The reason your code example fails to compile is that there is a mismatch between the return type of system_clock::now() and the type of variable you are trying to assign this to ( time_point). (In this post I will omit std::chrono:: qualifications for clarity. std::time_t now_c = std::chrono::system_clock::to_time_t(time_point) //does not compileĮrror: /usr/lib/gcc/x86_64-redhat-linux/4.7.2/././././include/c++/4.7.2/chrono: In instantiation of ‘constexpr std::chrono::time_point::time_point(const std::chrono::time_point&) ’:
However, I'm not even able to create a time_t based on my time_point(like the example). The only documentation I can find that prints a time_point is found here: Time_point = std::chrono::system_clock::now() The My Profile tab allows you to change your user information.I've created a time point, but I have been struggling to print it to the terminal.
Remember, this is a demo, reset hourly – feel free to try everything! The best way to learn about these features is to try them out. The Advanced Administration app provides direct links to all of the features accessible through the other tabs, as well as database and system management interfaces. If you’d like to search for concepts, some examples are: You can use the dictionary interface to either look at the pre-installed concept definitions, or you can use it to write your own. Simply put, this means that all patient readings, facts and observations are stored in a database, editable by the implementer, and not hard-coded into the database schema.
OpenMRS is built around an extensible concept framework. He selects a patient with an active visit, captures vitals, and returns to the prompt to find the next patient. In this example, a clerk at the front of the clinic is capturing vitals for patients. This application serves as an example of how a simple app can be created to repeatedly serve the same form to a user. If you start defining a new patient similar to an existing patient, you will see an alert notifying you that a similar patient already exists in the system. The form is designed to support keyboard navigation as easily as using the mouse. This application will allow you to create a new patient in the system. To fill out a vitals encounter form on a patient, click on the “Start Visit” action on the right to start a new visit, then click the “Capture Vitals” action on the right.” Some example patient names that you can search for are: After searching for a patient, you can click on his or her row to look at the patient’s dashboard it contains detailed patient information, including looking at records of clinical visits, demographic information, graphs and medical forms. The first search box on the screen will let you find and select a patient in the system.