diff --git a/pretty.lua b/pretty.lua
index b41ff8c..189b928 100644
--- a/pretty.lua
+++ b/pretty.lua
@@ -297,7 +297,7 @@ end
 --------------------------------------------------------------------------------
 -- Formatting stuff
 
-local format_table, format_value
+local format_value
 
 -- Ways to format keys
 
@@ -333,37 +333,57 @@ local TABLE_TYPE_TO_PAIR_FORMAT = {
 
 -- Formatting tables
 
-local function format_map (t, options, depth, l)
-    -- TODO: Merge with `format_table`?
-
+function format_table (t, options, depth, l)
     -- Error Checking
+    -- TODO: Add more nuanced formatting.
+
     assert(type(t) == 'table')
     assert(type(options) == 'table' and type(depth) == 'number' and type(l) == 'table')
 
     -- Do stuff
 
-    local table_info       = l.info[t] or get_table_info(t)
+    local table_info  =  l.info[t] or get_table_info(t)
+
+    if options.recursion == 'marked' and table_info.marker then
+        l[#l+1], l[#l+2], l[#l+3] = '<', table_info.marker, '>'
+    end
+
+    local already_visited  =  l.visited[t]
+    l.visited[t]  =  true
+
+    if table_info.type == TABLE_TYPE.EMPTY then
+        -- Empty Map
+        l[#l+1] = '{}'
+        return;
+    elseif depth >= options.max_depth or already_visited then
+        -- Already visited or above max depth
+        l[#l+1] = '{...}'
+        return;
+    end
+
+    -- Get key-value pairs, and possibly fill holes.
     local key_value_pairs  = get_key_value_pairs_in_proper_order(t)
     if table_info.type == TABLE_TYPE.SEQUENCE and l.info[t].has_holes then
         fill_holes_in_key_value_pairs(key_value_pairs)
     end
+
+    -- Find format function
     local pair_format_func = TABLE_TYPE_TO_PAIR_FORMAT[table_info.type]
-
     local start_of_table_i = #l + 1
-    l[#l+1] = {'indent', '{'}
+    assert(pair_format_func)
 
+    -- Begin formatting table.
+    l[#l+1] = {'indent', '{'}
     for _, pair in ipairs(key_value_pairs) do
         pair_format_func(l, pair[1], pair[2], options, depth + 1)
         l[#l+1] = ','
         l[#l+1] = {'seperator'}
     end
-
     if l[#l][1] == 'seperator' then  l[#l-1], l[#l] = nil, nil  end
     l[#l+1] = {'unindent', '}'}
 
+    -- Decide for short or long table formatting.
     local table_width  =  width_of_strings_in_l(l, start_of_table_i)
-    --print('Table width: '..table_width)
-
     if table_width <= MAX_WIDTH_FOR_SINGLE_LINE_TABLE then
         -- Is short table: Ignore the "width of key"-shit
         l[start_of_table_i][3] = 'inline'
@@ -374,34 +394,7 @@ local function format_map (t, options, depth, l)
     end
 end
 
-function format_table (t, options, depth, l)
-    -- Error Checking
-
-    assert(type(t) == 'table')
-    assert(type(options) == 'table' and type(depth) == 'number' and type(l) == 'table')
-
-    -- Do stuff
-
-    local info  =  l.info[t] or {}
-
-    if options.recursion == 'marked' and info.marker then
-        l[#l+1], l[#l+2], l[#l+3] = '<', info.marker, '>'
-    end
-
-    local already_visited  =  l.visited[t]
-    l.visited[t]  =  true
-
-    if info.type == TABLE_TYPE.EMPTY then
-        -- Empty Map
-        l[#l+1] = '{}'
-    elseif depth >= options.max_depth or already_visited then
-        -- Already visited or above max depth
-        l[#l+1] = '{...}'
-    else
-        -- Just a normal table
-        return format_map(t, options, depth, l)
-    end
-end
+-- Formatting Strings
 
 local function format_string (str, options, depth, l)
     -- TODO: Add option for escaping unicode characters.