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We have made the record size and lename into read-only properties The record size we report to the user is the one they requested and matches their records The ush and close methods simply delegate to the le object

Reference preservation allows for the same data to be referred to more than once in a data contract without duplicating the data This is a common scenario when working with data structures such as lists, arrays, and hash tables where data may appear more than once With reference preservation, data is serialized the rst time it appears in a data contract and a reference to the data is used for all subsequent appearances This can have the desired effect of signi cantly reducing the amount of data that gets serialized if it is referred to multiple times Cyclical references are when an object maintains a reference to descendant objects that then refer back to it An example of a cyclical reference is a parent-child relationship where a child object maintains a reference to the parent object These types of situations are common when doing objectoriented programming The issue of objects that maintain cyclical references is that serialization is not possible without support for reference preservation Any serialization mechanism would end up in an endless loop trying to serialize the object Reference preservation allows for a reference to data to be used instead of continuing to serialize the data over and over again does not enable reference preservation by The default Reference preservation is enabled with both the and the Use one of these serialization mechanisms if you plan to share type information between client and server Otherwise, you can use a custom attribute to support reference preserva tion with the

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def __setitem__(self, index, record): assert isinstance(record, (bytes, bytearray)), \ "binary data required" assert len(record) == selfrecord_size, ( "record must be exactly {0} bytes"format( selfrecord_size)) self__fhseek(index * self__record_size) self__fhwrite(_OKAY) self__fhwrite(record) if selfauto_flush: self__fhflush()

This method supports the brf[i] = data syntax where brf is a binary record le, i a record index position, and data a byte string Notice that the record must be the same size as the size is speci ed when the binary record le was created

[ Team LiB ] [A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M] [N] [O] [P] [R] [S] [T] [U] [V] [W] [X] WAP (Wireless Application Protocol) WAP Certificate Profile specification WAPCert specification window management [ Team LiB ]

If the arguments are okay, we move the le position pointer to the rst byte of the record notice that here we use the real record size, that is, we account for the state byte The seek() method moves the le pointer to an absolute byte position by default A second argument can be given to make the movement relative to the current position or to the end (The attributes and methods provided by le objects are listed in Tables 74 and 75) Since the item is being set it obviously hasn t been deleted, so we write the

Persisting Workflow State on the Server The state of a long-running work ow is stored within the class As events trigger activities within the work ow, the executes those activities When a work ow is idle and waiting for an event, the can persist the work ow state to external storage to free system resources is such as memory and CPU More importantly, when the

record le does not know or care about the record structure that is being used only that records are of the right size We do not check whether the index is in range If the index is beyond the end of the le the record will be written in the correct position and every byte between the previous end of the le and the new record will automatically be set to b"\x00" Such blank records are neither _OKAY nor _DELETED, so we can distinguish them when we need to

def __getitem__(self, index): self__seek_to_index(index) state = self__fhread(1) if state != _OKAY: return None return self__fhread(selfrecord_size)

[ Team LiB ] [A] [B] [C] [D] [E] [F] [G] [H] [I] [J] [K] [L] [M] [N] [O] [P] [R] [S] [T] [U] [V] [W] [X] X509 certificate X509 Certificate Profile for Trusted MIDlet Suites X509 PKI using to establish trust for MIDlet suite [ Team LiB ]

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