- #TN5250 FOR ANDROID INSTALL#
- #TN5250 FOR ANDROID ANDROID#
- #TN5250 FOR ANDROID BLUETOOTH#
- #TN5250 FOR ANDROID WINDOWS#
You can prompt the user for input up front or as you go.
Glink's macro feature minimizes the need for keyboard entry and is a very useful tool for automating logon or frequently used operations involving multiple interaction steps with the host. Physical keys and buttons can be mapped to macros, function keys and other keys. Tap the list icon to select the appropriate toolbar Multiple customized toolbars are available from a single or multiline toolbar. For numbers and characters, you can configure Glink to send Enter after the selected number/character Hotspots can be configured for function keys, numbers, characters and URLs. Zooming, scrolling, selection, focus, enabling/disabling of keyboard are implemented the same way as in the browser #TN5250 FOR ANDROID ANDROID#
Glink is compliant with the design guidelines for the Android devices.
#TN5250 FOR ANDROID BLUETOOTH#
support external Bluetooth keyboards and barcode scanners. support the built-in camera as a barcode scanner. support the Socket Mobile barcode scanners. support Panasonic Toughpad mobile computers and barcode scanner devices. support CipherLAB mobile computers and barcode scanner devices. 
support AML mobile computers and barcode scanner devices. support M3 Mobile mobile computers and barcode scanner devices. support Unitech mobile computers and barcode scanner devices. support Denso mobile computers and barcode scanner devices. support Datalogic mobile computers and barcode scanner devices. support Honeywell mobile computers and barcode scanner devices. support Zebra mobile computers and barcode scanner devices. support multiple host sessions running concurrently with in-app switching between the sessions. open an e-mail Client if you tap-and-hold a finger on an e-mail address. #TN5250 FOR ANDROID INSTALL#
provide you with reliable terminal emulation software that you install and administrate on the device using techniques that are standard for Android handheld devices. We have also included the popular and powerful macro feature that all Glink users know and appreciate #TN5250 FOR ANDROID WINDOWS#
have carefully ported decades of experience, as well as proven emulation and communication code, from Glink for Windows and Glink for iPad to Android. Mapping of physical keys and buttons, configurable hot spots for function keys, numbers, characters and URLs, and a configurable multi-line toolbar where you put frequently used operations, recorded as macros, and function keys makes Glink a very powerful tool. Glink can be configured to automatically connect at start-up. They can be any mix of terminal and print sessions, to the same or different hosts and applications. Glink allows you to have multiple concurrent host sessions. The IBM 5250 emulation, that is used to access applications running on IBM iSeries (AS/400) systems, supports Double Byte Character Sets (DBCS) like Chinese, Japanese and Korean and TN5250 Enhanced Auto Sign-On. For Bull mainframes, Glink offers the extremely efficient G&R/Ggate protocol in addition to TNVIP and Telnet. The VT emulation can be secured with SSH protocol. It uses standard TCP/IP protocols for communications with the host systems, and can secure all protocols with the use Secure Socket Layer (SSL/TLS) encryption. It includes terminal emulations for IBM mainframes, IBM AS400/iSeries, IBM AIX, UNIX, Linux and Bull servers. Glink for Android is an App for terminal emulation and communication with host systems. Enough beating around the bush, let me show you a very basic example of a client using for Android is a fast, efficient and highly functional terminal emulator for connecting Android tablets, smartphones, barcode scanners, mobile computers and Chrome devices to legacy business applications running on IBM, UNIX, AIX, Linux and Bull host systems. The NIO way is much more complex and I've only done a little bit of programming in the NIO way, so I'm relived that Android uses the old socket API. The old socket way was invented to mimic Unix sockets. The JRE only comes with two APIs for sockets. There are a ton of other socket APIs out there, but they are third party. Now if you are a Java programmer, then you'll know that there are two different ways of using sockets in the standard library provided by the JRE. So your basic Java socket program also applies to Android. Turns out, Android uses the standard API. So I thought that socket programming was going to be difficult for the Android platform.
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