Simple .NET/ASP.NET PDF document editor web control SDK

pop: Removes the last element of the array and returns it push: Pushes or appends the supplied object to the array (as with <<) reverse (and reverse!): Reverses the elements of the array and returns a new array With reverse! the elements are reversed in the current array in place..

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reverse_each: The same as each, but going through each element in reverse order. shift: Removes the first element of the array and returns it. Therefore, every other element of the array is moved one element toward the start of the array, to compensate for the newly missing element. sort (and sort!): Sorts the elements of the array, returning a new array or in place (with sort!). The sorting uses the <=> comparison operator of each object. You can also supply an optional code block with which to perform custom sorts. uniq (and uniq!): Returns the array with duplicate values removed (uniq! removes them in place). unshift: Pushes objects onto the start of the array (whereas push appends to the end of the array).

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2. Actually, from version 2.2 of Python, list is a type, not a function. (This is the case with tuple and str as well.) For the full story on this, see the section Subclassing list, dict, and str, in 9.

The Bignum and Fixnum classes represent integers of differing sizes (see 3 for the full details of how this works). Both classes descend from Integer (and therefore Numeric). You ll want to refer to the Integer and Numeric sections for further methods you can use.

Bignum and Fixnum objects support the following arithmetic methods:

Once you learn how to reformat your story template manually, the process will take only a couple of minutes. If you want to skip these steps altogether, visit www.beyondbulletpoints.com for tools that can help you format your storyboard faster.

+: Adds one number to another. For example: 10 + 5 == 15. -: Subtracts one number from another. For example: 10 - 5 == 5. *: Multiplies one number with another. For example: 10 * 5 == 50. /: Divides one number by another. For example: 10 / 3 == 3 (but 10.0 / 3.0 == 3.3333333). **: Multiplies a number by itself a certain number of times. Known as exponentiation or raising to the power of. For example: 5 ** 2 == 25. %: Divides one number by another and returns the modulus (remainder). For example: 10 % 3 == 1 because 10 divides into 3 cleanly three times, leaving 1 as a remainder.

Bignum and Fixnum objects also support the following bitwise methods:

The extend method allows you to append several values at once by supplying a sequence of the values you want to append. In other words, your original list has been extended by the other one: >>> >>> >>> >>> [1, a = [1, 2, 3] b = [4, 5, 6] a.extend(b) a 2, 3, 4, 5, 6]

To prepare the headlines in your story template to become the headlines of your PowerPoint slides, you need to do some prep work on the story template. First save the Word document, and then on the Home tab, in the Editing group, click Select; then choose Select All to select all of the headlines in the template, and then press Ctrl+C to copy them. Next create a new Word document and save it on your local computer in a familiar folder, adding the word Formatted to the end of the le name. Position the cursor in this new document, and then on the Home tab, in the Clipboard group, click the Paste button, and on the drop-down menu, click Paste Special. In the Paste Special dialog box, select Unformatted Text, and then click OK. The resulting new document should look similar to Figure 6-2.

&: Bitwise AND. Be careful not to confuse with the && Boolean operator! |: Bitwise OR. Be careful not to confuse with the || Boolean operator! ^: Bitwise XOR (eXclusive OR). <<: Shifts the bits within the integer a certain number of places to the left. This usually has the effect of doubling the value for each bit shifted. For example: 10 << 2 == 40. >>: Shifts the bits within the integer a certain number of places to the right. This has the opposite effect of shifting to the left. For example: 40 >> 2 == 10. ~: Inverts the bits within the integer. Also known as a bitwise NOT.