Difference between revisions of "DCERouter"
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Normally DCE Devices run separately from the router. Since they communicate over a socket, they can be on the same computer, or another computer with an internet connection. A DCE Device can also be run in the DCE Router's memory space. These devices are called plug-ins. However, they are really identical to the other DCE Devices. In fact, all DCE Devices come with 2 projects/Makefiles--1 to run as a normal, external DCE Device, and 1 to run as a plug-in. Of course, running as a plug-in is much more dangerous since it is in the same memory space and can therefore crash the whole router, and bring the whole LinuxMCE system down. Therefore it is encourages to run devices as plug-ins only when necessary because the device needs to be able to intercept messages that may not be directed to it. Since all the plug-ins run in the same memory space, they have access to the actual class pointers for the other plug-ins, and can therefore efficiently share data and call each other's functions. To make your DCE Device a plug-in, just check the "Is Plug-in" box when defining the device in the "Device Template" section of the configuration web site. Then compile it using the DLL-version of the project under Windows, or the so (for shared object) switch on the Makefile under Linux. | Normally DCE Devices run separately from the router. Since they communicate over a socket, they can be on the same computer, or another computer with an internet connection. A DCE Device can also be run in the DCE Router's memory space. These devices are called plug-ins. However, they are really identical to the other DCE Devices. In fact, all DCE Devices come with 2 projects/Makefiles--1 to run as a normal, external DCE Device, and 1 to run as a plug-in. Of course, running as a plug-in is much more dangerous since it is in the same memory space and can therefore crash the whole router, and bring the whole LinuxMCE system down. Therefore it is encourages to run devices as plug-ins only when necessary because the device needs to be able to intercept messages that may not be directed to it. Since all the plug-ins run in the same memory space, they have access to the actual class pointers for the other plug-ins, and can therefore efficiently share data and call each other's functions. To make your DCE Device a plug-in, just check the "Is Plug-in" box when defining the device in the "Device Template" section of the configuration web site. Then compile it using the DLL-version of the project under Windows, or the so (for shared object) switch on the Makefile under Linux. | ||
| − | + | =Programmer's Guide= | |
<pre>Router, v.2.0.0.44.0709022200 | <pre>Router, v.2.0.0.44.0709022200 | ||
Revision as of 01:25, 22 January 2008
DCERouter has no options or user interface, so there is no documentation for users--only technical documentation.
DCERouter is the central piece of software that all LinuxMCE DCE Devices for documentation on the DCE socket-based messaging protocol
Normally DCE Devices run separately from the router. Since they communicate over a socket, they can be on the same computer, or another computer with an internet connection. A DCE Device can also be run in the DCE Router's memory space. These devices are called plug-ins. However, they are really identical to the other DCE Devices. In fact, all DCE Devices come with 2 projects/Makefiles--1 to run as a normal, external DCE Device, and 1 to run as a plug-in. Of course, running as a plug-in is much more dangerous since it is in the same memory space and can therefore crash the whole router, and bring the whole LinuxMCE system down. Therefore it is encourages to run devices as plug-ins only when necessary because the device needs to be able to intercept messages that may not be directed to it. Since all the plug-ins run in the same memory space, they have access to the actual class pointers for the other plug-ins, and can therefore efficiently share data and call each other's functions. To make your DCE Device a plug-in, just check the "Is Plug-in" box when defining the device in the "Device Template" section of the configuration web site. Then compile it using the DLL-version of the project under Windows, or the so (for shared object) switch on the Makefile under Linux.
Programmer's Guide
Router, v.2.0.0.44.0709022200 Usage: Router [-i installation] [-d device] [-h hostname] [-u username] [-p password] [-D database] [-P mysql port] [-t tcp/ip port to listen on] [-f Base Path][-l Logger] -h hostname -- address or DNS of database host, default is `dcerouter` -u username -- username for database connection -p password -- password for database connection, default is `` (empty) -D database -- database name -P port -- port for database connection, default is 3306 -f base path -- device requests for files will be relative to this path -l logger -- where to put the log
