private void PopulateWorkspace() { Model model = _workspace.Model; ViewSet views = _workspace.Views; model.Enterprise = new Enterprise("Some Enterprise"); Person user = model.AddPerson(Location.Internal, "User", ""); SoftwareSystem softwareSystem = model.AddSoftwareSystem(Location.Internal, "Software System", ""); user.Uses(softwareSystem, "Uses"); SoftwareSystem emailSystem = model.AddSoftwareSystem(Location.External, "E-mail System", ""); softwareSystem.Uses(emailSystem, "Sends e-mail using"); emailSystem.Delivers(user, "Delivers e-mails to"); Container webApplication = softwareSystem.AddContainer("Web Application", "", ""); Container database = softwareSystem.AddContainer("Database", "", ""); user.Uses(webApplication, "Uses", "HTTP"); webApplication.Uses(database, "Reads from and writes to", "JDBC"); webApplication.Uses(emailSystem, "Sends e-mail using"); Component controller = webApplication.AddComponent("SomeController", "", "Spring MVC Controller"); Component emailComponent = webApplication.AddComponent("EmailComponent", ""); Component repository = webApplication.AddComponent("SomeRepository", "", "Spring Data"); user.Uses(controller, "Uses", "HTTP"); controller.Uses(repository, "Uses"); controller.Uses(emailComponent, "Sends e-mail using"); repository.Uses(database, "Reads from and writes to", "JDBC"); emailComponent.Uses(emailSystem, "Sends e-mails using", "SMTP"); DeploymentNode webServer = model.AddDeploymentNode("Web Server", "A server hosted at AWS EC2.", "Ubuntu 12.04 LTS"); webServer.AddDeploymentNode("Apache Tomcat", "The live web server", "Apache Tomcat 8.x") .Add(webApplication); DeploymentNode databaseServer = model.AddDeploymentNode("Database Server", "A server hosted at AWS EC2.", "Ubuntu 12.04 LTS"); databaseServer.AddDeploymentNode("MySQL", "The live database server", "MySQL 5.5.x") .Add(database); EnterpriseContextView enterpriseContextView = views.CreateEnterpriseContextView("enterpriseContext", ""); enterpriseContextView.AddAllElements(); SystemContextView systemContextView = views.CreateSystemContextView(softwareSystem, "systemContext", ""); systemContextView.AddAllElements(); ContainerView containerView = views.CreateContainerView(softwareSystem, "containers", ""); containerView.AddAllElements(); ComponentView componentView = views.CreateComponentView(webApplication, "components", ""); componentView.AddAllElements(); DynamicView dynamicView = views.CreateDynamicView(webApplication, "dynamic", ""); dynamicView.Add(user, "Requests /something", controller); dynamicView.Add(controller, repository); dynamicView.Add(repository, "select * from something", database); DeploymentView deploymentView = views.CreateDeploymentView(softwareSystem, "deployment", ""); deploymentView.AddAllDeploymentNodes(); }
static void Main() { Workspace workspace = new Workspace("Widgets Limited", "Sells widgets to customers online."); Model model = workspace.Model; ViewSet views = workspace.Views; Styles styles = views.Configuration.Styles; model.Enterprise = new Enterprise("Widgets Limited"); Person customer = model.AddPerson(Location.External, "Customer", "A customer of Widgets Limited."); Person customerServiceUser = model.AddPerson(Location.Internal, "Customer Service Agent", "Deals with customer enquiries."); SoftwareSystem ecommerceSystem = model.AddSoftwareSystem(Location.Internal, "E-commerce System", "Allows customers to buy widgets online via the widgets.com website."); SoftwareSystem fulfilmentSystem = model.AddSoftwareSystem(Location.Internal, "Fulfilment System", "Responsible for processing and shipping of customer orders."); SoftwareSystem taxamo = model.AddSoftwareSystem(Location.External, "Taxamo", "Calculates local tax (for EU B2B customers) and acts as a front-end for Braintree Payments."); taxamo.Url = "https://www.taxamo.com"; SoftwareSystem braintreePayments = model.AddSoftwareSystem(Location.External, "Braintree Payments", "Processes credit card payments on behalf of Widgets Limited."); braintreePayments.Url = "https://www.braintreepayments.com"; SoftwareSystem jerseyPost = model.AddSoftwareSystem(Location.External, "Jersey Post", "Calculates worldwide shipping costs for packages."); model.People.Where(p => p.Location == Location.External).ToList().ForEach(p => p.AddTags(ExternalTag)); model.People.Where(p => p.Location == Location.Internal).ToList().ForEach(p => p.AddTags(InternalTag)); model.SoftwareSystems.Where(ss => ss.Location == Location.External).ToList().ForEach(ss => ss.AddTags(ExternalTag)); model.SoftwareSystems.Where(ss => ss.Location == Location.Internal).ToList().ForEach(ss => ss.AddTags(InternalTag)); customer.InteractsWith(customerServiceUser, "Asks questions to", "Telephone"); customerServiceUser.Uses(ecommerceSystem, "Looks up order information using"); customer.Uses(ecommerceSystem, "Places orders for widgets using"); ecommerceSystem.Uses(fulfilmentSystem, "Sends order information to"); fulfilmentSystem.Uses(jerseyPost, "Gets shipping charges from"); ecommerceSystem.Uses(taxamo, "Delegates credit card processing to"); taxamo.Uses(braintreePayments, "Uses for credit card processing"); EnterpriseContextView enterpriseContextView = views.CreateEnterpriseContextView("EnterpriseContext", "The enterprise context for Widgets Limited."); enterpriseContextView.AddAllElements(); SystemContextView ecommerceSystemContext = views.CreateSystemContextView(ecommerceSystem, "EcommerceSystemContext", "The system context diagram for the Widgets Limited e-commerce system."); ecommerceSystemContext.AddNearestNeighbours(ecommerceSystem); ecommerceSystemContext.Remove(customer.GetEfferentRelationshipWith(customerServiceUser)); SystemContextView fulfilmentSystemContext = views.CreateSystemContextView(fulfilmentSystem, "FulfilmentSystemContext", "The system context diagram for the Widgets Limited fulfilment system."); fulfilmentSystemContext.AddNearestNeighbours(fulfilmentSystem); DynamicView dynamicView = views.CreateDynamicView("CustomerSupportCall", "A high-level overview of the customer support call process."); dynamicView.Add(customer, customerServiceUser); dynamicView.Add(customerServiceUser, ecommerceSystem); StructurizrDocumentationTemplate template = new StructurizrDocumentationTemplate(workspace); template.AddSection("Enterprise Context", 1, Format.Markdown, "Here is some information about the Widgets Limited enterprise context... ![](embed:EnterpriseContext)"); template.AddContextSection(ecommerceSystem, Format.Markdown, "This is the context section for the E-commerce System... ![](embed:EcommerceSystemContext)"); template.AddContextSection(fulfilmentSystem, Format.Markdown, "This is the context section for the Fulfilment System... ![](embed:FulfilmentSystemContext)"); styles.Add(new ElementStyle(Tags.SoftwareSystem) { Shape = Shape.RoundedBox }); styles.Add(new ElementStyle(Tags.Person) { Shape = Shape.Person }); styles.Add(new ElementStyle(Tags.Element) { Color = "#ffffff" }); styles.Add(new ElementStyle(ExternalTag) { Background = "#EC5381", Border = Border.Dashed }); styles.Add(new ElementStyle(InternalTag) { Background = "#B60037" }); StructurizrClient structurizrClient = new StructurizrClient(ApiKey, ApiSecret); structurizrClient.PutWorkspace(WorkspaceId, workspace); }
public static Workspace Create() { Workspace workspace = new Workspace("Big Bank plc", "This is an example workspace to illustrate the key features of Structurizr, based around a fictional online banking system."); Model model = workspace.Model; ViewSet views = workspace.Views; model.Enterprise = new Enterprise("Big Bank plc"); // people and software systems Person customer = model.AddPerson(Location.External, "Personal Banking Customer", "A customer of the bank, with personal bank accounts."); SoftwareSystem internetBankingSystem = model.AddSoftwareSystem(Location.Internal, "Internet Banking System", "Allows customers to view information about their bank accounts, and make payments."); customer.Uses(internetBankingSystem, "Uses"); SoftwareSystem mainframeBankingSystem = model.AddSoftwareSystem(Location.Internal, "Mainframe Banking System", "Stores all of the core banking information about customers, accounts, transactions, etc."); mainframeBankingSystem.AddTags(ExistingSystemTag); internetBankingSystem.Uses(mainframeBankingSystem, "Uses"); SoftwareSystem emailSystem = model.AddSoftwareSystem(Location.Internal, "E-mail System", "The internal Microsoft Exchange e-mail system."); internetBankingSystem.Uses(emailSystem, "Sends e-mail using"); emailSystem.AddTags(ExistingSystemTag); emailSystem.Delivers(customer, "Sends