t1.lpj

实现基于ip2022的MPEG2 TS的IP组播接收

            Lists = <>
            Value = True
          end
        end
        object TYesNoNode
          Name = 'Combo Activity/Link LED'
          Description = 
            'Check to enable a combined Ethernet activity and link status ind' +
            'ication LED. This LED is steady to indicate a good link and flas' +
            'hes for any data transfer activity (both RX and TX).'
          DefineName = '_S1_IPETHERNET_COMBO_LED'
          FileName = '0'
          Lists = <>
          object TListNode
            Name = 'Port'
            Description = 'Port selection for combo activity/link LED.'
            DefineName = '_S1_IPETHERNET_COMBO_LED_PORT'
            FileName = '0'
            Lists = <>
            Value = 'RE'
            ListName = 'ALL_PORTS'
          end
          object TListNode
            Name = 'Pin'
            Description = 'Pin selection for combo activity/link LED.'
            DefineName = '_S1_IPETHERNET_COMBO_LED_PIN'
            FileName = '0'
            Lists = <>
            Value = '1'
            ListName = 'ALL_PINS'
          end
          object TYesNoNode
            Name = 'Active High'
            Description = 
              'Check this box to set active high for signal to drive this LED. ' +
              'Otherwise, the signal will be active low.'
            DefineName = '_S1_IPETHERNET_COMBO_LED_HIGH'
            FileName = '0'
            Lists = <>
            Value = True
          end
          object TExpressionNode
            Name = 'LED Duration'
            Description = 
              'Specifies the duration in Timer Ticks of the LED toggle.'#13#10#13#10'Time' +
              'r operation is supported by one_shot timer'
            DefineName = '_S1_IPETHERNET_COMBO_LED_DURATION'
            FileName = '0'
            Lists = <>
            Value = '50'
          end
        end
      end
      object TRadioNode
        Name = 'Use Serializer 2'
        Description = 'Using SerDes2 to support this ipEthernet instance'
        DefineName = 'USE_S2_FOR_ETHERNET'
        FileName = '0'
        Lists = <>
        object TYesNoNode
          Name = 'Link LED'
          Description = 
            'Check to enable Ethernet link status indication LED. A steady on' +
            ' LED indicates a good link.'
          DefineName = '_S2_IPETHERNET_LINK_LED'
          FileName = '0'
          Lists = <>
          Value = True
          object TListNode
            Name = 'Port'
            Description = 'Port selection for link LED.'
            DefineName = '_S2_IPETHERNET_LINK_LED_PORT'
            FileName = '0'
            Lists = <>
            Value = 'RF'
            ListName = 'ALL_PORTS'
          end
          object TListNode
            Name = 'Pin'
            Description = 'Pin selection for link LED.'
            DefineName = '_S2_IPETHERNET_LINK_LED_PIN'
            FileName = '0'
            Lists = <>
            Value = '5'
            ListName = 'ALL_PINS'
          end
          object TYesNoNode
            Name = 'Active High'
            Description = 
              'Check this box to set active high for signal to drive this LED. ' +
              'Otherwise, the signal will be active low.'
            DefineName = '_S2_IPETHERNET_LINK_LED_HIGH'
            FileName = '0'
            Lists = <>
            Value = True
          end
        end
        object TYesNoNode
          Name = 'Activity LED'
          Description = 
            'Check to enable Ethernet activity indication LED. This LED flash' +
            'es for any data transfer activity (both RX and TX).'
          DefineName = '_S2_IPETHERNET_ACTIVITY_LED'
          FileName = '0'
          Lists = <>
          Value = True
          object TListNode
            Name = 'Port'
            Description = 'Port selection for activity LED.'
            DefineName = '_S2_IPETHERNET_ACTIVITY_LED_PORT'
            FileName = '0'
            Lists = <>
            Value = 'RF'
            ListName = 'ALL_PORTS'
          end
          object TListNode
            Name = 'Pin'
            Description = 'Pin selection for activity LED.'
            DefineName = '_S2_IPETHERNET_ACTIVITY_LED_PIN'
            FileName = '0'
            Lists = <>
            Value = '4'
            ListName = 'ALL_PINS'
          end
          object TYesNoNode
            Name = 'Active High'
            Description = 
              'Check this box to set active high for signal to drive this LED. ' +
              'Otherwise, the signal will be active low.'
