pub type Annotations = ();Available on crate feature
docs only.Expand description
syntax = "proto3";
package tinc;
import "google/protobuf/descriptor.proto";
extend google.protobuf.MessageOptions {
// See `MessageOptions` for what options can be added onto messages.
MessageOptions message = 15501;
}
extend google.protobuf.FieldOptions {
// See `FieldOptions` for all the options that can be applied to fields.
FieldOptions field = 15502;
// Predefined is used to construct custom field cel expression templates.
// For more information refer to the see the `PredefinedConstraint`
optional PredefinedConstraints predefined = 15508;
}
extend google.protobuf.EnumOptions {
// See `EnumOptions` for all the options that can be applied to enums.
EnumOptions enum = 15503;
}
extend google.protobuf.EnumValueOptions {
// See `EnumVariantOptions` for all the options that can be applied to enum variants.
EnumVariantOptions variant = 15504;
}
extend google.protobuf.MethodOptions {
// See `MethodOptions` for all the options that can be applied to methods.
MethodOptions method = 15505;
}
extend google.protobuf.ServiceOptions {
// See `ServiceOptions` for all the options that can be applied to services.
ServiceOptions service = 15506;
}
extend google.protobuf.OneofOptions {
// See `OneofOptions` for all the options that can be applied to oneofs.
OneofOptions oneof = 15507;
}
message ServiceOptions {
// By default service routes are defined in the method, however if you want
// all routes in this service to be prefixed this is
// how you would apply such a prefix.
optional string prefix = 1;
}
// Enum to define how to rename fields or enum variants.
enum RenameAll {
// protolint:disable ENUM_FIELD_NAMES_PREFIX
RENAME_ALL_UNSPECIFIED = 0;
// Rename to lowercase.
LOWER_CASE = 1;
// Rename to UPPERCASE.
UPPER_CASE = 2;
// Rename to PascalCase.
PASCAL_CASE = 3;
// Rename to camelCase.
CAMEL_CASE = 4;
// Rename to snake_case.
SNAKE_CASE = 5;
// Rename to SCREAMING_SNAKE_CASE.
SCREAMING_SNAKE_CASE = 6;
// Rename to kebab-case.
KEBAB_CASE = 7;
// Rename to SCREAMING-KEBAB-CASE.
SCREAMING_KEBAB_CASE = 8;
}
message MethodOptions {
// A list of endpoints to be built from this method.
repeated HttpEndpointOptions endpoint = 1;
// A list of cel expressions to apply to the input of this message.
repeated CelExpression cel = 2;
}
message MessageOptions {
// If false, this message will not be generated even if its depended on by a method.
// If true, this message will always be generated.
// By default: this message is only generated if its depended on by a method.
optional bool generate = 1;
// Rename all fields in the message.
optional RenameAll rename_all = 2;
// Disable cel-validation generation.
optional bool skip_validation = 101;
// A list of custom cel expressions that apply to the message in its entirety
// You can use this to create expressions that depend on multiple field values.
repeated CelExpression cel = 100;
}
// Change the visibility of a field or enum variant
enum Visibility {
VISIBILITY_UNSPECIFIED = 0;
// Skipped fields will not be deserialized or serialized.
SKIP = 1;
// Fields marked as input only will only be deserialized and will not be
// serialized.
INPUT_ONLY = 2;
// Fields marked as output only will not be deserialized and only will be
// serialized.
OUTPUT_ONLY = 3;
}
// Predefined constraints allow us to extend the validation system
// by defining our own custom message extensions with validation
// constraints.
message PredefinedConstraints {
// The set of constraints that should be applied.
repeated CelExpression cel = 1;
// The type of the target of the expression
enum Type {
TYPE_UNSPECIFIED = 0;
// Only apply all sub items to repeated items
WRAPPER_REPEATED_ITEM = 1;
// Only apply all sub items to map keys
WRAPPER_MAP_KEY = 2;
// Only apply all sub items to map values
WRAPPER_MAP_VALUE = 3;
// Unlike the others, this can only be applied
// to lists of `CelExpression`
CUSTOM_EXPRESSION = 4;
}
Type type = 2;
}
// JsonOmittable is the notion of leaving out fields, and
// how we behave when a field is missing.
enum JsonOmittable {
JSON_OMITTABLE_UNSPECIFIED = 0;
// If true the field will just be defaulted if not provided.
