def eventHandler(self, dlg, event, name):
  if lbc.IsCloseEvent(event) or (name==self.btn_cancel.GetName() and lbc.IsButtonEvent(event)): return globals.destroy(self, self.txt_search.GetName(), [self.txt_search.GetName()])
  elif name==self.lst_searchTypes.GetName() and lbc.IsListChangeEvent(event): #show/hide category/grades depending on search type
   if self.lst_searchTypes.GetStringSelection() in globals.uncategorizedSearch:
    self.lst_categories.Hide()
    self.lst_grades.Hide()
   else: #show them in case they were hidden by passing over a search type that would hide them
    self.lst_categories.Show()
    self.lst_grades.Show()
   self.Layout()
  elif name==self.btn_search.GetName() and lbc.IsButtonEvent(event): #do the search
   text=self.txt_search.GetValue()
   grade=None
   category=None
   typeIndex=self.lst_searchTypes.GetSelection()
   categoryIndex=self.lst_categories.GetSelection()
   gradeIndex=self.lst_grades.GetSelection()
   if typeIndex<0: typeIndex=0
   #the next 2 say >0 because selection 0 is for leaving the option unspecified
   if categoryIndex>0: category=globals.categories[categoryIndex]
   if gradeIndex>0: grade=globals.grades[gradeIndex]
   searchType=globals.searchTypes.keys()[typeIndex]
   if text=="" and searchType!=globals.search_getBooksInCategory: #only category searches can be blank, since they just list all books in that category
    return ErrorDialog("No Search Terms", "You did not enter anything to search for. Please enter your search terms and try again.")
   if searchType==globals.search_getBooksInCategory:
    if categoryIndex==0: return ErrorDialog("No Category Selected", "You must select a category before the books in that category can be retrieved. Please choose a category and try again.")
    text="all books in "+category+" category"
   if globals.canSpeak: globals.output("Searching, please wait.", 1)
   try:
    results=globals.searchTypes[searchType](text, category=category, grade=grade) #search for the text
   except pybookshare.ApiError, e:
    return ErrorDialog("Error!", e.message)
   SearchResultsDialog(searchTerms=text, searchType=globals.searchTypes.keys()[typeIndex], results=results, category=category, grade=grade)
   return self.Destroy()
 def eventHandler(self, dlg, event, name):
  if self.lst_favorites.GetCount()==0: #hide the list and its "open" button
   self.lst_favorites.Hide()
   self.btn_open.Hide()
   self.btn_delete.Hide()
   self.Layout()
  favoriteIndex=self.lst_favorites.GetSelection() #which favorite was selected
  favorite=self.lst_favorites.GetStringSelection() #which favorite was selected
  if lbc.IsCloseEvent(event) or (name==self.btn_close.GetName() and lbc.IsButtonEvent(event)): return self.Destroy()
  elif name==self.btn_newSearch.GetName() and lbc.IsButtonEvent(event): #pop up new search dlg
   return NewSearchDialog()
  elif name==self.btn_open.GetName() and lbc.IsButtonEvent(event): #open selected favorite
   if self.lst_favorites.GetCount()==0: return ErrorDialog("No Favorites", "There are no favorites to open.")
   if favoriteIndex<0: favoriteIndex=0 #if none selected, select the first one
   return self.openFavorite(favorite)
  elif name==self.btn_delete.GetName() and lbc.IsButtonEvent(event): #delete selected favorite
   if lbc.DialogConfirm(title="Delete Favorite", message="Are you sure you want to delete this favorite?")=='Y':
    del globals.config['favorites'][favorite]
    globals.config.write()
    self.lst_favorites.Delete(favoriteIndex)
    self.lst_favorites.SetFocus()
    self.Layout()
  elif name==self.btn_mostPopular.GetName() and lbc.IsButtonEvent(event):
   if globals.canSpeak: globals.output("Loading most popular books, please wait.", 1)
   try:
    results=globals.bs.getPopular() #search for the text
   except pybookshare.ApiError, e:
    return ErrorDialog("Error!", e)
   return SearchResultsDialog(title="Most Popular Books", favoriteable=False, results=results)
Esempio n. 3
0
    def __outputRaw(self, name, bytes):
        if bytes == None:
            return

