Heroku API

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

Package heroku is a client interface to the Heroku API. This package provides a complete interface to all of the Heroku Platform API v3 actions, and is almost entirely auto-generated based on the API's JSON Schema. The exceptions are the files heroku.go, heroku_test.go, and app_test.go, as well as the generator itself. All models are auto-generated by the Ruby script in gen/gen.rb. The client leverages Go's powerful net/http Client. That means that, out-of-the-box, it has keep-alive support and the ability to handle many concurrent requests from different goroutines. You should have at least some understanding of Heroku and its Platform API: https://devcenter.heroku.com/articles/platform-api-reference This package is targeted towards Go 1.2 or later, though it may work on earlier versions as well. Run `go get github.com/bgentry/heroku-go` to download, build, and install the package. To use the client, first add it to your Go file's imports list: Then create a Client object and make calls to it: That's it! Here is a more advanced example that also sets some options on the new app: Many of the Heroku Platform API actions have optional parameters. For example, when creating an app, you can either specify a custom name, or allow the API to choose a random haiku name for your app. Optional parameters in heroku-go are always provided to functions as a pointer to a struct, such as AppCreateOpts for the function AppCreate(). If you do not wish to set any optional parameters, simply provide a nil in place of the options struct, and the options will be omitted from the API request entirely. For any individual options that you don't want to set, simply leave them as nil, and they will be omitted from the API request. List Ranges & Sorting Results from the Heroku API are paginated. You can specify a field for sorting and adjust the maximum number of records returned by providing a ListRange to API calls that list objects: Note Field is required when setting any range options.

Package empire provides the core internal API to Empire. This provides a simple API for performing actions like creating applications, setting environment variables and performing deployments. Consumers of this API are usually in-process control layers, like the Heroku Platform API compatibility layer, and the GitHub Deployments integration, which can be found under the server package.

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

Package relax is a framework of pluggable components to build RESTful API's. It provides a thin layer over “net/http“ to serve resources, without imposing a rigid structure. It is meant to be used along “http.ServeMux“, but will work as a replacement as it implements “http.Handler“. The framework is divided into components: Encoding, Filters, Routing, Hypermedia and, Resources. These are the parts of a complete REST Service. All the components are designed to be pluggable (replaced) through interfaces by external packages. Relax provides enough built-in functionality to assemble a complete REST API. The system is based on Resource Oriented Architecture (ROA), and had some inspiration from Heroku's REST API.

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

+build heroku

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

Package heroku is a client interface to the Heroku API. This package provides a complete interface to all of the Heroku Platform API v3 actions, and is almost entirely auto-generated based on the API's JSON Schema. The exceptions are the files heroku.go, heroku_test.go, and app_test.go, as well as the generator itself. All models are auto-generated by the Ruby script in gen/gen.rb. The client leverages Go's powerful net/http Client. That means that, out-of-the-box, it has keep-alive support and the ability to handle many concurrent requests from different goroutines. You should have at least some understanding of Heroku and its Platform API: https://devcenter.heroku.com/articles/platform-api-reference This package is targeted towards Go 1.2 or later, though it may work on earlier versions as well. Run `go get github.com/ctrlaltdel121/heroku-go` to download, build, and install the package. To use the client, first add it to your Go file's imports list: Then create a Client object and make calls to it: That's it! Here is a more advanced example that also sets some options on the new app: Many of the Heroku Platform API actions have optional parameters. For example, when creating an app, you can either specify a custom name, or allow the API to choose a random haiku name for your app. Optional parameters in heroku-go are always provided to functions as a pointer to a struct, such as AppCreateOpts for the function AppCreate(). If you do not wish to set any optional parameters, simply provide a nil in place of the options struct, and the options will be omitted from the API request entirely. For any individual options that you don't want to set, simply leave them as nil, and they will be omitted from the API request. List Ranges & Sorting Results from the Heroku API are paginated. You can specify a field for sorting and adjust the maximum number of records returned by providing a ListRange to API calls that list objects: Note Field is required when setting any range options.

Package empire provides the core internal API to Empire. This provides a simple API for performing actions like creating applications, setting environment variables and performing deployments. Consumers of this API are usually in-process control layers, like the Heroku Platform API compatibility layer, and the GitHub Deployments integration, which can be found under the server package.

