiler takes 2 bytes to save integer value so, pointer size will be 2 bytes No. The '&' symbol is the address of, the '*' symbol means pointed to value at the address of variable, or the dereference symbol. And ** means pointer pointed to another pointer to the value at the address of variable, which when the '*' symbol..

C program to create, initialize, assign and access a

  1. Explanation of the program. int* pc, c; Here, a pointer pc and a normal variable c, both of type int, is created. Since pc and c are not initialized at initially, pointer pc points to either no address or a random address. And, variable c has an address but contains random garbage value.; c = 22; This assigns 22 to the variable c.That is, 22 is stored in the memory location of variable c
  2. When a variable is defined, you can also provide an initial value for the variable at the same time. This is called initialization. The value used to initialize a variable is called an initializer. Initialization in C++ is surprisingly complex, so we'll present a simplified view here. There are 4 basic ways to initialize variables in C++
  3. g, Hexadecimal number is an integer value and you can store it in the integral type of data types ( char , short or int )
  4. C# Variables. Variables are containers for storing data values. In C#, there are different types of variables (defined with different keywords), for example:. int - stores integers (whole numbers), without decimals, such as 123 or -123; double - stores floating point numbers, with decimals, such as 19.99 or -19.99; char - stores single characters, such as 'a' or 'B'
  5. An address is just a numerical value, and stored in the same manner as you'd expect an int variable to store an integer value. The address is one unit of the process address space. To oversimplify, imagine the address space as a linear array o..
  6. Pointers store address of variables or a memory location. // General syntax datatype *var_name; // An example pointer ptr that holds // address of an integer variable or holds // address of a memory whose value(s) can // be accessed as integer values through ptr int *ptr; Using a Pointer: To use pointers in C, we must understand below two operators

The first line of code navigates to the the cell address I want to save as a variable. This cell will vary every time the program is used based on the ColFormat variable that I created. This part works correctly. I then try to assign the address of that cell to a variable called terminal. I've defined terminal as a range previously in the code Address of variable num is: 0x7fff5694dc58 C Pointers - Operators that are used with Pointers. Lets discuss the operators & and * that are used with Pointers in C. Address of(&) Operator. We have already seen in the first example that we can display the address of a variable using ampersand sign Assign the pointer to an initial memory location. This can be done using one of the following methods: Allocating memory and pointing to it by the pointer: int * i = malloc (sizeof(int)*n); where n is the number of memory blocks to assign. Assigning the address of a variable to the pointer: int * i = & x; where x is an integer and (&) means address-of A structure can be used in a program only if memory is allocated to it. The structure definition informs the compiler about the type and the number of data members in the structures. However, it does not allocate any memory for the structure. To use a structure in a program efficiently, a structure variable needs to be declared. The syntax for declaring a structure variable i The lowest address corresponds to the first element and the highest address to the last element. Declaring Arrays. To declare an array in C, a programmer specifies the type of the elements and the number of elements required by an array as follows − The above statement will take the 10 th element from the array and assign the value to.

We declare an int array with 5 ints and assign the array numbers variable to our int pointer, ptr1. The numbers variable holds the address of the first element in the array. Assigning it to ptr1 numbers is treated as an pointer. We then get the value of the first element in the array using array notation Address-of Operator: An address-of operator is a mechanism within C++ that returns the memory address of a variable. These addresses returned by the address-of operator are known as pointers, because they point to the variable in memory. The address-of operator is a unary operator represented by an ampersand (&). It is also known as an. The [] operator takes a pointer (to the base of an array) and a subscript that is multiplied times the size of the type that the first operator points to, which is added to the base address to get the address of the particular element referenced. You will use this operator to access elements of your arrays To assign an address of a variable into a pointer, you need to use the address-of operator & (e.g., pNumber = &number). On the other hand, referencing and dereferencing are done on the references implicitly. For example, if refNumber is a reference (alias) to another int variable, refNumber returns the value of the variable. No explicit.

