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112 lines
6.3 KiB
XML
112 lines
6.3 KiB
XML
<?xml version="1.0" encoding="utf-8"?>
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<ConfigFile VendorName="Baumer" MajorVersion="2" MinorVersion="2" SubMinorVersion="0">
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<FileVersion>2.3.0.0</FileVersion>
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<Resend>
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<Version>1</Version>
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<Version1>
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<!--Set the maximum number of resend requests per packet (default 3)-->
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<MaxResendsPerPacket>3</MaxResendsPerPacket>
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<ResendRetryThreshold>20</ResendRetryThreshold>
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<ResendHostTimeout>1000</ResendHostTimeout>
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<ThroughputCalculationEntrys>25</ThroughputCalculationEntrys>
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<!--Set the maximum number of resend requests per image (default 500)-->
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<MaxResendsPerImage>500</MaxResendsPerImage>
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<!--Set the number of packets to wait before sending the first resend requests (default 0)-->
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<FirstResendWaitPackets>0</FirstResendWaitPackets>
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<!--Set the number of packets to wait before sending the first resend requests if the camera sends the data over two physical links (default 20)-->
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<FirstResendWaitPacketsDualLink>20</FirstResendWaitPacketsDualLink>
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<!--Set the time in ms to wait before sending the first resend requests (default 150)-->
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<FirstResendWaitTime>150</FirstResendWaitTime>
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<!--Set the number of packets to wait before sending the next resend requests (default 20)-->
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<NextResendWaitPackets>20</NextResendWaitPackets>
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<!--Set the number of packets to wait before sending the next resend requests if the camera sends the data over two physical links (default 20)-->
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<NextResendWaitPacketsDualLink>20</NextResendWaitPacketsDualLink>
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<!--Set the time in ms to wait before sending the next resend requests (default 100)-->
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<NextResendWaitTime>100</NextResendWaitTime>
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<!--Set socket read timeout, prevent cpu load, 0 not allowed and set to 1 (default 50)-->
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<SocketReadTimeout>100</SocketReadTimeout>
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<!--Packet dropper enable with 1, disable with 0(default 0)-->
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<PacketDropperEnable>0</PacketDropperEnable>
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</Version1>
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</Resend>
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<GVCP>
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<!--Set Timeout (in ms) and number of retries for control channel
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0 = the pending timeout register of camera is used for control channel timeout (default)
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1..60000 = timeout value
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-->
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<ControlChannelTimeout>0</ControlChannelTimeout>
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<!--The number of retries of commands on the control channel before the GigE Producer stops sending any further commands
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valid values: 0..4294967295 (0xffffffff)
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default value: 3
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-->
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<ControlChannelRetries>3</ControlChannelRetries>
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<!--After a failed command the control channel is locked, that means no further commands were transmitted. This feature controls this locking mechanism.
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valid values: 1 - the GigE Producer locks the control channel after a failing command. No further command were transmitted.
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0 - the GigE Producer doesn't lock the control channel after a failing command. All further commands were transmitted.
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default value: 1
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-->
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<UseControlChannelLocking>1</UseControlChannelLocking>
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<!--Set Timeout(in ms) and number of retries for asynchronous messages from the camera (if supported) -->
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<MessageChannelTimeout>100</MessageChannelTimeout>
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<MessageChannelRetries>2</MessageChannelRetries>
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</GVCP>
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<GEV>
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<!--Maximum packet size for GigE transmission. This value is used as upper limitation for
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automatic MTU (maximum transmission unit) detection. Set this value to 0 the MTU detection
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uses the preferred maximum of 9000. The smallest possible value is 576 and the highest value is 16380.
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If you set a value outside this range the preferred maximum of 9000 is used. (default 9000)
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-->
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<DeviceStreamChannelPacketSizeMax>9000</DeviceStreamChannelPacketSizeMax>
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<!--
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0 means enable automatic MTU (maximum transmission unit) detection. If you specify this value the
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MTU detection is disabled and the value DeviceStreamChannelPacketSizeMax is ignored.
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The specified value is used directly as packet size.
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The smallest possible value is 576 and the highest value is 16380. If you set a value outside the range
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the minimum packet size of 576 is used.
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-->
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<DeviceStreamChannelPacketSizeFix>0</DeviceStreamChannelPacketSizeFix>
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<!--
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This value controls the size of socket buffer for the control sockets. The memory is calculated by 2^n.
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The smallest possible value is 14 for 16384 bytes and the higest value is 26 for 67108864 bytes. If you
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set a value outside the range the minimum or maximum value is used.
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-->
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<ControlSocketBufferSize>21</ControlSocketBufferSize>
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<!--
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This value controls the size of socket buffer for the stream sockets. The memory is calculated by 2^n.
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The smallest possible value is 14 for 16384 bytes and the higest value is 26 for 67108864 bytes. If you
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set a value outside the range the minimum or maximum value is used.
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-->
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<StreamSocketBufferSize>25</StreamSocketBufferSize>
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<!--
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This value controls the size of socket buffer for the message sockets. The memory is calculated by 2^n.
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The smallest possible value is 14 for 16384 bytes and the higest value is 26 for 67108864 bytes. If you
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set a value outside the range the minimum or maximum value is used.
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-->
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<MessageStreamSocketBufferSize>21</MessageStreamSocketBufferSize>
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<!--
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This value controls the size of the filter driver packet queue. Choose a value between 10 and 100,000 or
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the defaut value of 5000 will be used.
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-->
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<FilterDriverBufferCount>5000</FilterDriverBufferCount>
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<!--
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This value controls the interval for sending packets on the stream channnel. This behavior is used to allow stream data to bypass firewalls.
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Setting this value to 0 will stop sending packets on the stream channel.
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-->
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<StreamChannelSendInterval>30</StreamChannelSendInterval>
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<!--
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This value controls the interval for sending packets on the message channnel. This behavior is used to allow event data to bypass firewalls.
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Setting this value to 0 will stop sending packets on the message channel.
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-->
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<MessageChannelSendInterval>30</MessageChannelSendInterval>
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</GEV>
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<SYSTEM>
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<IncreaseThreadPriority>0</IncreaseThreadPriority>
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<IncreasePriorityClass>0</IncreasePriorityClass>
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</SYSTEM>
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</ConfigFile>
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<!-- EOF -->
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