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Appends int i (in range 0 255) to bytearray ba Returns a copy of bytes/bytearray b with the rst character capitalized (if it is an ASCII letter) Returns a copy of b centered in length width padded with spaces or optionally with the given byte Returns the number of occurrences of bytes/bytearray x in bytes/ bytearray b (or in the start:end slice of b) Returns a str object that represents the bytes using the UTF-8 encoding or using the speci ed encoding and handling errors according to the optional error argument Returns True if b (or the start:end slice of b) ends with bytes/ bytearray x or with any of the bytes/bytearrays in tuple x; otherwise, returns False Returns a copy of bytes/bytearray b with tabs replaced with spaces in multiples of 8 or of size if speci ed Extends bytearray ba with all the ints in sequence seq; all the ints must be in the range 0 255 Returns the leftmost position of bytes/bytearray x in b (or in the start:end slice of b) or -1 if not found Use the rfind() method to nd the rightmost position Returns a bytes object with bytes corresponding to the hexadecimal integers in str h Returns the leftmost position of x in b (or in the start:end slice of b) or raises ValueError if not found Use the rindex() method to nd the rightmost position Inserts integer i (in range 0 255) at position p in ba Returns True if bytes/bytearray b is nonempty and every character in b is an ASCII alphanumeric character Returns True if bytes/bytearray b is nonempty and every character in b is an ASCII alphabetic character Returns True if bytes/bytearray b is nonempty and every character in b is an ASCII digit Returns True if bytes/bytearray b has at least one lowercaseable ASCII character and all its lowercaseable characters are lowercase Returns True if bytes/bytearray b is nonempty and every character in b is an ASCII whitespace character.

These examples are provided for illustration only CLDC itself does not define any protocol implementations (see Section 533, "No Network Protocol Implementations Defined in CLDC") It is not expected that a particular J2ME profile would provide support for all these kinds of connections J2ME profiles may also support protocols not

bdecode( encoding, error) bendswith(x, start, end) bexpandtabs( size) baextend(seq) bfind(x, start, end) bfromhex(h) bindex(x, start, end) bainsert(p, i) bisalnum() bisalpha() bisdigit() bislower()

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transacted le system and transacted registry resources The Distributed Transaction Coordinator (DTC) is used for managing transactions that cross application, process, or machine boundaries The application does not control which transaction manager is used; WCF will choose the most appropriate one and escalate as needed without application intervention One of two transaction protocols may be used when communicating transition semantics across application, process, or machine boundaries The OleTx protocol is a Windows-speci c binary protocol It is native to the DTC and is ideal for communication within an internal network The Web Services Atomic Transactions protocol , or WS-AT, is a standards-based protocol that also spans application process or machine boundaries But unlike OleTx, WS-AT is transport independent and can ow over TCP, HTTP, or other network protocols Although applications don t have a choice in which resource manager to use, they do determine which transaction protocol to use It turns out that you can specify the transaction protocol only for certain bindings: those that support sessions (required by transactions), those that are two way (required by transaction ow), and those that are not tied to the WS-* stack (WS-* bindings always use WS-AT) This leaves only and The transaction protocol for these bindings can be speci ed in code or con guration Listing 521 shows a con guration le that uses the TCP binding in conjunction with WS-AT that would enable transactions to ow between standards-based (WS-AT), fast (binary), secure (TCP) services over the Internet

bisspace()

Table 72 Bytes and Bytearray Methods #2

[ Team LiB ]

Implementing Transactions (Operation Behavior)

Syntax bistitle() bisupper() bjoin(seq) bljust( width, byte) blower() bpartition( sep)

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