lambdaisland.morf
Morf provides syntactic sugar over reagent atoms and reactions, either inside a
component for component-local state, using with-form, or at the top level
for shared state with deform.
Morf provides syntactic sugar over reagent atoms and reactions, either inside a component for component-local state, using [[with-form]], or at the top level for shared state with [[deform]].
deformclj/smacro
(deform binding formdef & {:keys [init defonce?]})Define a new 'form', bound to the given symbol (var) at the top level. The form itself is a reaction and can be dereferenced. Any symbols in the form starting with ? or ! are bound to ratoms, and can be individually set or read.
Use :init to specify initial values for the ratoms.
Define a new 'form', bound to the given symbol (var) at the top level. The form itself is a reaction and can be dereferenced. Any symbols in the form starting with ? or ! are bound to ratoms, and can be individually set or read. Use `:init` to specify initial values for the ratoms.
deform-onceclj/smacro
(deform-once binding formdef & opts)Like deform, but expands to a defonce instead of a def. Good for
maintaining state across reloads.
Like [[deform]], but expands to a `defonce` instead of a `def`. Good for maintaining state across reloads.
with-formclj/smacro
(with-form [binding formdef & {:keys [init]}] & body)Define a new 'form' to be used within the scope of the block, typically used inside a Reagent component. The form itself is a reaction and can be dereferenced. Any symbols in the form starting with ? or ! are bound to ratoms, and can be individually set or read.
Define a new 'form' to be used within the scope of the block, typically used inside a Reagent component. The form itself is a reaction and can be dereferenced. Any symbols in the form starting with ? or ! are bound to ratoms, and can be individually set or read.
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