Примери коришћења Next element на Енглеском и њихови преводи на Српски
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
Take the next element.
Next element is Image.
Then slide them into the next element.
The next element is design.
And now we are ready to look at this- the next element in the list.
The next element is authority.
Iterator->next() advances to the next element in the internal structure.
The next element is experience.
If it is less than s,the algorithm moves to the next element in the second array.
Now the next element is placed on the left top of the element just attached and the next one out of the line underneath.
Next: the next element.
Now it will go back to the beginning of the for loop andi will be assigned to the next element in the list.
An attempt to get the next element throws the exception.
It improves upon the naive selection sort by using a priority queue to find the next element in the sort.
Now index instead of beeing 1 is going to be the next element in the list generated by this expression here.
In these cases every iteration of the inner loop will scan andshift the entire sorted subsection of the array before inserting the next element.
Increasingly, in the works of master florists occur next elements of various styles(eclectic).
In these cases every iteration of the inner loop will scan andshift the entire sorted subsection of the array before inserting the next element.
IEnumerator provides a MoveNext() method,which advances to the next element and indicates whether the end of the collection has been reached;
Whenever the sum of the current element in the first array and the current element in the second array is more than s,the algorithm moves to the next element in the first array.
The iterator object then needs to define a__next__()method that returns the next element and an__iter__() method that returns the next iterator object to use.
So then it makes i the next element in the sequence, so now i is going to be the next element in the sequence, or another way to think about it is in the"i" bucket, if you want to view them as buckets, i is now set equal to 1.
Now over here, I will then, once we go through this loop in the"for loop",be assigned to the next element in this list, which is"one".
IEnumerator provides a MoveNext() method,which advances to the next element and indicates whether the end of the collection has been reached; a Current property, to obtain the value of the element currently being pointed at; and an optional Reset() method, to rewind the enumerator back to its initial position.
The overhead in"tight" loops often consists of instructions to increment a pointer or index to the next element in an array(pointer arithmetic), as well as"end of loop" tests.
So this is the exact same logic that I had when I wrote the"for" loop, but I'm going to have to add one more line here if I don't want this thing to run forever, because right here in the"for" loop you remember: every time we run this clause here, as we get out of the clause,it will assign"i" to the next element in this list here.
In the case of external iteration where the onus is on the user to advance the traversal and request next elements, one can define a set of elements within an array storage structure and traverse the elements using the for-loop construct.
The iterator's methods are executed in the following order:$iterator->rewind() ensures that the internal structure starts from the beginning.$iterator->valid() returns true in this example.$iterator->current() returned value is stored in$value.$iterator->key() returned value is stored in$key.$iterator->next()advances to the next element in the internal structure.$iterator->valid() returns false and the loop is aborted.
The next important element is flexibility….