        output("%s: " % name)
        for byte in bytes:
            output("%2.2X " % ord(byte))
        print("")
Esempio n. 4
0
    def __outputRaw(self, name, bytes):
        if bytes == None:
            return

        output("%s: " % name)
        for byte in bytes:
            output("%2.2X " % ord(byte))
        print("")
Esempio n. 5
0
    def readRecord (self):
        pos, header, size, bytes, roflist = self.__readRecAndContBytes()

        # record handler that parses the raw bytes and displays more
        # meaningful information.
        handler = None

        print("")
        headerStr = "%4.4Xh: "%header
        self.__printSep('=', globals.OutputWidth-len(headerStr), headerStr)
        if recData.has_key(header):
            print("%4.4Xh: %s - %s (%4.4Xh)"%
                  (header, recData[header][0], recData[header][1], header))
            if len(recData[header]) >= 3:
                handler = recData[header][2](header, size, bytes, self.strmData, roflist)
        elif self.type == DirType.RevisionLog and recDataRev.has_key(header):
            print("%4.4Xh: %s - %s (%4.4Xh)"%
                  (header, recDataRev[header][0], recDataRev[header][1], header))
            if len(recDataRev[header]) >= 3:
                handler = recDataRev[header][2](header, size, bytes, self.strmData, roflist)
        else:
            print("%4.4Xh: [unknown record name] (%4.4Xh)"%(header, header))

        if self.params.showStreamPos:
            print("%4.4Xh:   size = %d; pos = %d"%(header, size, pos))
        else:
            print("%4.4Xh:   size = %d"%(header, size))

        # print the raw bytes, with 16 bytes per line.
        self.__printSep('-', globals.OutputWidth-len(headerStr), headerStr)
        lines = []
        for i in xrange(0, size):
            if i % 16 == 0:
                lines.append([])
            lines[-1].append(bytes[i])

        for line in lines:
            output("%4.4Xh: "%header)
            n = len(line)
            for byte in line:
                output("%2.2X "%ord(byte))
            for i in xrange(n, 16):
                output("   ")
            output('  ')

            for byte in line:
                output(globals.toCharOrDot(byte))

            print("")

        if handler != None and not self.strmData.encrypted:
            # record handler exists.  Parse the record and display more info
            # unless the stream is encrypted.
            handler.output()

        self.__postReadRecord(header)
        return header
Esempio n. 6
0
 def printRecordDump (self, bytes, recordType):
     size = len(bytes)
     self.__printSep('-', 61, "%4.4Xh: "%recordType)
     for i in xrange(0, size):
         if (i+1) % 16 == 1:
             output(self.prefix + "%4.4Xh: "%recordType)
         output("%2.2X "%ord(bytes[i]))
         if (i+1) % 16 == 0 and i != size-1:
             print("")
     if size > 0:
         print("")
         self.__printSep('-', 61, "%4.4Xh: "%recordType)
 def openFavorite(self, fav):
  #uses info in config file to see which favorite is being opened, then re-searches
  text=globals.config['favorites'][fav][0]
  type=globals.config['favorites'][fav][1]
  category=globals.config['favorites'][fav][2]
  grade=globals.config['favorites'][fav][3]
  if type not in globals.searchTypes.keys(): return ErrorDialog("Error in Favorite", "The selected favorite cannot be opened; it seems to be corrupted somehow. Please delete it and re-save the favorite by performing the search again.")
  if globals.canSpeak: globals.output("Opening favorite, please wait.", 1)
  try: #perform the search again...
   results=globals.searchTypes[type](text, category=category, grade=grade) #search for the text
  except pybookshare.ApiError, e:
   return ErrorDialog("Error!", e.number+", "+e.message)
Esempio n. 8
0
 def printRecordDump (self, bytes, recordType):
     size = len(bytes)
     self.__printSep('-', 61, "%4.4Xh: "%recordType)
     for i in xrange(0, size):
         if (i+1) % 16 == 1:
             output(self.prefix + "%4.4Xh: "%recordType)
         output("%2.2X "%ord(bytes[i]))
         if (i+1) % 16 == 0 and i != size-1:
             print("")
     if size > 0:
         print("")
         self.__printSep('-', 61, "%4.4Xh: "%recordType)
Esempio n. 9
0
    def output(self):
        print('')
        print("=" * globals.OutputWidth)
        print("Short Sector Allocation Table (SSAT)")
        print("-" * globals.OutputWidth)
        if self.params.debug:
            self.outputRawBytes()
            print("-" * globals.OutputWidth)
            for i in xrange(0, len(self.array)):
                item = self.array[i]
                output("%3d : %3d\n" % (i, item))

