#!/usr/bin/python3
# -*- coding: utf-8 -*-
#
# module CActionFactory
#
#    Copyright (C) 2019  AleaJactaEst
#
#    This program is free software: you can redistribute it and/or modify
#    it under the terms of the GNU General Public License as published by
#    the Free Software Foundation, either version 3 of the License, or
#    (at your option) any later version.
#
#    This program is distributed in the hope that it will be useful,
#    but WITHOUT ANY WARRANTY; without even the implied warranty of
#    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
#    GNU General Public License for more details.
#
#    You should have received a copy of the GNU General Public License
#    along with this program.  If not, see <http://www.gnu.org/licenses/>.

#from tools import Enum
import logging
import struct
import math
from tools import TPropIndex
from tools import TPVPMode
from tools import Enum
from tools import PropVisual

LOGGER='CActionFactory'
INVALID_SLOT = 0xff

# khanat-opennel-code/code/ryzom/common/src/game_share/action_sint64.cpp:55 void CActionSint64::registerNumericPropertiesRyzom()
PROPERTY_TO_NB_BIT = [0 for _ in range(0,  Enum.TPropIndex.NB_VISUAL_PROPERTIES)]
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_ORIENTATION] = 32
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_SHEET] = 52
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_BEHAVIOUR] = 48
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_NAME_STRING_ID] = 32
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_TARGET_ID] = 8
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_MODE] = 44
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_VPA] = 64
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_VPB] = 47
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_VPC] = 58
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_ENTITY_MOUNTED_ID] = 8
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_RIDER_ENTITY_ID] = 8
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_CONTEXTUAL] = 16
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_BARS] = 32
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_TARGET_LIST] = 32 # USER_DEFINED_PROPERTY_NB_BITS
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_VISUAL_FX] = 11
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_GUILD_SYMBOL] = 60
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_GUILD_NAME_ID] = 32
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_EVENT_FACTION_ID] = 32
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_PVP_MODE] = Enum.TPVPMode.NbBits
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_PVP_CLAN] = 32
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_OWNER_PEOPLE] = 3  # 4 races + unknow
PROPERTY_TO_NB_BIT[Enum.TPropIndex.PROPERTY_OUTPOST_INFOS] = 16 # 15+1


class CAction:
    def __init__(self, slot, code, world):
        self.Code = code
        self.PropertyCode = code
        self.Slot = slot
        self._Priority = 1
        self.Timeout = 0
        self.GameCycle = 0
        self.world = world
        self.Reference = []
        self.Name = ""
        self.notice = {}
        self.headernotice = None

    def set_header_notice(self, header):
        self.headernotice = header

    def append_notice(self, data):
        for key in data:
            #print("Add",  key)
            self.notice.setdefault(key, data [key])

    def add_notice(self, id, value):
        if not self.headernotice:
            return
        ref = { self.headernotice + '/' +id:  value}
        self.append_notice(ref)

    def get_notice(self):
        return self.notice

    def set_name(self, name):
        self.Name = name

    def get_name(self):
        return self.Name

    def add_reference(self, ref):
        self.Reference.append(ref)

    def get_reference(self):
        return self.Reference

    def get_parameter(self):
        return {"Type": "CAction", "Code": self.Code, "Slot": self.Slot, "PropertyCode": self.PropertyCode, "GameCycle": self.GameCycle, "Reference": self.Reference}

    def unpack(self, message):
        raise RuntimeError

    def pack(self, msgout):
        if self.Code < 4:
            modeShort = True
            msgout.pushBool(modeShort)
            code = self.Code
            msgout.internalSerial(self.Code, 2)
        else:
            modeShort = False
            msgout.pushBool(modeShort)
            code = self.Code
            msgout.pushUint8(code)

    def serialIn(self, msgin):
        raise RuntimeError

    def serialOut(self, msgout):
        raise RuntimeError

    def size(self):
        headerBitSize = 0
        if self.Code < 4:
            headerBitSize = 1 + 2
        else:
            headerBitSize = 1 + (1 * 8)
        return headerBitSize

