* Update Tesla dependency and replace Poison with Jason
* Use new Tesla method to set headers
* Fix jason dependency definition
* Use list for Headers instead of a map
* Rollback to Poison because Jason does not support 'as:' option to decode to arbitrary struct
* Use new return signature from Tesla 1.0 in decode function
* catch error when a struct is given as second parameter to RequestBuilder.decode
* Update modules/openapi-generator/src/main/resources/elixir/request_builder.ex.mustache
Co-Authored-By: yknx4 <yknx.4.b@gmail.com>
* Update modules/openapi-generator/src/main/resources/elixir/request_builder.ex.mustache
Co-Authored-By: yknx4 <yknx.4.b@gmail.com>
* modify handing reserved keyword and set isEnum in local codegen to avoid conflict with other codegen
* update README mustache
* added object header and body mustache
* [dart] Fix authentication so all forms of Swagger 2.0 authentication work
* Run changes on petstore examples
* Amend dart2 generated README to cover basic authentication
* Amend dart2 generated README to cover authentication methods
* [dart] Fix authentication so all forms of Swagger 2.0 authentication work
* Run changes on petstore examples
* TypeScript: add typeRoots to tsconfig
This avoids typescript looking in parent directories to find type definitions. We don’t _need_ this behaviour from typescript, as this module is self-contained. If we don’t block this behaviour from typescript, and you put the generated source inside a project that already has a node_modules/@types directory, you can run into conflicts when some types require newer versions of TypeScript than is used by this module.
* Update petstore examples for all TypeScript variants
* 2nd attempt to make the automatic checkin testing work
* trying to submit the samples in hopes that the CI matches them and passes
* found some samples I hadn't updated. Maybe this is it?
For the following spec:
``` yaml
responses:
"200":
description: Pong.
content:
text/plain:
schema:
type: string
```
The generated client currently fails with `undefined response type`.
In this scenario, `v interface{}` is a string pointer which can be
populated regardless of the content-type.
* chore: add removing old files function to the scripts.
chore: add removing old files function to the scripts.
* docs: update by ./bin/go-gin-petstore-server.sh
* docs: update by ./bin/go-petstore-server.sh
* docs: update by ./bin/go-petstore-withxml.sh
* docs: update by ./bin/openapi3/go-petstore-server.sh
* docs: update by ./bin/security/go-petstore.sh
setting `customTestInstanceModule` will import typeclasses from the
specified module into tests/Instances.hs, to provide typeclass
instances for types not known by the generator
this property set using `--additional-properties`
example:
```
--additional-properties=customTestInstanceModule=CustomInstances
```
* [Kotlin Server Ktor] upgrade to stable version (1.1.3)
* [Kotlin Server Ktor] upgrade to stable version (1.1.3)
fix indentation
* [Kotlin Server Ktor] upgrade to stable version (1.1.3)
fix indentation
* add missing kotlin ktor in Server stubs list
* [Kotlin Server Ktor] upgrade to stable version (1.1.3)
fix compilation warnings
* The `ApiClient` will now have support to store and use HTTP Cookies (as APIKey auth).
* Use Cookie authentication for user management.
* - Updated Python related samples.
import mappings take the form of:
```
--import-mappings %DATATYPE%=%MODULE%
```
full example (with --type-mappings):
```
--type-mappings intstr.IntOrString=IntOrString
--import-mappings IntOrString=Kubernetes.CustomTypes
```
The import-mapped module will be an exposed module of the generated library.
The import mappings will be re-exported from ImportMappings, which itself is re-xported from Models.
Model.hs
```
module Kubernetes.Model (module Kubernetes.Model, module Kubernetes.ImportMappings) where
import Kubernetes.ImportMappings
```
ImportMappings.hs:
```
module Kubernetes.ImportMappings (module ImportMappings) where
import Kubernetes.CustomTypes as ImportMappings (IntOrString(..))
```
* [typescript-fetch] Support deep objects in query parameters
Support objects in query parameters as specified by the deepObject serialization style of OpenAPI 3:
`Object id = {"role": "admin", "firstName": "Alex"}` => `/users?id[role]=admin&id[firstName]=Alex`
Not supported due to ambiguity are arrays of objects (e.g. `person[name]=Alice&person[name]=Bob` could be an array of person objects with one name each, or one person object with an array property `name`).
* [typescript-fetch] Update sample files
* [typescript-fetch] URL-encode query parameter array elements
* [haskell-http-client] tests - in Arbitrary instances, reduce the size for non-primitive fields to prevent infinite recursion
* [haskell-http-client] tests - generate Nothing instead of (Just Null :: Maybe A.Value) to avoid roundtrip test errors
* add r petstore test
* run test in node 1
* fix r bash test
* fix typo
* fix permission error
* fix r installation error
* use diff r repo
* install latest r
* install curl
* use sudo for apt-get
* add no manual
* add sudo install
* better caching
* export env
* update lib location
* create lib dir
* update r lib dir