        self.outputArrayStats()
Esempio n. 10
0
    def output(self):
        print("")
        print("=" * 68)
        print("Short Sector Allocation Table (SSAT)")
        print("-" * 68)
        if self.params.debug:
            self.outputRawBytes()
            print("-" * 68)
            for i in xrange(0, len(self.array)):
                item = self.array[i]
                output("%3d : %3d\n" % (i, item))

        self.outputArrayStats()
Esempio n. 11
0
    def output (self):
        globals.outputln('')
        globals.outputln("="*globals.OutputWidth)
        globals.outputln("Short Sector Allocation Table (SSAT)")
        globals.outputln("-"*globals.OutputWidth)
        if self.params.debug:
            self.outputRawBytes()
            globals.outputln("-"*globals.OutputWidth)
            for i in xrange(0, len(self.array)):
                item = self.array[i]
                output("%3d : %3d\n"%(i, item))

        self.outputArrayStats()
Esempio n. 12
0
    def readRecord (self):
        if self.size - self.pos < 4:
            raise EndOfStream

        pos = self.pos
        header = self.readRaw(2)
        if header == 0x0000:
            raise EndOfStream
        size = self.readRaw(2)
        bytes = self.readByteArray(size)

        # record handler that parses the raw bytes and displays more 
        # meaningful information.
        handler = None 

        print("")
        self.__printSep('=', 61, "%4.4Xh: "%header)
        if recData.has_key(header):
            print("%4.4Xh: %s - %s (%4.4Xh)"%
                  (header, recData[header][0], recData[header][1], header))
            if len(recData[header]) >= 3:
                handler = recData[header][2](header, size, bytes, self.strmData)
        elif self.type == DirType.RevisionLog and recDataRev.has_key(header):
            print("%4.4Xh: %s - %s (%4.4Xh)"%
                  (header, recDataRev[header][0], recDataRev[header][1], header))
            if len(recDataRev[header]) >= 3:
                handler = recDataRev[header][2](header, size, bytes, self.strmData)
        else:
            print("%4.4Xh: [unknown record name] (%4.4Xh)"%(header, header))

        if self.params.showStreamPos:
            print("%4.4Xh:   size = %d; pos = %d"%(header, size, pos))
        else:
            print("%4.4Xh:   size = %d"%(header, size))

        self.__printSep('-', 61, "%4.4Xh: "%header)
        for i in xrange(0, size):
            if (i+1) % 16 == 1:
                output("%4.4Xh: "%header)
            output("%2.2X "%bytes[i])
            if (i+1) % 16 == 0 and i != size-1:
                print("")
        if size > 0:
            print("")

        if handler != None:
            # record handler exists.  Parse the record and display more info.
            handler.output()