    def getMaxSizeInBit(self):
        logging.getLogger(LOGGER).debug("New Object but missing method reset")
        raise RuntimeError

    def setPriority(self, prio):
        logging.getLogger(LOGGER).debug("New Object but missing method reset")
        raise RuntimeError

    def priority(self):
        logging.getLogger(LOGGER).debug("New Object but missing method reset")
        raise RuntimeError

    def getValue(self):
        logging.getLogger(LOGGER).debug("New Object but missing method reset")
        raise RuntimeError

    def setValue(self, value):
        logging.getLogger(LOGGER).debug("New Object but missing method reset")
        raise RuntimeError

    def isContinuous(self):
        logging.getLogger(LOGGER).debug("New Object but missing method reset")
        raise RuntimeError

    def reset(self):
        logging.getLogger(LOGGER).debug("New Object but missing method reset")
        raise RuntimeError

    def __str__(self):
        return "[%d,%d]" % (self.Code , self.Slot)

class CActionPosition(CAction):
    """
        Method use to decode position
        khanat/khanat-opennel-code/code/ryzom/client/src/property_decoder.cpp:39 - void	CPropertyDecoder::receive(TPacketNumber /* packetNumber */, CAction *action)
    """
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)
        self.Position = [0, 0, 0]
        self.Position16 = [0, 0, 0]
        self.IsRelative = False
        self.Interior = False
        self.set_header_notice("Action/Position")

    def __str__(self):
        return "CActionPosition" + super().__str__() + " x:" + str(self.Position16[0]) + " y:" + str(self.Position16[1]) + " z:" + str(self.Position16[2]) + " IsRelative:" + str(self.IsRelative) + " Interior:" + str(self.Interior)

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionPosition"
        ret.setdefault("Position", ', '.join([str(x) for x in self.Position]))
        ret.setdefault("Position16", ', '.join([str(x) for x in self.Position16]))
        ret.setdefault("IsRelative", str(self.IsRelative))
        ret.setdefault("Interior", str(self.Interior))
        return ret

    def unpack(self, message):
        self.Position16[0] = message.readUint16('px')
        self.Position16[1] = message.readUint16('py')
        self.Position16[2] = message.readUint16('pz')
        self.IsRelative = (self.Position16[2] & 0x1) != 0
        self.Interior = (self.Position16[2] & 0x2) != 0
        self.add_notice('px', self.Position16[0] )
        self.add_notice('py', self.Position16[1] )
        self.add_notice('pz', self.Position16[2] )
        self.add_notice('IsRelative', (self.Position16[2] & 0x1) != 0 )
        self.add_notice('Interior', (self.Position16[2] & 0x2) != 0 )

#   message.serialAndLog1( Position16[0] );
#   message.serialAndLog1( Position16[1] );
#   message.serialAndLog1( Position16[2] );
#   IsRelative  =   (Position16[2] & (uint16)0x1)!=0;
#   Interior    =   (Position16[2] & (uint16)0x2)!=0;

    def reset(self):
        pass

class CActionSync(CAction):
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionSync"
        return ret

    def __str__(self):
        return "CActionSync" + super().__str__()

class CActionDisconnection(CAction):
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionDisconnection"
        return ret

    def __str__(self):
        return "CActionDisconnection" + super().__str__()

class CActionAssociation(CAction):
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionAssociation"
        return ret

    def __str__(self):
        return "CActionAssociation" + super().__str__()

class CActionDummy(CAction):
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionDummy"
        return ret

    def __str__(self):
        return "CActionDummy" + super().__str__()

class CActionLogin(CAction):
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionLogin"
        return ret

    def __str__(self):
        return "CActionLogin" + super().__str__()

class CActionTargetSlot(CAction):
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionTargetSlot"
        return ret

    def __str__(self):
        return "CActionTargetSlot" + super().__str__()

class CActionGeneric(CAction):
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)
        self._Message = None
        self.decoded = False

