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Python provides two data types for handling raw bytes: bytes which is immutable, and bytearray which is mutable Both types hold a sequence of zero or more 8-bit unsigned integers (bytes) with each byte in the range 0 255 Both types are very similar to strings and provide many of the same methods, including support for slicing In addition, bytearrays also provide some mutating list-like methods All their methods are listed in Tables 71 ( 299) and 72 ( 300) Whereas a slice of a bytes or bytearray returns an object of the same type, accessing a single byte using the item access operator ([]) returns an int the value of the speci ed byte For example:

} LDAPConnection conn2 = (LDAPConnection)conn1clone();

If the Expression is present and the value resulting from its evaluation (including any possible unboxing) is false, no further action is taken and the for statement completes normally

word = b"Animal" x = b"A" word[0] == x # returns: False word[:1] == x # returns: True word[0] == x[0] # returns: True

At this point, conn2 is sharing a physical connection with conn1, and therefore necessarily sharing credentials

If the (possibly unboxed) value of the Expression is false the rst time it is evaluated, then the Statement is not executed If the Expression is not present, then the only way a for statement can complete normally is by use of a break statement

str translate()

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Abrupt completion of the contained Statement is handled in the following manner: If execution of the Statement completes abruptly because of a break with no label, no further action is taken and the for statement completes normally If execution of the Statement completes abruptly because of a continue with no label, then the following two steps are performed in sequence:

77

try { conn2authenticate( "uid=bjensen,ou=People,o=Airiuscom" ); } catch ( LDAPException e ) { }

x

# word[0] == 65; x == b"A" # word[:1] == b"A"; x == b"A" # word[0] == 65; x[0] == 65

Now conn2 has its own physical connection to the same server as conn1, but with different credentials

If execution of the Statement completes abruptly because of a continue with label L , then there is a choice: If the for statement has label L , then the following two steps are performed in sequence: First, if the ForUpdate part is present, the expressions are evaluated in sequence from left to right; their values, if any, are discarded If the ForUpdate is not present, no action is taken Second, another for iteration step is performed

Here are some other bytes and bytearray examples:

LDAPConnection conn3 = (LDAPConnection)conn1clone(); try { conn1authenticate( "uid=bsimpson,ou=People,o=Airiuscom" ); } catch ( LDAPException e ) { }

First, if the ForUpdate part is present, the expressions are evaluated in sequence from left to right; their values, if any, are discarded If the ForUpdate part is not present, no action is taken Second, another for iteration step is performed

data = b"5 Hills \x35\x20\x48\x69\x6C\x6C\x73" dataupper() # returns: b'5 HILLS 5 HILLS' datareplace(b"ill", b"at") # returns: b'5 Hats 5 Hats' bytesfromhex("35 20 48 69 6C 6C 73") # returns: b'5 Hills' bytesfromhex("352048696C6C73") # returns: b'5 Hills' data = bytearray(data) # data is now a bytearray datapop(10) # returns: 72 (ord("H")) datainsert(10, ord("B")) # data == b'5 Hills 5 Bills'

If the for statement does not have label L , the for statement completes abruptly because of a continue with label L

Methods that make sense only for strings, such as bytesupper(), assume that the bytes are encoded using ASCII The bytesfromhex() class method ignores whitespace and interprets each two-digit substring as a hexadecimal number, so "35" is taken to be a byte of value 0x35, and so on

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