function run_all_tests() dotest "util.jid" dotest "core.stanza_router" dotest "core.s2smanager" dotest "core.configmanager" end local verbosity = tonumber(arg[1]) or 2; package.path = package.path..";../?.lua"; require "util.import" local env_mt = { __index = function (t,k) return rawget(_G, k) or print("WARNING: Attempt to access nil global '"..tostring(k).."'"); end }; function testlib_new_env(t) return setmetatable(t or {}, env_mt); end function assert_equal(a, b, message) if not (a == b) then error("\n assert_equal failed: "..tostring(a).." ~= "..tostring(b)..(message and ("\n Message: "..message) or ""), 2); elseif verbosity >= 4 then print("assert_equal succeeded: "..tostring(a).." == "..tostring(b)); end end function dotest(unitname) local tests = setmetatable({}, { __index = _G }); tests.__unit = unitname; local chunk, err = loadfile("test_"..unitname:gsub("%.", "_")..".lua"); if not chunk then print("WARNING: ", "Failed to load tests for "..unitname, err); return; end setfenv(chunk, tests); local success, err = pcall(chunk); if not success then print("WARNING: ", "Failed to initialise tests for "..unitname, err); return; end local unit = setmetatable({}, { __index = setmetatable({ module = function () end }, { __index = _G }) }); local fn = "../"..unitname:gsub("%.", "/")..".lua"; local chunk, err = loadfile(fn); if not chunk then print("WARNING: ", "Failed to load module: "..unitname, err); return; end setfenv(chunk, unit); local success, err = pcall(chunk); if not success then print("WARNING: ", "Failed to initialise module: "..unitname, err); return; end for name, f in pairs(unit) do local test = rawget(tests, name); if type(f) ~= "function" then if verbosity >= 3 then print("INFO: ", "Skipping "..unitname.."."..name.." because it is not a function"); end elseif type(test) ~= "function" then if verbosity >= 1 then print("WARNING: ", unitname.."."..name.." has no test!"); end else local line_hook, line_info = new_line_coverage_monitor(fn); debug.sethook(line_hook, "l") local success, ret = pcall(test, f, unit); debug.sethook(); if not success then print("TEST FAILED! Unit: ["..unitname.."] Function: ["..name.."]"); print(" Location: "..ret:gsub(":%s*\n", "\n")); line_info(name, false, report_file); elseif verbosity >= 2 then print("TEST SUCCEEDED: ", unitname, name); print(string.format("TEST COVERED %d/%d lines", line_info(name, true, report_file))); else line_info(name, success, report_file); end end end end function runtest(f, msg) if not f then print("SUBTEST NOT FOUND: "..(msg or "(no description)")); return; end local success, ret = pcall(f); if success and verbosity >= 2 then print("SUBTEST PASSED: "..(msg or "(no description)")); elseif (not success) and verbosity >= 1 then print("SUBTEST FAILED: "..(msg or "(no description)")); error(ret, 0); end end function new_line_coverage_monitor(file) local lines_hit, funcs_hit = {}, {}; local total_lines, covered_lines = 0, 0; for line in io.lines(file) do total_lines = total_lines + 1; end return function (event, line) -- Line hook if not lines_hit[line] then local info = debug.getinfo(2, "fSL") if not info.source:find(file) then return; end if not funcs_hit[info.func] and info.activelines then funcs_hit[info.func] = true; for line in pairs(info.activelines) do lines_hit[line] = false; -- Marks it as hittable, but not hit yet end end if lines_hit[line] == false then --print("New line hit: "..line.." in "..debug.getinfo(2, "S").source); lines_hit[line] = true; covered_lines = covered_lines + 1; end end end, function (test_name, success) -- Get info local fn = file:gsub("^%W*", ""); local total_active_lines = 0; local coverage_file = io.open("reports/coverage_"..fn:gsub("%W+", "_")..".report", "a+"); for line, active in pairs(lines_hit) do if active ~= nil then total_active_lines = total_active_lines + 1; end if coverage_file then if active == false then coverage_file:write(fn, "|", line, "|", name or "", "|miss\n"); else coverage_file:write(fn, "|", line, "|", name or "", "|", tostring(success), "\n"); end end end if coverage_file then coverage_file:close(); end return covered_lines, total_active_lines, lines_hit; end end run_all_tests()