Crestron e-Schedule Spécifications

Crestron e-Schedule Programmer’s Guide Programmer's Guide Crestron e-Schedule Crestron Electronics, Inc.

Crestron e-Schedule Programmer’s Guide Configuring the e-Schedule Database Database Categories The e-Schedule Database Directory is divided into four

Crestron e-Schedule Programmer’s Guide Database Configuration Except where noted, all of the tables detailed in this section are located in the Micros

Crestron e-Schedule Programmer’s Guide Areas The following tables define locations, groups and rooms. NOTE: The system must have at least one locatio

Crestron e-Schedule Programmer’s Guide Programmer’s Guide e-Schedule – DOC. 5919 • 11 Example 2 – Locations, groups and rooms, with corresponding t

Crestron e-Schedule Programmer’s Guide Head End and Source Devices The following tables define the attributes of all the head end hardware, as well as

Crestron e-Schedule Programmer’s Guide Cfg_Hardware_LegalChannels Field Name Description ChannelId Each TV channel must be assigned a unique iden

Crestron e-Schedule Programmer’s Guide Cfg_Hardware_Source Field Name Description SrcID Each source device must be assigned a unique identifier, s

Crestron e-Schedule Programmer’s Guide RealTimeSrcStatus (Scheduler_Events.mdb) Field Name Description SrcId The ID number of the source, taken fro

Crestron e-Schedule Programmer’s Guide Programmer’s Guide e-Schedule – DOC. 5919 • 16 Example 4 (continued)

Crestron e-Schedule Programmer’s Guide Cfg_System_Variables Field Name Description GlobalSafeChannel The default television channel for the entire

Crestron e-Schedule Programmer’s Guide Contents System Overview 1 Product Description...

Crestron e-Schedule Programmer’s Guide RealTime_DstStatus (Scheduler_Events.mdb) Field Name Description SetTopBoxId The ID number of the set-top bo

Crestron e-Schedule Programmer’s Guide Signals Since the Real-Time Engine routes all signals, it is the reference point for input and output. Thus sig

Crestron e-Schedule Programmer’s Guide The following four tables can be used to change the labelling of the folders that are displayed in the e-Schedu

Crestron e-Schedule Programmer’s Guide Example 7 – Configuration of auto-start and global signals Programmer’s Guide e-Schedule – DOC. 5919 • 21

Crestron e-Schedule Programmer’s Guide Signal Macros Signal Macros are now implemented in e-Schedule v3.02. Signal Macros combine groups of individua

Crestron e-Schedule Programmer’s Guide Privileges User privileges have been greatly improved in version 3.02 and later. Following are the recommended

Crestron e-Schedule Programmer’s Guide Join Number Pass-Throughs The Cfg_Hardware_JoinNumPassThrus table defines ranges of join numbers that can be us

Crestron e-Schedule Programmer’s Guide Real-Time Engine (Scheduler.exe) After configuring the databases, it is necessary to launch the Real-Time Engin

Crestron e-Schedule Programmer’s Guide Setting Preferences File Paths Select Edit | Preferences to open the Preferences dialog box, which consists of

Crestron e-Schedule Programmer’s Guide Real Time Machine The Real Time Machine tab of the Preferences dialog box is used to specify IP Addresses and o

Crestron e-Schedule Programmer’s Guide System Overview Product Description Crestron e-Schedule is a Web-based software package for event scheduling a

Crestron e-Schedule Programmer’s Guide Connections The Current Connections area of the Connections tab lists the IP Addresses of all hardware devices

Crestron e-Schedule Programmer’s Guide Diagnostic Utilities The Configuration menu of the Real-Time Engine application window includes two options for

Crestron e-Schedule Programmer’s Guide Configuration The “Configuration Diagnostics” dialog box includes tabs for each component of the e-Schedule sy

Crestron e-Schedule Programmer’s Guide Programmer’s Guide e-Schedule – DOC. 5919 • 31