e-mails to"); SoftwareSystem atm = model.AddSoftwareSystem(Location.Internal, "ATM", "Allows customers to withdraw cash."); atm.AddTags(ExistingSystemTag); atm.Uses(mainframeBankingSystem, "Uses"); customer.Uses(atm, "Withdraws cash using"); Person customerServiceStaff = model.AddPerson(Location.Internal, "Customer Service Staff", "Customer service staff within the bank."); customerServiceStaff.AddTags(BankStaffTag); customerServiceStaff.Uses(mainframeBankingSystem, "Uses"); customer.InteractsWith(customerServiceStaff, "Asks questions to", "Telephone"); Person backOfficeStaff = model.AddPerson(Location.Internal, "Back Office Staff", "Administration and support staff within the bank."); backOfficeStaff.AddTags(BankStaffTag); backOfficeStaff.Uses(mainframeBankingSystem, "Uses"); // containers Container singlePageApplication = internetBankingSystem.AddContainer("Single-Page Application", "Provides all of the Internet banking functionality to customers via their web browser.", "JavaScript and Angular"); singlePageApplication.AddTags(WebBrowserTag); Container mobileApp = internetBankingSystem.AddContainer("Mobile App", "Provides a limited subset of the Internet banking functionality to customers via their mobile device.", "Xamarin"); mobileApp.AddTags(MobileAppTag); Container webApplication = internetBankingSystem.AddContainer("Web Application", "Delivers the static content and the Internet banking single page application.", "Java and Spring MVC"); Container apiApplication = internetBankingSystem.AddContainer("API Application", "Provides Internet banking functionality via a JSON/HTTPS API.", "Java and Spring MVC"); Container database = internetBankingSystem.AddContainer("Database", "Stores user registration information, hashed authentication credentials, access logs, etc.", "Relational Database Schema"); database.AddTags(DatabaseTag); customer.Uses(webApplication, "Uses", "HTTPS"); customer.Uses(singlePageApplication, "Uses", ""); customer.Uses(mobileApp, "Uses", ""); webApplication.Uses(singlePageApplication, "Delivers to the customer's web browser", ""); apiApplication.Uses(database, "Reads from and writes to", "JDBC"); apiApplication.Uses(mainframeBankingSystem, "Uses", "XML/HTTPS"); apiApplication.Uses(emailSystem, "Sends e-mail using", "SMTP"); // components // - for a real-world software system, you would probably want to extract the components using // - static analysis/reflection rather than manually specifying them all Component signinController = apiApplication.AddComponent("Sign In Controller", "Allows users to sign in to the Internet Banking System.", "Spring MVC Rest Controller"); Component accountsSummaryController = apiApplication.AddComponent("Accounts Summary Controller", "Provides customers with a summary of their bank accounts.", "Spring MVC Rest Controller"); Component resetPasswordController = apiApplication.AddComponent("Reset Password Controller", "Allows users to reset their passwords with a single use URL.", "Spring MVC Rest Controller"); Component securityComponent = apiApplication.AddComponent("Security Component", "Provides functionality related to signing in, changing passwords, etc.", "Spring Bean"); Component mainframeBankingSystemFacade = apiApplication.AddComponent("Mainframe Banking System Facade", "A facade onto the mainframe banking system.", "Spring Bean"); Component emailComponent = apiApplication.AddComponent("E-mail Component", "Sends e-mails to users.", "Spring Bean"); apiApplication.Components.Where(c => "Spring MVC Rest Controller".Equals(c.Technology)).ToList().ForEach(c => singlePageApplication.Uses(c, "Makes API calls to", "JSON/HTTPS")); apiApplication.Components.Where(c => "Spring MVC Rest Controller".Equals(c.Technology)).ToList().ForEach(c => mobileApp.Uses(c, "Makes API calls to", "JSON/HTTPS")); signinController.Uses(securityComponent, "Uses"); accountsSummaryController.Uses(mainframeBankingSystemFacade, "Uses"); resetPasswordController.Uses(securityComponent, "Uses"); resetPasswordController.Uses(emailComponent, "Uses"); securityComponent.Uses(database, "Reads from and writes to", "JDBC"); mainframeBankingSystemFacade.Uses(mainframeBankingSystem, "Uses", "XML/HTTPS"); emailComponent.Uses(emailSystem, "Sends e-mail using"); model.AddImplicitRelationships(); // deployment nodes and container instances DeploymentNode developerLaptop = model.AddDeploymentNode("Development", "Developer Laptop", "A developer laptop.", "Microsoft Windows 10 or Apple macOS"); DeploymentNode apacheTomcat = developerLaptop.AddDeploymentNode("Docker Container - Web Server", "A Docker container.", "Docker") .AddDeploymentNode("Apache Tomcat", "An open source Java EE web server.", "Apache Tomcat 8.x", 1, DictionaryUtils.Create("Xmx=512M", "Xms=1024M", "Java Version=8")); apacheTomcat.Add(webApplication); apacheTomcat.Add(apiApplication); developerLaptop.AddDeploymentNode("Docker Container - Database Server", "A Docker container.", "Docker") .AddDeploymentNode("Database Server", "A development database.", "Oracle 12c") .Add(database); developerLaptop.AddDeploymentNode("Web Browser", "", "Chrome, Firefox, Safari, or Edge").Add(singlePageApplication); DeploymentNode customerMobileDevice = model.AddDeploymentNode("Live", "Customer's mobile device", "", "Apple iOS or Android"); customerMobileDevice.Add(mobileApp); DeploymentNode customerComputer = model.AddDeploymentNode("Live", "Customer's computer", "", "Microsoft Windows or Apple macOS"); customerComputer.AddDeploymentNode("Web Browser", "", "Chrome, Firefox, Safari, or Edge").Add(singlePageApplication); DeploymentNode bigBankDataCenter = model.AddDeploymentNode("Live", "Big Bank plc", "", "Big Bank plc data center"); DeploymentNode liveWebServer = bigBankDataCenter.AddDeploymentNode("bigbank-web***", "A web server residing in the web server farm, accessed via F5 BIG-IP LTMs.", "Ubuntu 16.04 LTS", 4, DictionaryUtils.Create("Location=London and Reading")); liveWebServer.AddDeploymentNode("Apache Tomcat", "An open source Java EE web server.", "Apache Tomcat 8.x", 1, DictionaryUtils.Create("Xmx=512M", "Xms=1024M", "Java Version=8")) .Add(webApplication); DeploymentNode liveApiServer = bigBankDataCenter.AddDeploymentNode("bigbank-api***", "A web server residing in the web server farm, accessed via F5 BIG-IP LTMs.", "Ubuntu 16.04 LTS", 8, DictionaryUtils.Create("Location=London and Reading")); liveApiServer.AddDeploymentNode("Apache Tomcat", "An open source Java EE web server.", "Apache Tomcat 8.x", 1, DictionaryUtils.Create("Xmx=512M", "Xms=1024M", "Java Version=8")) .Add(apiApplication); DeploymentNode primaryDatabaseServer = bigBankDataCenter.AddDeploymentNode("bigbank-db01", "The primary database server.", "Ubuntu 16.04 LTS", 1, DictionaryUtils.Create("Location=London")) .AddDeploymentNode("Oracle - Primary", "The primary, live database server.", "Oracle 12c"); primaryDatabaseServer.Add(database); DeploymentNode bigBankdb02 = bigBankDataCenter.AddDeploymentNode("bigbank-db02", "The secondary database server.", "Ubuntu 16.04 LTS", 1, DictionaryUtils.Create("Location=Reading")); bigBankdb02.AddTags(FailoverTag); DeploymentNode secondaryDatabaseServer = bigBankdb02.AddDeploymentNode("Oracle - Secondary", "A secondary, standby database server, used for failover purposes only.", "Oracle 12c"); secondaryDatabaseServer.AddTags(FailoverTag); ContainerInstance secondaryDatabase = secondaryDatabaseServer.Add(database); model.Relationships.Where(r => r.Destination.Equals(secondaryDatabase)).ToList().ForEach(r => r.AddTags(FailoverTag)); Relationship dataReplicationRelationship = primaryDatabaseServer.Uses(secondaryDatabaseServer, "Replicates data to", ""); secondaryDatabase.AddTags(FailoverTag); // views/diagrams SystemLandscapeView systemLandscapeView = views.CreateSystemLandscapeView("SystemLandscape", "The system landscape diagram for Big Bank plc."); systemLandscapeView.AddAllElements(); systemLandscapeView.PaperSize = PaperSize.A5_Landscape; SystemContextView systemContextView = views.CreateSystemContextView(internetBankingSystem, "SystemContext", "The system context diagram for the Internet Banking System."); systemContextView.EnterpriseBoundaryVisible = false; systemContextView.AddNearestNeighbours(internetBankingSystem); systemContextView.PaperSize = PaperSize.A5_Landscape; ContainerView containerView = views.CreateContainerView(internetBankingSystem, "Containers", "The container diagram for the Internet Banking System."); containerView.Add(customer); containerView.AddAllContainers(); containerView.Add(mainframeBankingSystem); containerView.Add(emailSystem); containerView.PaperSize = PaperSize.A5_Landscape; ComponentView componentView = views.CreateComponentView(apiApplication, "Components", "The component diagram for the API Application."); componentView.Add(mobileApp); componentView.Add(singlePageApplication); componentView.Add(database); componentView.AddAllComponents(); componentView.Add(mainframeBankingSystem); componentView.Add(emailSystem); componentView.PaperSize = PaperSize.A5_Landscape; systemLandscapeView.AddAnimation(internetBankingSystem, customer, mainframeBankingSystem, emailSystem); systemLandscapeView.AddAnimation(atm); systemLandscapeView.AddAnimation(customerServiceStaff, backOfficeStaff); systemContextView.AddAnimation(internetBankingSystem); systemContextView.AddAnimation(customer); systemContextView.AddAnimation(mainframeBankingSystem); systemContextView.AddAnimation(emailSystem); containerView.AddAnimation(customer, mainframeBankingSystem, emailSystem); containerView.AddAnimation(webApplication); containerView.AddAnimation(singlePageApplication); containerView.AddAnimation(mobileApp); containerView.AddAnimation(apiApplication); containerView.AddAnimation(database); componentView.AddAnimation(singlePageApplication, mobileApp); componentView.AddAnimation(signinController, securityComponent, database); componentView.AddAnimation(accountsSummaryController, mainframeBankingSystemFacade, mainframeBankingSystem); componentView.AddAnimation(resetPasswordController, emailComponent, database); // dynamic diagrams and deployment diagrams are not available with the Free Plan DynamicView dynamicView = views.CreateDynamicView(apiApplication, "SignIn", "Summarises how the sign in feature works in the single-page application."); dynamicView.Add(singlePageApplication, "Submits credentials to", signinController); dynamicView.Add(signinController, "Calls isAuthenticated() on", securityComponent); dynamicView.Add(securityComponent, "select * from users where username = ?", database); dynamicView.PaperSize = PaperSize.A5_Landscape; DeploymentView developmentDeploymentView = views.CreateDeploymentView(internetBankingSystem, "DevelopmentDeployment", "An example development deployment scenario for the Internet Banking System."); developmentDeploymentView.Environment = "Development"; developmentDeploymentView.Add(developerLaptop); developmentDeploymentView.PaperSize = PaperSize.A5_Landscape; DeploymentView liveDeploymentView = views.CreateDeploymentView(internetBankingSystem, "LiveDeployment", "An example live deployment scenario for the Internet Banking System."); liveDeploymentView.Environment = "Live"; liveDeploymentView.Add(bigBankDataCenter); liveDeploymentView.Add(customerMobileDevice); liveDeploymentView.Add(customerComputer); liveDeploymentView.Add(dataReplicationRelationship); liveDeploymentView.PaperSize = PaperSize.A5_Landscape; // colours, shapes and other diagram styling Styles styles = views.Configuration.Styles; styles.Add(new ElementStyle(Tags.SoftwareSystem) { Background = "#1168bd", Color = "#ffffff" }); styles.Add(new ElementStyle(Tags.Container) { Background = "#438dd5", Color = "#ffffff" }); styles.Add(new ElementStyle(Tags.Component) { Background = "#85bbf0", Color = "#000000" }); styles.Add(new ElementStyle(Tags.Person) { Background = "#08427b", Color = "#ffffff", Shape = Shape.Person, FontSize = 22 }); styles.Add(new ElementStyle(ExistingSystemTag) { Background = "#999999", Color = "#ffffff" }); styles.Add(new ElementStyle(BankStaffTag) { Background = "#999999", Color = "#ffffff" }); styles.Add(new ElementStyle(WebBrowserTag) { Shape = Shape.WebBrowser }); styles.Add(new ElementStyle(MobileAppTag) { Shape = Shape.MobileDeviceLandscape }); styles.Add(new ElementStyle(DatabaseTag) { Shape = Shape.Cylinder }); styles.Add(new ElementStyle(FailoverTag) { Opacity = 25 }); styles.Add(new RelationshipStyle(FailoverTag) { Opacity = 25, Position = 70 }); // documentation // - usually the documentation would be included from separate Markdown/AsciiDoc files, but this is just an example StructurizrDocumentationTemplate template = new StructurizrDocumentationTemplate(workspace); template.AddContextSection(internetBankingSystem, Format.Markdown, "Here is some context about the Internet Banking System...\n" + "![](embed:SystemLandscape)\n" + "![](embed:SystemContext)\n" + "### Internet Banking System\n...\n" + "### Mainframe Banking System\n...\n"); template.AddContainersSection(internetBankingSystem, Format.Markdown, "Here is some information about the containers within the Internet Banking System...\n" + "![](embed:Containers)\n" + "### Web Application\n...\n" + "### Database\n...\n"); template.AddComponentsSection(webApplication, Format.Markdown, "Here is some information about the API Application...\n" + "![](embed:Components)\n" + "### Sign in process\n" + "Here is some information about the Sign In Controller, including how the sign in process works...\n" + "![](embed:SignIn)"); template.AddDevelopmentEnvironmentSection(internetBankingSystem, Format.AsciiDoc, "Here is some information about how to set up a development environment for the Internet Banking System...\n" + "image::embed:DevelopmentDeployment[]"); template.AddDeploymentSection(internetBankingSystem, Format.AsciiDoc, "Here is some information about the live deployment environment for the Internet Banking System...\n" + "image::embed:LiveDeployment[]"); return(workspace); }
static void Main() { Workspace workspace = new Workspace("Microservices example", "An example of a microservices architecture, which includes asynchronous and parallel behaviour."); Model model = workspace.Model; SoftwareSystem mySoftwareSystem = model.AddSoftwareSystem("Customer Information System", "Stores information "); Person customer = model.AddPerson("Customer", "A customer"); Container customerApplication = mySoftwareSystem.AddContainer("Customer Application", "Allows customers to manage their profile.", "Angular"); Container customerService = mySoftwareSystem.AddContainer("Customer Service", "The point of access for customer information.", "Java and Spring Boot"); customerService.AddTags(MicroserviceTag); Container customerDatabase = mySoftwareSystem.AddContainer("Customer Database", "Stores customer information.", "Oracle 12c"); customerDatabase.AddTags(DataStoreTag); Container reportingService = mySoftwareSystem.AddContainer("Reporting Service", "Creates normalised data for reporting purposes.", "Ruby"); reportingService.AddTags(MicroserviceTag); Container reportingDatabase = mySoftwareSystem.AddContainer("Reporting Database", "Stores a normalised version of all business data for ad hoc reporting purposes.", "MySQL"); reportingDatabase.AddTags(DataStoreTag); Container auditService = mySoftwareSystem.AddContainer("Audit Service", "Provides organisation-wide auditing facilities.", "C# .NET"); auditService.AddTags(MicroserviceTag); Container auditStore = mySoftwareSystem.AddContainer("Audit Store", "Stores information about events that have happened.", "Event Store"); auditStore.AddTags(DataStoreTag); Container messageBus = mySoftwareSystem.AddContainer("Message Bus", "Transport for business events.", "RabbitMQ"); messageBus.AddTags(MessageBusTag); customer.Uses(customerApplication, "Uses"); customerApplication.Uses(customerService, "Updates customer information using", "JSON/HTTPS", InteractionStyle.Synchronous); customerService.Uses(messageBus, "Sends customer update events to", "", InteractionStyle.Asynchronous); customerService.Uses(customerDatabase, "Stores data in", "JDBC", InteractionStyle.Synchronous); customerService.Uses(customerApplication, "Sends events to", "WebSocket", InteractionStyle.Asynchronous); messageBus.Uses(reportingService, "Sends customer update events to", "", InteractionStyle.Asynchronous); messageBus.Uses(auditService, "Sends customer update events to", "", InteractionStyle.Asynchronous); reportingService.Uses(reportingDatabase, "Stores data in", "", InteractionStyle.Synchronous); auditService.Uses(auditStore, "Stores events in", "", InteractionStyle.Synchronous); ViewSet views = workspace.Views; ContainerView containerView = views.CreateContainerView(mySoftwareSystem, "Containers", null); containerView.AddAllElements(); DynamicView dynamicView = views.CreateDynamicView(mySoftwareSystem, "CustomerUpdateEvent", "This diagram shows what happens when a customer updates their