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

Package relax is a framework of pluggable components to build RESTful API's. It provides a thin layer over “net/http“ to serve resources, without imposing a rigid structure. It is meant to be used along “http.ServeMux“, but will work as a replacement as it implements “http.Handler“. The framework is divided into components: Encoding, Filters, Routing, Hypermedia and, Resources. These are the parts of a complete REST Service. All the components are designed to be pluggable (replaced) through interfaces by external packages. Relax provides enough built-in functionality to assemble a complete REST API. The system is based on Resource Oriented Architecture (ROA), and had some inspiration from Heroku's REST API. Example_basic creates a new service under path "/v1" and serves requests for the users resource.

Package roster This tiny service was built to manage rosters with very limited abilities. Check swagger.yml for more information. Tools, libraries and approaches were chosen with a focus on production readiness. There are some technical decisions made to bring more flexibility and scalability to the service. It may look overcomplicated, but there is extensibility and reliability behind the simplicity. There are no frameworks due to simple infrastructure. - MongoDB - chosen because it's easy to shard and has enough search engine power to fulfill service needs; - Swagger - perfectly describes REST APIs and can be used to generate server and client API-code in a single command; - JWT auth - used to secure changes via API. Used because it's a common choice for API auth. - Docker - used to satisfy requirements and build and run the service in isolated environment. Multistage build is made to make resulted image as small as possible. Can be used on any cloud environment or as a part of orchestration systems like k8s; - Heroku - chosen as a simplest hosting with CI/CD features because it is easy to setup and monitor. All core logic (request handlers) is covered with unit-tests. No need to check infrastructure and generated core, because it doesn't change so much, but really hard to test. DB and web layers are isolated. The service is ready to run as a standalone microservice in any environment, e.g. k8s. It is built with a closer look to 12-factor app principle, and can be easily integrated into 12-f infrastructure with small changes or additions. To run the service as a library you need to run the Run function. It handles termination, so no need to set extra context. To run from command-line just call

Package empire provides the core internal API to Empire. This provides a simple API for performing actions like creating applications, setting environment variables and performing deployments. Consumers of this API are usually in-process control layers, like the Heroku Platform API compatibility layer, and the GitHub Deployments integration, which can be found under the server package.

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

Package empire provides the core internal API to Empire. This provides a simple API for performing actions like creating applications, setting environment variables and performing deployments. Consumers of this API are usually in-process control layers, like the Heroku Platform API compatibility layer, and the GitHub Deployments integration, which can be found under the server package.

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.

Package relax is a framework of pluggable components to build RESTful API's. It provides a thin layer over “net/http“ to serve resources, without imposing a rigid structure. It is meant to be used along “http.ServeMux“, but will work as a replacement as it implements “http.Handler“. The framework is divided into components: Encoding, Filters, Routing, Hypermedia and, Resources. These are the parts of a complete REST Service. All the components are designed to be pluggable (replaced) through interfaces by external packages. Relax provides enough built-in functionality to assemble a complete REST API. The system is based on Resource Oriented Architecture (ROA), and had some inspiration from Heroku's REST API. Example_basic creates a new service under path "/v1" and serves requests for the users resource.

Package heroku is a client interface to the Heroku API. This package provides a complete interface to all of the Heroku Platform API v3 actions, and is almost entirely auto-generated based on the API's JSON Schema. The exceptions are the files heroku.go, heroku_test.go, and app_test.go, as well as the generator itself. All models are auto-generated by the Ruby script in gen/gen.rb. The client leverages Go's powerful net/http Client. That means that, out-of-the-box, it has keep-alive support and the ability to handle many concurrent requests from different goroutines. You should have at least some understanding of Heroku and its Platform API: https://devcenter.heroku.com/articles/platform-api-reference This package is targeted towards Go 1.2 or later, though it may work on earlier versions as well. Run `go get github.com/bgentry/heroku-go` to download, build, and install the package. To use the client, first add it to your Go file's imports list: Then create a Client object and make calls to it: That's it! Here is a more advanced example that also sets some options on the new app: Many of the Heroku Platform API actions have optional parameters. For example, when creating an app, you can either specify a custom name, or allow the API to choose a random haiku name for your app. Optional parameters in heroku-go are always provided to functions as a pointer to a struct, such as AppCreateOpts for the function AppCreate(). If you do not wish to set any optional parameters, simply provide a nil in place of the options struct, and the options will be omitted from the API request entirely. For any individual options that you don't want to set, simply leave them as nil, and they will be omitted from the API request. List Ranges & Sorting Results from the Heroku API are paginated. You can specify a field for sorting and adjust the maximum number of records returned by providing a ListRange to API calls that list objects: Note Field is required when setting any range options.

Generated service client for heroku API. To be able to interact with this API, you have to create a new service: The Service struct has all the methods you need to interact with heroku API.