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The Address of (&) and dereference (*) operators with the

However, there is no way to get or set the address of a variable and, since memory management is completely automatic, it is difficult to think of circumstances where this would be useful. You can, of course, assign a variable of one reference type to another which under the hood copies the pointer so that both variables access the same data store Explanation:- address of array element in c++, we have to print the address of an array(an array each variable of an array) or we have to display the memory location of each element of an array we can do this by adding address of or & operator.Ths & operator returns the address of a variable in a memory location. or we can do this by using a pointer for that we have to transfer all array. The const keyword. Variables can be declared as constants by using the const keyword before the datatype of the variable. The constant variables can be initialized once only. The default value of constant variables are zero. A program that demonstrates the declaration of constant variables in C using const keyword is given as follows C++ Variables. Variables are containers for storing data values. In C++, there are different types of variables (defined with different keywords), for example:. int - stores integers (whole numbers), without decimals, such as 123 or -123; double - stores floating point numbers, with decimals, such as 19.99 or -19.99; char - stores single characters, such as 'a' or 'B'

Output. The content of pointer is 2.3. This program prints the value of the address pointed to by the void pointer ptr.. Since we cannot dereference a void pointer, we cannot use *ptr.. However, if we convert the void* pointer type to the float* type, we can use the value pointed to by the void pointer.. In this example, we have used the static_cast operator to convert the data type of the. In general, Pointers are the variables that store the address of another variable. Whereas pointer to pointer which means a pointer stores the address of another pointer and this second pointer will be storing the address of the previous or first pointer which is also known as double-pointer in C In main(), we created two int type variables a and b. We also created two pointers ptr1 and ptr2 to point to a and b. Use the & operator to get the address of a variable. Assign the addresses of a and b to ptr1 and ptr2 respectively. We passed these pointers to the function swap. In the function swap, we swapped these two values >it seems to be assigning it to the address of the pointer, not the value of the pointer Yep, seeing as how that's what you told it to do. Unless you do some dereferencing, you can expect to be working only with addresses. >so I'm wondering how to make it assign the pointer to the value Let's get one thing straight Lets write a C program based on the diagram that we have seen above. #include <stdio.h> int main() { int num=123; //A normal pointer pr2 int *pr2; //This pointer pr2 is a double pointer int **pr1; /* Assigning the address of variable num to the * pointer pr2 */ pr2 = # /* Assigning the address of pointer pr2 to the * pointer-to-pointer pr1.

Arrays in C. In simple English, an array is a collection. In C also, it is a collection of similar type of data which can be either of int, float, double, char (String), etc. All the data types must be same. For example, we can't have an array in which some of the data are integer and some are float When you assign a variable, you might think that each variable is a new object, but that's not really true: as well as being a different object at a different memory address >>> c.append(5). c=name; name is not the operand of the sizeof or unary * operators, and it isn't being used to initialize an array in a declaration, so the address of the first element of the string is being assigned to the pointer variable c. Essentially, what you have in memory is something like the following Hence, C language char variables (which require only one byte) can be stored at any byte address, but a two-byte variable must be stored at even addresses. Four-byte types must start at addresses that are evenly divisible by 4, and eight-byte data types must be stored at addresses evenly divisible by 8

5.4. Assigning an address to a pointe

The variables declared using const keyword, get stored in .rodata segment, but we can still access the variable through the pointer and change the value of that variable. By assigning the address of the variable to a non-constant pointer, We are casting a constant variable to a non-constant pointer To assign value in hexadecimal format to a variable, we use 0x or 0X suffix. It tells to the compiler that the value (suffixed with 0x or 0X) is a hexadecimal value and assigns it to the variable. Syntax to assign an hexadecimal value to the variable. x = 0x123AF y = 0X1FADCB Python code to create variable by assigning hexadecimal valu In this program, we have to declare, assign and access a double pointer (pointer to pointer) in C. As we know that, pointers are the special type of variables that are used to store the address of another variable. But, when we need to store the address of a pointer variable, we cannot assign it in a pointer variable Variables have addresses and are given names that describe their purpose. In a game program, you could create a variable named score to hold the player's score and a variable named zombies for the number of zombies the player has defeated. A variable is a label on a cubbyhole so that it can be accessed without knowing the actual memory address