details."); dynamicView.Add(customer, customerApplication); dynamicView.Add(customerApplication, customerService); dynamicView.Add(customerService, customerDatabase); dynamicView.Add(customerService, messageBus); dynamicView.StartParallelSequence(); dynamicView.Add(messageBus, reportingService); dynamicView.Add(reportingService, reportingDatabase); dynamicView.EndParallelSequence(); dynamicView.StartParallelSequence(); dynamicView.Add(messageBus, auditService); dynamicView.Add(auditService, auditStore); dynamicView.EndParallelSequence(); dynamicView.Add(customerService, "Confirms update to", customerApplication); Styles styles = views.Configuration.Styles; styles.Add(new ElementStyle(Tags.Element) { Color = "#000000" }); styles.Add(new ElementStyle(Tags.Person) { Background = "#ffbf00", Shape = Shape.Person }); styles.Add(new ElementStyle(Tags.Container) { Background = "#facc2E" }); styles.Add(new ElementStyle(MessageBusTag) { Width = 1600, Shape = Shape.Pipe }); styles.Add(new ElementStyle(MicroserviceTag) { Shape = Shape.Hexagon }); styles.Add(new ElementStyle(DataStoreTag) { Background = "#f5da81", Shape = Shape.Cylinder }); styles.Add(new RelationshipStyle(Tags.Relationship) { Routing = Routing.Orthogonal }); styles.Add(new RelationshipStyle(Tags.Asynchronous) { Dashed = true }); styles.Add(new RelationshipStyle(Tags.Synchronous) { Dashed = false }); StructurizrClient structurizrClient = new StructurizrClient(ApiKey, ApiSecret); structurizrClient.PutWorkspace(WorkspaceId, workspace); }
private static Workspace Create(bool usePaidFeatures) { Workspace workspace = new Workspace("Big Bank plc", "This is an example workspace to illustrate the key features of Structurizr, based around a fictional online banking system."); Model model = workspace.Model; ViewSet views = workspace.Views; model.Enterprise = new Enterprise("Big Bank plc"); // people and software systems Person customer = model.AddPerson(Location.External, "Customer", "A customer of the bank."); SoftwareSystem internetBankingSystem = model.AddSoftwareSystem(Location.Internal, "Internet Banking System", "Allows customers to view information about their bank accounts and make payments."); customer.Uses(internetBankingSystem, "Uses"); SoftwareSystem mainframeBankingSystem = model.AddSoftwareSystem(Location.Internal, "Mainframe Banking System", "Stores all of the core banking information about customers, accounts, transactions, etc."); internetBankingSystem.Uses(mainframeBankingSystem, "Uses"); SoftwareSystem atm = model.AddSoftwareSystem(Location.Internal, "ATM", "Allows customers to withdraw cash."); atm.Uses(mainframeBankingSystem, "Uses"); customer.Uses(atm, "Withdraws cash using"); Person bankStaff = model.AddPerson(Location.Internal, "Bank Staff", "Staff within the bank."); bankStaff.Uses(mainframeBankingSystem, "Uses"); // containers Container webApplication = internetBankingSystem.AddContainer("Web Application", "Provides all of the Internet banking functionality to customers.", "Java and Spring MVC"); Container database = internetBankingSystem.AddContainer("Database", "Stores interesting data.", "Relational Database Schema"); database.AddTags(DatabaseTag); customer.Uses(webApplication, "Uses", "HTTPS"); webApplication.Uses(database, "Reads from and writes to", "JDBC"); webApplication.Uses(mainframeBankingSystem, "Uses", "XML/HTTPS"); // components // - for a real-world software system, you would probably want to extract the components using // - static analysis/reflection rather than manually specifying them all Component homePageController = webApplication.AddComponent("Home Page Controller", "Serves up the home page.", "Spring MVC Controller"); Component signinController = webApplication.AddComponent("Sign In Controller", "Allows users to sign in to the Internet Banking System.", "Spring MVC Controller"); Component accountsSummaryController = webApplication.AddComponent("Accounts Summary Controller", "Provides customers with an summary of their bank accounts.", "Spring MVC Controller"); Component securityComponent = webApplication.AddComponent("Security Component", "Provides functionality related to signing in, changing passwords, etc.", "Spring Bean"); Component mainframeBankingSystemFacade = webApplication.AddComponent("Mainframe Banking System Facade", "A facade onto the mainframe banking system.", "Spring Bean"); webApplication.Components.Where(c => "Spring MVC Controller".Equals(c.Technology)).ToList().ForEach(c => customer.Uses(c, "Uses", "HTTPS")); signinController.Uses(securityComponent, "Uses"); accountsSummaryController.Uses(mainframeBankingSystemFacade, "Uses"); securityComponent.Uses(database, "Reads from and writes to", "JDBC"); mainframeBankingSystemFacade.Uses(mainframeBankingSystem, "Uses", "XML/HTTPS"); // deployment nodes and container instances DeploymentNode developerLaptop = model.AddDeploymentNode("Developer Laptop", "A developer laptop.", "Windows 7 or 10"); developerLaptop.AddDeploymentNode("Docker Container - Web Server", "A Docker container.", "Docker") .AddDeploymentNode("Apache Tomcat", "An open source Java EE web server.", "Apache Tomcat 8.x", 1, DictionaryUtils.Create("Xmx=512M", "Xms=1024M", "Java Version=8")) .Add(webApplication); developerLaptop.AddDeploymentNode("Docker Container - Database Server", "A Docker container.", "Docker") .AddDeploymentNode("Database Server", "A development database.", "Oracle 12c") .Add(database); DeploymentNode liveWebServer = model.AddDeploymentNode("bigbank-web***", "A web server residing in the web server farm, accessed via F5 BIG-IP LTMs.", "Ubuntu 16.04 LTS", 8, DictionaryUtils.Create("Location=London")); liveWebServer.AddDeploymentNode("Apache Tomcat", "An open source Java EE web server.", "Apache Tomcat 8.x", 1, DictionaryUtils.Create("Xmx=512M", "Xms=1024M", "Java Version=8")) .Add(webApplication); DeploymentNode primaryDatabaseServer = model.AddDeploymentNode("bigbank-db01", "The primary database server.", "Ubuntu 16.04 LTS", 1, DictionaryUtils.Create("Location=London")) .AddDeploymentNode("Oracle - Primary", "The primary, live database server.", "Oracle 12c"); primaryDatabaseServer.Add(database); DeploymentNode secondaryDatabaseServer = model.AddDeploymentNode("bigbank-db02", "The secondary database server.", "Ubuntu 16.04 LTS", 1, DictionaryUtils.Create("Location=Reading")) .AddDeploymentNode("Oracle - Secondary", "A secondary, standby database server, used for failover purposes only.", "Oracle 12c"); ContainerInstance secondaryDatabase = secondaryDatabaseServer.Add(database); model.Relationships.Where(r => r.Destination.Equals(secondaryDatabase)).ToList().ForEach(r => r.AddTags("Failover")); Relationship dataReplicationRelationship = primaryDatabaseServer.Uses(secondaryDatabaseServer, "Replicates data to", ""); secondaryDatabase.AddTags("Failover"); // views/diagrams EnterpriseContextView enterpriseContextView = views.CreateEnterpriseContextView("SystemLandscape", "The system landscape diagram for Big Bank plc."); enterpriseContextView.AddAllElements(); enterpriseContextView.PaperSize = PaperSize.A5_Landscape; SystemContextView systemContextView = views.CreateSystemContextView(internetBankingSystem, "SystemContext", "The system context diagram for the Internet Banking System."); systemContextView.AddNearestNeighbours(internetBankingSystem); systemContextView.PaperSize = PaperSize.A5_Landscape; ContainerView containerView = views.CreateContainerView(internetBankingSystem, "Containers", "The container diagram for the Internet Banking System."); containerView.Add(customer); containerView.AddAllContainers(); containerView.Add(mainframeBankingSystem); containerView.PaperSize = PaperSize.A5_Landscape; ComponentView componentView = views.CreateComponentView(webApplication, "Components", "The component diagram for the Web Application"); componentView.AddAllContainers(); componentView.AddAllComponents(); componentView.Add(customer); componentView.Add(mainframeBankingSystem); componentView.PaperSize = PaperSize.A5_Landscape; if (usePaidFeatures) { // dynamic diagrams, deployment diagrams and corporate branding are not available with the Free Plan DynamicView dynamicView = views.CreateDynamicView(webApplication, "SignIn", "Summarises how the sign in feature works."); dynamicView.Add(customer, "Requests /signin from", signinController); dynamicView.Add(customer, "Submits credentials to", signinController); dynamicView.Add(signinController, "Calls isAuthenticated() on", securityComponent); dynamicView.Add(securityComponent, "select * from users u where username = ?", database); dynamicView.PaperSize = PaperSize.A5_Landscape; DeploymentView developmentDeploymentView = views.CreateDeploymentView(internetBankingSystem, "DevelopmentDeployment", "An