Setup Center mit Setup Center Interface - 第37页

SIPLACE 3 Application program interface (API) description Ausgabe 05/2007 37 3.2 Definitions 3.2.1 Machine location definition SCI uses the definition of the SIPLACE station in terface to determine the locations of pl ac…

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3 Application program interface (API) description SIPLACE
Ausgabe 05/2007
36
Description of the properties 3
– SCI.AssemblyName: The name of the assembly, which contains the implementation of the SCI
interface
– SCI.Enabled: True means, that the interface is activated, false means deactivated.
– SCI.Host: The host name, which is used to publish the remoting object.
– SCI.Level: The filter level for messages, which are published via the MessagesReceived
event.
– SCI.MessageLineLength: The length of one line. By this property, the message line length can
be adapted to the client system. ‘-1’ means, that messages will be sent to the client unformat-
ted.
– SCI.PortSCI: The port number, which is used to publish the implementation of the ISetupCen-
ter remoting object.
– SCI.PortSCICallback: The port number, which is used to publish the implementation of the ISe-
tupCenterCallback remoting object.
– SCI.ServiceSCI: The service name, which is used to publish the implementation of the ISetup-
Center remoting object.
– SCI.ServiceSCICallback: The service name, which is used to publish the implementation of the
ISetupCenterCallback remoting object.
SIPLACE 3 Application program interface (API) description
Ausgabe 05/2007
37
3.2 Definitions
3.2.1 Machine location definition
SCI uses the definition of the SIPLACE station interface to determine the locations of placement
machines. The definition is shown in Figure 5 - placement machine with 1 processing area and
Figure 6 - placement machine with 2 processing areas: 3
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Fig. 3.11 - 1 Placement machine with 1 processing area
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3 Application program interface (API) description SIPLACE
Ausgabe 05/2007
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Fig. 3.11 - 2 Placement machine with 2 processing areas
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