Add an operator to the language. Provide the token, a precedence, and whether the operator is left, right, or not associative.

Add a function to the language

Expose an OData primitive property on an entity. You must provide a corresponding table column in the database.

Expose a table in the MySQL database as an entity with the given name in the OData service.

Expose a queryable collection of entities

Expose a key on an entity returned by MySQLGoDataProvider.ExposeEntity. This is a necessary step for every entity. You must provide a column in the da

Adds a NavigationPropertyBinding to two entity sets that are mapped together by a relationship. This SHOULD be done for any entity sets for whom their

Return the first key in the map. This is how you should get the identifier for single values, e.g. when the path is Employee(1), etc.

Parse the input string of tokens using the given definitions of operators and functions. (Everything else is assumed to be a literal.) Uses the Shunti

Adds the necessary NavigationProperty tags to an entity to expose a many-to-one relationship from a (Many) -> b (One). A column name must be provided

Create a tokenizer capable of tokenizing filter statements

Convert a Postfix token queue to a parse tree

Create a new service from a given provider. This step builds lookups for all parts of the data model, so constant time lookups can be performed. This

Check if two slices of tokens are the same.

Serialize the result as JSON for sending to the client. If an error occurs during the serialization, it will be returned.

Parse a request from the HTTP server and format it into a GoDaataRequest type to be passed to a provider to produce a result.

Compare a request to a given service, and validate the semantics and update the request with semantics included

Adds the necessary NavigationProperty tags to entities to expose a many-to-many relationship from a (Many) -> b (Many). A third table must be provided

Lookup an entity type from the service metadata. Accepts a fully qualified name, e.g., ODataService.EntityTypeName or, if unambiguous, accepts a simpl

Build the $metadata file from the entities in the builder. It creates a schema with the given namespace name.

Build an empty MySQL provider. Provide the connection parameters and the namespace name.

Expose an OData property on an entity. You must provide a corresponding table column in the database.

Request the number of entities in a collection, disregarding any filter query parameters.

Get the object model representation from the provider.

Convert an input string from the $filter part of the URL into a parse tree that can be used by providers to create a response.

Convert an input string from the $filter part of the URL into a parse tree that can be used by providers to create a response.

Create a tokenizer capable of tokenizing filter statements

Build the from clause in the query, and also return the values to send to the prepared statement.

Build the select clause to begin the query, and also return the values to send to a prepared statement.

Request a single entity from the provider. Should return a response field that contains the value mapping properties to values for the entity.

Request a collection of entities from the provider. Should return a response field that contains the value of a slice of every entity in the collectio

Start the service listening on the given address.

Lookup an entity set from the service metadata. Accepts a fully qualified name, e.g., ODataService.ContainerName.EntitySetName, ContainerName.EntitySe

Build a where clause that can be appended to an SQL query, and also return the values to send to a prepared statement.