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CAMSHAFT ANGLE (DEGREES) PRESSURE ANGLE (DEGREES) 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000 00000

After the let clause, other clauses can make use of chrArray Furthermore, because all arrays in C# are convertible to IEnumerable<T>, chrArray can be used as a data source for a second, nested from clause This is what happens in the example It uses the nested from to enumerate the individual characters in the array, sorting them into ascending sequence and returning the result You can also use a let clause to hold a non-enumerable value For example, the following is a more efficient way to write the query used in the IntoDemo program shown in the preceding section

Part III:

var webAddrs = from addr in websites let idx = addrLastIndexOf('') where idx != -1 group addr by addrSubstring(idx) into ws where wsCount() > 2 select ws;

FOLLOWER ANGLE (DEGREES)

In this version, the index of the last occurrence of a period is assigned to idx This value is then used by Substring( ) This prevents the search for the period from having to be conducted twice

Examples: Length("Hawaiian Club") returns 13 Length([Country]) returns 2 when [Country]= "US"

When working with databases, it is common to want to create a sequence that correlates data from two different data sources For example, an online store might have one database that associates the name of an item with its item number, and a second database that associates the item number with its in-stock status Given this situation, you might want to generate a list that shows the in-stock status of items by name, rather than by item number You can do this by correlating the data in the two databases Such an action is easy to accomplish in LINQ through the use of the join clause The general form of join is shown here (in context with the from): from range-varA in data-sourceA join range-varB in data-sourceB on range-varAproperty equals range-varBproperty The key to using join is to understand that each data source must contain data in common, and that the data can be compared for equality Thus, in the general form, data-sourceA and data-sourceB must have something in common that can be compared The items being compared are specified by the on section Thus, when range-varAproperty is equal to rangevarBproperty, the correlation succeeds In essence, join acts like a filter, allowing only those elements that share a common value to pass through When using join, often the sequence returned is a composite of portions of the two data sources Therefore, join lets you generate a new list that contains elements from two different data sources This enables you to organize data in a new way

CAMCO B-12345 (SAMPLE) FOLLOWER RADIUS FOLLOWER VELOC FOLLOWER ACCEL (INCHES) (INCHES/SEC) (INCH/SEC/SEC)

19:

The Lower function takes a string input_parameter and returns a character string converted to all lowercase

The following program creates a class called Item, which encapsulates an item s name with its number It creates another class called InStockStatus, which links an item number with a Boolean property that indicates whether or not the item is in stock It also creates a class called Temp, which has two fields: one string and one bool Objects of this class will hold the result of the query The query uses join to produce a list in which an item s name is associated with its in-stock status

RADIUS OF CURV (INCHES) 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750 13750