        return header
Esempio n. 13
0
 def printRecordDump (self, bytes, recordType):
     if self.params.noStructOutput and self.params.dumpText:
         return
     size = len(bytes)
     self.__printSep('-', 61, "%4.4Xh: "%recordType, recordType = recordType)
     for i in xrange(0, size):
         if (i+1) % 16 == 1:
             output(self.prefix + "%4.4Xh: "%recordType, recordType = recordType)
         output("%2.2X "%ord(bytes[i]), recordType = recordType)
         if (i+1) % 16 == 0 and i != size-1:
             globals.outputln("", recordType = recordType)
     if size > 0:
         globals.outputln("", recordType = recordType)
         self.__printSep('-', 61, "%4.4Xh: "%recordType, recordType = recordType)
Esempio n. 14
0
 def __init__(self, result, handler=None, *args, **kwords):
  if globals.canSpeak: globals.output("Retrieving book information, please wait.", 1)
  self.result=globals.bs.getMetaData(result)
  title=self.result.title
  lbc.Dialog.__init__(self, title=title, *args, **kwords)
  self.memo_basicInfo=self.AddMemo(label="Basic Information", value=SearchResultsDialog.getInfo(self, self.result, ["shortSynopsis", "longSynopsis"])) 
  self.AddBand()
  self.memo_shortSynopsis=self.AddMemo(label="Short Synopsis", value=self.result.shortSynopsis)
  self.AddBand()
  self.memo_longSynopsis=self.AddMemo(label="Long Synopsis", value=self.result.longSynopsis)
  self.AddBand()
  self.btn_download=self.AddButton(label="Download Book")
  self.btn_close=self.AddButton(label="Close")
  if handler is None: handler=self.eventHandler
  self.Complete(buttons=[], handler=handler)
Esempio n. 15
0
 def eventHandler(self, dlg, event, name):
  result=self.lst_results.GetSelection()
  if lbc.IsCloseEvent(event) or (name==self.btn_close.GetName() and lbc.IsButtonEvent(event)): return globals.destroy(self, self.lst_results.GetName(), [self.lst_results.GetName()])
  elif name==self.lst_results.GetName() and (lbc.IsFocusEvent(event) or lbc.IsListChangeEvent(event)):
   #update info box with current item when user changes selection or lands on list
   self.memo_info.SetValue(self.getInfo(self, self.results[result], ["longSynopsis"]))
  elif self.favoriteable and name==self.btn_favorite.GetName() and lbc.IsButtonEvent(event): #save this search to the favorites section of config
   globals.config['favorites'][self.searchName]=[str(self.searchTerms), self.searchType, self.category, self.grade]
   try:
    globals.config.write()
    return AlertDialog("Success", "The favorite has been saved.")
   except:
    return ErrorDialog("Error", "There was an error trying to save the favorite. Please try closing the program and re-launching it, then search again.")
  elif name==self.btn_download.GetName() and lbc.IsButtonEvent(event):
   if globals.config['settings']['format']!=str(globals.prompt[1]): #download book in preferred format
    globals.download(self.results[result])
   else: return DownloadDialog(self.results[result])
  elif name==self.btn_moreInfo.GetName() and lbc.IsButtonEvent(event): #use an api call to show all info about the book
   return BookInfoDialog(self.results[result])
  elif name==self.btn_prev.GetName() and lbc.IsButtonEvent(event):
   if globals.canSpeak: globals.output("Loading previous "+str(globals.limit)+" results, please wait.", 1)
   self.results.prevPage()
   self.Destroy()
   return SearchResultsDialog(searchTerms=self.searchTerms, searchType=self.searchType, results=self.results, category=self.category, grade=self.grade)
  elif name==self.btn_next.GetName() and lbc.IsButtonEvent(event):
   if globals.canSpeak: globals.output("Loading next "+str(globals.limit)+" results, please wait.", 1)
   self.results.nextPage()
   self.Destroy()
   return SearchResultsDialog(searchTerms=self.searchTerms, searchType=self.searchType, results=self.results, category=self.category, grade=self.grade)
  elif name==self.btn_first.GetName() and lbc.IsButtonEvent(event):
   if globals.canSpeak: globals.output("Loading first "+str(globals.limit)+" results, please wait.", 1)
   self.results.getPage(1, True)
   self.Destroy()
   return SearchResultsDialog(searchTerms=self.searchTerms, searchType=self.searchType, results=self.results, category=self.category, grade=self.grade)
  elif name==self.btn_last.GetName() and lbc.IsButtonEvent(event):
   if globals.canSpeak: globals.output("Loading final results, please wait.", 1)
   self.results.getPage(self.results.pages, True)
   self.Destroy()
   return SearchResultsDialog(searchTerms=self.searchTerms, searchType=self.searchType, results=self.results, category=self.category, grade=self.grade)
  elif name==self.btn_author.GetName() and lbc.IsButtonEvent(event):
   if len(self.results[result].authorList)>1: author=lbc.DialogPick(title="Choose Author", names=self.results[result].authorList, values=self.results[result].authorList)
   else: author=self.results[result].authorList[0]
   if globals.canSpeak: globals.output("Searching for all books by "+author+", please wait.", 1)
   try:
    results=globals.searchTypes[globals.search_author](author, category=self.category, grade=self.grade) #search for the text
   except pybookshare.ApiError, e:
    return ErrorDialog("Error!", e)
   return SearchResultsDialog(searchTerms=author, searchType=globals.searchTypes.keys()[1], results=results, category=self.category, grade=self.grade)
Esempio n. 16
0
    def readRecord(self):
        pos, header, size, bytes = self.__readRecordBytes()

