Upgrade fennel to 0.7.0
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vendor/jeejah/fennel.lua
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5352
vendor/jeejah/fennel.lua
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132
vendor/jeejah/fennelview.fnl
vendored
132
vendor/jeejah/fennelview.fnl
vendored
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@ -1,13 +1,13 @@
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;; A pretty-printer that outputs tables in Fennel syntax.
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;; Loosely based on inspect.lua: http://github.com/kikito/inspect.lua
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(local view-quote (fn [str] (.. '"' (: str :gsub '"' '\\"') '"')))
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(fn view-quote [str] (.. "\"" (: str :gsub "\"" "\\\"") "\""))
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(local short-control-char-escapes
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{"\a" "\\a" "\b" "\\b" "\f" "\\f" "\n" "\\n"
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"\r" "\\r" "\t" "\\t" "\v" "\\v"})
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(local long-control-char-esapes
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(local long-control-char-escapes
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(let [long {}]
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(for [i 0 31]
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(let [ch (string.char i)]
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@ -17,9 +17,10 @@
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long))
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(fn escape [str]
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(let [str (: str :gsub "\\" "\\\\")
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str (: str :gsub "(%c)%f[0-9]" long-control-char-esapes)]
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(: str :gsub "%c" short-control-char-escapes)))
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(-> str
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(: :gsub "\\" "\\\\")
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(: :gsub "(%c)%f[0-9]" long-control-char-escapes)
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(: :gsub "%c" short-control-char-escapes)))
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(fn sequence-key? [k len]
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(and (= (type k) "number")
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@ -32,7 +33,7 @@
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(fn sort-keys [a b]
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(let [ta (type a) tb (type b)]
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(if (and (= ta tb) (~= ta "boolean")
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(if (and (= ta tb)
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(or (= ta "string") (= ta "number")))
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(< a b)
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(let [dta (. type-order a)
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@ -58,13 +59,12 @@
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(values keys sequence-length)))
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(fn count-table-appearances [t appearances]
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(if (= (type t) "table")
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(when (not (. appearances t))
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(tset appearances t 1)
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(each [k v (pairs t)]
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(count-table-appearances k appearances)
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(count-table-appearances v appearances)))
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(when (and t (= t t)) ; no nans please
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(when (= (type t) "table")
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(if (not (. appearances t))
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(do (tset appearances t 1)
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(each [k v (pairs t)]
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(count-table-appearances k appearances)
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(count-table-appearances v appearances)))
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(tset appearances t (+ (or (. appearances t) 0) 1))))
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appearances)
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@ -78,7 +78,7 @@
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(fn tabify [self] (puts self "\n" (: self.indent :rep self.level)))
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(fn already-visited? [self v] (~= (. self.ids v) nil))
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(fn already-visited? [self v] (not= (. self.ids v) nil))
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(fn get-id [self v]
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(var id (. self.ids v))
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@ -89,49 +89,65 @@
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(tset self.ids v id)))
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(tostring id))
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(fn put-sequential-table [self t length]
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(fn put-sequential-table [self t len]
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(puts self "[")
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(set self.level (+ self.level 1))
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(for [i 1 length]
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(puts self " ")
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(for [i 1 len]
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(when (< 1 i (+ 1 len))
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(puts self " "))
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(put-value self (. t i)))
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(set self.level (- self.level 1))
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(puts self " ]"))
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(puts self "]"))
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(fn put-key [self k]
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(if (and (= (type k) "string")
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(: k :find "^[-%w?\\^_`!#$%&*+./@~:|<=>]+$"))
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(: k :find "^[-%w?\\^_!$%&*+./@:|<=>]+$"))
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(puts self ":" k)
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(put-value self k)))
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(fn put-kv-table [self t]
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(fn put-kv-table [self t ordered-keys]
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(puts self "{")
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(set self.level (+ self.level 1))
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(each [k v (pairs t)]
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(tabify self)
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;; first, output sorted nonsequential keys
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(each [i k (ipairs ordered-keys)]
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(when (or self.table-edges (not= i 1))
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(tabify self))
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(put-key self k)
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(puts self " ")
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(put-value self (. t k)))
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;; next, output any sequential keys
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(each [i v (ipairs t)]
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(tabify self)
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(put-key self i)
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(puts self " ")
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(put-value self v))
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(set self.level (- self.level 1))
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(tabify self)
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(when self.table-edges
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(tabify self))
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(puts self "}"))
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(fn put-table [self t]
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(if (already-visited? self t)
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(puts self "#<table " (get-id self t) ">")
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(>= self.level self.depth)
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(puts self "{...}")
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:else
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(let [(non-seq-keys length) (get-nonsequential-keys t)
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id (get-id self t)]
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(if (> (. self.appearances t) 1)
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(puts self "#<" id ">")
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(and (= (# non-seq-keys) 0) (= (# t) 0))
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(puts self "{}")
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(= (# non-seq-keys) 0)
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(put-sequential-table self t length)
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:else
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(put-kv-table self t)))))
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(let [metamethod (and self.metamethod? (-?> t getmetatable (. :__fennelview)))]
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(if (and (already-visited? self t) self.detect-cycles?)