I n this tutorial, we are going to see How to declare and assign a value to a variable in MySQL stored procedure. Local variables are variables declared in a stored procedure. They are valid only in BEGIN END block and can have any SQL data type.. A variable is a named object whose value can change during the execution of the procedure Assign it an address of a known variable, e.g. int main () { int *p; int i; // Extract the address of i and put that in p: p = &i; } Ask malloc to create some space and return the start address of that space: int main. No, not as far as I know. You can, in effect, assign a variable's address in C++, by using an alias. I say this by stretching the definition of a variable a bit, deconstructing it into its component parts. An alias in C++ is like a pointer that is..

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You can not make up an address to assign a variable to. You can make a pointer and then make it point to an address. If you could pick the address off a variable, what is to make sure you are not overwriting other variables, or doing malicious stuff. Help populate a c/c++ help irc channel server: irc://irc.efnet.net channel: #c. The address of the first byte of the 4 allocated bytes is known as the address of the variable marks. Let's say that address of 4 consecutive bytes are 5004, 5005, 5006 and 5007 then the address of the variable marks will be 5004. Address Operator (&) # To find the address of a variable, C provides an operator called address operator (&)

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When a variable stores the address of another variable, I'll say that it is pointing to that variable. C Pointer Syntax Pointers require a bit of new syntax because when you have a pointer, you need the ability to both request the memory location it stores and the value stored at that memory location Structure is a group of variables of different data types represented by a single name. Lets take an example to understand the need of a structure in C programming. Lets say we need to store the data of students like student name, age, address, id etc

In C, variables are unique names associated with values. They work as a container and points to a specific location in the program memory. We can access a C variable directly by its name and also by using the memory address assigned to it. 2. C Variable Naming Rules. C variables are case-sensitive names. Here are a few simple naming conventions. The 'address' variable in that sample doesn't contain the address of the object, but the address of a pointer to the object. Since objects can be moved in memory, a double redirection is used. Tuesday, September 13, 2011 5:06 PM. text/html 9/13/2011 5:50:54 PM JohnWein 1. 1 Each variable uses space on computer's memory to store its value. When we use the term allocate, we indicate that the variable has been given a space on computer's memory.. Deallocations means the space has been reclaimed by computer and the variable cannot be accessed now.. This article explains how this memory is allocated to variables in C++ programming language Observe the use of a pointer variable last to remember the address of the element beyond the last element to be printed. It is essential as the value of pointer variable x is changing and we cannot use the expression x < x + n as a termination test. Of course, this code would be more readable if we use a while loop as shown below Hence, to display a String in C, you need to make use of a character array. The general syntax for declaring a variable as a String in C is as follows, char string_variable_name [array_size]; The classic Declaration of strings can be done as follow: char string_name [string_length] = string; The size of an array must be defined while.

Assign the address of local variable to global pointer in C

C - Variables - Tutorialspoin

c assign value to pointed. c int = pointervalue. set the value of a pointer. c assign a value to a pointer. can we cast a pointer variable to integer variable. how to assign pointer value to variable in c. c set value of a var from pointer. set value to pointer c. store value in pointeur Value of Variable : 7 Address of Variable : 0x6ffe34 Value of the variable is now: 6 In C++ Example. Live Demo. #include <iostream> using namespace std; int main() { // A normal integer variable int a = 7; // A pointer variable that holds address of a. int *p = &a; // Value stored is value of variable a cout<<Value of Variable : <<*p<<endl. 15. The short answer is to declare your variable with the const keyword. If your MCU actually remembers the value of your const variable (i.e. your sine computation actually works), it pretty much has to be stored in flash memory, otherwise it would be lost at the first reboot after programming. The long answer has to do with linker script If in case, a pointer variable is not assigned an address of a variable, then it is a good practice to assign a NULL value to the pointer variable. Pointer variable with a NULL value is called the NULL pointer. A null pointer is a constant pointer with value zero defined in the iostream header Create a pointer variable with the name ptr, that points to a string variable, by using the asterisk sign * ( string* ptr ). Note that the type of the pointer has to match the type of the variable you're working with. Use the & operator to store the memory address of the variable called food, and assign it to the pointer

