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diff --git a/test/schema_test.exs b/test/schema_test.exs
index 6a82b78..6f2f258 100644
--- a/test/schema_test.exs
+++ b/test/schema_test.exs
@@ -1,419 +1,421 @@
defmodule OpenApiSpex.SchemaTest do
use ExUnit.Case
alias OpenApiSpex.Schema
alias OpenApiSpexTest.{ApiSpec, Schemas}
import OpenApiSpex.Test.Assertions
doctest Schema
+ describe "schema/1" do
+ test "EntityWithDict Schema example matches schema" do
+ api_spec = ApiSpec.spec()
+ assert_schema(Schemas.EntityWithDict.schema().example, "EntityWithDict", api_spec)
+ end
+
+ test "User Schema example matches schema" do
+ spec = ApiSpec.spec()
+
+ assert_schema(Schemas.User.schema().example, "User", spec)
+ assert_schema(Schemas.UserRequest.schema().example, "UserRequest", spec)
+ assert_schema(Schemas.UserResponse.schema().example, "UserResponse", spec)
+ assert_schema(Schemas.UsersResponse.schema().example, "UsersResponse", spec)
+ end
+ end
+
describe "cast/3" do
test "cast request schema" do
api_spec = ApiSpec.spec()
schemas = api_spec.components.schemas
user_request_schema = schemas["UserRequest"]
input = %{
"user" => %{
"id" => 123,
"name" => "asdf",
"email" => "foo@bar.com",
"updated_at" => "2017-09-12T14:44:55Z"
}
}
{:ok, output} = Schema.cast(user_request_schema, input, schemas)
assert output == %OpenApiSpexTest.Schemas.UserRequest{
user: %OpenApiSpexTest.Schemas.User{
id: 123,
name: "asdf",
email: "foo@bar.com",
updated_at: DateTime.from_naive!(~N[2017-09-12T14:44:55], "Etc/UTC")
}
}
end
test "cast request schema with unexpected fields returns error" do
api_spec = ApiSpec.spec()
schemas = api_spec.components.schemas
user_request_schema = schemas["UserRequest"]
input = %{
"user" => %{
"id" => 123,
"name" => "asdf",
"email" => "foo@bar.com",
"updated_at" => "2017-09-12T14:44:55Z",
"unexpected_field" => "unexpected value"
}
}
assert {:error, _} = Schema.cast(user_request_schema, input, schemas)
end
- test "EntityWithDict Schema example matches schema" do
- api_spec = ApiSpec.spec()
- assert_schema(Schemas.EntityWithDict.schema().example, "EntityWithDict", api_spec)
- end
-
- test "User Schema example matches schema" do
- spec = ApiSpec.spec()
-
- assert_schema(Schemas.User.schema().example, "User", spec)
- assert_schema(Schemas.UserRequest.schema().example, "UserRequest", spec)
- assert_schema(Schemas.UserResponse.schema().example, "UserResponse", spec)
- assert_schema(Schemas.UsersResponse.schema().example, "UsersResponse", spec)
- end
-
test "Cast Cat from Pet schema" do
api_spec = ApiSpec.spec()
schemas = api_spec.components.schemas
pet_schema = schemas["Pet"]
input = %{
"pet_type" => "Cat",
"meow" => "meow"
}
assert {:ok, %Schemas.Cat{meow: "meow", pet_type: "Cat"}} =
Schema.cast(pet_schema, input, schemas)
end
test "Cast Dog from oneOf [cat, dog] schema" do
api_spec = ApiSpec.spec()
schemas = api_spec.components.schemas
cat_or_dog = Map.fetch!(schemas, "CatOrDog")
input = %{
"pet_type" => "Cat",
"meow" => "meow"
}
assert {:ok, %Schemas.Cat{meow: "meow", pet_type: "Cat"}} =
Schema.cast(cat_or_dog, input, schemas)
end
test "Cast number to string or number" do
schema = %Schema{
oneOf: [
%Schema{type: :number},
%Schema{type: :string}
]
}
result = Schema.cast(schema, "123", %{})
assert {:ok, 123.0} = result
end
test "Cast string to oneOf number or datetime" do
schema = %Schema{
oneOf: [
%Schema{type: :number},
%Schema{type: :string, format: :"date-time"}
]
}
assert {:ok, %DateTime{}} = Schema.cast(schema, "2018-04-01T12:34:56Z", %{})
end
test "Cast string to anyOf number or datetime" do
schema = %Schema{
oneOf: [
%Schema{type: :number},
%Schema{type: :string, format: :"date-time"}
]
}
assert {:ok, %DateTime{}} = Schema.cast(schema, "2018-04-01T12:34:56Z", %{})
end
end
describe "Integer validation" do
test "Validate schema type integer when value is object" do
schema = %Schema{
type: :integer
}
assert {:error, _} = Schema.validate(schema, %{}, %{})
end
end
describe "Number validation" do
test "Validate schema type number when value is object" do
schema = %Schema{
type: :integer
}
assert {:error, _} = Schema.validate(schema, %{}, %{})
end
end
describe "String validation" do
test "Validate schema type string when value is object" do
schema = %Schema{
type: :string
}
assert {:error, _} = Schema.validate(schema, %{}, %{})
end
test "Validate schema type string when value is DateTime" do
schema = %Schema{
type: :string
}
assert {:error, _} = Schema.validate(schema, DateTime.utc_now(), %{})
end
test "Validate non-empty string with expected value" do
schema = %Schema{type: :string, minLength: 1}
assert :ok = Schema.validate(schema, "BLIP", %{})
end
end
describe "DateTime validation" do
test "Validate schema type string with format date-time when value is DateTime" do
schema = %Schema{
type: :string,
format: :"date-time"
}
assert :ok = Schema.validate(schema, DateTime.utc_now(), %{})
end