            DefineName = '_S2_IPETHERNET_ACTIVE_LED_HIGH'
            FileName = '0'
            Lists = <>
            Value = True
          end
        end
        object TYesNoNode
          Name = 'Collision LED'
          Description = 
            'Check to enable Ethernet collision indication LED. This LED flas' +
            'hes when collision has been detected.'
          DefineName = '_S2_IPETHERNET_COLLISION_LED'
          FileName = '0'
          Lists = <>
          Value = True
          object TListNode
            Name = 'Port'
            Description = 'Port selection for collision LED.'
            DefineName = '_S2_IPETHERNET_COLLISION_LED_PORT'
            FileName = '0'
            Lists = <>
            Value = 'RF'
            ListName = 'ALL_PORTS'
          end
          object TListNode
            Name = 'Pin'
            Description = 'Pin selection for collision LED.'
            DefineName = '_S2_IPETHERNET_COLLISION_LED_PIN'
            FileName = '0'
            Lists = <>
            Value = '6'
            ListName = 'ALL_PINS'
          end
          object TYesNoNode
            Name = 'Active High'
            Description = 
              'Check this box to set active high for signal to drive this LED. ' +
              'Otherwise, the signal will be active low.'
            DefineName = '_S2_IPETHERNET_COLLISION_LED_HIGH'
            FileName = '0'
            Lists = <>
            Value = True
          end
        end
        object TYesNoNode
          Name = 'Combo Activity/Link LED'
          Description = 
            'Check to enable a combined Ethernet activity and link status ind' +
            'ication LED. This LED is steady to indicate a good link and flas' +
            'hes for any data transfer activity (both RX and TX).'
          DefineName = '_S2_IPETHERNET_COMBO_LED'
          FileName = '0'
          Lists = <>
          object TListNode
            Name = 'Port'
            Description = 'Port selection for combo activity/link LED.'
            DefineName = '_S2_IPETHERNET_COMBO_LED_PORT'
            FileName = '0'
            Lists = <>
            Value = 'RF'
            ListName = 'ALL_PORTS'
          end
          object TListNode
            Name = 'Pin'
            Description = 'Pin selection for combo activity/link LED.'
            DefineName = '_S2_IPETHERNET_COMBO_LED_PIN'
            FileName = '0'
            Lists = <>
            Value = '5'
            ListName = 'ALL_PINS'
          end
          object TYesNoNode
            Name = 'Active High'
            Description = 
              'Check this box to set active high for signal to drive this LED. ' +
              'Otherwise, the signal will be active low.'
            DefineName = '_S2_IPETHERNET_COMBO_LED_HIGH'
            FileName = '0'
            Lists = <>
            Value = True
          end
          object TExpressionNode
            Name = 'LED Duration'
            Description = 
              'Specifies the duration in Timer Ticks of the LED toggle.'#13#10#13#10'Time' +
              'r operation is supported by one_shot timer'
            DefineName = '_S2_IPETHERNET_COMBO_LED_DURATION'
            FileName = '0'
            Lists = <>
            Value = '50'
          end
        end
      end
      object TSectionNode
        Name = 'RX polarity setting'
        Description = 
          'Configure RX polarity behavior here.'#13#10#13#10'The RX polarity can be f' +
          'ixed to support normal or inverted polarity to match board level' +
          ' design. It can also be set to dynamic polarity detection. Setti' +
          'ng to dynamic enables automatic RX polarity detection and relate' +
          'd polarity reversal at the expense of slightly lengthy ISR proce' +
          'ssing.'
        DefineName = 'UNNAMED'
        FileName = '0'
        Lists = <>
        object TRadioNode
          Name = 'Normal RX polarity'
          Description = 'Click here to enable normal RX polarity'
          DefineName = '_ETH_RX_NORMAL_POLARITY'
          FileName = '0'
          Lists = <>
          Value = True
        end
        object TRadioNode
          Name = 'Reversed RX polarity'
          Description = 'Click here to enable reversed RX polarity'
          DefineName = '_ETH_RX_REVERSED_POLARITY'
          FileName = '0'
          Lists = <>
        end
        object TRadioNode
          Name = 'Dynamic RX polarity'
          Description = 'Click here to enable dynamic RX polarity detection and reversal'
          DefineName = '_ETH_RX_DYNAMIC_POLARITY'
          FileName = '0'
          Lists = <>
        end
      end
      object TListNode
        Name = 'Rx address pointer'
        Description = 
          'Select dedicated RX data pointer.  User can select from 0 to 3 a' +
          'nd the selection must be unique across all peripherals.'
