gnostic | APIs described by the OpenAPI Specification | REST library
kandi X-RAY | gnostic Summary
kandi X-RAY | gnostic Summary
This repository contains a Go command line tool which converts JSON and YAML OpenAPI descriptions to and from equivalent Protocol Buffer representations. Protocol Buffers provide a language-neutral, platform-neutral, extensible mechanism for serializing structured data. gnostic's Protocol Buffer models for the OpenAPI Specification can be used to generate code that includes data structures with explicit fields for the elements of an OpenAPI description. This makes it possible for developers to work with OpenAPI descriptions in type-safe ways, which is particularly useful in strongly-typed languages like Go and Dart. gnostic reads OpenAPI descriptions into these generated data structures, reports errors, resolves internal dependencies, and writes the results in a binary form that can be used in any language that is supported by the Protocol Buffer tools. A plugin interface simplifies integration with API tools written in a variety of different languages, and when necessary, Protocol Buffer OpenAPI descriptions can be reexported as JSON or YAML. gnostic compilation code and OpenAPI Protocol Buffer models are automatically generated from an OpenAPI JSON Schema. Source code for the generator is in the generate-gnostic directory.
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Community Discussions
Trending Discussions on gnostic
QUESTION
Here is my go project's structure
ANSWER
Answered 2021-Apr-06 at 22:41You have to run go mod tidy.
Tidy makes sure go.mod matches the source code in the module. [...] It also adds any missing entries to go.sum and removes any unnecessary ones.
The reason why this might happen on debug and not happen on compile/build — depending on what you actually did before entering in debug mode, — might be:
- this bug
- or that the dependency with the bad sum was used only in testing, and
go buildignores files ending in_test.go
When compiling packages, build ignores files that end in '_test.go'.
QUESTION
I'm looking to get familiar with the Amazon Connect API. I've seen the reference below but it's difficult to use for me because the navigation is a flat, alphabetical list of endpoints ordered by action instead of resource. Of note, the endpoints are alphabetized beginning with "Delete", Get", "List", "Update" and others, while it would be great to have these grouped by resource.
I'd like to reorganize the docs which can be done by editing an OpenAPI or other API specification and adding tags for each operation. I looked though the reference and conducted a few searches unsuccessfully.
I'm using the following API Reference:
https://docs.aws.amazon.com/connect/latest/APIReference
Any other spec format such as RAML or a proprietary format would be okay as well. For example, Google provides their own "Google Discovery Format" which can be converted to OpenAPI. The following is mentioned at https://googleapis.github.io/ .
OpenAPI
We recommend using OpenAPI and OpenAPI-based tools for working with Google’s REST APIs. Several tools for converting Google Discovery Format to OpenAPI have been published:
- google-discovery-to-swagger, an MIT-licensed open source script for converting Google Discovery format into Swagger 2.0.
- API Spec Converter, an online converter from LucyBot.
- The API Transformer from APIMatic.
Google’s OpenAPI tools include gnostic, a front-end for OpenAPI tools that reads OpenAPI descriptions, puts them in an efficient binary representation, and allows efficient plugins and standalone tools to be easily written in any programming language with Protocol Buffer support.
Is there an OpenAPI or other spec available for this API? If there is, I'd like to update it with tags and then render it in an easier to consume format.
Update: Aossey notes that Amazon doesn't publish OpenAPI specs for their APIs. To address this, I've started to assemble some information in the repo below, potentially resulting in an OpenAPI spec. Feel free to contribute.
https://github.com/grokify/amazon-api-specs/blob/master/connect/endpoints.csv
...ANSWER
Answered 2021-Jan-26 at 01:34The short answer is no, there is no OpenAPI spec for these APIs.
These functions (listed in the docs you linked) are implemented in AWS SDK and the AWS CLI. While there are underlying HTTP endpoints, they are not easily consumable in the way you're most likely looking for. The SDK and CLI take care of authentication/authorization (via IAM service) and request signing for you, which you would have to implement yourself if you were going to leverage the endpoints directly.
QUESTION
I am working on a dynamic kubernetes informer to watch over my kubernetes cluster for events and the discovery of all kubernetes components.
But, When I am trying to access the KUBECONFIG via the InClusterConfig method, I am getting the following error:
ANSWER
Answered 2020-Nov-08 at 14:22First of all, thanks to @ShudiptaSharma. His comment helped me in figuring out that I was trying to get the cluster config from outside of the cluster which was leading the program on my local machine (127.0.0.1) from where I am not able to access the cluster.
