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Line 1: Line 1:     
local DropList = {}
 
local DropList = {}
  −
function trim(str)
  −
return str:match('^%s*(.-)%s*$')
  −
end
      
local args_grammar = {
 
local args_grammar = {
comma_list = '[^,]+',
+
to_trim        = '^%s*(.-)%s*$',
ship      = '^%s*(.-)%s*:%s*(.-)%s*$',
+
comma_list     = '[^,]+',
node_name  = '%s*(%a+)%s*/?',
+
ship_and_nodes = '^%s*(.-)%s*:%s*(.-)%s*$',
node_diff = '/%s*(%a+)%s*$'
+
just_node      = '^%s*(%a)%s*$',
 +
node_and_diff = '^%s*(%a)%s*/%s*(%S-)%s*$'
 
}
 
}
   Line 16: Line 13:  
['Easy']  = '5a5',
 
['Easy']  = '5a5',
 
['Medium'] = 'da6',
 
['Medium'] = 'da6',
['Hard']  = 'd33'
+
['Hard']  = 'd33',
 +
['?']      = '0ff'
 +
}
 +
 
 +
local diffs = {
 +
['Easy']  = 'Easy+',
 +
['Medium'] = 'Medium+',
 +
['Hard']  = 'Hard+',
 +
['?']      = '?'
 
}
 
}
   Line 25: Line 30:  
-- header args
 
-- header args
 
for node in string.gmatch(args.nodes, args_grammar.comma_list) do
 
for node in string.gmatch(args.nodes, args_grammar.comma_list) do
local node = trim(node)
+
local node = node:match(args_grammar.to_trim)
 
table.nodes[#table.nodes + 1] = { name = node }
 
table.nodes[#table.nodes + 1] = { name = node }
 
if node == args.boss then
 
if node == args.boss then
Line 35: Line 40:  
for arg_name, arg in pairs(args) do
 
for arg_name, arg in pairs(args) do
 
if tonumber(arg_name) then
 
if tonumber(arg_name) then
local ship, nodes = arg:match(args_grammar.ship)
+
local ship, nodes = arg:match(args_grammar.ship_and_nodes)
 
-- TODO: check ship existence?
 
-- TODO: check ship existence?
 
table.rows[ship] = {}
 
table.rows[ship] = {}
Line 42: Line 47:  
row.nodes = {}
 
row.nodes = {}
 
for _, node in pairs(table.nodes) do
 
for _, node in pairs(table.nodes) do
row.nodes[node.name] = node
+
row.nodes[node.name] = nil
 
end
 
end
for node_diff in string.gmatch(nodes, args_grammar.comma_list) do
+
for node_and_diff in string.gmatch(nodes, args_grammar.comma_list) do
local node = node_diff:match(args_grammar.node_name)
+
local node, diff = node_and_diff:match(args_grammar.node_and_diff)
local diff = node_diff:match(args_grammar.node_diff)
+
if not node or not diff then
-- TODO: check node/difficulty existence?
+
node = node_and_diff:match(args_grammar.just_node)
if diff and colors[diff] then
+
diff = nil
row.nodes[node] = { color = colors[diff], diff = diff .. '+' }
+
end
else
+
-- TODO: check node existence?
row.nodes[node] = { color = "0ff", diff = '?' }
+
if node then
 +
print(node, diff)
 +
row.nodes[node] = { color = diff and colors[diff] or colors['?'], diff = diff and diffs[diff] or '?' }
 
end
 
end
 
end
 
end
Line 77: Line 84:  
-- header
 
-- header
 
for _, node in pairs(table.nodes) do
 
for _, node in pairs(table.nodes) do
if node.boss then
+
res = res .. string.format(node.boss and table_format.header_boss_node or table_format.header_node, node.name)
res = res .. string.format(table_format.header_boss_node, node.name)
  −
else
  −
res = res .. string.format(table_format.header_node, node.name)
  −
end
   
end
 
end
   Line 89: Line 92:  
for _, node in pairs(table.nodes) do
 
for _, node in pairs(table.nodes) do
 
local node = row.nodes[node.name]
 
local node = row.nodes[node.name]
if node.color then
+
res = res .. (node and string.format(table_format.node_cell, node.color, node.diff) or table_format.empty_cell)
if node.diff then
  −
res = res .. string.format(table_format.node_cell, node.color, node.diff)
  −
else
  −
res = res .. string.format(table_format.node_cell, node.color, "?")
  −
end
  −
else
  −
res = res .. table_format.empty_cell
  −
end
   
end
 
end
 
end
 
end
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