This is what an employee is usually looking for when they are in their time card.įR3: This one is minor but still would be very nice to have: add a pencil icon in the main view to add/edit notes. I don’t have a choice in using this app and I would die a little less inside each morning if it just remembered my login selections.įR2: In “my time card” please add a toggle switch like that places “hours worked” to the right of the “date” column (instead of off screen like it is now) Remember my selections for the logon details page. Whoever codes this app: please crud me bb. View list of employees with approved time off (if enabled)įor support please contact your timekeeping service provider.įR1: When I clock in I have to select from 50 departments and 40 different positions on the “enter info to login” page.View/approve/deny pending time-off requests (if enabled).Capture and view location information for employee mobile punches (if enabled).Simultaneously Clock In/Out multiple employees.Use your existing TimeWorksPlus credentials to login. This app is for companies who track time with TimeWorksPlus. Whether it’s employees punching in or supervisors reviewing and approving time-off requests, this is your mobile workforce companion. case Request.TimeWorksPlus mobile app is a timekeeping solution that simplifies how employers and employees track hours on-the-go. Then we’ll read the response content from the update web server and write it to the OTA module. If the requested file exists, we make a new OTA object to handle the update. The clock sets the SSID of the access point to "clock" and the password to "123456789". You can turn your IoT product into a Wi-Fi access point with a call to the static accessPoint function of the WiFi class. The next sections summarize how to use these features in your own projects. On restart, the SSID and password are loaded from preferences, a Wi-Fi connection is established, the clock fetches the current time, and then continuously displays the time. Once Wi-Fi is configured, the Wi-Fi credentials are saved as preferences. I used these capabilities for the clock to implement a web-browser-based interface for device configuration. The ESP32 can establish an access point with a known name and use mDNS to advertise an HTTP server hosted on the device, as done in the webConfigWifi example. I built a few clocks for remote friends and family, and I didn’t want them to have to change any code or use the command line to change the Wi-Fi settings. That is, to make it easy for the user to connect their clock to their home network without using a touch screen. The first challenge of the clock project was to simplify Wi-Fi configuration for the user. I had a few extra NeoPixels strands left over from my Christmas lights project, and I had an idea to use them to make a classic seven-segment display clock to give as a gift. The example code in this post comes from this project. I recently used these tools to make an ESP32-based clock. This article explains how I used some of the modules in the Moddable SDK to simplify Wi-Fi configuration, wirelessly reconfigure devices, and implement over-the-air (OTA) firmware updates. These IoT products should still be easy to re-configure and update after they are installed.įortunately, the Moddable SDK can also be used to build firmware for devices that don’t include a screen. Other IoT products only require interactive operation on rare occasions. For example, some IoT devices are installed in locations that aren’t easy to access. However, there are some devices that don’t need a screen. An IoT product that incorporates a well designed touchscreen interface is a joy to use. That might surprise you because a key feature of the Moddable SDK is the ability to add interactive, animated touch screens to IoT products. This article describes my work to build a classic LED style clock using the Moddable SDK.
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