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Some of these format strings might seem a little odd. This is because other commands use these format strings as well. I ll discuss some other uses for these format strings in a moment. To embed a comment into the image metadata that contains the file size, for instance, use the following command line: mogrify -comment "The size of the file is %b bytes" input.jpg The final use for these format strings is to place information about the image into the image itself so that it s visible in the viewer as part of the image. I ll discuss this more in 7. You ll find more coverage of the mogrify command in 4. Similarly, for image formats that support labels, you can label an image with a descriptive string. The string takes the same format as the comment. Here s an example: convert -label "This is an image" input.jpg output.jpg Additionally, if the first character of the comment or label is an at sign, then the remainder of the argument is taken as the filename from which to get the comment or label.

Asym_Key_Name database_principal_name path_to_strong_name_file path_to_executable_file Assembly_Name RSA_512 | RSA_1024 | RSA_2048 Password

Standard C89 requires initializer elements to appear in the same order as the elements in the array or structure being initialized. C99 relaxes this restriction, permitting you to specify the initializer elements in any order by specifying the array indices or structure field names to which the initializers apply. These are known as designated initializers. GNU C allows this as an extension in C89 mode, but not for you C++ programmers in GNU C++. To specify an array index, for example, write [index] = before the element value as shown here: int a[6] = {[4] = 29, [2] = 15}; This is equivalent to int a[6] = {0, 0, 15, 0, 29, 0}; The index values must be a constant expression, even if the array being initialized is automatic. To initialize a range of elements with the same value, use the syntax [first ... last]= value. This is a GNU extension. For example int widths[] = {[0 ... 9] = 1, [10 ... 99] = 2, [100] = 3}; If value has side effects, the side effects happen only once, rather than for each element initialized. In a structure initializer, specify the name of a field to initialize with .member=. Given a structure triplet that is defined as struct triplet { int x, y, z; };

The name of the asymmetric key. The owner of the asymmetric key. The existing file and path of the strong-name file containing the key pair. The existing executable key pair file. The existing assembly filename and path containing the public key. Used for generating a new key, this option selects the security type. Each designates the number of bits long the private key will be (512, 1024, 2048 bits). The password used to encrypt the private key. When not used, the private key is automatically encrypted by the Database Master Key.

The following code snippet illustrates the proper initialization method: struct triplet p = { .y = y_val, .x = x_val, .z = z_val }; This initialization is equivalent to struct triplet p = { x_val, y_val, z_val }; The [index] or .member is referred to as a designator. You can use a designator when initializing a union in order to identify the union element you want to initialize. For example union foo { int i; double d; }; The following statement converts 4 to a double to store it in the union using the second element: union foo f = { .d = 4 }; In contrast, casting 4 to type union foo would store it in the union as the integer i, because it is an integer. You can combine designated initializers with ordinary C initialization of successive elements. In this case, initializers lacking designators apply to the next consecutive element of the array or structure. For example, the line int a[6] = { [1] = v1, v2, [4] = v4 }; is equivalent to int a[6] = { 0, v1, v2, 0, v4, 0 }; Labeling the elements of an array initializer is especially useful when the indices are characters or belong to an enum type. For example int whitespace[256] = { [' '] = 1, ['\t'] = 1, ['\v'] = 1, ['\f'] = 1, ['\n'] = 1, ['\r'] = 1 }; You can also write a series of .member and [index] designators before = to specify a nested subobject to initialize; the list is taken relative to the subobject corresponding to the closest surrounding brace pair. For example, with the preceding struct triplet declaration, you would use the following: struct triplet triplet_array[10] = { [2].y = yv2, [2].x = xv2, [0].x = xv0 };