Removed "for all"-style iteration and changed "for % from 1 to 10"-style

to "for % in 1 to 10" for consistency.

core/collections.nom

@@ -66,33 +66,18 @@ immediately
                 %comprehension.%i <- %expression
             return %comprehension
 
-    parse [%expression for all %iterable] as
-        %expression for % in %iterable
-
     parse [..]
-        %expression for %index from %start to %stop via %step
-        %expression for %index from %start to %stop by %step
+        %expression for %index in %start to %stop via %step
+        %expression for %index in %start to %stop by %step
     ..as
         result of
             %comprehension <- []
-            for %index from %start to %stop via %step
+            for %index in %start to %stop via %step
                 add %expression to %comprehension
             return %comprehension
 
-    parse [%expression for all %iterable] as
-        %expression for % in %iterable
-
-    parse [%expression for %var from %start to %stop] as
-        %expression for %var from %start to %stop via 1
-
-    parse [..]
-        %expression for all %start to %stop by %step
-        %expression for all %start to %stop via %step
-    ..as
-        %expression for % from %start to %stop via %step
-
-    parse [%expression for all %start to %stop] as
-        %expression for all %start to %stop via 1
+    parse [%expression for %var in %start to %stop] as
+        %expression for %var in %start to %stop via 1
 
     parse [%expression for %key = %value in %iterable] as
         result of
@@ -109,9 +94,6 @@ immediately
                 %comprehension.%key <- %value
             return %comprehension
 
-    parse [%key = %value for all %iterable] as
-        %key = %value for % in %iterable
-
     parse [%key = %value for %src_key = %src_value in %iterable] as
         result of
             %comprehension <- {}
@@ -142,18 +124,18 @@ immediately
 
 immediately
     action [%items sorted, sorted %items]
-        %copy <- (% for all %items)
+        %copy <- (% for % in %items)
         sort %copy
         return %copy
     action [%items sorted by %key]
-        %copy <- (% for all %items)
+        %copy <- (% for % in %items)
         sort %copy by %key
         return %copy
 
     action [unique %items]
         %unique <- []
         %seen <- {}
-        for all %items
+        for % in %items
             unless: % in %seen
                 add % to %unique
                 (% in %seen) <- (yes)

core/control_flow.nom

@@ -140,8 +140,8 @@ immediately
 # Numeric range for loops
 immediately
     compile [..]
-        for %var from %start to %stop by %step %body
-        for %var from %start to %stop via %step %body
+        for %var in %start to %stop by %step %body
+        for %var in %start to %stop via %step %body
     ..to
         # This uses Lua's approach of only allowing loop-scoped variables in a loop
         assume (%var.type is "Var") or barf "Loop expected variable, not: \(%var's source code)"
@@ -173,12 +173,7 @@ immediately
         return %lua
 
 immediately
-    parse [for %var from %start to %stop %body] as: for %var from %start to %stop via 1 %body
-    parse [..]
-        for all %start to %stop by %step %body
-        for all %start to %stop via %step %body
-    ..as: for % from %start to %stop via %step %body
-    parse [for all %start to %stop %body] as: for all %start to %stop via 1 %body
+    parse [for %var in %start to %stop %body] as: for %var in %start to %stop via 1 %body
 
 # For-each loop (lua's "ipairs()")
 immediately
@@ -210,8 +205,6 @@ immediately
                     end -- end of scope for stopping for-loop
         return %lua
 
-    parse [for all %iterable %body] as: for % in %iterable %body
-
 # Dict iteration (lua's "pairs()")
 immediately
     compile [for %key = %value in %iterable %body] to

