In Cedar 0.1.0 there was a way albeit through some code marked experimental to access parsed Cedar AST structure. This was useful when evaluating whether a policy is valid and what is wrong. It is also useful in translating from other formats (e.g. Hexa IDQL).
The main thing is to gain access to each parsers syntactical tree structure, eg.. Principal, Actions, Object, Conditions and then be able to drill into the type of relationships expressed. This is particularly critical parsing condition trees (e.g. converting to JSON Path / SCIM RFC7644 style filter expressions).
One thought was to use the Cedar JSON format, but the negative is it doesn't solve parsing condition expressions.
In Cedar 0.1.0 there was a way albeit through some code marked experimental to access parsed Cedar AST structure. This was useful when evaluating whether a policy is valid and what is wrong. It is also useful in translating from other formats (e.g. Hexa IDQL).
The main thing is to gain access to each parsers syntactical tree structure, eg.. Principal, Actions, Object, Conditions and then be able to drill into the type of relationships expressed. This is particularly critical parsing condition trees (e.g. converting to JSON Path / SCIM RFC7644 style filter expressions).
One thought was to use the Cedar JSON format, but the negative is it doesn't solve parsing condition expressions.