Further, I tried to figure out how to access the cluster from outside the cluster and found that InClusterConfig is used for running inside cluster use case, when running outside the cluster, something like the following can be used:
QUESTION
Hi I was trying to read a PDF file online but after reading and writing on local. after viewing the document I am getting an error that content is not supported .
...ANSWER
Answered 2020-Jan-27 at 19:48 private static String readPdf() throws MalformedURLException, IOException {
URL url = new URL("https://colaboracion.dnp.gov.co/CDT/Sinergia/Documentos/Informe%20al%20Congreso%20Presidencia%202017_Baja_f.pdf");
BufferedReader read = new BufferedReader(
new InputStreamReader(url.openStream()));
String i;
StringBuilder stringBuilder = new StringBuilder();
while ((i = read.readLine()) != null) {
stringBuilder.append(i);
}
read.close();
return stringBuilder.toString();
}
QUESTION
import React from 'react'
import {withProvider} from './TProvider';
import ThreeCardMap from './ThreeCardMap';
const one = Math.floor(Math.random()*21 + 0);
const two = Math.floor(Math.random()*21 + 0);
const three = Math.floor(Math.random()*21 + 0);
const styles = {
color: 'black'
}
const ThreeCardDisp = (props) => {
let cardArray;
if (props.list.cards) {
props.list.cards.filter(list => list.value_int === one)
console.log(props.list.cards)
// props.list.cards = props.list.cards[one];
cardArray = props.list.cards.map((card) =>{return ()})
cardArray.filter(list => list.value_int === one )
}
console.log (cardArray);
return (
{props.list ?
Three Card Map
{cardArray} :
loading
}
)
}
export default withProvider(ThreeCardDisp)
ANSWER
Answered 2019-Mar-08 at 19:06.filter returns a new array instead of modifying the one you called it on. So the line
QUESTION
In compare to draft-07 it defines:
ANSWER
Answered 2018-Apr-18 at 18:43$ref is a JSON Reference. It's not part of the schema definition, instead it's part of the reference definition:
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install gnostic
Get this package by downloading it with git clone. git clone https://github.com/google/gnostic cd gnostic
Verify that you have a local installation of protoc. You can get protoc here.
Build gnostic with make. This uses go generate to build support code including code generated by protoc and the Go protoc plugin, which is automatically downloaded from github.com/golang/protobuf by the COMPILE-PROTOS.sh script. This also builds all plugins and associated tools in this repo.
Verify gnostic with make test. These tests are run by gnostic's continuous integration, so you should expect them to pass for all release versions.
Run gnostic. This sample invocation creates a file in the current directory named petstore.pb that contains a binary Protocol Buffer description of a sample API. gnostic --pb-out=. examples/v2.0/json/petstore.json
You can also compile files that you specify with a URL. Here's another way to compile the previous example. This time we're creating petstore.text, which contains a textual representation of the Protocol Buffer description. This is mainly for use in testing and debugging. gnostic --text-out=petstore.text https://raw.githubusercontent.com/google/gnostic/master/examples/v2.0/json/petstore.json
For a sample application, see apps/report. This reads a binary Protocol Buffer encoding created by gnostic. go install ./apps/report ## automatically installed by the top-level Makefile report petstore.pb
gnostic also supports plugins. gnostic's plugin interface is modeled on protoc's plugin.proto and is described in plugins/plugin.proto. Several plugins are implemented in the plugins directory. Others, like gnostic-grpc and gnostic-go-generator, are published in their own repositories. One such plugin is gnostic-vocabulary, which produces a summary of the word usage in an APIs interfaces. You can run gnostic-vocabulary with the following: gnostic examples/v2.0/json/petstore.json --vocabulary_out=. This will produce files named vocabulary.pb and vocabulary.json in examples/v2.0/json. For the format of vocabulary.pb, see metrics/vocabulary.proto.
[Optional] A large part of gnostic is automatically-generated by the generate-gnostic tool. This uses JSON schemas to generate Protocol Buffer language files that describe supported API specification formats and Go-language files of code that will read JSON or YAML API descriptions into the generated protocol buffer models. Pre-generated versions of these files are checked into the openapiv2, openapiv3, and discovery directories. You can regenerate this code with the following: go install ./generate-gnostic generate-gnostic --v2 generate-gnostic --v3 generate-gnostic --discovery
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