example development deployment scenario for the Internet Banking System."); developmentDeploymentView.Add(developerLaptop); developmentDeploymentView.PaperSize = PaperSize.A5_Landscape; DeploymentView liveDeploymentView = views.CreateDeploymentView(internetBankingSystem, "LiveDeployment", "An example live deployment scenario for the Internet Banking System."); liveDeploymentView.Add(liveWebServer); liveDeploymentView.Add(primaryDatabaseServer); liveDeploymentView.Add(secondaryDatabaseServer); liveDeploymentView.Add(dataReplicationRelationship); liveDeploymentView.PaperSize = PaperSize.A5_Landscape; } // colours, shapes and other diagram styling Styles styles = views.Configuration.Styles; styles.Add(new ElementStyle(Tags.Element) { Color = "#ffffff" }); styles.Add(new ElementStyle(Tags.SoftwareSystem) { Background = "#1168bd" }); styles.Add(new ElementStyle(Tags.Container) { Background = "#438dd5" }); styles.Add(new ElementStyle(Tags.Component) { Background = "#85bbf0", Color = "#000000" }); styles.Add(new ElementStyle(Tags.Person) { Background = "#08427b", Shape = Shape.Person }); styles.Add(new ElementStyle(DatabaseTag) { Shape = Shape.Cylinder }); styles.Add(new ElementStyle("Failover") { Opacity = 25 }); styles.Add(new RelationshipStyle("Failover") { Opacity = 25, Position = 70 }); // documentation // - usually the documentation would be included from separate Markdown/AsciiDoc files, but this is just an example StructurizrDocumentationTemplate template = new StructurizrDocumentationTemplate(workspace); template.AddContextSection(internetBankingSystem, Format.Markdown, "Here is some context about the Internet Banking System...\n" + "![](embed:EnterpriseContext)\n" + "![](embed:SystemContext)\n" + "### Internet Banking System\n...\n" + "### Mainframe Banking System\n...\n"); template.AddContainersSection(internetBankingSystem, Format.Markdown, "Here is some information about the containers within the Internet Banking System...\n" + "![](embed:Containers)\n" + "### Web Application\n...\n" + "### Database\n...\n"); template.AddComponentsSection(webApplication, Format.Markdown, "Here is some information about the Web Application...\n" + "![](embed:Components)\n" + "### Sign in process\n" + "Here is some information about the Sign In Controller, including how the sign in process works...\n" + "![](embed:SignIn)"); template.AddDevelopmentEnvironmentSection(internetBankingSystem, Format.AsciiDoc, "Here is some information about how to set up a development environment for the Internet Banking System...\n" + "image::embed:DevelopmentDeployment[]"); template.AddDeploymentSection(internetBankingSystem, Format.AsciiDoc, "Here is some information about the live deployment environment for the Internet Banking System...\n" + "image::embed:LiveDeployment[]"); return(workspace); }
static void Main(string[] args) { Workspace workspace = new Workspace("Contoso University", "A software architecture model of the Contoso University sample project."); Model model = workspace.Model; ViewSet views = workspace.Views; Styles styles = views.Configuration.Styles; Person universityStaff = model.AddPerson("University Staff", "A staff member of the Contoso University."); SoftwareSystem contosoUniversity = model.AddSoftwareSystem("Contoso University", "Allows staff to view and update student, course, and instructor information."); universityStaff.Uses(contosoUniversity, "uses"); // if the client-side of this application was richer (e.g. it was a single-page app), I would include the web browser // as a container (i.e. User --uses-> Web Browser --uses-> Web Application (backend for frontend) --uses-> Database) Container webApplication = contosoUniversity.AddContainer("Web Application", "Allows staff to view and update student, course, and instructor information.", "Microsoft ASP.NET MVC"); Container database = contosoUniversity.AddContainer("Database", "Stores information about students, courses and instructors", "Microsoft SQL Server Express LocalDB"); database.AddTags("Database"); universityStaff.Uses(webApplication, "Uses", "HTTPS"); webApplication.Uses(database, "Reads from and writes to"); DirectoryInfo directory = new DirectoryInfo(AssemblyLocation); foreach (FileInfo file in directory.EnumerateFiles()) { if (file.Extension == ".dll") { Assembly.LoadFrom(file.FullName); } } Type iController = Assembly.LoadFrom(Path.Combine(AssemblyLocation, "System.Web.Mvc.dll")).GetType("System.Web.Mvc.IController"); Type dbContext = Assembly.LoadFrom(Path.Combine(AssemblyLocation, "EntityFramework.dll")).GetType("System.Data.Entity.DbContext"); TypeMatcherComponentFinderStrategy typeMatcherComponentFinderStrategy = new TypeMatcherComponentFinderStrategy( new InterfaceImplementationTypeMatcher(iController, null, "ASP.NET MVC Controller"), new ExtendsClassTypeMatcher(dbContext, null, "Entity Framework DbContext") ); typeMatcherComponentFinderStrategy.AddSupportingTypesStrategy(new ReferencedTypesSupportingTypesStrategy(false)); ComponentFinder componentFinder = new ComponentFinder( webApplication, "ContosoUniversity", typeMatcherComponentFinderStrategy //new TypeSummaryComponentFinderStrategy(@"C:\Users\simon\ContosoUniversity\ContosoUniversity.sln", "ContosoUniversity") ); componentFinder.FindComponents(); // connect the user to the web MVC controllers webApplication.Components.ToList().FindAll(c => c.Technology == "ASP.NET MVC Controller").ForEach(c => universityStaff.Uses(c, "uses")); // connect all DbContext components to the database webApplication.Components.ToList().FindAll(c => c.Technology == "Entity Framework DbContext").ForEach(c => c.Uses(database, "Reads from and writes to")); // link the components to the source code foreach (Component component in webApplication.Components) { foreach (CodeElement codeElement in component.CodeElements) { if (codeElement.Url != null) { codeElement.Url = codeElement.Url.Replace(new Uri(@"C:\Users\simon\ContosoUniversity\").AbsoluteUri, "https://github.com/simonbrowndotje/ContosoUniversity/blob/master/"); codeElement.Url = codeElement.Url.Replace('\\', '/'); } } } // rather than creating a component model for the database, let's simply link to the DDL // (this is really just an example of linking an arbitrary element in the model to an external resource) database.Url = "https://github.com/simonbrowndotje/ContosoUniversity/tree/master/ContosoUniversity/Migrations"; SystemContextView contextView = views.CreateSystemContextView(contosoUniversity, "Context", "The system context view for the Contoso University system."); contextView.AddAllElements(); ContainerView containerView = views.CreateContainerView(contosoUniversity, "Containers", "The containers that make up the Contoso University system."); containerView.AddAllElements(); ComponentView componentView = views.CreateComponentView(webApplication, "Components", "The components inside the Contoso University web application."); componentView.AddAllElements(); // create an example dynamic view for a feature DynamicView dynamicView = views.CreateDynamicView(webApplication, "GetCoursesForDepartment", "A summary of the \"get courses for department\" feature."); Component courseController = webApplication.GetComponentWithName("CourseController"); Component schoolContext = webApplication.GetComponentWithName("SchoolContext"); dynamicView.Add(universityStaff, "Requests the list of courses from", courseController); dynamicView.Add(courseController, "Uses", schoolContext); dynamicView.Add(schoolContext, "Gets a list of courses from", database); // add some styling styles.Add(new ElementStyle(Tags.Person) { Background = "#0d4d4d", Color = "#ffffff", Shape = Shape.Person }); styles.Add(new ElementStyle(Tags.SoftwareSystem) { Background = "#003333", Color = "#ffffff" }); styles.Add(new ElementStyle(Tags.Container) { Background = "#226666", Color = "#ffffff" }); styles.Add(new ElementStyle("Database") { Shape = Shape.Cylinder }); styles.Add(new ElementStyle(Tags.Component) { Background = "#407f7f", Color = "#ffffff" }); StructurizrClient structurizrClient = new StructurizrClient(ApiKey, ApiSecret); structurizrClient.PutWorkspace(WorkspaceId, workspace); }
