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IParameterInspector { AfterCall(); BeforeCall(); } IClientMessageFormatter { SerializeRequest(); DeserializeReply(); }

fh = None try: fh = open(filename, "rb") magic = fhread(len(GZIP_MAGIC)) if magic == GZIP_MAGIC: fhclose() fh = gzipopen(filename, "rb") else: fhseek(0) magic = fhread(len(MAGIC)) if magic != MAGIC: raise ValueError("invalid aib file format") version = fhread(len(FORMAT_VERSION)) if version > FORMAT_VERSION: raise ValueError("unrecognized aib file version") selfclear()

The Mobile Information Device Profile (MIDP) for the Java 2 Platform, Micro Edition (J2ME ) is an architecture and a set of Java libraries that create an open application environment for small, resource-constrained mobile information devices, or MIDs Typical examples of MIDP target devices include cellular phones, two-way pagers, and wireless personal organizers As summarized in 3, MIDP 20 devices typically fulfill the following minimum requirements: Memory: o 256 kilobytes of non-volatile memory for the MIDP components o 8 kilobytes of non-volatile memory for application-created persistent data o 128 kilobytes of volatile memory for the virtual machine runtime (for example, the object heap)

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The le may or may not be compressed, so we use the same technique that we used for reading pickles to open the le using gzipopen() or the built-in open() function Once the le is open and we are at the beginning, we read the rst four bytes (len(MAGIC)) If these don t match our magic number we know that it isn t a binary aircraft incident data le and so we raise a ValueError exception Next we read in the 2-byte version number It is at this point that we would use different reading code depending on the version Here we just check that the version isn t a later one than this program is able to read If the magic number is correct and the version is one we can handle, we are ready to read in the data, so we begin by clearing out all the existing incidents so that the dictionary is empty

while True: report_id = unpack_string(fh, False) if report_id is None: break data = {} data["report_id"] = report_id for name in ("airport", "aircraft_id", "aircraft_type", "narrative"): data[name] = unpack_string(fh) other_data = fhread(NumbersStructsize) numbers = NumbersStructunpack(other_data) data["date"] = datetimedatefromordinal(numbers[0]) data["pilot_percent_hours_on_type"] = numbers[1] data["pilot_total_hours"] = numbers[2] data["midair"] = numbers[3] incident = Incident(**data) self[incidentreport_id] = incident return True

IClientMessageInspector{ BeforeSendRequest(); AfterReceiveReply(); }

The while block loops until we run out of data We start by trying to get a report ID If we get None we ve reached the end of the le and can break out of the loop Otherwise, we create a dictionary called data to hold the data for one incident and attempt to get the rest of the incident s data For the strings we use the unpack_string() method, and for the other data we read it all in one go using the NumbersStruct struct Since we stored the date as an ordinal we must do the reverse conversion to get a date back But for the other items, we can just use the unpacked data no validation or conversion is required since we wrote the correct data types in the rst place and have read back the same data types using the format held in the NumbersStruct struct If any error occurs, for example, if we fail to unpack all the numbers, an exception will be raised and will be handled in the except block (We haven t shown the except and finally blocks because they are structurally the same as those shown in the preceding subsection for the import_pickle() method)

Display: o Screen-size: 96x54 o Display depth: 1-bit o Pixel shape (aspect ratio): approximately 1:1

Toward the end we make use of the convenient mapping unpacking syntax to create an Incident object which we then store in the incidents dictionary Apart from the handling of variable length strings, the struct module makes it very easy to save and load data in binary format And for variable length strings the pack_string() and unpack_string() methods shown here should serve most purposes perfectly well

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