// The field will also not be serialized if its the default value.
TRUE = 1;
// If false we will raise an error when the field is not provided.
FALSE = 2;
// Same as true, except always serialize the field even if its a default value.
TRUE_BUT_STILL_SERIALIZE = 3;
}
message FieldOptions {
// Rename this specific field to another name.
optional string rename = 1;
// Deserialization:
// This flag dictates how we handle fields which are
// not provided in the json representation of the message.
// If this is true, then no error will be returned
// if the field is not provided.
// If this is false then not providing a value for this field
// will result in an error.
//
// Serialization:
// This flag dictates if we should skip serializing the field
// in the json representation of the message if the field
// is equal to the default value for its type.
//
// By default if the value depends on the type of field.
// If the field is an option then the default value is
// `TRUE_BUT_SERIALIZE` which means that the option does not
// need to be provided but a `null` value will always be serialized.
// If the field is not an option then it will be required so `FALSE`.
JsonOmittable json_omittable = 200;
// Flatten this field into the parent message.
// This only works on messages.
optional bool flatten = 205;
// Change the visibility of the field. By Default all fields are visible.
optional Visibility visibility = 202;
// Add some constraints to the field.
optional FieldConstraints constraint = 101;
}
message FloatConstraints {
oneof greater {
// Requires the input value is greater than the value provided.
float gt = 1 [(predefined).cel = {
message: "value must be greater than `{this}`"
expression: "input > this"
jsonschemas: '{ "exclusiveMinimum": this }'
}];
// Requires the input value is greater than or equal to the value provided.
float gte = 2 [(predefined).cel = {
message: "value must be greater than or equal to `{this}`"
expression: "input >= this"
jsonschemas: '{ "minimum": this }'
}];
}
oneof less {
// Requires the input value is less than the value provided.
float lt = 3 [(predefined).cel = {
message: "value must be less than `{this}`"
expression: "input < this"
jsonschemas: '{ "exclusiveMaximum": this }'
}];
// Requires the input value is less than or equal to the value provided.
float lte = 4 [(predefined).cel = {
message: "value must be less than or equal to {this}"
expression: "input <= this"
jsonschemas: '{ "maximum": this }'
}];
}
// Requires the input value be one of the values in the list
repeated float in = 5 [(predefined).cel = {
message: "value must be one of `{this}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this }'
}];
// Requires the input value not be one of the values in the list.
repeated float not_in = 6 [(predefined).cel = {
message: "value must not be one of `{this}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this }}'
}];
// Requires the input value be exactly equal to the value provided.
optional float const = 8 [(predefined).cel = {
message: "value must be equal to `{this}`"
expression: "input == this"
jsonschemas: '{ "const": this }'
}];
// If true, NaN values are not allowed.
optional bool disallow_nan = 9 [(predefined).cel = {
message: "value must not be NaN"
expression: "!this || !input.isNaN()"
jsonschemas: 'this ? { "not": { "enum": ["NaN"] }} : {}'
}];
// If true, pos/neg Infinity values are not allowed.
optional bool disallow_infinity = 10 [(predefined).cel = {
message: "value must not be of infinity kind"
expression: "!this || !input.isInf()"
jsonschemas: 'this ? { "not": { "enum": ["Infinity", "-Infinity"] }} : {}'
}];
}
message DoubleConstraints {
oneof greater {
// Requires the input value is greater than the value provided.
double gt = 1 [(predefined).cel = {
message: "value must be greater than `{this}`"
expression: "input > this"
jsonschemas: '{ "exclusiveMinimum": this }'
}];
// Requires the input value is greater than or equal to the value provided.
double gte = 2 [(predefined).cel = {
message: "value must be greater than or equal to `{this}`"
expression: "input >= this"
jsonschemas: '{ "minimum": this }'
}];
}
oneof less {
// Requires the input value is less than the value provided.
double lt = 3 [(predefined).cel = {
message: "value must be less than `{this}`"
expression: "input < this"
jsonschemas: '{ "exclusiveMaximum": this }'
}];
// Requires the input value is less than or equal to the value provided.
double lte = 4 [(predefined).cel = {
message: "value must be less than or equal to `{this}`"
expression: "input <= this"
jsonschemas: '{ "maximum": this }'
}];
}
// Requires the input value be one of the values in the list
repeated double in = 5 [(predefined).cel = {
message: "value must be one of `{this}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this }'
}];
// Requires the input value not be one of the values in the list.
