gtin-13 check digit calculator excel Figure 11-17 Direct-connect first-party call control in Software

Draw QR Code in Software Figure 11-17 Direct-connect first-party call control

Figure 11-17 Direct-connect first-party call control
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Figure 11-18 Direct-connect third-party call control
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1162 Direct-Connect Mapper Configurations
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If the telephone station or telephone station peripheral does not implement a standard CTI protocol, it may have appropriate mapper hardware or mapper code available; otherwise, the telephone station must be used in conjunction with API-specific adapter code or custom application software Direct-connect Mapper Hardware Figure 11-19 presents an example of a CTI system configuration involving a piece of directconnect mapper hardware This special hardware component (labeled "P") sits between a telephone station that employs a proprietary CTI protocol and a client computer that supports standard CTI protocols In this particular example, the mapper hardware supports CTI Protocol 3 and the telephone station's proprietary protocol and translates between the two
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Figure 11-19 Protocol mapper hardware configuration
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As shown here, a direct-connect hardware mapper is a miniature CTI server of sorts that can be installed between two otherwise incompatible CTI components The combination of the telephone station and the protocol mapper hardware is functionally equivalent
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to a single CT Plug & Play telephone station (except to those in the CT value chain that must obtain, install, and manage two components instead of one) In this example the hardware mapper is connected using a serial cable or bus to connect to each side, however both communication links need not be the same For example, the mapper hardware could be designed to connect to the telephone station using a serial link and to the client computer or PDA using infrared Direct-connect Mapper Code Figure 11-20 presents examples of proprietary mapper code being used in direct-connect configurations The telephone stations in these configurations implement a proprietary CTI protocol In order to establish a CTI session with them, each of the different client computers and PDAs must use a piece of mapper code (labeled "P") that corresponds to the proprietary protocol for the telephone stations being connected
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Figure 11-20 Direct-connect protocol mapper code configuration
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The disadvantage associated with mapper code is that it must be developed for every popular version of every popular operating system (eg, DOS, Mac OS, Newton OS, Pen Windows, Unix, Windows, Windows NT, etc) It also assumes that a given client product will actually have an operating system and a CTI client implementation11-13 that supports the installation of mappers
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11-13
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CTI client implementation CTI client implementations are CTI software components in the CTI software framework that is presented in 12
1163 Direct-Connect Media Access Configurations
Media access of some sort is quite common in direct-connect configurations because the communication link used for delivering the CTI session often can be shared easily for delivering a media services session as well CT Plug & Play Media Access Figure 11-21 shows a CTI configuration in which a telephone station provides access to a media service instance through its CTI interface The logical client in this example, a personal computer, is using standard CTI protocols for call control, etc After requesting media services binding, a media services session was formed over the same serial communication link used by the CTI session
Figure 11-21 Direct-connect CT Plug & Play media access configuration
Mapper Hardware Media Access In the system configurations presented in Figures 11-22 and 11-23 media access functionality has been added to the basic mapper hardware configuration previously presented in Figure 1119 In the example shown in Figure 11-22, the media service instance is in the telephone station and the telephone station's proprietary protocol mapper supports media access services using proprietary messages which are translated by the mapper In contrast, Figure 11-23 shows a case where the media service instance is actually in the mapper hardware itself In the latter case, mapper hardware has access to the isochronous media streams associated with the telephone station and is therefore able to provide the media services itself
Figure 11-22 Mapper hardware media access configuration
Figure 11-23 Mapper and media access hardware configuration
Mapper Code Media Access Figures 11-24 and 11-25 correspond to the mapper software versions of the mapper hardware examples shown in Figures 11-22 and 11-23 respectively In Figure 11-24 the telephone station provides the media service instance so the mapper code simply translates protocols appropriately
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