Makes an NFA that never matches.

Makes an NFA that never matches.

Makes an NFA that matches some NFA concatenated with itself multiple times.

Makes an NFA that matches some NFA concatenated with itself multiple times.

Makes an NFA that matches some NFA concatenated with itself any number of times.

Makes an NFA that matches some NFA concatenated with itself any number of times.

Makes an NFA that matches zero length but only at the text start

Makes an NFA that matches zero length but only at the text start

Makes an NFA matching a some symbol.

Makes an NFA matching a some symbol.

Makes an NFA matching a specific char.

Makes a union of NFAs.

Makes a union of NFAs.

Makes an NFA that matches some NFA concatenated with itself up to some number of times.

Makes an NFA that matches some NFA concatenated with itself up to some number of times.

Finds the number of capture groups in this NFA

Serialize as [`Atom`], deserialize as [`AtomStatic`]

Converts a [`WorkingNFA`] into a format that, when returned by a proc macro, will create the corresponding [`NFAStatic`].

Creates a block which takes `thread` from its local context, updates it using `self` (compile-time), and appends it to `new_threads` from its local co

Creates a block which takes `thread` from its local context, updates it using `self` (compile-time), and appends it to `new_threads` from its local co

Creates a block which takes `list: &mut [bool; STATE_NUM]` from its local context, updates it in-place using `self` (compile-time).

Creates a block which takes `list: &mut [bool; STATE_NUM]` from its local context, updates it in-place using `self` (compile-time).

Using the classical NFA algorithm to do a simple boolean test on a string.

Using the classical NFA algorithm to do a simple boolean test on a string.

Using the classical NFA algorithm.

Returns `true` if this state is an immediate accept state. This means that it has any non-anchored accept transition. This only applies to `test` imp

Writes a LaTeX TikZ representation to visualize the graph. If `include_doc` is `true`, will include the headers. Otherwise, you should include `\usep

Writes a LaTeX TikZ representation to visualize the graph. If `include_doc` is `true`, will include the headers. Otherwise, you should include `\usep

Writes a LaTeX TikZ representation to visualize the graph. If `include_doc` is `true`, will include the headers. Otherwise, you should include `\usep

Writes a LaTeX TikZ representation to visualize the graph. If `include_doc` is `true`, will include the headers. Otherwise, you should include `\usep