repeated double not_in = 6 [(predefined).cel = {
message: "value must not be one of `{this}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this }}'
}];
// Requires the input value be exactly equal to the value provided.
optional double const = 8 [(predefined).cel = {
message: "value must be equal to `{this}`"
expression: "input == this"
jsonschemas: '{ "const": this }'
}];
// If true, NaN values are not allowed.
optional bool disallow_nan = 9 [(predefined).cel = {
message: "value must not be NaN"
expression: "!this || !input.isNaN()"
jsonschemas: 'this ? { "not": { "enum": ["NaN"] }} : {}'
}];
// If true, pos/neg Infinity values are not allowed.
optional bool disallow_infinity = 10 [(predefined).cel = {
message: "value must not be of infinity kind"
expression: "!this || !input.isInf()"
jsonschemas: 'this ? { "not": { "enum": ["Infinity", "-Infinity"] }} : {}'
}];
}
message Int32Constraints {
oneof greater {
// Requires the input value is greater than the value provided.
int32 gt = 1 [(predefined).cel = {
message: "value must be greater than `{this}`"
expression: "input > this"
jsonschemas: '{ "exclusiveMinimum": this }'
}];
// Requires the input value is greater than or equal to the value provided.
int32 gte = 2 [(predefined).cel = {
message: "value must be greater than or equal to `{this}`"
expression: "input >= this"
jsonschemas: '{ "minimum": this }'
}];
}
oneof less {
// Requires the input value is less than the value provided.
int32 lt = 3 [(predefined).cel = {
message: "value must be less than `{this}`"
expression: "input < this"
jsonschemas: '{ "exclusiveMaximum": this }'
}];
// Requires the input value is less than or equal to the value provided.
int32 lte = 4 [(predefined).cel = {
message: "value must be less than or equal to `{this}`"
expression: "input <= this"
jsonschemas: '{ "maximum": this }'
}];
}
// Requires the input value be one of the values in the list
repeated int32 in = 5 [(predefined).cel = {
message: "value must be one of `{this}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this }'
}];
// Requires the input value not be one of the values in the list.
repeated int32 not_in = 6 [(predefined).cel = {
message: "value must not be one of `{this}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this }}'
}];
// Requires the input value be exactly equal to the value provided.
optional int32 const = 8 [(predefined).cel = {
message: "value must be equal to `{this}`"
expression: "input == this"
jsonschemas: '{ "const": this }'
}];
}
message Int64Constraints {
oneof greater {
// Requires the input value is greater than the value provided.
int64 gt = 1 [(predefined).cel = {
message: "value must be greater than `{this}`"
expression: "input > this"
jsonschemas: '{ "exclusiveMinimum": this }'
}];
// Requires the input value is greater than or equal to the value provided.
int64 gte = 2 [(predefined).cel = {
message: "value must be greater than or equal to `{this}`"
expression: "input >= this"
jsonschemas: '{ "minimum": this }'
}];
}
oneof less {
// Requires the input value is less than the value provided.
int64 lt = 3 [(predefined).cel = {
message: "value must be less than `{this}`"
expression: "input < this"
jsonschemas: '{ "exclusiveMaximum": this }'
}];
// Requires the input value is less than or equal to the value provided.
int64 lte = 4 [(predefined).cel = {
message: "value must be less than or equal to `{this}`"
expression: "input <= this"
jsonschemas: '{ "maximum": this }'
}];
}
// Requires the input value be one of the values in the list
repeated int64 in = 5 [(predefined).cel = {
message: "value must be one of `{this}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this }'
}];
// Requires the input value not be one of the values in the list.
repeated int64 not_in = 6 [(predefined).cel = {
message: "value must not be one of `{this}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this }}'
}];
// Requires the input value be exactly equal to the value provided.
optional int64 const = 8 [(predefined).cel = {
message: "value must be equal to `{this}`"
expression: "input == this"
jsonschemas: '{ "const": this }'
}];
}
message UInt32Constraints {
oneof greater {
// Requires the input value is greater than the value provided.
uint32 gt = 1 [(predefined).cel = {
message: "value must be greater than `{this}`"
expression: "input > this"
jsonschemas: '{ "exclusiveMinimum": this }'
}];
// Requires the input value is greater than or equal to the value provided.
