![]() ![]() Replace the $appID with the appId from your JSON output. You'll use the objectId value when creating federated credentials with Graph API and reference it as the APPLICATION-OBJECT-ID.Ĭreate a service principal. Save the value to use as the AZURE_CLIENT_ID GitHub secret later. This command will output JSON with an appId that is your client-id. If you do not have an existing application, register a new Active Directory application and service principal that can access resources. Setting up OpenID Connect with GitHub Actions is more complex process that offers hardened security. OpenID Connect is an authentication method that uses short-lived tokens. The scope in the previous example is limited to the specific App Service app and not the entire resource group. It is always a good practice to grant minimum access. You'll access the secret within your workflow. Save your publish profile credential or service principal as a GitHub secret to authenticate with Azure. You can also authenticate with a service principal or Open ID Connect but the process requires more steps. The recommended way to authenticate with Azure App Services for GitHub Actions is with a publish profile. To do so, you will need to first generate deployment credentials. You can also deploy a workflow without using the Deployment Center. The workflow to build and deploy your app will start immediately. This will commit the workflow file to the repository. If the selections are correct, click Finish On the final screen, you can review your selections and preview the workflow file that will be committed to the repository.Be sure to review your branch protections before continuing. If the selected branch is protected, you can still continue to add the workflow file.Use the dropdowns to select your GitHub repository, branch, and application stack.Under Continuous Deployment (CI / CD), select GitHub.On the left side, click Deployment Center.Navigate to your webapp in the Azure portal.This will automatically generate a workflow file based on your application stack and commit it to your GitHub repository in the correct directory. You can quickly get started with GitHub Actions by using the App Service Deployment Center. Define a service principal or publish profile. This definition contains the various steps and parameters that make up the workflow.ġ. Python: Create a Python app in Azure App ServiceĪ workflow is defined by a YAML (.yml) file in the /.github/workflows/ path in your repository.Java: Create a Java app on Azure App Service.JavaScript: Create a Node.js web app in Azure App Service.ASP.NET: Create an ASP.NET Framework web app in Azure.NET: Create an ASP.NET Core web app in Azure An Azure account with an active subscription. ![]() Remove these declarations, and you can directly use these strings instead of the variables: self.Get started with GitHub Actions to automate your workflow and deploy to Azure App Service from GitHub. The following declarations are redundant: CLASS_NAME = 'NAME' Datetime module provides functions for easy and quick time comparisons. You should also store 'date' along with time. Instead of defining 16 time slots I would recommend you to use datetime module to create a list of time slots. Patient.patient_calendar = doctor.get_doctor_record()ĭef update_doctor_calendar(self,patient,doctor,time):ĭoctor.doctor_calendar = patient.get_patient_record()ĭ2 = Doctor("Alex", "Fergusson","General") " + patient.patient_calendar + "\n"ĭef update_patient_calendar(self,patient,doctor,time): Print "The patient " + patient.patient_name + " already has an appointment with Dr. If patient.patient_calendar.has_key(time): " + doctor.doctor_name + "\n"ĭef ispatientavailable(self,patient,time): " + doctor.doctor_name + " for patient " + patient.patient_calendar + "\n" Self.update_doctor_calendar(patient,doctor,time) Self.update_patient_calendar(patient,doctor,time) If self.isdoctoravailable(doctor,time) and self.ispatientavailable(patient,time): Self.doctor_name = self.f_name + " " + self.l_name ![]() Self.patient_id = self.f_name + self.l_name + ssnĭef _init_(self, f_name, l_name, speciality): Self.patient_name = self.f_name + " " + self.l_name One more feature I would like to know is: what kind of exception should I be raising instead of True or False? SLOT_1 = '8:00AM'ĬLASS_APPOINTMENT_INFO = 'APPOINTMENT_INFO'ĬLASS_PREV_APPOINTMENTS = 'PREVIOUS_APPOINTMENTS' I also want some idea on how to protect a patient record data from one doctor to another. I would like to know how to have a date-based calendar for this. It would be great if someone can review my code and suggest how I can improve it further. ![]() I am trying to implement a Doctor/patient scheduling system. ![]()
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