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionGeneric"
        if not self._Message.checkOnlyZeroAtEnd():
            ret["state"] = "message partially decoded"
        else:
            ret["state"] = 'message decoded'
        ret["Message"] = self._Message.extractAllData()
        return ret

    def set(self, message):
        self._Message = message

    def unpack(self, message):
        size = message.readUint32('size')
        self._Message = message.readBitStreamUint8(size, 'message')

    def pack(self, msgout):
        super().pack(msgout)
        sizeMessage = len(self._Message)
        msgout.pushUint32(sizeMessage)
        msgout.pushBuffer(self._Message)

    def reset(self):
        self._Message = None

    def genericAction(self, decodeImpulse, world, cGenericMultiPartTemp):
        decodeImpulse.execute(self._Message, world)
        self.decoded = True

    def decodeImpulseSimple(self, decodeImpulseSimple, world, cGenericMultiPartTemp, Reference = None, Name = ""):
        ret = decodeImpulseSimple.execute(self._Message, world, Reference, Name)
        self.decoded = True
        return ret

    def __str__(self):
        if self.decoded:
            return "CActionGeneric" + super().__str__() + ' => ' + self._Message.showAllData()
        else:
            return "CActionGeneric" + super().__str__() + "[read:" + self._Message.showAllData() + '/write:' + self._Message.showAllDataWrite() + ']'

    def size(self):
        size = super().size()
        if self._Message:
            return 4 + len(self._Message) * 8 + size
        else:
            return 4 + size

class CActionGenericMultiPart(CAction):
    '''
        khanat-opennel-code/code/ryzom/common/src/game_share/action_generic_multi_part.h # class CActionGenericMultiPart
    '''
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)
        self.PartCont = []
        self.Number = 0
        self.Part = 0
        self.NbBlock = 0

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Name"] = self.Name
        ret["Type"] = "CActionGenericMultiPart"
        ret["Number"] = "%d" % self.Number
        ret["Part"] = "%d" % self.Part
        ret["NbBlock"] = "%d" % self.NbBlock
        ret["PartCont"] = self.PartCont.showAllData()
        return ret

    def set(self, number, part, buffer, bytelen, size, nbBlock):
        '''
            khanat-opennel-code/code/ryzom/common/src/game_share/action_generic_multi_part.h  # void set (uint8 number, uint16 part, const uint8 *buffer, uint32 bytelen, uint32 size, uint16 nbBlock)
        '''
        logging.getLogger(LOGGER).debug("number:%d part:%d bytelen:%d size:%d nbBlock:%d" %(number, part, bytelen, size, nbBlock))
        start = part*size
        end = start + size
        logging.getLogger(LOGGER).debug("start:%d end:%d bytelen:%d" % (start, end, bytelen))
        if end > bytelen:
            end = bytelen

        logging.getLogger(LOGGER).debug("start:%d end:%d" % (start, end))
        self.PartCont = []
        # memcpy( &PartCont[0], buffer + start, end - start );
        for i in range(start, end):
            logging.getLogger(LOGGER).debug("Append : %d/%d" % (i, len(buffer)))
            self.PartCont.append(buffer[i])
        self.Number = number
        self.Part = part
        self.NbBlock = nbBlock

    def unpack(self, message):
        self.Number = message.readUint8('Number')
        self.Part = message.readUint16('Part')
        self.NbBlock = message.readUint16('NbBlock')

        size = message.readUint32('size')
        self.PartCont = message.readBitStreamUint8(size, 'PartCont')
        logging.getLogger(LOGGER).debug("unpack - Number:%d Part:%d NbBlock:%d" % (self.Number, self.Part, self.NbBlock))

    def pack(self, msgout):
        super().pack(msgout)
        msgout.pushUint8(self.Number)
        msgout.pushUint16(self.Part)
        msgout.pushUint16(self.NbBlock)
        raise "Missing size param"
        msgout.pushArrayUint8(self.PartCont)

    def reset(self):
        self.PartCont = []
        self.Number = 0
        self.Part = 0
        self.NbBlock = 0