        # record handler that parses the raw bytes and displays more
        # meaningful information.
        handler = None

        print("")
        headerStr = "%4.4Xh: " % header
        self.__printSep('=', globals.OutputWidth - len(headerStr), headerStr)
        if recData.has_key(header):
            print("%4.4Xh: %s - %s (%4.4Xh)" %
                  (header, recData[header][0], recData[header][1], header))
            if len(recData[header]) >= 3:
                handler = recData[header][2](header, size, bytes,
                                             self.strmData)
        elif self.type == DirType.RevisionLog and recDataRev.has_key(header):
            print(
                "%4.4Xh: %s - %s (%4.4Xh)" %
                (header, recDataRev[header][0], recDataRev[header][1], header))
            if len(recDataRev[header]) >= 3:
                handler = recDataRev[header][2](header, size, bytes,
                                                self.strmData)
        else:
            print("%4.4Xh: [unknown record name] (%4.4Xh)" % (header, header))

        if self.params.showStreamPos:
            print("%4.4Xh:   size = %d; pos = %d" % (header, size, pos))
        else:
            print("%4.4Xh:   size = %d" % (header, size))

        self.__printSep('-', globals.OutputWidth - len(headerStr), headerStr)
        for i in xrange(0, size):
            if (i + 1) % 16 == 1:
                output("%4.4Xh: " % header)
            output("%2.2X " % bytes[i])
            if (i + 1) % 16 == 0 and i != size - 1:
                print("")
        if size > 0:
            print("")

        if handler != None and not self.strmData.encrypted:
            # record handler exists.  Parse the record and display more info
            # unless the stream is encrypted.
            handler.output()

        self.__postReadRecord(header)
        return header
Esempio n. 17
0
    def readRecord (self):
        pos, header, size, bytes = self.__readRecordBytes()

        # record handler that parses the raw bytes and displays more
        # meaningful information.
        handler = None

        print("")
        headerStr = "%4.4Xh: "%header
        self.__printSep('=', globals.OutputWidth-len(headerStr), headerStr)
        if recData.has_key(header):
            print("%4.4Xh: %s - %s (%4.4Xh)"%
                  (header, recData[header][0], recData[header][1], header))
            if len(recData[header]) >= 3:
                handler = recData[header][2](header, size, bytes, self.strmData)
        elif self.type == DirType.RevisionLog and recDataRev.has_key(header):
            print("%4.4Xh: %s - %s (%4.4Xh)"%
                  (header, recDataRev[header][0], recDataRev[header][1], header))
            if len(recDataRev[header]) >= 3:
                handler = recDataRev[header][2](header, size, bytes, self.strmData)
        else:
            print("%4.4Xh: [unknown record name] (%4.4Xh)"%(header, header))

        if self.params.showStreamPos:
            print("%4.4Xh:   size = %d; pos = %d"%(header, size, pos))
        else:
            print("%4.4Xh:   size = %d"%(header, size))