static void Main(string[] args) { // a Structurizr workspace is the wrapper for a software architecture model, views and documentation Workspace workspace = new Workspace("Supply Chain Planning", "Model of software systems used by Supply Chain Planning."); #region Model Model model = workspace.Model; #region Users Person scpUser = model.AddPerson(Location.Internal, "SCP User", "Modeller, Data Analyst or other users."); Person adminUser = model.AddPerson(Location.Internal, "Administrator", "SCP Administrators."); Person externalUser = model.AddPerson(Location.External, "External User", "Other users outside of SCP"); #endregion #region Software systems SoftwareSystem amsSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "AMS", "Assumption Management System\n\nStores and allows user to manage model versions and model inputs (assumptions)"); SoftwareSystem runsControllerSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "Runs Controller", "Executes model submissions and post-processing tasks and allows user to monitor and manage submissions"); SoftwareSystem modelOutputsStorageSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "Model Outputs Storage", "Databases and shared file system that stores outputs of model runs"); SoftwareSystem hangfireSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "Hangfire", "Recurring and background jobs processing\n\n" + "Executes long-running background tasks (like submission creation in Runs Controller) " + "and recurring tasks (like model outputs registration and retention policy)"); SoftwareSystem analyticalDataStoreSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "Analytical Data Store", "This includes all databases and other data stores that can be used as data sources for Spotfire or AMS"); SoftwareSystem spotfireSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "Spotfire", "TIBCO Spotfire dashboards visualize data (model outputs and other available data)"); SoftwareSystem externalDataSourcesSoftwareSystem = model.AddSoftwareSystem( Location.External, "External Data Source", "All other source of data external to SCP from which import data"); SoftwareSystem controlFrameworkSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "Control Framework", "Collection of configurable SSIS packages running as SQL jobs perfroming data-centric background and reccuring tasks"); SoftwareSystem p2cModelDevelopmentSoftwareSystem = model.AddSoftwareSystem( Location.Internal, "P2C Model Development", "Toolset for development and testing of P2C model"); #endregion #region Containers #region AMS Containers var amsLightswitchWebApplicationContainer = amsSoftwareSystem.AddContainer("LightSwitch Web Application", "Main navigation, browse and edit screens, shell for some custom JavaScript controls", "LightSwitch HTML Client (SPA), Knockout JS"); var amsAspNetMvcWebApplicationContainer = amsSoftwareSystem.AddContainer("MVC Web Application", "Dashboard, Type system versions, State Validation, Key Inputs, State Merging, Submission Progress", "ASP.NET MVC, Kendo UI, Knockout JS"); var amsApiApplicationContainer = amsSoftwareSystem.AddContainer("AMS API Application", "AMS back-end", "ASP.NET Web API, Entity Framework, LightSwitch Server"); var amsDatabaseContainer = amsSoftwareSystem.AddContainer("AMS Database", "Stores project hierarchy, assumptions, type system definition and other data managed by AMS", "MS SQL Server 2016"); var amsCacheContainer = amsSoftwareSystem.AddContainer("AMS Distributed Cache", "In-memory cache for frequently accessed and hard-to-read data; also used for messaging between Hangfire and AMS", "Redis, Windows Service"); #endregion #region Hangfire Containers var hangfireDashboardContainer = hangfireSoftwareSystem.AddContainer("Hangfire Dashboard", "User interface for Hangfire monitoring and management", "Web Application"); var hangfireServiceContainer = hangfireSoftwareSystem.AddContainer("Hangfire Windows Service", "Executes background tasks and recurrent jobs", ".Net Framework Windows Application, Shares code base with AMS API Application"); var hangfireDatabaseContainer = hangfireSoftwareSystem.AddContainer("Hangfire Database", "Stores hangfire jobs, results and other Hangfire data", "MS SQL Server 2016"); var hangfireMessageQueuesContainer = hangfireSoftwareSystem.AddContainer("Message Queues", "Queues for jobs to be executed by Hangfire", "Microsoft Message Queues"); #endregion #region Control Framework Containers var controlFrameworkDatabaseContainer = controlFrameworkSoftwareSystem.AddContainer("ControlFrameworkDB", "Control Framework database", "MS SQL Server 2016 database"); //var controlFrameworkJobs = #endregion #region Runs Controller Containers var rcDistributorContainer = runsControllerSoftwareSystem.AddContainer("Runs Controller Distributor", "Maintains package queue; distributes packages to clients; implements APIs for submission creation and portal", ".Net, C#, Windows Service"); var rcClientContainer = runsControllerSoftwareSystem.AddContainer("Runs Controller Client", "Executes packages", ".Net, C#, Windows Service"); var rcDatabaseContainer = runsControllerSoftwareSystem.AddContainer("Runs Controller Database", "Stores Runs Controller data", "SQL Server 2016 database"); var rcReportingAPIServiceContainer = runsControllerSoftwareSystem.AddContainer("RunsController Reporting API Service", "Provides APIs for reporting on Runs Controller data", "ASP.NET Core, Windows Service"); var rcCommandLineToolContainer = runsControllerSoftwareSystem.AddContainer("Runs Controller Command Line Tool", "Command Line interface to Runs Controller Distributor; allows for creation of Arena packages", ".Net, C#, console application"); var rcSubmissionToolContainer = runsControllerSoftwareSystem.AddContainer("Runs Controller Submission Tool", "The tools for creation of Arena submissions", "C# Windows Forms application, ClickOnce deployment"); var rcNotificationClientContainer = runsControllerSoftwareSystem.AddContainer("Runs Controller Notification Client", "Monitors user's submissions and displays notification when submission is finished", "C# Windows Forms application"); var rcPortalContainer = runsControllerSoftwareSystem.AddContainer("Runs Controller Portal", "Runs Controller user interface", "ASP.NET MVC web application"); #endregion #region Analytical Data Store Containers var adsDatabaseContainer = analyticalDataStoreSoftwareSystem.AddContainer("AnalyticalDataStore", "ADS database", "MS SQL Server 2016 database"); var actualsTimeSeriesDatabaseContainer = analyticalDataStoreSoftwareSystem.AddContainer("Actuals_TimeSeries", "Actuals Time Series database", "MS SQL Server 2016 database"); var projectDatabaseContainer = analyticalDataStoreSoftwareSystem.AddContainer("Project", "Project database", "MS SQL Server 2016 database"); var sckbDatabaseContainer = analyticalDataStoreSoftwareSystem.AddContainer("SCKBDatabase", "SCKB database", "MS SQL Server 2016 database"); var sckbReportingDatabaseContainer = analyticalDataStoreSoftwareSystem.AddContainer("SCKBReportingDB", "SCKB Reporting database", "MS SQL Server 2016 database"); #endregion #region Model Outputs Storage Containers var modelOutputsFileSharesContainer = modelOutputsStorageSoftwareSystem.AddContainer("Model Outputs File Shares", "Store model output files and post-processed data", "File Share"); var modelOutputsKpiDatabaseContainer = modelOutputsStorageSoftwareSystem.AddContainer("ModelOutputs_KPI", "Model Outputs KPI database", "MS SQL Server 2016 database"); var modelOutputsTimeSeriesDatabaseContainer = modelOutputsStorageSoftwareSystem.AddContainer("ModelOutputs_TimeSeries", "Model Outputs Time Series database", "MS SQL Server 2016 database"); var modelOutputsProcessDatabaseContainer = modelOutputsStorageSoftwareSystem.AddContainer("ModelOutputsProcess", "Model Outputs Process database", "MS SQL Server 2016 database"); #endregion #region Deployment Nodes var amsWebServer = model.AddDeploymentNode("IORPER-WEB01", "AMS Web Server", "Windows Server 2012 R2"); amsWebServer.Add(hangfireServiceContainer); amsWebServer.Add(hangfireMessageQueuesContainer); amsWebServer.Add(amsCacheContainer); var amsIis = amsWebServer.AddDeploymentNode("IIS", "Internet Information Services", "IIS 8.5"); amsIis.Add(amsApiApplicationContainer); amsIis.Add(amsLightswitchWebApplicationContainer); amsIis.Add(amsAspNetMvcWebApplicationContainer); amsIis.Add(hangfireDashboardContainer); var clusterNode1 = model.AddDeploymentNode("IORPER-C02SQ01", "Node 1 of the failover cluster", "Windows Server 2012 R2"); var node1databaseServer = clusterNode1.AddDeploymentNode("SQ2014SCAP01", "Database Server for Analytical Data Store", "SQL Server 2016"); node1databaseServer.Add(adsDatabaseContainer); node1databaseServer.Add(controlFrameworkDatabaseContainer); node1databaseServer.Add(actualsTimeSeriesDatabaseContainer); node1databaseServer.Add(modelOutputsKpiDatabaseContainer); node1databaseServer.Add(modelOutputsTimeSeriesDatabaseContainer); node1databaseServer.Add(modelOutputsProcessDatabaseContainer); node1databaseServer.Add(projectDatabaseContainer); node1databaseServer.Add(sckbDatabaseContainer); node1databaseServer.Add(sckbReportingDatabaseContainer); var