core/math.nom

@@ -42,27 +42,31 @@ compile [all of %items, all %items] to
     unless: (%items' "type") is "List"
         return: Lua value "utils.all(\(%items as lua expr))"
     %clauses <- []
-    for all (%items' "value"): lua> "table.insert(\%clauses, \(% as lua expr));"
+    for % in (%items' "value")
+        lua> "table.insert(\%clauses, \(% as lua expr));"
     return: Lua value "(\(%clauses joined with " and "))"
 parse [not all of %items, not all %items] as: not (all of %items)
 compile [any of %items, any %items] to
     unless: (%items' "type") is "List"
         return: Lua value "utils.any(\(%items as lua expr))"
     %clauses <- []
-    for all (%items' "value"): lua> "table.insert(\%clauses, \(% as lua expr));"
+    for % in (%items' "value")
+        lua> "table.insert(\%clauses, \(% as lua expr));"
     return: Lua value "(\(%clauses joined with " or "))"
 parse [none of %items, none %items] as: not (any of %items)
 compile [sum of %items, sum %items] to
     unless: (%items' "type") is "List"
         return: Lua value "utils.sum(\(%items as lua expr))"
     %clauses <- []
-    for all (%items' "value"): lua> "table.insert(\%clauses, \(% as lua expr));"
+    for % in (%items' "value")
+        lua> "table.insert(\%clauses, \(% as lua expr));"
     return: Lua value "(\(%clauses joined with " + "))"
 compile [product of %items, product %items] to
     unless: (%items' "type") is "List"
         return: Lua value "utils.product(\(%items as lua expr))"
     %clauses <- []
-    for all (%items' "value"): lua> "table.insert(\%clauses, \(% as lua expr));"
+    for % in (%items' "value")
+        lua> "table.insert(\%clauses, \(% as lua expr));"
     return: Lua value "(\(%clauses joined with " * "))"
 action [avg of %items, average of %items]
     =lua "(utils.sum(\%items)/#\%items)"

examples/how_do_i.nom

@@ -38,6 +38,7 @@ say "Hello world!"
     Strings can contain a backslash followed by a variable, list, dict, or parenthesized
     expression. This escaped value will be converted to a readable string, like so:
     The value of %x is \%x, isn't that nice?
+    These are some numbers: \[1+1,2+1,3+1]
     The sum of 2 and 4 is \(2 + 4).
     If you need to use a plain ol' backslash, you can do \\ <-- that
 %format_str2 <- "Single-line strings can contain escape sequences like \", \\, \n, \065, and \x0A"
@@ -109,20 +110,15 @@ when 3 = ?
 %list <- [1,2,3]
 for %x in %list
     say "For %x loop #\%x"
-# There's also a slightly more concise version that automatically populates a loop variable "%"
-for all %list
-    say "For all loop #\%"
 
 # How do I loop over a number range?
 # This is inclusive, so it will loop over 1,2, and 3
-for %i from 1 to 3
-    say "For %i from 1 to 3 loop #\%i"
-for all 1 to 3
-    say "For all 1 to 3 loop #\%"
+for %i in 1 to 3
+    say "For %i in 1 to 3 loop #\%i"
 # This will print 0,2, and 4
-for %even from 0 to 5 by 2
+for %even in 0 to 5 by 2
     say "Even #\%even"
-for %backwards from 3 to 1 by -1
+for %backwards in 3 to 1 by -1
     say "Backwards #\%backwards"
 
 # How do I do a 'while' loop?
@@ -289,7 +285,7 @@ if (1 > (TWENTY)) on opposite day
 # Well... it's always *possible* to fall back to Lua behavior for something like this:
 action [best of %items according to %key_fn]
     <- {%best:nil, %best_key:nil}
-    for all %items
+    for % in %items
         %key <- (=lua "\%key_fn(\%)")
         if: (%best is (nil)) or (%key > %best_key)
             <- {%best:%, %best_key:%key}
@@ -312,7 +308,7 @@ immediately
     parse [best of %items according to %key_expr] as
         result of
             <- {%best:nil, %best_key:nil}
-            for all %items
+            for % in %items
                 %key <- %key_expr
                 if: (%best is (nil)) or (%key > %best_key)
                     <- {%best:%, %best_key:%key}

lib/training_wheels.nom

@@ -35,7 +35,7 @@ compile [function %args %body, lambda %args %body] to
     to %lua write ")\n    "
     %body <-: %body as lua
     lua> "\%body:convert_to_statements('return ');"
-    for all %args.value: lua> "\%body:remove_free_vars(\%);"
+    for % in %args.value: lua> "\%body:remove_free_vars(\%);"
     to %lua write %body
     to %lua write "\nend)"
     return %lua

nomsu.lua

@@ -741,7 +741,7 @@ do
   local self = _class_0
   stub_defs = {
     space = (P(' ') + P('\n..')) ^ 0,
-    word = (NOMSU_DEFS.ident_char ^ 1 + NOMSU_DEFS.operator ^ 1),
+    word = (NOMSU_DEFS.ident_char ^ 1 + NOMSU_DEFS.operator),
     varname = (R('az', 'AZ', '09') + P('_') + NOMSU_DEFS.utf8_char) ^ 0
   }
   stub_pattern = re.compile([=[        {~ (%space->'') (('%' (%varname->'')) / %word)? ((%space->' ') (('%' (%varname->'')) / %word))* (%space->'') ~}

