Prevent type inference for schemas with “huge” root types (i.e. types with an excessive amount of fields) from failing introspection mapping Submitted by @kitten (See #25)
Remove redundant constraint on IntrospectionQuery data. When the full type is used as an extends, the input type (which can be a huge schema), is checked against this type, which forces a full evaluation. This means that TypeScript may spend multiple seconds in recursiveTypeRelatedTo. This work has been eliminated and should help performance Submitted by @kitten (See #26)

1.0.3-canary-010a4f32e6564430e68daa85b29e87cfdacdea8a

published 1.0.3-canary-010a4f32e6564430e68daa85b29e87cfdacdea8a • 6 months ago

1.0.2

published 1.0.2 • 6 months ago

Changelog

⚠️ Fix readFragment() not inferring the types of complex fragments, i.e. fragments that derive with a union type Submitted by @kitten (See #15)
Make $tada.fragmentRefs property required. Previously, this was optional (to mirror what GCG’s client-preset does). However, this can lead to invalid checks in readFragment, as it would be able to match types that don’t actually match the fragment refs Submitted by @kitten (See #18)

published 1.0.2-canary-3afc304ad7a0127af6ccb3a350436473dd18d543 • 6 months ago

published 1.0.1 • 7 months ago

Changelog

⚠️ Fix __typename literal string not being exact and instead a union of possible types, when the __typename field is put onto an abstract type’s selection set Submitted by @kitten (See #11)