        self.__printSep('-', globals.OutputWidth-len(headerStr), headerStr)
        for i in xrange(0, size):
            if (i+1) % 16 == 1:
                output("%4.4Xh: "%header)
            output("%2.2X "%bytes[i])
            if (i+1) % 16 == 0 and i != size-1:
                print("")
        if size > 0:
            print("")

        if handler != None and not self.strmData.encrypted:
            # record handler exists.  Parse the record and display more info
            # unless the stream is encrypted.
            handler.output()

        self.__postReadRecord(header)
        return header
Esempio n. 18
0
 def eventHandler(self, dlg, event, name):
  username=self.txt_username.GetValue()
  password=self.txt_password.GetValue()
  if lbc.IsCloseEvent(event) or (name==self.btn_cancel.GetName() and lbc.IsButtonEvent(event)):
   globals.gaveUp=True
   return self.Destroy()
  elif name==self.btn_login.GetName() and lbc.IsButtonEvent(event):
   globals.bs.setCreds(username, password)
   if globals.canSpeak: globals.output("Checking username and password, please wait.", 1)
   try:
    info=globals.bs.getUserInfo() #if this throws no exception, we're good
    globals.loggedIn=True
    globals.config['settings']['username']=username
    globals.config['settings']['password']=password
    globals.config['settings']['name']=info['displayname']['value']
    globals.config.write()
    if globals.canSpeak: globals.output(info['displayname']['value']+" ("+username+") is authenticated.", 1)
    return self.Destroy()
   except pybookshare.ApiError:
    globals.loggedIn=False
    self.txt_password.Clear()
    return ErrorDialog("Login Failed", "login failed with username "+username+". Please try again, or click the Cancel button to exit.")
Esempio n. 19
0
    def output(self):
        def printRawBytes(bytes):
            for b in bytes:
                output("%2.2X " % ord(b))
            output("\n")

        def printSep(c, w, prefix=''):
            print(prefix + c * w)

        printSep('=', globals.OutputWidth)
        print("Compound Document Header")
        printSep('-', globals.OutputWidth)

        if self.params.debug:
            globals.dumpBytes(self.bytes[0:512])
            printSep('-', globals.OutputWidth)

        # document ID and unique ID
        output("Document ID: ")
        printRawBytes(self.docId)
        output("Unique ID: ")
        printRawBytes(self.uId)

        # revision and version
        print("Revision: %d  Version: %d" % (self.revision, self.version))

        # byte order
        output("Byte order: ")
        if self.byteOrder == ByteOrder.LittleEndian:
            print("little endian")
        elif self.byteOrder == ByteOrder.BigEndian:
            print("big endian")
        else:
            print("unknown")

        # sector size (usually 512 bytes)
        print("Sector size: %d (%d)" % (2**self.secSize, self.secSize))

        # short sector size (usually 64 bytes)
        print("Short sector size: %d (%d)" %
              (2**self.secSizeShort, self.secSizeShort))

        # total number of sectors in SAT (equals the number of sector IDs
        # stored in the MSAT).
        print("Total number of sectors used in SAT: %d" % self.numSecSAT)

        print("Sector ID of the first sector of the directory stream: %d" %
              self.__secIDFirstDirStrm)

        print("Minimum stream size: %d" % self.minStreamSize)

        if self.__secIDFirstSSAT == -2:
            print("Sector ID of the first SSAT sector: [none]")
        else:
            print("Sector ID of the first SSAT sector: %d" %
                  self.__secIDFirstSSAT)

        print("Total number of sectors used in SSAT: %d" % self.numSecSSAT)

        if self.__secIDFirstMSAT == -2:
            # There is no more sector ID stored outside the header.
            print("Sector ID of the first MSAT sector: [end of chain]")
        else:
            # There is more sector IDs than 109 IDs stored in the header.
            print("Sector ID of the first MSAT sector: %d" %
                  (self.__secIDFirstMSAT))

        print("Total number of sectors used to store additional MSAT: %d" %
              self.numSecMSAT)
Esempio n. 20
0
 def printRawBytes(bytes):
     for b in bytes:
         output("%2.2X " % ord(b))
     output("\n")
Esempio n. 21
0
    def output(self):
        def printRawBytes(bytes):
            for b in bytes:
                output("%2.2X " % ord(b))
            output("\n")

        def printSep(c="-", w=68, prefix=""):
            print(prefix + c * w)

        printSep("=", 68)
        print("Compound Document Header")
        printSep("-", 68)

        if self.params.debug:
            globals.dumpBytes(self.bytes[0:512])
            printSep("-", 68)

