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Char literal; for example, '\t' would match a tab character. String literal; matches everything in that string. Underscore; matches any character (including newline). A character class; can be a range such as ['0'-'9'], which matches any number from 1 to 9. The characters are enclosed in single quotes. A negative character class; matches any character not in the set. For example, [^'0'-'9'] would match any char that is not a number. Matches the end of file. Matches the difference between two character classes. For example, ['0'-'9'] # ['3"5'] would match numbers from 0 to 9 that are not 3 or 5. Matches one regexp or the other (can be more than two). For example, ['0'-'9'] | ['3"5'] | ['a'-'z'] would match any character from 0 to 9 or from a to z. Matches zero or more of the previous regexp. For example, 'a'* would match "", "a", "aa", "aaa", and even "aaaaaaaaaaaaaaaaaaaaaaaaa". Matches one or more of the previous regexp (basically the same as the previous statement except that there must be at least one of the regexp). Matches zero or one of the previous regexp; 'a' 'b' would match "ab" or "b". Regexps automatically concatenate. For example, ['a'-'z']+[ '0'-'9']+ would match one or more lowercase letters followed by one or more numbers. A grouping operator; often used with the as keyword. Assigns the match to the ident name. For example, (['a'-'z' 'A'-'Z']+ as string) would enable you to use the ID string instead of using Lexing.lexeme to get the information about the match. Refers to the variable name set to a regexp using a let binding. For example, let myreg = ['0'-'9']+, which can then be used by referring to the ident named myreg. This is a good way to improve the readability of complex regular expressions.

Cancels the current HTTP request. Retrieves values for all HTTP headers. Retrieves specified value of HTTP header. Initializes request object with method, URL, and security information. Sends the HTTP request to the HTTP server and receives response. HTTP header name is set.

FROM paypal_transactions as p1 GROUP BY YEAR(date) ASC, WEEK(date) ASC;

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How Input Is Matched If you are using the parse keyword, expressions are matched longest first, and if an equal-length match is found, the order of precedence is used. (This is the normal case.) If you use the shortest keyword (instead of parse), the shortest match is used. This has some interesting consequences, including the fact that repetition in regular expressions might not work the way you think it should. For example, using shortest and the following string "hello" with the regexp ['a'-'z']+ would yield each character of the string as a match (because of the one-or-more nature of the +) instead of the whole string.

We ve already utilized a few of these methods, and we ve also monitored a few of the common properties, which are listed in Table 3-2. Table 3-2. Common XmlHttpRequest Properties

This query groups the transactions by year and by date This means that you ll get one row for every week/year combination From there, the query uses two correlated subqueries to locate the total amount of money that was spent during the week and during the weekend Subqueries are queries inside a larger query Their results are evaluated first, and then used as either single values or, if they return a number of values, as a set (Since tables are sets, and since subqueries return sets, you can use subqueries anyhwere you could use a table) The two examples here both return a single value There are two principal types of subqueries: Simple subquery: This type of subquery is not dependent on the outer query Simple subqueries are faster Since their value does not change for each row of the outer query, they are evaluated only once.

After input is matched, you can access the matched string by using the as keyword or the Lexing.lexeme functions. The most common function used is Lexing.lexeme lexbuf, which returns the match string from the last match. Following is a short example that shows the difference between the parse and shortest keywords. { let example_string = "Hello an example string" let print_error msg lbuf = Printf.eprintf "%s at %i\n" msg (Lexing.lexeme_start_p lbuf).Lexing.pos_cnum let rec all_tokens lxr lbuf = ignore(try lxr lbuf with x -> raise x); all_tokens lxr lbuf }

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