In Java:
Not as primitives; but I believe you could create an array of Objects, and then initialize the elemnets as subtypes of the Object class, i.e., any class. I don't think this would be very practical (in Java); if (for example) you need to store information about people's names with their ages, create a class called "Person" that has those two attributes, then create an array of Persons.
In Java:
Not as primitives; but I believe you could create an array of Objects, and then initialize the elemnets as subtypes of the Object class, i.e., any class. I don't think this would be very practical (in Java); if (for example) you need to store information about people's names with their ages, create a class called "Person" that has those two attributes, then create an array of Persons.
In Java:
Not as primitives; but I believe you could create an array of Objects, and then initialize the elemnets as subtypes of the Object class, i.e., any class. I don't think this would be very practical (in Java); if (for example) you need to store information about people's names with their ages, create a class called "Person" that has those two attributes, then create an array of Persons.
In Java:
Not as primitives; but I believe you could create an array of Objects, and then initialize the elemnets as subtypes of the Object class, i.e., any class. I don't think this would be very practical (in Java); if (for example) you need to store information about people's names with their ages, create a class called "Person" that has those two attributes, then create an array of Persons.
In Java:
Not as primitives; but I believe you could create an array of Objects, and then initialize the elemnets as subtypes of the Object class, i.e., any class. I don't think this would be very practical (in Java); if (for example) you need to store information about people's names with their ages, create a class called "Person" that has those two attributes, then create an array of Persons.
You need to put the strings in an array, and then loop through the array to output the strings. Something like this would be a simple example: ---------------- var strings = ["s1","s2","s3"]; for ( var i in strings ) { document.write( strings[i] ); }
Please rephrase your question. An array usually has a fixed size and I don't recall ever having to "go below its size". This implies that the missing elements are not within the range of the array.
It means the array has a sentinel to mark the end of the array. Any elements that follow the sentinel element are deemed invalid. Sentinels are usually denoted with a special value that is not used by any of the elements that precede it. Null-terminated strings are an example, where the NULL character (ASCII code 0) marks the end of a character array.
Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.
Elements of the array.
No, but an arraylist or almost any other list abstraction can
Numeric array has numbers(+integers) that represent the values Associative array has strings that represent the values
An array is a made up of elements of the same type e.g. strings or integers. A structure on the other hand can be made up of elements of different types.
Identifying array-elements.
An array is a set of numbers that form some sort of regular arrangement. A linear array is a 1-dimensional array consisting of a row or a column of a set of numbers. A 2-dimensional array is a rectangular arrangement of numbers. And there are arrays with higher dimensions. The elements of an array need not be numbers: they could be variables, functions or expressions. In other words, it's a picture to describe a multiplication problem.
You need to create a new array with enough elements to cater for both arrays. Thus if the first array has 10 elements and the second has 5, you must create a 15 element array to store both. You then copy elements from the first array into the third and immediately follow with the elements from the second. Note that the first two arrays must be of the same type. You cannot combine an array of numeric values with an array of strings, for instance.
You need to put the strings in an array, and then loop through the array to output the strings. Something like this would be a simple example: ---------------- var strings = ["s1","s2","s3"]; for ( var i in strings ) { document.write( strings[i] ); }
Please rephrase your question. An array usually has a fixed size and I don't recall ever having to "go below its size". This implies that the missing elements are not within the range of the array.
An array literal is a comma-separated list of the elements of an array. An array literal can be used for initializing the elements of an array.
It means the array has a sentinel to mark the end of the array. Any elements that follow the sentinel element are deemed invalid. Sentinels are usually denoted with a special value that is not used by any of the elements that precede it. Null-terminated strings are an example, where the NULL character (ASCII code 0) marks the end of a character array.
A string in C is stored in a 1 dimension array so an array of strings is simply a two dimension array.
Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.Look at the definition, http://en.wikipedia.org/wiki/Lucky_number , then create an array of integers and start working on it. The sieve method requires you to eliminate certain numbers; you can either replace the eliminated array elements with a marker, or move the non-eliminated elements towards the beginning of the array (overwriting the eliminated elements), or perhaps copy to a different array - depending on whether you want simplicity in programming (putting a marker, such as 0, is probably easier to program), or efficiency.