uint32 gte = 2 [(predefined).cel = {
message: "value must be greater than or equal to `{this}`"
expression: "input >= this"
jsonschemas: '{ "minimum": this }'
}];
}
oneof less {
// Requires the input value is less than the value provided.
uint32 lt = 3 [(predefined).cel = {
message: "value must be less than `{this}`"
expression: "input < this"
jsonschemas: '{ "exclusiveMaximum": this }'
}];
// Requires the input value is less than or equal to the value provided.
uint32 lte = 4 [(predefined).cel = {
message: "value must be less than or equal to `{this}`"
expression: "input <= this"
jsonschemas: '{ "maximum": this }'
}];
}
// Requires the input value be one of the values in the list
repeated uint32 in = 5 [(predefined).cel = {
message: "value must be one of `{this}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this }'
}];
// Requires the input value not be one of the values in the list.
repeated uint32 not_in = 6 [(predefined).cel = {
message: "value must not be one of `{this}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this }}'
}];
// Requires the input value be exactly equal to the value provided.
optional uint32 const = 8 [(predefined).cel = {
message: "value must be equal to `{this}`"
expression: "input == this"
jsonschemas: '{ "const": this }'
}];
}
message UInt64Constraints {
oneof greater {
// Requires the input value is greater than the value provided.
int64 gt = 1 [(predefined).cel = {
message: "value must be greater than `{this}`"
expression: "input > this"
jsonschemas: '{ "exclusiveMinimum": this }'
}];
// Requires the input value is greater than or equal to the value provided.
uint64 gte = 2 [(predefined).cel = {
message: "value must be greater than or equal to `{this}`"
expression: "input >= this"
jsonschemas: '{ "minimum": this }'
}];
}
oneof less {
// Requires the input value is less than the value provided.
uint64 lt = 3 [(predefined).cel = {
message: "value must be less than `{this}`"
expression: "input < this"
jsonschemas: '{ "exclusiveMaximum": this }'
}];
// Requires the input value is less than or equal to the value provided.
uint64 lte = 4 [(predefined).cel = {
message: "value must be less than or equal to `{this}`"
expression: "input <= this"
jsonschemas: '{ "maximum": this }'
}];
}
// Requires the input value be one of the values in the list
repeated uint64 in = 5 [(predefined).cel = {
message: "value must be one of `{this}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this }'
}];
// Requires the input value not be one of the values in the list.
repeated uint64 not_in = 6 [(predefined).cel = {
message: "value must not be one of `{this}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this }}'
}];
// Requires the input value be exactly equal to the value provided.
optional uint64 const = 8 [(predefined).cel = {
message: "value must be equal to `{this}`"
expression: "input == this"
jsonschemas: '{ "const": this }'
}];
}
message StringConstraints {
// Requires the input value be exactly equal to the value provided.
optional string const = 1 [(predefined).cel = {
message: "value must equal `{this}`"
expression: "input == this"
jsonschemas: '{"const": this }'
}];
// Requires the input value length be exactly equal to the value provided.
optional uint64 len = 2 [(predefined).cel = {
message: "value must be exactly `{this}` characters long"
expression: "input.size() == this"
jsonschemas: '{ "maxLength": this }'
jsonschemas: '{ "minLength": this }'
}];
// Requires the input value length be greater then or equal to the value provided.
optional uint64 min_len = 3 [(predefined).cel = {
message: "value must be at least `{this}` characters long"
expression: "input.size() >= this"
jsonschemas: '{ "minLength": this }'
}];
// Requires the input value length be less then or equal to the value provided.
optional uint64 max_len = 4 [(predefined).cel = {
message: "value must be at most `{this}` characters long"
expression: "input.size() <= this"
jsonschemas: '{ "maxLength": this }'
}];
// Requires the input value to match against regex provided.
optional string match = 5 [(predefined).cel = {
message: "value must match the pattern `{this}`"
expression: "input.matches(this)"
jsonschemas: '{ "pattern": this }'
}];
// Requires the input value not match against the regex provided.
optional string not_match = 6 [(predefined).cel = {
message: "value must not match the pattern `{this}`"
expression: "!(input.matches(this))"
jsonschemas: '{ "not": { "pattern": this }}'
}];
// Requires the input value to start with the value provided.
optional string prefix = 7 [(predefined).cel = {
message: "value must start with `{this}`"
expression: "input.startsWith(this)"
jsonschemas: '{ "pattern": "^" + this }'
}];
// Requires the input value to end with the value provided.