end
describe "Date Validation" do
test "Validate schema type string with format date when value is Date" do
schema = %Schema{
type: :string,
format: :date
}
assert :ok = Schema.validate(schema, Date.utc_today(), %{})
end
end
describe "Enum validation" do
test "Validate string enum with unexpected value" do
schema = %Schema{
type: :string,
enum: ["foo", "bar"]
}
assert {:error, _} = Schema.validate(schema, "baz", %{})
end
test "Validate string enum with expected value" do
schema = %Schema{
type: :string,
enum: ["foo", "bar"]
}
assert :ok = Schema.validate(schema, "bar", %{})
end
end
describe "Object validation" do
test "Validate schema type object when value is array" do
schema = %Schema{
type: :object
}
assert {:error, _} = Schema.validate(schema, [], %{})
end
test "Validate schema type object when value is DateTime" do
schema = %Schema{
type: :object
}
assert {:error, _} = Schema.validate(schema, DateTime.utc_now(), %{})
end
end
describe "Array validation" do
test "Validate schema type array when value is object" do
schema = %Schema{
type: :array
}
assert {:error, _} = Schema.validate(schema, %{}, %{})
end
end
describe "Boolean validation" do
test "Validate schema type boolean when value is object" do
schema = %Schema{
type: :boolean
}
assert {:error, _} = Schema.validate(schema, %{}, %{})
end
end
describe "AnyOf validation" do
test "Validate anyOf schema with valid value" do
schema = %Schema{
anyOf: [
%Schema{type: :array},
%Schema{type: :string}
]
}
assert :ok = Schema.validate(schema, "a string", %{})
end
test "Validate anyOf with value matching more than one schema" do
schema = %Schema{
anyOf: [
%Schema{type: :number},
%Schema{type: :integer}
]
}
assert :ok = Schema.validate(schema, 42, %{})
end
test "Validate anyOf schema with invalid value" do
schema = %Schema{
anyOf: [
%Schema{type: :string},
%Schema{type: :array}
]
}
assert {:error, _} = Schema.validate(schema, 3.14159, %{})
end
end
describe "OneOf validation" do
test "Validate oneOf schema with valid value" do
schema = %Schema{
oneOf: [
%Schema{type: :string},
%Schema{type: :array}
]
}
assert :ok = Schema.validate(schema, [1, 2, 3], %{})
end
test "Validate oneOf schema with invalid value" do
schema = %Schema{
oneOf: [
%Schema{type: :string},
%Schema{type: :array}
]
}
assert {:error, _} = Schema.validate(schema, 3.14159, %{})
end
test "Validate oneOf schema when matching multiple schemas" do
schema = %Schema{
oneOf: [
%Schema{type: :object, properties: %{a: %Schema{type: :string}}},
%Schema{type: :object, properties: %{b: %Schema{type: :string}}}
]
}
assert {:error, _} = Schema.validate(schema, %{a: "a", b: "b"}, %{})
end
end
describe "AllOf validation" do
test "Validate allOf schema with valid value" do
schema = %Schema{
allOf: [
%Schema{type: :object, properties: %{a: %Schema{type: :string}}},
%Schema{type: :object, properties: %{b: %Schema{type: :string}}}
]
}
assert :ok = Schema.validate(schema, %{a: "a", b: "b"}, %{})
end
test "Validate allOf schema with invalid value" do
schema = %Schema{
allOf: [
%Schema{type: :object, properties: %{a: %Schema{type: :string}}},
%Schema{type: :object, properties: %{b: %Schema{type: :string}}}
]
}
assert {:error, msg} = Schema.validate(schema, %{a: 1, b: 2}, %{})
assert msg =~ "#/a"
assert msg =~ "#/b"
end
test "Validate allOf with value matching not all schemas" do
schema = %Schema{
allOf: [
%Schema{
type: :integer,
minimum: 5
},
%Schema{
type: :integer,
maximum: 40
}
]
}
assert {:error, _} = Schema.validate(schema, 42, %{})
end
end
describe "Not validation" do
test "Validate not schema with valid value" do
schema = %Schema{
not: %Schema{type: :object}
}
assert :ok = Schema.validate(schema, 1, %{})
end
test "Validate not schema with invalid value" do
schema = %Schema{
not: %Schema{type: :object}
}
assert {:error, _} = Schema.validate(schema, %{a: 1}, %{})
end
test "Verify 'not' validation" do
schema = %Schema{not: %Schema{type: :boolean}}
assert :ok = Schema.validate(schema, 42, %{})
assert :ok = Schema.validate(schema, "42", %{})
assert :ok = Schema.validate(schema, nil, %{})
assert :ok = Schema.validate(schema, 4.2, %{})
assert :ok = Schema.validate(schema, [4], %{})
assert :ok = Schema.validate(schema, %{}, %{})
assert {:error, _} = Schema.validate(schema, true, %{})
assert {:error, _} = Schema.validate(schema, false, %{})
end
end
describe "Nullable validation" do
test "Validate nullable-ified with expected value" do
schema = %Schema{
nullable: true,
type: :string,
minLength: 1
}
assert :ok = Schema.validate(schema, "BLIP", %{})
end
test "Validate nullable with expected value" do
schema = %Schema{type: :string, nullable: true}
assert :ok = Schema.validate(schema, nil, %{})
end
test "Validate nullable with unexpected value" do
schema = %Schema{type: :string, nullable: true}
assert :ok = Schema.validate(schema, "bla", %{})
end
end
end

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