clusterNode2 = model.AddDeploymentNode("IORPER-C02SQ02", "Node 2 of the failover cluster", "Windows Server 2012 R2"); var node2databaseServer = clusterNode2.AddDeploymentNode("SQ2014SCAP02", "Database Server for operational databases", "SQL Server 2016"); var amsDatabase = node2databaseServer.AddDeploymentNode("AMS", "AMS database - the dbo schema contains AMS tables and vies, hangfire schema contains Hangfire tables", "SQL Server Database"); amsDatabase.Add(amsDatabaseContainer); amsDatabase.Add(hangfireDatabaseContainer); var runsControllerDistributorServer = model.AddDeploymentNode("IOPL-S0044", "Runs Controller Distributor Server (alias UnityServer)", "Windows Server 2008 R2"); runsControllerDistributorServer.Add(rcDistributorContainer); node2databaseServer.Add(rcDatabaseContainer); var gen8processingClients = model.AddDeploymentNode("Gen8 Runs Controller clients servers (Arena and AnyLogic)", "Gen8 Runs Controller client servers (16 processing slots)", "Windows Server 2012 R2", 31); var gen8postProcessingClients = model.AddDeploymentNode("Gen8 Runs Controller clients server (post-processing)", "Gen8 Runs Controller client servers (1 processing slot)", "Windows Server 2012 R2", 1); var gen9processingClients = model.AddDeploymentNode("Gen9 Runs Controller clients servers (Arena and AnyLogic)", "Gen8 Runs Controller client servers (24 processing slots)", "Windows Server 2012 R2", 24); var gen9postProcessingClients = model.AddDeploymentNode("Gen9 Runs Controller clients server (post-processing)", "Gen8 Runs Controller client servers (2 processing slot)", "Windows Server 2012 R2", 2); gen8processingClients.Add(rcClientContainer); gen8postProcessingClients.Add(rcClientContainer); gen9processingClients.Add(rcClientContainer); gen9postProcessingClients.Add(rcClientContainer); #endregion #endregion #region Relationships (what uses what) scpUser.Uses(amsSoftwareSystem, "Manages model versions, model inputs and creates submissions"); scpUser.Uses(amsLightswitchWebApplicationContainer, "Manages model versions, model inputs and creates submissions"); scpUser.Uses(amsAspNetMvcWebApplicationContainer, "Uses specialized AMS screens"); scpUser.Uses(runsControllerSoftwareSystem, "Monitors and manages submissions"); scpUser.Uses(spotfireSoftwareSystem, "Uses dashboards to visualize and analyze data"); adminUser.Uses(amsSoftwareSystem, "Manages system settings and other protected data"); adminUser.Uses(amsLightswitchWebApplicationContainer, "Manages system settings and other protected data"); adminUser.Uses(runsControllerSoftwareSystem, "Manages Runs Controller setting (e.g. which clients are active)"); adminUser.Uses(hangfireSoftwareSystem, "Manages Hangfire settings; can restart failed jobs etc."); adminUser.Uses(hangfireDashboardContainer, "Manages Hangfire settings; can restart failed jobs etc."); externalUser.Uses(spotfireSoftwareSystem, "Uses public dashboards or outputs produced by project teams using Spotfire"); amsSoftwareSystem.Uses(runsControllerSoftwareSystem, "Fetches submission status"); amsSoftwareSystem.Uses(hangfireSoftwareSystem, "Triggers submission creation in Runs Controller"); amsSoftwareSystem.Uses(analyticalDataStoreSoftwareSystem, "Imports data from analytical data store that are used as model inputs (e.g. actual supply chain data)"); amsSoftwareSystem.Uses(controlFrameworkSoftwareSystem, "Provides user interface for Control Framework configuration; references Control Framework messages as model inputs"); controlFrameworkSoftwareSystem.Uses(analyticalDataStoreSoftwareSystem, "Imports (into) and transforms data"); controlFrameworkSoftwareSystem.Uses(externalDataSourcesSoftwareSystem, "Imports data (from)"); controlFrameworkSoftwareSystem.Uses(modelOutputsStorageSoftwareSystem, "Loads data to models outputs databases"); runsControllerSoftwareSystem.Uses(modelOutputsStorageSoftwareSystem, "Generates model outputs"); hangfireSoftwareSystem.Uses(modelOutputsStorageSoftwareSystem, "Registers created model outputs, applies retention policy"); hangfireSoftwareSystem.Uses(runsControllerSoftwareSystem, "Creates model submissions and post-processing submissions"); analyticalDataStoreSoftwareSystem.Uses(amsSoftwareSystem, "Has read-only access to AMS data (project hierarchy, object model, reference data and objects)"); analyticalDataStoreSoftwareSystem.Uses(externalDataSourcesSoftwareSystem, "Imports data from external systems."); spotfireSoftwareSystem.Uses(modelOutputsStorageSoftwareSystem, "Visualizes model outputs"); spotfireSoftwareSystem.Uses(analyticalDataStoreSoftwareSystem, "Visualizes other available data"); spotfireSoftwareSystem.Uses(runsControllerSoftwareSystem, "Reads submission details for environment performance dashboard"); p2cModelDevelopmentSoftwareSystem.Uses(amsSoftwareSystem, "Exports model versions"); amsLightswitchWebApplicationContainer.Uses(amsApiApplicationContainer, "Uses", "JSON/HTTP"); amsAspNetMvcWebApplicationContainer.Uses(amsApiApplicationContainer, "Uses", "JSON/HTTP"); amsApiApplicationContainer.Uses(amsDatabaseContainer, "Reads from and writes to", "ADO.Net"); amsApiApplicationContainer.Uses(amsCacheContainer, "Reads from, writes to and invalidates data in", "StackExchange.Redis client"); amsApiApplicationContainer.Uses(amsCacheContainer, "Subscribes to notifications from Hangfire", "Redis Pub/Sub"); hangfireServiceContainer.Uses(hangfireMessageQueuesContainer, "Processes queued jobs"); hangfireServiceContainer.Uses(hangfireDatabaseContainer, "Persists jobs data"); hangfireServiceContainer.Uses(amsCacheContainer, "Reads from, writes to and invalidates in", "StackExchange.Redis client"); hangfireServiceContainer.Uses(amsCacheContainer, "Publishes notifications for AMS", "Redis Pub/Sub"); hangfireServiceContainer.Uses(amsDatabaseContainer, "Reads from and writes to", "ADO.Net"); hangfireServiceContainer.Uses(modelOutputsFileSharesContainer, "Registers created model output files"); hangfireServiceContainer.Uses(modelOutputsFileSharesContainer, "Removes old model output files"); hangfireServiceContainer.Uses(modelOutputsKpiDatabaseContainer, "Removes old model outputs"); hangfireServiceContainer.Uses(modelOutputsTimeSeriesDatabaseContainer, "Removes old model outputs"); hangfireDashboardContainer.Uses(hangfireServiceContainer, "Provides user interface for"); amsApiApplicationContainer.Uses(hangfireMessageQueuesContainer, "Enqueues and schedules jobs using"); var failoverRelationship = clusterNode2.Uses(clusterNode1, "Failover to", "Windows Server Failover Cluster"); var failoverRelationshipReverse = clusterNode1.Uses(clusterNode2, "Failover to", "Windows Server Failover Cluster"); rcDistributorContainer.Uses(rcDatabaseContainer, "Reads from and writes to", "ADO.Net"); rcClientContainer.Uses(rcDistributorContainer, "Requests packages to execute; send package reports and changes in package status", "WCF, http"); rcPortalContainer.Uses(rcDistributorContainer, "Reads data to display from and sends requests to manage data to", "WCF, http"); scpUser.Uses(rcPortalContainer, "Manages submissions and packages"); hangfireServiceContainer.Uses(rcDistributorContainer, "Creates AnyLogic packages and submissions, creates post-processing packages and submissions", "WCF, http"); hangfireServiceContainer.Uses(rcReportingAPIServiceContainer, "Reads submission details to be cached in AMS and displayed in AMS", "http"); spotfireSoftwareSystem.Uses(rcReportingAPIServiceContainer, "Reads submission details to be displayed on the environment performance dashboard", "http"); amsApiApplicationContainer.Uses(rcDistributorContainer, "Updates Customer and Project details", "WCF, http"); rcCommandLineToolContainer.Uses(rcDistributorContainer, "Creates Arena packages and submissions, updates customer and project", "WCF, http"); rcSubmissionToolContainer.Uses(rcCommandLineToolContainer, "Uses it to creates Arena packages and submissions an to update customer and project"); rcNotificationClientContainer.Uses(rcDistributorContainer, "Subscribes to user's submission changes", "WCF, http"); rcReportingAPIServiceContainer.Uses(rcDatabaseContainer, "Reads persisted submission data", "ADO.Net"); rcReportingAPIServiceContainer.Uses(rcDistributorContainer, "Reads queue details", "WCF, http"); scpUser.Uses(rcNotificationClientContainer, "Gets notified when his submission is