:eachmatch() -> :matches()

1 files changed, 5 insertions, 5 deletions

diff --git a/Lua/README.md b/Lua/README.md
index 1288696..3b6124b 100644
--- a/Lua/README.md
+++ b/Lua/README.md
@@ -12,11 +12,11 @@ The Lua `bp` bindings provide the following methods:
 bp.match(pattern, text, [start_index]) --> match / nil
 bp.replace(pattern, replacement, text, [start_index]) --> text_with_replacements, num_replacements
 bp.compile(pattern) --> pattern_object
-for m in bp.eachmatch(pattern, text, [start_index]) do ... end
+for m in bp.matches(pattern, text, [start_index]) do ... end
 
 pattern_object:match(text, [start_index]) --> match / nil
 pattern_object:replace(replacement, text, [start_index]) --> text_with_replacements, num_replacements
-for m in pattern_object:eachmatch(text, [start_index]) do ... end
+for m in pattern_object:matches(text, [start_index]) do ... end
 ```
 
 Match objects returned by `bp.match()` are tables whose `__tostring` will
@@ -32,7 +32,7 @@ unambiguous.
 Pattern objects returned by `bp.compile()` are pre-compiled patterns that are
 slightly faster to reuse than just calling `bp.match()` repeatedly. They have a
 `.source` attribute that holds the original text used to compile them and have
-`:match()`, `:replace()`, and `:eachmatch()` methods as described above.
+`:match()`, `:replace()`, and `:matches()` methods as described above.
 
 All methods will raise an error with a descriptive message if the given pattern
 has a syntax error.
@@ -47,13 +47,13 @@ local m = bp.match('"n" @Es=+`e "dle"', "like finding a needle in a haystack")
 local replaced, nreplacements = bp.match('"n" +`e "dle"', "cat", "like finding a needle in a haystack")
 --> "like finding a cat in a haystack", 1
 
-for word in bp.eachmatch("+`A-Z,a-z", "one, two three... four!") do
+for word in bp.matches("+`A-Z,a-z", "one, two three... four!") do
     print(word) --> prints "one" "two" "three" "four"
 end
 
 local pat = bp.compile("word parens")
 for _,s in ipairs(my_strings) do
-    for fncall in pat:eachmatch(s) do
+    for fncall in pat:matches(s) do
         print(fncall)
     end
 end