depender let's us differentiate between the call stack and and dependency. The problem with overloading call-stack with both roles is that we miss cyclic reentrance when we use without-c-dependency in a rule to get once behavior or just when fm-traversing to find someone
*depender* let's us differentiate between the call stack and and dependency. The problem with overloading *call-stack* with both roles is that we miss cyclic reentrance when we use without-c-dependency in a rule to get once behavior or just when fm-traversing to find someone
(+cause)
(c-assert assertion)
(c-assert assertion fmt$ & fmt-args)
(c-break & args)
(c-callers ref)
(c-code ref)
(c-code$ c)
(c-debug? c tag)
(c-ephemeral? ref)
(c-formula? c)
(c-input? ref)
(c-lazy ref)
(c-md-name c)
(c-me ref)
(c-model rc)
(c-optimize ref)
(c-optimized-away? c)
(c-pulse ref)
(c-pulse-last-changed ref)
(c-pulse-observed ref)
(c-pulse-unobserved? c)
(c-ref? x)
(c-rule ref)
(c-slot ref)
(c-slot-name rc)
(c-slots c k)
(c-state ref)
(c-stop)
(c-stop why)
(c-stopped)
(c-stopper why)
(c-synapses ref)
(c-synaptic? ref)
(c-unbound? rc)
(c-useds ref)
(c-users ref)
(c-valid? rc)
(c-value c)
(c-value-state rc)
(c-warn & args)
(cache-value cache)
(cells-init)
(cells-reset)
(cells-reset options)
(cinfo c)
(cpr & r)
(dependency-drop used caller)
(dependency-record used)
(dpc cell & bits)
(ia-type it)
(ia-type? it typ)
(md-ref? x)
(md-slot-owning? class-name slot-name)
(minfo me)
(pcell tag c)
(pulse-initial)
(pulse-now)
(un-stopped & body)
(unfin-biz-build)
(unlink-from-callers used)
(unlink-from-used caller why)
(ustack$ tag)
(when-bound x)
(without-c-dependency & body)
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