C++ Memory Address - W3School

This is probably the biggest single area of C where not being careful can get you in Big Trouble * You can assign a _pointer_ value to a _pointer_ variable trivially - just use the assignment operator: [code]int myint=3; int *myintp = &myint; int.. I think you mean you want the address of l_temp assigned to l. Assignment is setting the value of a variable. So, eg, you might pass data to a function which the function then assigns to a variable. To assign the address of l_temp, you need a pointer and the address of operator (&) In straight vanilla C you would strncpy (variable.array, string, sizeof (variable.array));, or strcpy (variable.array, string); You are not allowed to perform a byte assignment using an array such as you were trying in your samples. You must copy the string into the destination byte array one byte at a time C - Pointer to Pointer. A pointer to a pointer is a form of multiple indirection, or a chain of pointers. Normally, a pointer contains the address of a variable. When we define a pointer to a pointer, the first pointer contains the address of the second pointer, which points to the location that contains the actual value as shown below

A Programs describes Simple Program for Print address of Variable Using Pointer in C with sample output app = &var; This would assign the address of a variable var to an app; by preceding the name of the variable var with the address-of operator (&), we are no longer assigning the content of the variable itself to an app, but its address.. The actual address of the variable in memory cannot be known before runtime, but let's assume, to help clarify some concepts, that var is placed during.

Instantiation is a fancy word that means the object will be created and assigned a memory address. Variables must be instantiated before they can be used to store values. For the sake of example, let's say that variable x is instantiated at memory location 140. Whenever the program then uses variable x, it will access the value in memory. 6.34 Specifying Attributes of Variables. The keyword __attribute__ allows you to specify special properties of variables, function parameters, or structure, union, and, in C++, class members. This __attribute__ keyword is followed by an attribute specification enclosed in double parentheses. Some attributes are currently defined generically for variables

c++ - How to assign address of array to pointer? - Stack

variables. To assign a value to a C and C++ variable, you use an assignment expression. Assignment expressions assign a value to the left operand. The left operand must be a modifiable lvalue. An lvalue is an expression representing a data object that can be examined and altered. C contains two types of assignment operators: simple and compound Example: Program to create, access and initialize a Pointer. In the following program we have declared a character variable ch and character pointer pCh, later we initialized the pointer variable pCh with the address value of char ch. The example also shows how to access the value and address of ch using the pointer variable pCh. /* Created by. Table 7.0 IP plan for LAN C (14 hosts) Step 5: Implement VLSM subnetting for Link A, B, and C. The last step is to assign three smaller subnets for serial links A, B, and C. Each link requires two host IDs. Therefore, the minimum number of hosts which can each link with two hosts on our subnetting chart is four Assigning IP address to environment variable. 9. How can I list net work devices and ipv4 address on linux without ifconfig/ip command. 1. Putting external IP into a variable - grep operation failed. 0. Getting the IP address of a given interface. 34. How to get the IPV4 address for an interface from /proc. 1

Pointer Basics and Pass-By-Addres

How to Pointer Assignment and Initialization in C

How can I assign an address to a pointer - C++ Foru

C++ References. C++ references allow you to create a second name for the a variable that you can use to read or modify the original data stored in that variable. While this may not sound appealing at first, what this means is that when you declare a reference and assign it a variable, it will allow you to treat the reference exactly as though. Java Variables. Variables are containers for storing data values. In Java, there are different types of variables, for example: String - stores text, such as Hello. String values are surrounded by double quotes. int - stores integers (whole numbers), without decimals, such as 123 or -123. float - stores floating point numbers, with decimals.

Null pointer in C How Null pointer work in C with Example

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