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There s an overload of the Any operator that doesn t take a condition. You can use this to ask the question: is there anything in this sequence For example:

The XmlHttpRequest object is available in many popular web browser implementations, and can be used by client-side JavaScript to make synchronous or asynchronous HTTP requests with arbitrary contents, and get access to the raw, uninterpreted contents of the HTTP response, which makes it a convenient vehicle for the implementation of RPCs in Ajax web applications As part of the browser s Same-Origin Policy enforcement, the XmlHttpRequest object allows requests only to the domain of the document in whose context it was invoked JavaScript in a document originating from wwwhackerhomeorg cannot make a POST (or GET) request to wwwmywwwservicecom using XmlHttpRequest A <form>-based request across domains is possible (see Section 1012), but would by default send data encoded in the encoding specified for <form> submissions For example, the form <form method="POST" action="http://wwwmywwwservice.

bool doIHaveToGetOutOfBedToday = eventsForToday.Any();

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itemNode.getElementsByTagName("comments")[0].text : ""; .getElementsByTagName("wfw:commentRss"); if(commentRss.length == 0) commentRss = itemNode.getElementsByTagName("commentRss"); if(commentRss && commentRss.length > 0) commentRss = commentRss[0].text; var pubDate = itemNode

The Any and All operators are technically known as quantifiers. More specifically, they are sometimes referred to as the existential quantifier and the universal quantifier, respectively. You may also have come across the common mathematical notation for these. The existential quantifier is written as a backward E ( ), and is conventionally pronounced there exists. This corresponds to the Any operator it s true if at least one item exists in the set that meets the condition. The universal quantifier is written as an upside down A ( ), and is conventionally pronounced for all. It corresponds to the All operator, and is true if all the elements in some set meet the condition. The convention that the universal quantifier is true for any empty set (i.e., that All returns true when you give it no elements, regardless of the condition) has a splendid mathematical name: it is called a vacuous truth.

Quantifiers are special cases of a more general operation called aggregation aggregation operators perform calculations across all the elements in a set. The quantifiers are singled out as special cases because they have the useful property that the calculation can often terminate early: if you re testing to see whether something is true about all the elements in the set, and you find an element for which it s not true, you can stop right there. But for most whole-set operations that s not true, so there are some more general-purpose aggregation operators.

The last of the standard numeric format strings we re going to look at is the roundtrip format. This is used when you are expecting the string value to be converted back into its numeric representation at some point in the future, and you want to guarantee no loss of precision. This format has no use for a precision specifier, because by definition, we always want full precision. (You can provide one if you like, because all the standard numeric formats follow a common pattern, including an optional precision. This format supports the common syntax rules, it just ignores the precision.) The framework will use the most compact form it can to achieve the round-trip behavior. Example 10-20 shows this format in use.

double amount = 0.684848; string text = amount.ToString("R"); Console.WriteLine(text);

com/action"> <input name="foo" value="I'd like a cookie"> <input name="bar" value="and some tea & coffee"> </form> would result in a POST request with the body foo=I'd%20like%20a%20cookie&bar=and%20some%20tea%20%26%20coffee The form s fields are encoded as key/value pairs First, metacharacters occurring in the form values (as well as field names), in particular & and =, are URL-encoded that is, metacharacters are replaced by %, followed by the ASCII code of the encoded character in hexadecimal notation (Berners-Lee, Fielding, and Masinter 2005) Then, each field name is concatenated with the corresponding encoded value, separated by =; and finally, all such key/value pairs are concatenated together, separated by the & character11 Due to this encoding, we may be tempted to assume that a malicious page from wwwhackerhome.

This produces the following output:

0.684848

You are not limited to the standard forms discussed in the preceding section. You can provide your own custom numeric format strings for additional control over the final output. The basic building blocks of a custom numeric format string are as follows: The # symbol, which represents an optional digit placeholder; if the digit in this position would have been a leading or trailing 0, it will be omitted. The 0 symbol, which represents a required digit placeholder; the string is padded with a 0 if the place is not needed. The . (dot) symbol, which represents the location of the decimal point. The , (comma) symbol, which performs two roles: it can enable digit grouping, and it can also scale the number down. Look at Example 10-21.

double value = 12.3456; Console.WriteLine(value.ToString("00.######")); value = 1.23456; Console.WriteLine(value.ToString("00.000000")); Console.WriteLine(value.ToString("##.000000"));

We see the following output:

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