        DefineName = 'ETH_RX_ADDR_PTR'
        FileName = '0'
        Lists = <>
        Value = '0'
        ListName = 'ISR_ADDRSEL_LIST'
      end
      object TListNode
        Name = 'Tx address pointer'
        Description = 
          'Select dedicated TX data pointer. User can select from 0 to 3 an' +
          'd the selection must be unique across all peripherals.'
        DefineName = 'ETH_TX_ADDR_PTR'
        FileName = '0'
        Lists = <
          item
            List.Strings = (
              '0'
              '1'
              '2'
              '3')
            ListName = 'ISR_ADDRSEL_LIST'
          end>
        Value = '1'
        ListName = 'ISR_ADDRSEL_LIST'
      end
      object TListNode
        Name = 'RX Netpages'
        Description = 
          'Define the number of netpages allocated as RX buffer.'#13#10#13#10'Once de' +
          'fined, the defined number of netpages per instnace are pre-alloc' +
          'ated to form RX buffer. The total number of available netpages f' +
          'or IP2K will be reduced by this number. Care should be taken to ' +
          'balence the size of RX buffer and number of free netpages availa' +
          'ble to the application.'#13#10#13#10'Only 8, 16(default), 32 and 64 netpag' +
          'es can be selected as valid option.'
        DefineName = 'IPETHERNET_RX_NETPAGES'
        FileName = '0'
        Lists = <
          item
            List.Strings = (
              '8'
              '16'
              '32'
              '64')
            ListName = 'No. of Ethernet RX Netpages'
          end>
        Value = '8'
        ListName = 'No. of Ethernet RX Netpages'
      end
      object TListNode
        Name = 'TX Buffered Frames'
        Description = 
          'Define number of buffered TX frames in ISR.'#13#10#13#10'A defined number ' +
          'of TX frames can be buffered in ISR. So these buffered TX frames' +
          ' can be transmitted back-to-back without intervention from outsi' +
          'de of ipEthernet ISR. Higher number of TX buffers are needed for' +
          ' long ipEthernet polling intervals. HIgher number if TX buffer c' +
          'an also cost memory space with every TX frame buffer consuming 3' +
          '2 bytes od Data RAM space.'#13#10#13#10'Only 1, 2(default) or 4 frame buff' +
          'ers can be selected as valid option.'
        DefineName = 'IPETHERNET_TX_FRAMES'
        FileName = '0'
        Lists = <
          item
            List.Strings = (
              '1'
              '2'
              '4')
            ListName = 'No. of Ethernet TX Frames'
          end>
        Value = '2'
        ListName = 'No. of Ethernet TX Frames'
      end
      object TYesNoNode
        Name = 'Timing Compensation'
        Description = 
          'ipEthernet timing compensation.'#13#10#13#10'This chekcbox is to enable ti' +
          'ming compensation for IP2K silicon revision 2.3 and earlier.'#13#10#13#10 +
          'One on-chip timer is needed to apply timing compensation. Be car' +
          'eful when selecting timer  to avoid conflict usage of same timer' +
          ' among ipEthernet instances and ipOS timer selection.'
        DefineName = 'IPETHERNET_TIMING_COMP'
        FileName = '0'
        Lists = <>
        Value = True
        object TRadioNode
          Name = 'Timer 1'
          Description = 'Select timer 2 to support timing compensation'
          DefineName = 'IPETHERNET_TIMING_COMP_USE_TIMER1'
          FileName = '0'
          Lists = <>
        end
        object TRadioNode
          Name = 'Timer 2'
          Description = 'Select timer 2 to support timing compensation'
          DefineName = 'IPETHERNET_TIMING_COMP_USE_TIMER2'
          FileName = '0'
          Lists = <>
          Value = True
        end
      end
      object TInstanceNode
        Name = 'ipEthernet_1'
        FileName = '0'
        Lists = <>
        Value = 'eth0_'