        # document ID and unique ID
        output("Document ID: ")
        printRawBytes(self.docId)
        output("Unique ID: ")
        printRawBytes(self.uId)

        # revision and version
        print("Revision: %d  Version: %d" % (self.revision, self.version))

        # byte order
        output("Byte order: ")
        if self.byteOrder == ByteOrder.LittleEndian:
            print("little endian")
        elif self.byteOrder == ByteOrder.BigEndian:
            print("big endian")
        else:
            print("unknown")

        # sector size (usually 512 bytes)
        print("Sector size: %d (%d)" % (2 ** self.secSize, self.secSize))

        # short sector size (usually 64 bytes)
        print("Short sector size: %d (%d)" % (2 ** self.secSizeShort, self.secSizeShort))

        # total number of sectors in SAT (equals the number of sector IDs
        # stored in the MSAT).
        print("Total number of sectors used in SAT: %d" % self.numSecSAT)

        print("Sector ID of the first sector of the directory stream: %d" % self.__secIDFirstDirStrm)

        print("Minimum stream size: %d" % self.minStreamSize)

        if self.__secIDFirstSSAT == -2:
            print("Sector ID of the first SSAT sector: [none]")
        else:
            print("Sector ID of the first SSAT sector: %d" % self.__secIDFirstSSAT)

        print("Total number of sectors used in SSAT: %d" % self.numSecSSAT)

        if self.__secIDFirstMSAT == -2:
            # There is no more sector ID stored outside the header.
            print("Sector ID of the first MSAT sector: [end of chain]")
        else:
            # There is more sector IDs than 109 IDs stored in the header.
            print("Sector ID of the first MSAT sector: %d" % (self.__secIDFirstMSAT))

        print("Total number of sectors used to store additional MSAT: %d" % self.numSecMSAT)
Esempio n. 22
0
    def __outputEntry(self, entry, debug):
        print("-" * 68)
        if len(entry.Name) > 0:
            name = entry.Name
            if ord(name[0]) <= 5:
                name = "<%2.2Xh>%s" % (ord(name[0]), name[1:])
            print("name: %s   (name buffer size: %d bytes)" % (name, entry.CharBufferSize))
        else:
            print("name: [empty]   (name buffer size: %d bytes)" % entry.CharBufferSize)

        if self.params.debug:
            print("-" * 68)
            globals.dumpBytes(entry.bytes)
            print("-" * 68)

        output("type: ")
        if entry.Type == Directory.Type.Empty:
            print("empty")
        elif entry.Type == Directory.Type.LockBytes:
            print("lock bytes")
        elif entry.Type == Directory.Type.Property:
            print("property")
        elif entry.Type == Directory.Type.RootStorage:
            print("root storage")
        elif entry.Type == Directory.Type.UserStorage:
            print("user storage")
        elif entry.Type == Directory.Type.UserStream:
            print("user stream")
        else:
            print("[unknown type]")

        output("node color: ")
        if entry.NodeColor == Directory.NodeColor.Red:
            print("red")
        elif entry.NodeColor == Directory.NodeColor.Black:
            print("black")
        elif entry.NodeColor == Directory.NodeColor.Unknown:
            print("[unknown color]")

        print(
            "linked dir entries: left: %d; right: %d; root: %d" % (entry.DirIDLeft, entry.DirIDRight, entry.DirIDRoot)
        )

        self.__outputRaw("unique ID", entry.UniqueID)
        self.__outputRaw("user flags", entry.UserFlags)
        self.__outputRaw("time created", entry.TimeCreated)
        self.__outputRaw("time last modified", entry.TimeModified)

