Same as Arbitrary but specifically for Plutus built-in types, so that we are not tied to the default implementation of the methods for a built-in type.

A list of ranges: [(0, 10), (11, 100), (101, 1000), ... (10^n + 1, high)] when base = 10.

Like chooseBoundedIntegral, but doesn't require the Bounded constraint (and hence is slower for Word64 and Int64).

Generate asymptotically greater positive numbers with exponentially lower chance.

Generate asymptotically greater negative numbers with exponentially lower chance.

Generate asymptotically greater numbers with exponentially lower chance.

Same as shrinkIntegral except includes the square root of the given number (or of its negative if the number is negative, in which case the square root is negated too). We need the former because shrinkIntegral at most divides the number by two, which makes the number smaller way too slow, hence we add square root to speed up the process.

>>> shrinkIntegralFast (0 :: Integer)
[]
>>> shrinkIntegralFast (1 :: Integer)
[0]
>>> shrinkIntegralFast (9 :: Integer)
[0,3,5,7,8]
>>> shrinkIntegralFast (-10000 :: Integer)
[0,10000,-100,-5000,-7500,-8750,-9375,-9688,-9844,-9922,-9961,-9981,-9991,-9996,-9998,-9999]

Generate a tag for the Constr constructor.

Generate a Data object using a spine :: [()] as a hint. It's helpful to make the spine a list of units rather than a Word or something, because we have useful functions for arbitrary list splitting.

For providing an Arbitrary instance deferring to ArbitraryBuiltin. Useful for implementing ArbitraryBuiltin for a polymorphic built-in type by taking the logic for handling spines from the Arbitrary class and the logic for handling elements from ArbitraryBuiltin.

Either a fail to generate anything or a built-in type of a given kind.

Forget the reflected at the type level kind.

Generate a DefaultUniApply if possible.

Shrink a DefaultUniApply to one of the elements of the spine and throw away the head (because the head of an application can't be of the same kind as the whole application). We don't have higher-kinded built-in types, so we don't do this kind of shrinking for any kinds other than *.

Shrink a built-in type while preserving its kind.

Shrink a function application by shrinking either the function or the argument. The kind is preserved.

Kind-preserving shrinking for DefaultUni.

Generate a built-in type of a given kind.

Shrink a built-in type by dropping a part of it or dropping the whole built-in type in favor of a some minimal one (see shrinkDropBuiltinSameKind). The kind is not preserved in the general case.

Non-kind-preserving shrinking for DefaultUni.