(MMS) Client/Server - ALSTOM Signaling Inc.

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General Description1.6. CONTROL SYSTEMMMS supports the following control systems: VPI ® IIiVPIThe control system is generally comprised of: One Vital processor board that coordinates the Vital aspects of system operationUp to four non-vital processor boards. A non-vital processor board coordinatesnon-vital communications and handles non-vital I/O. Non-vital only controlsystems containing only non-vital processor boards are also feasible.1.6.1. VPI ® II/iVPI ApplicationVarious VPI ® II/iVPI boards contain user programming that is specifically developed forthe location where the system is installed. The programming for a particular board iscalled an application. Each application includes logic statements that control the board'sbehavior. Logic statements manipulate variables, which are memory locationscontaining some discrete piece of information such as the status of an I/O port or amessage bit. The most common logic statement is the Boolean equation, which logicallycombines the values of several variables to get a single True or False value and thenassigns that value to one or more results. Vital processor boards are capable ofprocessing only Boolean equations. Non-vital processor boards are also capable ofprocessing integer equations as well as more complex statements such as subroutinesand IF/ELSE.The application programming for a board is produced by compiling graphical or textbased input files using software tools contained in the Computer-Aided ApplicationProgramming Environment (CAAPE). The compile process of the CAAPE optionallyproduces a report file which includes, among other things, a symbol table mappingmemory locations to variable names and a logic section listing the logic statements inthe application. Report files for Vital processor applications have an "LVC" extension;report files for non-vital processor applications have an "LCS" extension.P2528, Rev. Aug/12 1–6 Alstom Signaling Inc.
General Description1.6.2. VPI Communication PortsBoards in the non-vital processor family produce diagnostic data that can be accessedthrough the MAC serial port by a series of menu-driven screens which can be displayedon a VT100 video terminal or an equivalent terminal emulator program.Note: The Client/Server version (v4.1.x) of MMS currently does not supportMAC serial port connection to non-vital boards. Use ALSDload, or anequivalent terminal emulator program, to make such connections.These boards can also produce real-time variable status data in a format compatiblewith MMS but is not directly displayable on a video terminal. MMS can also use anetwork diagnostic port for Data Log retrieval.The Vital processor board provides diagnostic information in a text-basedquery/response format that was originally meant for viewing with a hand held terminal.Newer versions of VPI ® II/iVPI system software also have a Vital Diagnostic Protocol(VDP) option that can route diagnostic information from the Vital processor boardthrough either a serial port, or through dual-ported random access memory (RAM) tothe non-vital processor board and displayed through the non-vital processor board'sdiagnostic screens.P2528, Rev. Aug/12 1–7 Alstom Signaling Inc.
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Page 14 and 15: TopicTABLE OF CONTENTS (CONT.)Page5
Page 16 and 17: LIST OF FIGURESDescriptionPageFigur
Page 18 and 19: DescriptionLIST OF TABLES (CONT.)Pa
Page 20 and 21: General Description1.4. REQUIREMENT
Page 22 and 23: General DescriptionTable 1-3. Gloss
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Page 32 and 33: Installation2.2. MMS SERVER INSTALL
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Page 66 and 67: MMS Client Main4.4. SECURITY LEVELS
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Page 72 and 73: MMS Editor5.3. CONFIGURE MMS EDITOR
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MMS EditorTable 5-4. Colors Tab Sub
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MMS EditorTable 5-6. Creating a New
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MMS EditorTable 5-6. Creating a New
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MMS EditorTable 5-7. Building the L
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MMS Editor5.6. IMPORT CAAPE DATAVPI
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MMS EditorTable 5-8. Importing CAAP
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MMS EditorSee Table 5-9 for CAAPE d
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MMS EditorTable 5-10. Linking VPI V
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MMS EditorTable 5-11. Adding MMS Da
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MMS Editor5.9. CREATE A SUMMARY REP
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MMS EditorTHIS PAGE INTENTIONALLY L
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MMS Client Runtime6.2. ACCESSING MM
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MMS Client RuntimeTable 6-2. MMS Ma
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MMS Client Runtime6.3.1.2. Settings
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MMS Client Runtime6.3.1.4. Control
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MMS Client Runtime6.3.2. Maintenanc
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MMS Client Runtime6.3.3. Applicatio
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MMS Client RuntimeTable 6-8. Applic
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MMS Client RuntimeTo access the Wat
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MMS Client RuntimeTo configure the
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MMS Client Runtime6.3.4. Log Manage
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MMS Client Runtime6.3.5. Configurat
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MMS Client Runtime6.3.6. Network St
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SymbolsTable 7-1. Overlay Track Sym
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Symbols7.2.2. Non-Coded TrackUse th
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Symbols7.2.3. Coded TrackUse this s
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SymbolsTable 7-8. Coded Track Symbo
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SymbolsTable 7-9. Switch Symbol Att
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Symbols7.4. LIGHT SYMBOLS7.4.1. Col
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SymbolsTable 7-14. Color Light Symb
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SymbolsTable 7-15. Position Light S
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Symbols7.4.3. Search LightsUse the
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SymbolsTable 7-20. Search Light Sym
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SymbolsTable 7-22. Semaphore Light
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Symbols7.5.2. Grade CrossingUse thi
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Symbols7.5.3. Remote/Local ControlU
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Symbols7.5.5. GenericUse this symbo
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SymbolsParameters - Controls:NoneTa
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Symbols7.5.8. Text BoxUse this symb
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VPI Port Configuration8.3. COMPILER
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MMS CommunicationStartQuery Log Rec
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