nomsu.moon

@@ -294,7 +294,7 @@ class NomsuCompiler
     
     stub_defs = {
         space:(P(' ') + P('\n..'))^0
-        word:(NOMSU_DEFS.ident_char^1 + NOMSU_DEFS.operator^1)
+        word:(NOMSU_DEFS.ident_char^1 + NOMSU_DEFS.operator)
         varname:(R('az','AZ','09') + P('_') + NOMSU_DEFS.utf8_char)^0
     }
     stub_pattern = re.compile [=[

tests/collections.nom

@@ -19,10 +19,10 @@ pop from %list
 assume ((last in %list) = 5)
 remove index 1 from %list
 assume ((first in %list) = 2)
-assume (((% * %) for all [1,2,3]) = [1,4,9])
+assume (((% * %) for % in [1,2,3]) = [1,4,9])
 assume ((%k = (%v * %v) for %k = %v in {x:1,y:2,z:3}) = {x:1,y:4,z:9})
 assume ((%k for %k = %v in {x:1}) = ["x"])
-assume ((% = (% * %) for all [1,2,3]) = {1:1,2:4,3:9})
+assume ((% = (% * %) for % in [1,2,3]) = {1:1,2:4,3:9})
 assume (([[1,2],[3,4]] flattened) = [1,2,3,4])
 assume ((entries in {x:1}) = [{key:"x",value:1}])
 assume ((keys in {x:1}) = ["x"])
@@ -38,7 +38,7 @@ sort %x by (% in %keys)
 assume (%x = [2,3,1])
 assume ((unique [1,2,1,3,2,3]) = [1,2,3])
 %c <- (new counter)
-for all ["x","y","x","x","y"]
+for % in ["x","y","x","x","y"]
     (% in %c) +<- 1
 assume (%c = {x:3,y:2})
 

tests/control_flow.nom

@@ -1,4 +1,4 @@
-#..
+#
     Tests for the stuff defined in lib/control_flow.nom
 
 use "core"
@@ -40,11 +40,6 @@ for %x in [1,2,3]
     %tot +<- %x
 assume (%tot = 6) or barf "for-loop failed"
 
-%tot <- 0
-for all [1,2,3]
-    %tot +<- %
-assume (%tot = 6) or barf "for-all-loop failed"
-
 %x <- 0
 repeat
     %x +<- 1
@@ -58,7 +53,7 @@ repeat 5 times
 assume (%x = 5) or barf "Failed to repeat 5 times"
 
 <- {%x:0,%y:0}
-for all [1,2,3]
+for % in [1,2,3]
     repeat 5 times
         do next repeat
         %x +<- 1
@@ -66,7 +61,7 @@ for all [1,2,3]
 assume ([%x,%y] = [0,3]) or barf "Failed to continue repeat"
 
 <- {%x:0,%y:0}
-for all [1,2,3]
+for % in [1,2,3]
     repeat 5 times
         do next %
         %x +<- 1
@@ -74,7 +69,7 @@ for all [1,2,3]
 assume ([%x,%y] = [0,0]) or barf "Failed to continue for"
 
 <- {%x:0,%y:0}
-for all [1,2,3]
+for % in [1,2,3]
     repeat 5 times
         stop repeating
         %x +<- 1
@@ -82,7 +77,7 @@ for all [1,2,3]
 assume ([%x,%y] = [0,3]) or barf "Failed to stop repeat"
 
 <- {%x:0,%y:0}
-for all [1,2,3]
+for % in [1,2,3]
     repeat 5 times
         stop %
         %x +<- 1
@@ -100,17 +95,13 @@ repeat until: %x = 10
 assume (%x = 10) or barf "repeat-until failed"
 
 %x <- 0
-for %i from 1 to 3: %x +<- %i
+for %i in 1 to 3: %x +<- %i
 assume (%x = 6) or barf "Numeric for range failed"
 
 %x <- 0
-for %i from 3 to 1 via -1: %x +<- %i
+for %i in 3 to 1 via -1: %x +<- %i
 assume (%x = 6) or barf "backwards numeric for range failed"
 
-%x <- 0
-for all 1 to 3: %x +<- %
-assume (%x = 6) or barf "terse numeric for range failed"
-
 %result <- {}
 for %key = %value in {x:1,y:2}
     (%result's ("\%key\%key")) <- (%value * 11)
@@ -197,12 +188,12 @@ assume
     (..)
         result of
             %n <- 0
-            for all [1,2,3]: %n +<- %
+            for % in [1,2,3]: %n +<- %
             return %n
     ..= 6
 
 %nums <- []
-for all
+for % in
     values
         -> 4
         -> 5