optional string suffix = 8 [(predefined).cel = {
message: "value must end with `{this}`"
expression: "input.endsWith(this)"
jsonschemas: '{ "pattern": this + "$" }'
}];
// Requires the input value to contain this sub string.
optional string contains = 9 [(predefined).cel = {
message: "value must contain `{this}`"
expression: "input.contains(this)"
jsonschemas: '{ "pattern": this }'
}];
// Requires the input value to not contain this sub string.
optional string not_contains = 10 [(predefined).cel = {
message: "value must not contain `{this}`"
expression: "!input.contains(this)"
jsonschemas: '{ "not": { "pattern": this }}'
}];
// Requires the input value to be one of the values in the list.
repeated string in = 11 [(predefined).cel = {
message: "value must be one of `{this}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this }'
}];
// Requires the input value to not be in the list.
repeated string not_in = 12 [(predefined).cel = {
message: "value must not be one of `{this}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this }}'
}];
oneof well_known {
// Ensure the value is a valid email address format
bool email = 13 [(predefined).cel = {
message: "value must be a valid email address"
expression: "!this || input.isEmail()"
jsonschemas: 'this ? { "format": "email" } : {}'
}];
// Requires the input value to be a valid ipv4 or ipv6 address.
bool ip = 14 [(predefined).cel = {
message: "value must be a valid ipv4 or ipv6 address"
expression: "!this || input.isIpv4() || input.isIpv6()"
jsonschemas: 'this ? { "anyOf": [ { "format": "ipv4" }, { "format": "ipv6" } ] } : {}'
}];
// Requires the input value to be a valid ipv4 address.
bool ipv4 = 15 [(predefined).cel = {
message: "value must be a valid ipv4 address"
expression: "!this || input.isIpv4()"
jsonschemas: 'this ? { "format": "ipv4" } : {}'
}];
// Requires the input value to be a valid ipv6 address.
bool ipv6 = 16 [(predefined).cel = {
message: "value must be a valid ipv6 address"
expression: "!this || input.isIpv6()"
jsonschemas: 'this ? { "format": "ipv6" } : {}'
}];
// Requires the input value to be a valid uuid.
bool uuid = 17 [(predefined).cel = {
message: "value must be a valid uuid"
expression: "!this || input.isUuid()"
jsonschemas: 'this ? { "format": "uuid" } : {}'
}];
// Requires the input value to be a valid hostname.
bool hostname = 18 [(predefined).cel = {
message: "value must be a valid hostname"
expression: "!this || input.isHostname()"
jsonschemas: 'this ? { "format": "hostname" } : {}'
}];
// Requires the input value to be a valid uri.
bool uri = 19 [(predefined).cel = {
message: "value must be a valid uri"
expression: "!this || input.isUri()"
jsonschemas: 'this ? { "format": "uri" } : {}'
}];
}
}
message BytesConstraints {
// Requires the input value be exactly equal to the value provided.
optional bytes const = 1 [(predefined).cel = {
message: "value must equal `{this}`"
expression: "input == this"
jsonschemas: '{"const": this }'
}];
// Requires the input value length be exactly equal to the value provided.
optional uint64 len = 2 [(predefined).cel = {
message: "value must be exactly `{this}` bytes long"
expression: "input.size() == this"
jsonschemas: '{ "minLength": this }'
jsonschemas: '{ "maxLength": this }'
}];
// Requires the input value length be greater then or equal to the value provided.
optional uint64 min_len = 3 [(predefined).cel = {
message: "value must be at least `{this}` bytes long"
expression: "input.size() >= this"
jsonschemas: '{ "minLength": this }'
}];
// Requires the input value length be less then or equal to the value provided.
optional uint64 max_len = 4 [(predefined).cel = {
message: "value must be at most `{this}` bytes long"
expression: "input.size() <= this"
jsonschemas: '{ "maxLength": this }'
}];
}
message EnumConstraints {
// Requires the input value to be equal to the enum value where the tag is the value provided.
optional int32 const = 1 [(predefined).cel = {
message: "value must be equal to `{this.enum()}`"
expression: "input == this"
jsonschemas: '{ "const": this.enum() }'
}];
// Requires the input to be a valid value for this enum.
optional bool defined = 2 [(predefined).cel = {
message: "value must be defined in the enum"
expression: "!this || input.enum()"
}];
// Requires the input to be one of the enum's provided.
