diff options
Diffstat (limited to 'build/test')
| -rw-r--r-- | build/test/rule.cxx | 301 |
1 files changed, 251 insertions, 50 deletions
diff --git a/build/test/rule.cxx b/build/test/rule.cxx index 91ddb4f..b8d7428 100644 --- a/build/test/rule.cxx +++ b/build/test/rule.cxx @@ -22,14 +22,56 @@ namespace build match_result rule:: match (action a, target& t, const std::string&) const { - // First determine if this is a test. + // First determine if this is a test. This is controlled by + // the test target variable and text.<tt> scope variables. + // Also, it feels redundant to specify, say, "test = true" + // and "test.output = test.out" -- the latter already says + // this is a test. So take care of that as well. // - auto v (t.vars["test"]); + bool r (false); + value_proxy v; - if (!v) - v.rebind (t.base_scope ()[string("test.") + t.type ().name]); + for (auto p (t.vars.find_namespace ("test")); + p.first != p.second; + ++p.first) + { + const variable& var (p.first->first); + value_ptr& val (p.first->second); + + // If we have test, then always use that. + // + if (var.name == "test") + { + v.rebind (value_proxy (val, t)); + break; + } + + // Otherwise check for variables that would indicate this + // is a test. + // + if (var.name == "test.input" || + var.name == "test.ouput" || + var.name == "test.roundtrip" || + var.name == "test.options" || + var.name == "test.arguments") + { + r = true; + break; + } + } + + if (!r) + { + // See if the is a scope variable. + // + if (!v) + v.rebind (t.base_scope ()[string("test.") + t.type ().name]); + + r = v && v.as<bool> (); - if (!v || !v.as<bool> ()) + } + + if (!r) return match_result (t, false); // "Not a test" result. // If this is the update pre-operation, make someone else do @@ -42,14 +84,141 @@ namespace build } recipe rule:: - apply (action a, target&, const match_result& mr) const + apply (action a, target& t, const match_result& mr) const { + tracer trace ("test::rule::apply"); + if (!mr.value) // Not a test. return noop_recipe; - return a == action (perform_id, test_id) - ? &perform_test - : noop_recipe; // Don't do anything for other meta-operations. + // Don't do anything for other meta-operations. + // + if (a != action (perform_id, test_id)) + return noop_recipe; + + // See if we have test.{input,output,roundtrip}. First check the + // target-specific vars since they override any scope ones. + // + auto iv (t.vars["test.input"]); + auto ov (t.vars["test.output"]); + auto rv (t.vars["test.roundtrip"]); + + // Can either be input or arguments. + // + auto av (t.vars["test.arguments"]); + + if (av) + { + if (iv) + fail << "both test.input and test.arguments specified for " + << "target " << t; + + if (rv) + fail << "both test.roundtrip and test.arguments specified for " + << "target " << t; + } + + scope& bs (t.base_scope ()); + + if (!iv && !ov && !rv) + { + string n ("test."); + n += t.type ().name; + + const variable& in (variable_pool.find (n + ".input")); + const variable& on (variable_pool.find (n + ".output")); + const variable& rn (variable_pool.find (n + ".roundtrip")); + + // We should only keep value(s) that were specified together + // in the innermost scope. + // + for (scope* s (&bs); s != nullptr; s = s->parent_scope ()) + { + ov.rebind (s->vars[on]); + + if (!av) // Not overriden at target level by test.arguments? + { + iv.rebind (s->vars[in]); + rv.rebind (s->vars[rn]); + } + + if (iv || ov || rv) + break; + } + } + + const name* i; + const name* o; + + // Reduce the roundtrip case to input/output. + // + if (rv) + { + if (iv || ov) + fail << "both test.roundtrip and test.input/output specified " + << "for target " << t; + + i = o = rv.as<const name*> (); + } + else + { + i = iv ? iv.as<const name*> () : nullptr; + o = ov ? ov.as<const name*> () : nullptr; + } + + // Resolve them to targets (normally just files) and cache in + // our prerequsite targets lists where they can be found by + // perform_test(). If we have either or both, then the first + // entry is input and the second -- output (either can be NULL). + // + auto& pts (t.prerequisite_targets); + + if (i != nullptr || o != nullptr) + pts.resize (2, nullptr); + + //@@ We should match() them, but for update, not test. + //@@ If not doing this for some reason, need to then verify + // path was assigned (i.e., matched an existing file). + // + if (i != nullptr) + pts[0] = &search (*i, bs); + + if (o != nullptr) + pts[1] = i == o ? pts[0] : &search (*o, bs); + + return &perform_test; + } + + static void + add_arguments (cstrings& args, target& t, const char* n) + { + string var ("test."); + var += n; + + auto v (t.vars[var]); + + if (!v) + { + var.resize (5); + var += t.type ().name; + var += '.'; + var += n; + v.rebind (t.base_scope ()[var]); + } + + if (v) + { + for (const name& n: v.as<const list_value&> ()) + { + if (n.simple ()) + args.push_back (n.value.c_str ()); + else if (n.directory ()) + args.push_back (n.dir.string ().c_str ()); + else + fail << "expected argument instead of " << n << + info << "in variable " << var; + } + } } // The format of args shall be: @@ -60,7 +229,10 @@ namespace build // nameN arg arg ... nullptr nullptr // static bool - pipe_process (char const** args, process* prev = nullptr) + run_test (target& t, + diag_record& dr, + char const** args, + process* prev = nullptr) { // Find the next process, if any. // @@ -74,54 +246,94 @@ namespace build int out (*next == nullptr ? 2 : -1); bool pr, wr; - if (prev == nullptr) + try { - // First process. - // - process p (args, 0, out); - pr = *next == nullptr || pipe_process (next, &p); - wr = p.wait (); + if (prev == nullptr) + { + // First process. + // + process p (args, 0, out); + pr = *next == nullptr || run_test (t, dr, next, &p); + wr = p.wait (); + } + else + { + // Next process. + // + process p (args, *prev, out); + pr = *next == nullptr || run_test (t, dr, next, &p); + wr = p.wait (); + } } - else + catch (const process_error& e) { - // Next process. - // - process p (args, *prev, out); - pr = *next == nullptr || pipe_process (next, &p); - wr = p.wait (); + error << "unable to execute " << args[0] << ": " << e.what (); + + if (e.child ()) + exit (1); + + throw failed (); } if (!wr) { - // @@ Needs to go into the same diag record. - // - error << "non-zero exit status from:"; - print_process (args); + if (pr) // First failure? + dr << fail << "test " << t << " failed"; // Multi test: test 1. + + dr << error << "non-zero exit status: "; + print_process (dr, args); } return pr && wr; } - target_state rule:: perform_test (action, target& t) { // @@ Would be nice to print what signal/core was dumped. // - // @@ Doesn't have to be a file target if we have test.cmd. // + file& ft (static_cast<file&> (t)); assert (!ft.path ().empty ()); // Should have been assigned by update. - cstrings args {ft.path ().string ().c_str (), nullptr}; + cstrings args {ft.path ().string ().c_str ()}; + + // Do we have options? + // + add_arguments (args, t, "options"); + + // Do we have input? + // + auto& pts (t.prerequisite_targets); + if (pts.size () != 0 && pts[0] != nullptr) + { + file& it (static_cast<file&> (*pts[0])); + assert (!it.path ().empty ()); // Should have been assigned. + args.push_back (it.path ().string ().c_str ()); + } + // Maybe arguments then? + // + else + add_arguments (args, t, "arguments"); - args.push_back ("diff"); - args.push_back ("-u"); - args.push_back ("test.std"); - args.push_back ("-"); args.push_back (nullptr); + // Do we have output? + // + if (pts.size () != 0 && pts[1] != nullptr) + { + file& ot (static_cast<file&> (*pts[1])); + assert (!ot.path ().empty ()); // Should have been assigned. + + args.push_back ("diff"); + args.push_back ("-u"); + args.push_back (ot.path ().string ().c_str ()); + args.push_back ("-"); + args.push_back (nullptr); + } + args.push_back (nullptr); // Second. if (verb) @@ -129,28 +341,17 @@ namespace build else text << "test " << t; - try { - if (!pipe_process (args.data ())) + diag_record dr; + + if (!run_test (t, dr, args.data ())) { - //@@ Need to use the same diag record. - // - error << "failed test:"; - print_process (args); - throw failed (); + dr << info << "test command line: "; + print_process (dr, args); } - - return target_state::changed; } - catch (const process_error& e) - { - error << "unable to execute " << args[0] << ": " << e.what (); - if (e.child ()) - exit (1); - - throw failed (); - } + return target_state::changed; } } } |