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The method m is applicable by method invocation conversion if and only if both of the following conditions hold: For 1 i n , the type of ei, Ai, can be converted by method invocation conversion ( 53) to Si If m is a generic method as described above then Ul <: Bl[R1 = U1, , Rp = Up], 1 l p If no method applicable by method invocation conversion is found, the search for applicable methods continues with phase 3 ( 151224) Otherwise, the most speci c method ( 151225) is chosen among the methods that are applicable by method invocation conversion 151224 Phase 3: Identify Applicable Variable Arity Methods Let m be a potentially applicable method ( 151221) with variable arity, let e1, , ek be the actual argument expressions of the method invocation and let Ai be the type of ei, 1 i k Then: If m is a generic method, then let F1 Fn, where 1 n k + 1 , be the types of the formal parameters of m, where Fn = T[] for some type T, and let R1 446

Here, the bounded() function is called with two arguments, and returns a decorator that is used to decorate the percent() function The purpose of the decorator in this case is to guarantee that the number returned is always in the range 0 to 100 inclusive Here s the implementation of the bounded() function:

Then let Si = Fi[R1 = U1, , Rp = Up] 1 i n , be the types inferred for the formal parameters of m Otherwise, let S1 Sn be the types of the formal parameters of m

/** * Headings to display on columns The default is: * { "Name", "Email", "User ID", "Phone" } * * @return headings to display on columns */ public String[] getColumnNames() { return _names; } public void setColumnNames( String[] names ) { _names = names; }

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def bounded(minimum, maximum): def decorator(function): @functoolswraps(function) def wrapper(*args, **kwargs): result = function(*args, **kwargs) if result < minimum: return minimum elif result > maximum: return maximum return result return wrapper return decorator

Rp p 1 , be the formal type parameters of m, and let Bl be the declared bound of Rl, 1 l p Then:

/** * Widths of columns The default is: * { 140, 140, 60, 100 } * * @return widths of columns */ public int[] getColumnWidths() { return _widths; } public void setColumnWidths( int[] widths ) { _widths = widths; } /** * Attributes to search for The default is: * { "cn", "mail", "uid", "telephoneNumber", "ou", * "o", "displayName" } * * @return attributes to search for */ public String[] getAttributesToFetch() { return _attrs; } public void setAttributesToFetch( String[] attrs ) { _attrs = attrs; } /** * Attributes to display The default is: { "cn", "mail", * "uid", "telephoneNumber" } * * @return attributes to display */ public String[] getAttributesToDisplay() { return _displayAttrs; } public void setAttributesToDisplay( String[] attrs ) { _displayAttrs = attrs; } /** * Attributes that may be used to display in the cn column, * in priority order The default is: * { "displayName", "cn", "ou", "o" }

The function creates a decorator function, that itself creates a wrapper function The wrapper performs the calculation and returns a result that is within the bounded range The decorator() function returns the wrapper() function, and the bounded() function returns the decorator One further point to note is that each time a wrapper is created inside the

If the method invocation does not provide explicit type arguments then let U1 Up be the actual type arguments inferred ( 151227) for this invocation of m, using a set of initial constraints consisting of the constraints Ai << Fi, 1 i < n and the constraints Aj << T, n j k Otherwise let U1 Up be the explicit type arguments given in the method invocation

bounded() function, the particular wrapper uses the minimum and maximum values that were passed to bounded()

Underneath the synchronous operation interfaces we ve used so far in this book is an asynchronous layer that is closer to the LDAP wire protocol When you call LDAPConnectionmodify, the request is immediately sent off to the server and the client then waits at a new dedicated message queue for a response An internal listener thread receives messages from the server asynchronously It examines the sequential operation number in each message and delivers the message to the corresponding queue The waiting client then wakes up, reads the message, and returns from the modify call The synchronous interface is generally the preferred interface for operations that return a single result that is, all operations except searches (of scope one-level or subtree) For searches, setting the batch size property to 1 keeps the client from being blocked while results are arriving With these methods, all the low-level nitty-gritty is handled automatically

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