Crestron e-Schedule Programmer’s Guide e-Schedule Interface to Control Systems SIMPL Windows Programming The e-Schedule Documents directory contains

Crestron e-Schedule Programmer’s Guide Programmer’s Guide e-Schedule – DOC. 5919 • 33 Figure 1: Sample System RS-232Web Server/ CNX Gateway192.16

Crestron e-Schedule Programmer’s Guide Sample System Configuration As illustrated in Figure 1, the sample system consists of two e-Schedule computers

Crestron e-Schedule Programmer’s Guide software. An ActiveCNX Interface is considered an Ethernet "device," and therefore gets an IP ID and

Crestron e-Schedule Programmer’s Guide Since the CN-TVAV in Classroom 1 does not support Cresnet peripherals, the local touchpanel and CNECI-4 must be

Crestron e-Schedule Programmer’s Guide ActiveCNX Interface Definitions The definitions that are outlined in this section are contained in the Definiti

Crestron e-Schedule Programmer’s Guide The largest destination defined by e-Schedule is a location (i.e., Law School or Business School), a broad area

Crestron e-Schedule Programmer’s Guide dig o39 Mute: Sends feedback to the Web browser when a Mute button (defined in the room's control program)

Crestron e-Schedule Programmer’s Guide dig o61 – o62 Volume Up/Down: Sends feedback to the Web browser when a Volume Up or Volume Down button (defined

Crestron e-Schedule Programmer’s Guide dig o85 – o104 Transport controls for SourceA-SourceF devices. dig i85 – i104 Feedback of the specified source

Crestron e-Schedule Programmer’s Guide dig o105 – o124 Generic Transport Controls: Can be customized for specified SourceA – SourceF transport control

Crestron e-Schedule Programmer’s Guide dig o219 – o230 Numeric Keypad for doing a View Channel: Sends feedback to the Web browser when View Channel ke

Crestron e-Schedule Programmer’s Guide Analog Signals o3 Indicates to the Scheduler that a particular channel has been requested. i3 Sets the televi

Crestron e-Schedule Programmer’s Guide i28 Time and Date: Reissued every hour in the format HH:MM:SS\x20MN/DD/YYYY (The \x20 between SS and MN indica

Crestron e-Schedule Programmer’s Guide Source ActiveCNX Interface Digital Signals i21 – i40 Transport controls: Input from the Scheduler to activate

Crestron e-Schedule Programmer’s Guide i41 – i60 Generic Transport Controls: Can be customized for any transport controls that may not exist in the d

Crestron e-Schedule Programmer’s Guide Serial Signals i1 Source Name: The name of the source device (i.e., VCR-1), as entered into the configuration d

Crestron e-Schedule Programmer’s Guide NOTE: Crestron runs a demonstration e-Schedule program at http://www.escheduler.crestron-econtrol.com. To gain

Crestron e-Schedule Programmer’s Guide Switcher ActiveCNX Interface Digital Signals i1 Switcher TAKE: When high, triggers analog signals i1 and i2 to

Crestron e-Schedule Programmer’s Guide Software License Agreement This License Agreement (“Agreement”) is a legal contract between you (either an indi

Crestron e-Schedule Programmer’s Guide If You are a business or organization, You agree that upon request from Crestron or its authorized agent, You w

Crestron e-Schedule Programmer’s Guide Programmer’s Guide e-Schedule – DOC. 5919 • 51 Return and Warranty Policies Merchandise Returns / Repair Ser

Crestron e-Schedule Programmer’s Guide browser connections, plus two, and the Real-Time Engine would require licenses for all hardware devices with un

Crestron e-Schedule Programmer’s Guide Minimum System Requirements NOTE: If both the Web Server and Real-Time Engine are to be located on one comput

Crestron e-Schedule Programmer’s Guide System Connections 0,1 or more Cresnet-connected destinations 0

Crestron e-Schedule Programmer’s Guide Data Flow Browser Browser Browser Browser Web Server/ CNX Gateway Real-Time Engine/ CNX Gateway DatabasesSch