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Supports a limited number of traditional (K&R) C constructs and features. Supports a limited number of traditional (K&R) C preprocessor constructs and features. Enables support for C89 trigraphs.

(3 row(s) affected)

You just use this command line: convert -equalize input.jpg output.jpg This gives you the result shown in Figure 6-14.

Sufficiently confused Believe it or not, it breaks down more simply than it seems To begin with, throw out -aux-info and -trigraphs, because you are unlikely to ever need them Similarly, you are advised to not use -no-integrated-cpp because its semantics are subject to change and may, in fact, be removed from future versions of GCC If you want to use an external preprocessor, use the CPP environment variable discussed in Appendix A or the corresponding make variable Likewise, unless you are working with old code that assumes it can be scribbled into constant strings, do not use -fwritable-strings After all, constant strings should be constant if you are scribbling on them, they are variables, so just create a variable To be fair, however, early C implementations allowed writable strings (primarily to limit stack space consumption), so this option exists to enable you to compile legacy code.

Using the INSERT...SELECT statement, you can insert multiple rows into a table based on a SELECT query. Just like a regular, single-value INSERTs, you begin by using INSERT table_name and the list of columns to be inserted into the table (in parentheses): INSERT Shift_Archive (ShiftID, Name, StartTime, EndTime, ModifiedDate)

The various flags for signed or unsigned types exist to help you work with code that makes assumptions of the signedness of chars and bit fields In the case of the char flags (-fsigned-char, -funsigned-char, and their corresponding negative forms), each machine has a default char type, which is either signed or unsigned That is, given the statement char c; you might wind up with a char type that behaves like a signed char or an unsigned char on a given machine If you pass gcc the -fsigned-char option, it will assume that all such unspecified declarations are equivalent to the statement signed char c; The converse applies if you pass gcc the -funsigned-char option.

Following this is the query used to populate the table. The SELECT statement must return columns in the same order as the columns appear in the new table. The columns list must also have data type compatibility with the associated INSERT column list: SELECT ShiftID, Name, StartTime, FROM HumanResources.Shift ORDER BY ShiftID EndTime, ModifiedDate

When the column lists aren't designated, the SELECT statement must provide values for all the columns of the table into which the data is being inserted.

The purpose of these flags (and their negative forms) is to allow code that assumes the default machine char type is, say, like an unsigned char (that is, it performs operations on char types that assume an unsigned char), to work properly on a machine whose default char type is like a signed char In this case, you would pass gcc the -funsigned-char option A similar situation applies to the bit field related options In the case of bit fields, however, if the code does not specifically use the signed or unsigned keyword, gcc assumes the bit field is signed..

In this recipe, I demonstrate how to insert table data by using a stored procedure. A stored procedure groups one or more Transact-SQL statements into a logical unit, and stores it as an object in a SQL Server database. Stored procedures allow for more sophisticated result set creation (for example you can use several intermediate result sets built in temporary tables before returning the final result set). Reporting system stored procedures (those that come with SQL Server 2005) that return a result set can also be used for INSERT...EXEC, which is useful if you wish to retain SQL Server information in tables.

Figure 6-14. The equalized version of the image in Figure 6-13

Note Truly portable code should not make such assumptions that is, if you know you need a specific type of variable, say an unsigned char, you should declare it as such rather than using the generic type and making assumptions about its signedness that might be valid on one architecture but not on another.