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Here, type is the data type of the array; buf-name is the name of the fixed-size buffer; and size is the number of elements in the buffer Fixed-size buffers can be specified only within a struct To understand why a fixed-size buffer might be useful, consider a situation in which you want to pass bank account information to an account management program that is written in C++ Furthermore, assume that each account record uses the following organization:

Name Balance ID An 8-bit, ASCII character string, 80 bytes long A double, 8 bytes long A long, 8 bytes long

date LastExecutionDate(string data_provider_name (optional))

Portion IV y = -A y = - Aq 4 + y3 y = -[ A(q 4 ) 2] + y3q + y3 y4 = - Ab 2 + y3 = - Ab 4 + Ab 2 + 2 Ab1 p = 0 b 4 = b 2 + 2 b1 p

In C++, each structure, itself, contains the Name array This differs from C#, which would normally just store a reference to the array Thus, representing this data in a C# struct requires the use of a fixed-size buffer, as shown here:

// Use a fixed-size buffer unsafe struct FixedBankRecord { public fixed byte Name[80]; // create a fixed-size buffer public double Balance; public long ID; }

Examples: LastExecutionDate() returns 2/10/2006 if the user last refreshed this document on 2/10/2006 LastExecutionDate("Query 1") returns 2/10/2006 if the user last refreshed Query 1 within the document on 2/10/2006

h 2 2 2 + b 2 b 4 + 2b1b 4 p + 2(b3 p ) + b2 b3 + 2b1b3 p + b2 2 + 2b1b2 p + (2b12 p )(1 - 2 p )]

By using a fixed-size buffer for Name, each instance of FixedBankRecord will contain all 80 bytes of the Name array, which is the way that a C++ struct would be organized Thus, the overall size of FixedBankRecord is 96, which is the sum of its members Here is a program that demonstrates this fact:

// Demonstrate a fixed-size buffer using System; // Create a fixed-size buffer unsafe struct FixedBankRecord { public fixed byte Name[80]; // create a fixed-size buffer public double Balance; public long ID; } class FixedSizeBuffer { // Mark Main as unsafe unsafe static void Main() { ConsoleWriteLine("Size of FixedBankRecord is " + sizeof(FixedBankRecord)); } }

The LastExecutionTime function will return the last time a string data_provider_name was refreshed, or if no string data_provider_name is provided, this function will return the last time the query was refreshed

For a given total rise h for angle q0 and any two of the b angles given one can solve for all angles and all values of the derivative curves

The output is shown here:

Part I:

time LastExecutionTime(string data_provider_name (optional))

Although the size of FixedBankRecord is the exact sum of its members, this may not be the case for all structs that have fixed-size buffers C# is free to pad the overall length of structure so that it aligns on an even boundary (such as a word boundary) for efficiency reasons Therefore, the overall length of a struct might be a few bytes greater than the sum of its fields, even when fixed-size buffers are used In most cases, an equivalent C++ struct would also use the same padding However, be aware that a difference in this regard may be possible One last point: In the program, notice how the fixed-size buffer for Name is created:

This section presents a convenient method for combining segments of basic curves to produce the required design motion This procedure was developed by Kloomok and Muf ey in Mabie and Ocvirk (1979), who selected three analytic functions of the simple harmonic, the cycloidal, and the eighth-degree polynomial (the latter described in 4) These curves, having excellent characteristics, can be blended with constant acceleration, constant velocity, and any other curve satisfying the boundary conditions stated in Sec 32 Figures 315, 316, and 317 show the three curves including both half curve segments and full curve action in which h = total follower displacement for half curve or full curve action, and b = cam angle for displacement h, in