* Dropbox and iTunes syncing with desktop for connection, code page and keyboard settings * “Default” configuration allows easily adding new connections with preset defaults * Ability to change emulator settings without disconnecting * Very simple and easy-to-use user interface supports multiple connection profiles * Color settings for background, cursor, highlight, protected and unprotected fields * Support for background terminal sessions * PIN to secure application from unauthorized access * Auto connection, login and mainframe application startup when starting emulator * Macros allow multi-screen login and Enter/Fn key support * All 3278 keyboard function and data entry keys supported * Very complete emulation including APL line draw characters * Support for all standard and extended 32 terminals models 2-5 ![]() * Secure SSL and Telnet IBM access over WIFI, cellular and VPN networks The first commercial-grade desktop 3270 terminal emulator ported to iPad! TinyTERM is the only terminal emulator with a fully programmable custom keyboard. So simple to use, and nice graphics user interface. Very useful as so much costly everybody cannot afford it! But good news is it’s totally free so everyone can use it now. ![]() This is a small sized premium app and very costly can runs in iPad device. Users have complete control of displayed keyboard and application view in all orientations. Very easy to use for data entry in CICS and TSO environments, with support for auto-connect/login, macros, custom keyboards and 132 columns. TinyTERM ITX 3270 for iPad provides very exact secure SSL and Telnet wireless access to IBM hosts via TN3270 terminal emulation. This is a premium app cost $39.99 but now it’s totally FREE to download from iTunes Store under Business category. I’ve seen a lot of code from different companies I’ve worked at.TinyTERM ITX 3270 an App for iPad developed by Century Software, Inc. I have also seen a few open source projects on the web.Īnd a feature that I have seen in some of them, where no matter what build configuration you specify, the build gets written to the same place. If you build a 32 bit build of something it goes to c:/build/exe. If you build a 64 bit build of something it goes to c:/build/exe. If you build a Debug build of something it goes to c:/build/exe. If you build a Release build of something it goes to c:/build/exe.Īre you starting to notice a pattern here? No matter which configuration you choose, all build results go to the exact same folder. This can be easily solved using any build system by just a little bit of common sense and organization: This is an especially grievous type of sin committed by those of the lowest caste of programmers: The disorderly ones. If you build a 32 bit build of something it goes to c:/build/x32/*. If you build a 64 bit build of something it goes to c:/build/圆4/*. ![]() If you build a Debug, 32 bit build of something it goes to c:/build/x32/debug/*. If you build a Release 32 bit build of something it goes to c:/build/x32/release. If you build a Debug, 64 bit build of something it goes to c:/build/圆4/debug/*. If you build a Release 64 bit build of something it goes to c:/build/圆4/release.ĭifferent build configuration artifacts should be able to sit side by side without interfering with each other. You don’t want to have a mixed build where memory is allocated in a debug heap, and freed in an incorrect release heap.You don’t want half of your release build binaries to accidently have debug symbols in them (inflating their size). You absolutely have to keep your intermediate files separated from each other too.You don’t want crashes at runtime robbing developers of their time chasing down mysterious heisenbugs that they could have simply solved by having a consistent build.This corrupts memory at best and crashes at worst. This is the start of where subtle bugs can creep in. They won’t have to clean the build as often.Using an organization like this above makes a few things easier for the developer: So for example, here is a sample of what could be done for a project to keep source code, and artifacts highly organized: Thus intermediate files also need to be guarded too. Don’t have to clean the build as often.They can work all day long on a particular configuration and not interfere with other configurations. Just select a directory and hit the delete key.
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