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(puts self "#<table @" (get-id self t) ">")
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(>= self.level self.depth)
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(puts self "{...}")
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metamethod
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(puts self (metamethod t self.fennelview))
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:else
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(let [(non-seq-keys len) (get-nonsequential-keys t)
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id (get-id self t)]
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;; fancy metatable stuff can result in self.appearances not including
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;; a table, so if it's not found, assume we haven't seen it; we can't
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;; do cycle detection in that case.
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(when (and (< 1 (or (. self.appearances t) 0)) self.detect-cycles?)
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(puts self "@" id))
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(if (and (= (length non-seq-keys) 0) (= (length t) 0))
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(puts self (if self.empty-as-square "[]" "{}"))
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(= (length non-seq-keys) 0)
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(put-sequential-table self t len)
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:else
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(put-kv-table self t non-seq-keys))))))
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(set put-value (fn [self v]
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(let [tv (type v)]
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@ -146,11 +162,41 @@
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(fn fennelview [root options]
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(fn one-line [str]
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;; save return value as local to ignore gsub's extra return value
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(let [ret (-> str
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(: :gsub "\n" " ")
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(: :gsub "%[ " "[") (: :gsub " %]" "]")
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(: :gsub "%{ " "{") (: :gsub " %}" "}")
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(: :gsub "%( " "(") (: :gsub " %)" ")"))]
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ret))
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(fn fennelview [x options]
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"Return a string representation of x.
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Can take an options table with these keys:
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* :one-line (boolean: default: false) keep the output string as a one-liner
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* :depth (number, default: 128) limit how many levels to go (default: 128)
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* :indent (string, default: \" \") use this string to indent each level
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* :detect-cycles? (boolean, default: true) don't try to traverse a looping table
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* :metamethod? (boolean: default: true) use the __fennelview metamethod if found
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* :table-edges (boolean: default: true) put {} table brackets on their own line
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* :empty-as-square (boolean: default: false) render empty tables as [], not {}
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The __fennelview metamethod should take the table being serialized as its first
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argument and a function as its second arg which can be used on table elements to
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continue the fennelview process on them.
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"
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(let [options (or options {})
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inspector {:appearances (count-table-appearances root {})
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inspector {:appearances (count-table-appearances x {})
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:depth (or options.depth 128)
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:level 0 :buffer {} :ids {} :max-ids {}
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:indent (or options.indent " ")}]
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(put-value inspector root)
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(table.concat inspector.buffer)))
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:indent (or options.indent (if options.one-line "" " "))
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:detect-cycles? (not (= false options.detect-cycles?))
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:metamethod? (not (= false options.metamethod?))
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:fennelview #(fennelview $1 options)
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:table-edges (not= options.table-edges false)
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:empty-as-square options.empty-as-square}]
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(put-value inspector x)
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(let [str (table.concat inspector.buffer)]
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(if options.one-line (one-line str) str))))
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