        output("stream info: ")
        if entry.StreamSectorID < 0:
            print("[empty stream]")
        else:
            strmLoc = "SAT"
            if entry.StreamLocation == StreamLocation.SSAT:
                strmLoc = "SSAT"
            print("(first sector ID: %d; size: %d; location: %s)" % (entry.StreamSectorID, entry.StreamSize, strmLoc))

            satObj = None
            secSize = 0
            if entry.StreamLocation == StreamLocation.SAT:
                satObj = self.SAT
                secSize = self.header.getSectorSize()
            elif entry.StreamLocation == StreamLocation.SSAT:
                satObj = self.SSAT
                secSize = self.header.getShortSectorSize()
            if satObj != None:
                chain = satObj.getSectorIDChain(entry.StreamSectorID)
                print("sector count: %d" % len(chain))
                print("total sector size: %d" % (len(chain) * secSize))
                if self.params.showSectorChain:
                    self.__outputSectorChain(chain)
Esempio n. 23
0
 def printRawBytes(bytes):
     for b in bytes:
         output("%2.2X " % ord(b))
     output("\n")
Esempio n. 24
0
    def __outputEntry(self, entry, debug):
        print("-" * globals.OutputWidth)
        if len(entry.Name) > 0:
            name = entry.Name
            if ord(name[0]) <= 5:
                name = "<%2.2Xh>%s" % (ord(name[0]), name[1:])
            print("name: %s   (name buffer size: %d bytes)" %
                  (name, entry.CharBufferSize))
        else:
            print("name: [empty]   (name buffer size: %d bytes)" %
                  entry.CharBufferSize)

        if self.params.debug:
            print("-" * globals.OutputWidth)
            globals.dumpBytes(entry.bytes)
            print("-" * globals.OutputWidth)

        output("type: ")
        if entry.Type == Directory.Type.Empty:
            print("empty")
        elif entry.Type == Directory.Type.LockBytes:
            print("lock bytes")
        elif entry.Type == Directory.Type.Property:
            print("property")
        elif entry.Type == Directory.Type.RootStorage:
            print("root storage")
        elif entry.Type == Directory.Type.UserStorage:
            print("user storage")
        elif entry.Type == Directory.Type.UserStream:
            print("user stream")
        else:
            print("[unknown type]")

        output("node color: ")
        if entry.NodeColor == Directory.NodeColor.Red:
            print("red")
        elif entry.NodeColor == Directory.NodeColor.Black:
            print("black")
        elif entry.NodeColor == Directory.NodeColor.Unknown:
            print("[unknown color]")

        print("linked dir entries: left: %d; right: %d; root: %d" %
              (entry.DirIDLeft, entry.DirIDRight, entry.DirIDRoot))

        self.__outputRaw("unique ID", entry.UniqueID)
        self.__outputRaw("user flags", entry.UserFlags)
        self.__outputRaw("time created", entry.TimeCreated)
        self.__outputRaw("time last modified", entry.TimeModified)

        output("stream info: ")
        if entry.StreamSectorID < 0 or entry.StreamSize == 0:
            print("[empty stream]")
        else:
            strmLoc = "SAT"
            if entry.StreamLocation == StreamLocation.SSAT:
                strmLoc = "SSAT"
            print("(first sector ID: %d; size: %d; location: %s)" %
                  (entry.StreamSectorID, entry.StreamSize, strmLoc))

            satObj = None
            secSize = 0
            if entry.StreamLocation == StreamLocation.SAT:
                satObj = self.SAT
                secSize = self.header.getSectorSize()
            elif entry.StreamLocation == StreamLocation.SSAT:
                satObj = self.SSAT
                secSize = self.header.getShortSectorSize()
            if satObj != None:
                chain = satObj.getSectorIDChain(entry.StreamSectorID)
                print("sector count: %d" % len(chain))
                print("total sector size: %d" % (len(chain) * secSize))
                if self.params.showSectorChain:
                    self.__outputSectorChain(chain)