    def genericAction(self, decodeImpulse, world, cGenericMultiPartTemp, Reference = None, Name = None):
        '''
            khanat-opennel-code/code/ryzom/client/src/network_connection.cpp # void CNetworkConnection::genericAction (CActionGenericMultiPart *agmp)
        '''
        logging.getLogger(LOGGER).debug("Number:%d Part:%d NbBlock:%d" % (self.Number, self.Part, self.NbBlock))
        cGenericMultiPartTemp.addGenericMultiPartTemp(self.Number)
        cGenericMultiPartTemp.setGenericMultiPartTemp(self.Number, self.Part, self.NbBlock, self.PartCont, decodeImpulse, world, Reference, Name)

    def decodeImpulseSimple(self, decodeImpulseSimple, world, cGenericMultiPartTemp, Reference = None, Name = ""):
        logging.getLogger(LOGGER).debug("Number:%d Part:%d NbBlock:%d" % (self.Number, self.Part, self.NbBlock))
        cGenericMultiPartTemp.addGenericMultiPartTemp(self.Number)
        ret = cGenericMultiPartTemp.setGenericMultiPartTemp(self.Number, self.Part, self.NbBlock, self.PartCont, decodeImpulseSimple, world, Reference, Name)
        #ret = decodeImpulseSimple.execute(self._Message, world)
        self.decoded = True
        return ret

    def __str__(self):
        return "CActionGenericMultiPart" + super().__str__() + "[" + str(self.Number) + ',' + str(self.Part) + ',' + str(self.NbBlock) + ',read:' + self.PartCont.showAllData() + ',write:' + self.PartCont.showAllDataWrite() + ']'

    def size(self):
        size = super().size()
        bytesize = 1 + 2 + 2 + 4 # header
        # self.PartCont
        for ele in self.PartCont:
            bytesize += len(ele)
        return bytesize * 8 + size


class CActionSint64(CAction):
    '''
        khanat-opennel-code/code/ryzom/common/src/game_share/action_sint64.cpp


        A lire :
            /home/jerome/Projets/khanat/khanat-opennel-code/code/ryzom/client/src/network_connection.cpp:1311 receiveNormalMessage(CBitMemStream &msgin)
            /home/jerome/Projets/khanat/khanat-opennel-code/code/ryzom/client/src/network_connection.cpp:1472 receiveNormalMessage(CBitMemStream &msgin)
    '''
    def __init__(self, slot, code, world):
        super().__init__(slot, code, world)
        self.value = 0
        self.NbBits = 64
        self.NameProperty = 'None'
        self.PropertyIndex = None
        self.PropertyToNbBit = {
                                 TPropIndex.TPropIndex.PROPERTY_ORIENTATION: 32,
                                 TPropIndex.TPropIndex.PROPERTY_SHEET: 52,
                                 TPropIndex.TPropIndex.PROPERTY_BEHAVIOUR: 48,
                                 TPropIndex.TPropIndex.PROPERTY_NAME_STRING_ID: 32,
                                 TPropIndex.TPropIndex.PROPERTY_TARGET_ID: 8,
                                 TPropIndex.TPropIndex.PROPERTY_MODE: 44,
                                 TPropIndex.TPropIndex.PROPERTY_VPA: 64,
                                 TPropIndex.TPropIndex.PROPERTY_VPB: 47,
                                 TPropIndex.TPropIndex.PROPERTY_VPC: 58,
                                 TPropIndex.TPropIndex.PROPERTY_ENTITY_MOUNTED_ID: 8 , # slot
                                 TPropIndex.TPropIndex.PROPERTY_RIDER_ENTITY_ID: 8 , # slot
                                 TPropIndex.TPropIndex.PROPERTY_CONTEXTUAL: 16 ,
                                 TPropIndex.TPropIndex.PROPERTY_BARS: 32 , # please do not lower it (or tell Olivier: used for forage sources)
                                 TPropIndex.TPropIndex.PROPERTY_TARGET_LIST: TPropIndex.USER_DEFINED_PROPERTY_NB_BITS ,
                                 TPropIndex.TPropIndex.PROPERTY_VISUAL_FX: 11 , # please do not lower it (or tell Olivier: used for forage sources)
                                 TPropIndex.TPropIndex.PROPERTY_GUILD_SYMBOL: 60 ,
                                 TPropIndex.TPropIndex.PROPERTY_GUILD_NAME_ID: 32 ,
                                 TPropIndex.TPropIndex.PROPERTY_EVENT_FACTION_ID: 32 ,
                                 TPropIndex.TPropIndex.PROPERTY_PVP_MODE: TPVPMode.NbBits ,
                                 TPropIndex.TPropIndex.PROPERTY_PVP_CLAN: 32 ,
                                 TPropIndex.TPropIndex.PROPERTY_OWNER_PEOPLE: 3 , # 4 races and unknow
                                 TPropIndex.TPropIndex.PROPERTY_OUTPOST_INFOS: 16 } # 15+1
        self.set_header_notice("Action/Sint64")