repeated int32 in = 3 [(predefined).cel = {
message: "value must be one of `{this.map(e, e.enum())}`"
expression: "this.contains(input)"
jsonschemas: '{ "enum": this.map(e, e.enum()) }'
}];
// Requires the input to not be one of the enums provided.
repeated int32 not_in = 4 [(predefined).cel = {
message: "value must not be one of `{this.map(e, e.enum())}`"
expression: "!this.contains(input)"
jsonschemas: '{ "not": { "enum": this.map(e, e.enum()) }}'
}];
}
message RepeatedConstraints {
// Requires the length of the list be greater than or equal to the value provided.
optional uint64 min_len = 1 [(predefined).cel = {
message: "value must have at least `{this}` elements"
expression: "input.size() >= this"
jsonschemas: '{ "minItems": this }'
}];
// Requires the length of the list be less than or equal to the value provided.
optional uint64 max_len = 2 [(predefined).cel = {
message: "value must have at most `{this}` elements"
expression: "input.size() <= this"
jsonschemas: '{ "maxItems": this }'
}];
// Requires the length of the list be equal to the value provided.
optional uint64 len = 3 [(predefined).cel = {
message: "value must have exactly `{this}` elements"
expression: "input.size() == this"
jsonschemas: '{ "maxItems": this }'
jsonschemas: '{ "minItems": this }'
}];
// Requires all items in the list are unique
// optional bool unique = 4 [(predefined).cel = {
// message: "value must be unique"
// expression: "!this || input.isUnique()"
// jsonschemas: 'this ? { "uniqueItems": this } : {}'
// }];
// Apply a constraints to the items in the list.
optional PrimitiveConstraints item = 5 [(predefined).type = WRAPPER_REPEATED_ITEM];
}
message MapConstraints {
// Requires the length of the map be greater than or equal to the value provided.
optional uint64 min_len = 1 [(predefined).cel = {
message: "value must have at least `{this}` elements"
expression: "input.size() >= this"
jsonschemas: '{ "minProperties": this }'
}];
// Requires the length of the map be less than or equal to the value provided.
optional uint64 max_len = 2 [(predefined).cel = {
message: "value must have at most `{this}` elements"
expression: "input.size() <= this"
jsonschemas: '{ "maxProperties": this }'
}];
// Requires the length of the map be equal to the value provided.
optional uint64 len = 3 [(predefined).cel = {
message: "value must have exactly `{this}` elements"
expression: "input.size() == this"
jsonschemas: '{ "minProperties": this }'
jsonschemas: '{ "maxProperties": this }'
}];
message MapKeyConstraints {
oneof constraint {
// for int32 keys
Int32Constraints int32 = 1;
// for int64 keys
Int64Constraints int64 = 2;
// for uint32 keys
UInt32Constraints uint32 = 3;
// for uint64 keys
UInt64Constraints uint64 = 4;
// for string keys
StringConstraints string = 5;
}
// A list of custom expressions to apply to map keys.
repeated CelExpression cel = 8 [(predefined).type = CUSTOM_EXPRESSION];
}
// Apply a constraints to the keys in the list.
optional MapKeyConstraints key = 4 [(predefined).type = WRAPPER_MAP_KEY];
// Apply a constraints to the values in the list.
optional PrimitiveConstraints value = 5 [(predefined).type = WRAPPER_MAP_VALUE];
}
message PrimitiveConstraints {
oneof constraint {
// for float values
FloatConstraints float = 1;
// for double values
DoubleConstraints double = 2;
// for int32 values
Int32Constraints int32 = 3;
// for int64 values
Int64Constraints int64 = 4;
// for uint32 values
UInt32Constraints uint32 = 5;
// for uint64 values
UInt64Constraints uint64 = 6;
// for string values
StringConstraints string = 7;
// for bytes values
BytesConstraints bytes = 8;
// for enum values
EnumConstraints enum = 9;
}
// A list of custom expressions to apply to the value
repeated CelExpression cel = 11 [(predefined).type = CUSTOM_EXPRESSION];
}
message FieldConstraints {
oneof constraint {
// for float fields.
FloatConstraints float = 1;
// for double fields.
DoubleConstraints double = 2;
// for int32 fields.
Int32Constraints int32 = 3;
// for int64 fields.