finished"); scpUser.Uses(rcSubmissionToolContainer, "Creates Arena submissions using"); rcClientContainer.Uses(modelOutputsFileSharesContainer, "Generates output files in"); p2cModelDevelopmentSoftwareSystem.Uses(amsApiApplicationContainer, "Exports model versions to"); #endregion #endregion #region Views (diagrams) // define some views (the diagrams you would like to see) ViewSet views = workspace.Views; #region Enterprise context EnterpriseContextView enterpriseContextView = views.CreateEnterpriseContextView("EnterpriseContext", "Enterprise Context diagram."); enterpriseContextView.PaperSize = PaperSize.A4_Landscape; enterpriseContextView.AddAllSoftwareSystems(); enterpriseContextView.AddAllPeople(); #endregion #region AMS System Context SystemContextView amsSystemContextView = views.CreateSystemContextView( amsSoftwareSystem, "AMSSystemContext", "AMS System Context diagram."); amsSystemContextView.AddNearestNeighbours(amsSoftwareSystem); amsSystemContextView.AddNearestNeighbours(hangfireSoftwareSystem); #endregion #region Runs Controller System Context SystemContextView runsControllerSystemContextView = views.CreateSystemContextView( runsControllerSoftwareSystem, "RunsControllerSystemContext", "RunsController System Context diagram."); runsControllerSystemContextView.AddNearestNeighbours(runsControllerSoftwareSystem); #endregion #region AMS Container Diagram var amsContainerView = views.CreateContainerView(amsSoftwareSystem, "AMSContainerDiagram", "AMS container diagram"); amsContainerView.AddAllContainers(); amsContainerView.Add(scpUser); amsContainerView.Add(adminUser); amsContainerView.Add(hangfireServiceContainer); amsContainerView.Add(hangfireMessageQueuesContainer); amsContainerView.Add(hangfireServiceContainer); amsContainerView.Add(p2cModelDevelopmentSoftwareSystem); #endregion #region Runs Controller Container Diagram var runsControllerContainerView = views.CreateContainerView(runsControllerSoftwareSystem, "RCContainerDiagram", "Runs Controller container diagram"); runsControllerContainerView.AddAllContainers(); runsControllerContainerView.Add(scpUser); runsControllerContainerView.Add(hangfireServiceContainer); runsControllerContainerView.Add(amsApiApplicationContainer); runsControllerContainerView.Add(spotfireSoftwareSystem); runsControllerContainerView.Add(modelOutputsFileSharesContainer); #endregion #region Hangfire Container Diagram var hangfireContainerView = views.CreateContainerView(hangfireSoftwareSystem, "HangfireContainerDiagram", "Hangfire container diagram"); hangfireContainerView.AddAllContainers(); hangfireContainerView.Add(adminUser); hangfireContainerView.Add(amsCacheContainer); hangfireContainerView.Add(amsDatabaseContainer); hangfireContainerView.Add(amsApiApplicationContainer); #endregion #region AMS Deployment Diagram var amsDeploymentView = views.CreateDeploymentView("AMSDeploymentDiagram", "AMS Deployment Diagram"); amsDeploymentView.Add(amsWebServer); amsDeploymentView.Add(clusterNode2); amsDeploymentView.Add(clusterNode1); amsDeploymentView.Add(failoverRelationship); amsDeploymentView.Add(failoverRelationshipReverse); #endregion #region Runs Controller Deployment Diagram var runsControllerDeploymentView = views.CreateDeploymentView("RunsControllerDeploymentDiagram", "Runs Controller Deployment Diagram"); runsControllerDeploymentView.Add(runsControllerDistributorServer); runsControllerDeploymentView.Add(gen8processingClients); runsControllerDeploymentView.Add(gen8postProcessingClients); runsControllerDeploymentView.Add(gen9processingClients); runsControllerDeploymentView.Add(gen9postProcessingClients); runsControllerDeploymentView.Add(clusterNode2); runsControllerDeploymentView.Add(clusterNode2); runsControllerDeploymentView.Add(clusterNode1); runsControllerDeploymentView.Add(failoverRelationship); runsControllerDeploymentView.Add(failoverRelationshipReverse); #endregion #region Submission creation workflow var submissionCreationWorkflow = views.CreateDynamicView("SubmissionWorkflow", "Submission creation workflow"); submissionCreationWorkflow.Add(p2cModelDevelopmentSoftwareSystem, "Exports new model version to AMS", amsSoftwareSystem); submissionCreationWorkflow.Add(scpUser, "Defines project, scenario, case and input state", amsSoftwareSystem); submissionCreationWorkflow.Add(scpUser, "Initiates creation of a new submission", amsSoftwareSystem); submissionCreationWorkflow.Add(amsSoftwareSystem, "Creates Hangfire job to create submission in Runs Controller", hangfireSoftwareSystem); submissionCreationWorkflow.Add(hangfireSoftwareSystem, "Creates submission in Runs Controller", runsControllerSoftwareSystem); submissionCreationWorkflow.Add(amsSoftwareSystem, "Receives submission creation notification from Hangfire through Redis", hangfireSoftwareSystem); submissionCreationWorkflow.Add(scpUser, "Receives on-screen notification about created submission", amsSoftwareSystem); #endregion #region Submission execution and post-processing var submissionExecutionWorkflow = views.CreateDynamicView("SubmissionExecutionWorkflow", "Submission execution workflow"); submissionExecutionWorkflow.Add(runsControllerSoftwareSystem, "Finished submission packages produce model outputs", modelOutputsStorageSoftwareSystem); submissionExecutionWorkflow.Add(hangfireSoftwareSystem, "Registers produced model outputs", modelOutputsStorageSoftwareSystem); submissionExecutionWorkflow.Add(hangfireSoftwareSystem, "Regularly checks submissions and creates post-processing submission", modelOutputsStorageSoftwareSystem); submissionExecutionWorkflow.Add(runsControllerSoftwareSystem, "Post-processing package produces post-processed model outputs", modelOutputsStorageSoftwareSystem); submissionExecutionWorkflow.Add(controlFrameworkSoftwareSystem, "Loads post-processed model outputs to database and archive", modelOutputsStorageSoftwareSystem); submissionExecutionWorkflow.Add(hangfireSoftwareSystem, "Performs post-load processing", modelOutputsStorageSoftwareSystem); submissionExecutionWorkflow.Add(spotfireSoftwareSystem, "Loaded post-processed outputs are available in Spotfire", modelOutputsStorageSoftwareSystem); #endregion #region Styles // add some styling Styles styles = views.Configuration.Styles; styles.Add(new ElementStyle(Tags.SoftwareSystem) { Background = "#1168bd", Color = "#ffffff" }); styles.Add(new ElementStyle(Tags.Person) { Background = "#08427b", Color = "#ffffff", Shape = Shape.Person }); // styles.Add(new RelationshipStyle(Tags.Relationship) {Routing = Routing.Orthogonal, Position = 30 }); #endregion #endregion #region Documentation // add some documentation StructurizrDocumentationTemplate template = new StructurizrDocumentationTemplate(workspace); var documentationFolderPath = Path.Combine(AppContext.BaseDirectory, "Documentation"); template.AddContextSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "Context.md"))); template.AddFunctionalOverviewSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "FunctionalOverview.md"))); template.AddDataSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "Data.md"))); template.AddPrinciplesSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "Principles.md"))); template.AddSoftwareArchitectureSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "SoftwareArchitecture.md"))); template.AddDeploymentSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "Deployment.md"))); template.AddOperationAndSupportSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "OperationAndSupport.md"))); template.AddInfrastructureArchitectureSection(amsSoftwareSystem, new FileInfo(Path.Combine(documentationFolderPath, "InfrastructureArchitecture.md"))); #endregion // documentation on documentation AddDocumentationDiagram(workspace, template); #region Upload; generate local DGML; generate local PlantUML // upload workspace to Structurizr (https://structurizr.com/) UploadWorkspaceToStructurizr(workspace); // Convert diagrams to DGML - dgml files can be opened using Visual Studio (extension is needed for VS 2017) var dgml = workspace.ToDgml(); dgml.WriteToFile("c4model.dgml"); // Convert diagrams to PlantUML format (http://plantuml.com/) StringWriter stringWriter = new StringWriter(); PlantUMLWriter plantUMLWriter = new PlantUMLWriter(); plantUMLWriter.Write(workspace, stringWriter); // content of the generated file can be visualized online (http://www.plantuml.com/plantuml/uml/) // or converted to image locally (using local PlantUML jar + Graphwiz or one of available VS Code extensions) File.WriteAllText("c4model_plant_UML.txt", stringWriter.ToString()); #endregion }