README.md

@@ -17,33 +17,9 @@ Impotent is still work-in-progress:
 5. Most operators are still missing
 6. The user API is completely different from that of PoC Lua
 7. Being lock-free, tables are not split to "array" and "hash" parts
-8. Userdata is not yet supported.
 
 Impotent requires C11 and an architecture with 8-byte atomic operations, but otherwise it is completely cross-platform.
 
 Performance-wise, it's surprisingly competitive with PoC Lua, considering how quickly it was made up to the point of writing this README (~2 weeks). By far the worst bottleneck is the GC, since it requires all threads and their heaps to synchronize.
 
-Certain Lua idioms become impossible under Impotent. For example the idiom of appending to tables (`t[#t + 1] = x`) isn't atomic, therefore `table.insert` should be used instead.
-
-## Additions
-
-Obviously, threading. Any thread can access any value from any other thread, including for reading or writing. Operations such as getting or setting are lock-free in the best case scenario, but other operations (such as the `#` operator) must lock the table temporarily.
-
-Besides this, I have no intent to greatly deviate from standard Lua, to keep source-level compatibility as best I can. The only addition to the standard library is the `threads` global, with two methods as of now.
-
-### `threads.run`
-
-Runs a function in a newly created thread. Does not block the caller.
-
-	threads.run(function()
-		-- Do something expensive
-	end)
-
-
-### `threads.parallel`
-
-Runs a function in n parallel threads. Blocks the caller until all threads finish.
-
-	threads.parallel(8, function()
-		-- Do something parallelizable.
-	end)
+Certain Lua idioms become impossible under Impotent. For example the idiom of appending to tables (`t[#t + 1] = x`) isn't atomic, therefore `table.insert` should be used instead.

table_insert.lua

@@ -4,11 +4,7 @@ for i = 50, 1, -1 do
 	table.insert(t, 1, i)
 end
 
-for i = 50, 25, -1 do
-	table.insert(t, #t + 1, i)
-end
-
-for i = 24, 1, -1 do
+for i = 50, 1, -1 do
 	table.insert(t, i)
 end