Int64Constraints int64 = 4;
// for uint32 fields.
UInt32Constraints uint32 = 5;
// for uint64 fields.
UInt64Constraints uint64 = 6;
// for string fields.
StringConstraints string = 7;
// for bytes fields.
BytesConstraints bytes = 8;
// for enum fields.
EnumConstraints enum = 9;
// for repeated fields.
RepeatedConstraints repeated = 10;
// for map fields.
MapConstraints map = 11;
}
// A list of custom expressions to apply to the field.
repeated CelExpression cel = 13 [(predefined).type = CUSTOM_EXPRESSION];
}
message CelExpression {
// The message to use when the validation fails.
// You can template cel expressions using the `{<cel-expr>}` syntax
string message = 2;
// The expression itself.
// Note: This expression's result will be converted into a bool.
string expression = 3;
// Json Scheamas that should be used when this expression is applied.
// This is also a cel-expression which is evaluated at compile time
// and should return a map object in the json schema format.
repeated string jsonschemas = 5;
}
message EnumOptions {
// Treat this enum as a number enum instead of string
optional bool repr_enum = 2;
// Rename all the fields on the enum
optional RenameAll rename_all = 3;
}
message EnumVariantOptions {
// Rename this variant
optional string rename = 1;
// Change the visibility for this variant.
optional Visibility visibility = 2;
}
message HttpEndpointOptions {
// HTTP method - Path parameters can be specified using `{param}` syntax.
oneof method {
// GET method
string get = 1;
// POST method
string post = 2;
// PUT method
string put = 3;
// DELETE method
string delete = 4;
// PATCH method
string patch = 5;
}
// The default input for `GET` and `DELETE` methods is `query`
// Otherwise the default is `body`.
message Request {
message JsonBody {
optional string field = 1;
}
message TextBody {
optional string field = 1;
}
message BinaryBody {
optional string field = 1;
// Specify the field to take the content-type from.
optional string content_type_field = 2;
// This field is purely used by the openapi spec to denote the set of valid output formats.
optional string content_type_accepts = 3;
}
message QueryParams {
// The field to parse the query parameters into.
// By Default this is empty and therefore its parsed into the root message.
optional string field = 1;
}
oneof mode {
JsonBody json = 1;
TextBody text = 2;
BinaryBody binary = 3;
QueryParams query = 4;
}
}
Request request = 8;
message Response {
message Json {
// Specify a sub field to return as the response
// If this field is bytes or string it will be returned as is
// without decoding.
optional string field = 1;
}
message Text {
// Specify a sub field to return as the response
// If this field is bytes or string it will be returned as is
// without decoding.
optional string field = 1;
}
message Binary {
// Specify a sub field to return as the response
// If this field is bytes or string it will be returned as is
// without decoding.
optional string field = 1;
// Specify the field to take the content-type from.
optional string content_type_field = 2;
// This field is purely used by the openapi spec to denote the set of valid output formats.
optional string content_type_accepts = 3;
}
oneof mode {
Json json = 1;
Text text = 2;
Binary binary = 3;
}
}
// Response options,
// by default the entire message will be sent as a response with the content type
// being `application/json`
Response response = 9;
}
message OneofOptions {
// Rename this oneof's name
optional string rename = 1;
// Rename all the fields in the oneof.
optional RenameAll rename_all = 4;
// Deserialization:
// This flag dictates how we handle fields which are
// not provided in the json representation of the message.
// If this is true, then no error will be returned
// if the field is not provided.
// If this is false then not providing a value for this field
// will result in an error.
//
// Serialization:
// This flag dictates if we should skip serializing the field
// in the json representation of the message if the field
// is equal to the default value for its type.
//
// By default if the value depends on the type of field.
// If the field is an option then the default value is
// `TRUE_BUT_SERIALIZE` which means that the option does not
// need to be provided but a `null` value will always be serialized.
// If the field is not an option then it will be required so `FALSE`.
JsonOmittable json_omittable = 200;
// This specifies the visibility for oneof fields.
optional Visibility visibility = 202;
// Tagging a oneof causes the ser/de to represent it like such
// {
// "tag": "tag",
// "content": content
// }
message Tagged {
string tag = 1;
string content = 2;
}
// If you want to use tagged notation this allows you to configure that.
optional Tagged tagged = 100;
// You can also flatten the oneof directly into the containing message.
optional bool flatten = 101;
}