    def get_parameter(self):
        ret = super().get_parameter()
        ret["Type"] = "CActionSint64"
        return ret

    def __str__(self):
        return "CActionSint64" + super().__str__()

    def unpack(self, msgin):
        logging.getLogger(LOGGER).debug("nb bit:{0}".format(self.NbBits))
        logging.getLogger(LOGGER).debug("msgin:%s" % msgin.showAllData())
        # self.value = msgin.readSerial( self.NbBits, 'value')
        self.value = msgin.readSerialUint64( self.NbBits, self.NameProperty)
        # Decode Message
        if  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_ORIENTATION:
            v1 = struct.pack('I', self.value)
            angle_radius = struct.unpack('<f',v1)[0]
            angle_degree = angle_radius * 180 / math.pi
            self.add_notice(self.NameProperty + '/radius', angle_radius)
        elif  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_VPA:
            vba = PropVisual.PropVisualA()
            vba.set_compress_data(self.value)
            ret = vba.get_notice()
            if ret:
                for key in ret:
                    self.add_notice(self.NameProperty + '/' + key, ret[key])
        elif  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_VPB:
            vbb= PropVisual.PropVisualB()
            vbb.set_compress_data(self.value)
            ret = vbb.get_notice()
            if ret:
                for key in ret:
                    self.add_notice(self.NameProperty + '/' + key, ret[key])
            pass
        elif  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_VPC:
            vbc= PropVisual.PropVisualC()
            vbc.set_compress_data(self.value)
            ret = vbc.get_notice()
            if ret:
                for key in ret:
                    self.add_notice(self.NameProperty + '/' + key, ret[key])
            pass
        else:
            self.add_notice(self.NameProperty, self.value)
        logging.getLogger(LOGGER).debug("msgin:%s" % msgin.showAllData())
        #self.NbBits = msgin.readUint32('NbBits')
        #logging.getLogger(LOGGER).debug("value:%u" % self.value)
        #logging.getLogger(LOGGER).debug("msgin:%s" % msgin.showAllData())
        
    def pack(self, msgout):
        super().pack(msgout)
        #msgout.pushUint64(self.value)
        msgout.pushSerial64(self.value, self.NbBits)
        #msgout.pushUint32(self.NbBits)

    def reset(self):
        self.value = 0
        self.NbBits = 0
        self.NameProperty = 'None'

    def setNbBits(self, propIndex,  nameproperty):
        self.NbBits = PROPERTY_TO_NB_BIT[propIndex]
        self.NameProperty = nameproperty
        self.PropertyIndex = propIndex
        self.set_name(nameproperty)
        logging.getLogger(LOGGER).debug("NameProperty:{1} NbBits:{0}".format(self.NbBits, self.NameProperty ))

    def get_property(self):
        ret = ""
        if self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_ORIENTATION:
            v1 = struct.pack('I', self.value)
            angle = struct.unpack('<f',v1)[0] * 180 / math.pi
            ret = "{0} [{1}]".format(angle, self.value)
        else:
            ret = "{0}".format(self.value)
        return ret
        
    def print_yaml(self, outyaml,  space):
        if  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_ORIENTATION:
            v1 = struct.pack('I', self.value)
            angle_radius = struct.unpack('<f',v1)[0]
            angle_degree = angle_radius * 180 / math.pi
            outyaml.write("{0} {1}:\n".format(space,  self.get_name() ))
            outyaml.write("{0}    raw: {1}\n".format(space, self.value ))
            outyaml.write("{0}    radius: {1}\n".format(space, angle_radius ))
            outyaml.write("{0}    degree: {1}\n".format(space, angle_degree ))
        elif  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_VPA:
            outyaml.write("{0} {1}:\n".format(space,  self.get_name()))
            outyaml.write("{0}    raw: {1}\n".format(space, self.value))
            vba = PropVisual.PropVisualA()
            vba.set_compress_data(self.value)
            vba.print_yaml(outyaml, space+'   ')
        elif  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_VPB:
            outyaml.write("{0} {1}:\n".format(space,  self.get_name()))
            outyaml.write("{0}    raw: {1}\n".format(space, self.value))
            vbb= PropVisual.PropVisualB()
            vbb.set_compress_data(self.value)
            vbb.print_yaml(outyaml, space+'   ')
        elif  self.PropertyIndex == TPropIndex.TPropIndex.PROPERTY_VPC:
            outyaml.write("{0} {1}:\n".format(space,  self.get_name()))
            outyaml.write("{0}    raw: {1}\n".format(space, self.value))
            vbc= PropVisual.PropVisualC()
            vbc.set_compress_data(self.value)
            vbc.print_yaml(outyaml, space+'   ')
        else:
            outyaml.write("{0} {1}: {2}\n".format(space,  self.get_name(), self.get_property()))

class CActionBlock:
    def __init__(self):
        self.Cycle = 0
        self.FirstPacket = 0
        self.Actions = []
        self.Success = True

    def serial(self, msgout, actionFactory):
        msgout.pushUint32(self.Cycle)
        msgout.pushUint8(len(self.Actions))
        for action in self.Actions:
            # msgPosBefore = msgout.getPosInBit()
            actionFactory.pack(action, msgout)
            # msgPosAfter = msgout.getPosInBit()
            # actionSize = actionFactory.size(action)

    def writeSerial(self, msgout):
        msgout.pushUint32(self.Cycle)
        numberActions = len(self.Actions)
        msgout.pushUint8(numberActions)
        for action in self.Actions:
            action.pack(msgout)

    def readSerial(self, msgin):
        actions = []
        _cycle = msgin.readUint32("Cycle")
        _numberActions = msgin.readUint8("numberActions")
        logging.getLogger(LOGGER).debug("_cycle:%d _numberActions:%d" % (_cycle, _numberActions))
        for i in range(0,_numberActions):
            actions.append( msgin.unpack(msgin) )
        return actions

    def insert(self, actions, begin, end):
        for i in range(0, end):
            if i>= begin:
                self.Actions.append(actions[i])

    def eraseToEnd(self, begin):
        while len(self.Actions) >= begin:
            self.Actions.pop()

    def push_back(self, action):
        self.Actions.append(action)

    def __str__(self):
        return "CActionBlock [Cycle:" + str(self.Cycle) + ', FirstPacket:' + str(self.FirstPacket) + ', Data:' + ', '.join([ str(x) for x in self.Actions]) + "]"

class CActionFake():
    def __init__(self, Type, msgin, addon = None, Reference=None, Name=""):
        self.Type = Type
        self.Code = Enum.TActionCode.ACTION_NONE
        self._Message = msgin
        self.addon = addon
        self.Reference = [ Reference ]
        self.Name = Name

    def get_name(self):
        return self.Name

    def get_notice(self):
        return {}

    def get_parameter(self):
        ret = {"Type": "CActionFake.%s" % self.Type}
        if not self._Message.checkOnlyZeroAtEnd():
            ret["state"] = "message partially decoded"
        else:
            ret["state"] = 'message decoded'
        if self.addon:
            for key in self.addon:
                ret[key] = str(self.addon[key])
        ret["Reference"] = self.Reference
        ret["Message"] = self._Message.extractAllData()
        return ret

    def decodeImpulseSimple(self, decodeImpulseSimple, world, cGenericMultiPartTemp, Reference = None, Name = ""):
        ret = decodeImpulseSimple.execute(self._Message, world, Reference, Name)
        self.decoded = True
        return ret