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view tests/runminitest.d @ 1479:4f7d50c744ed
Rewrite `StructLiteralExp::toElem` to store individual fields instead of
generating a constant to fill the entire struct with a single `store`.
This is much more efficient at compile time (fixing #320) and vastly reduces
the size of the emitted code. Since LLVM no longer needs to keep the data for
all fields in "registers" until the store happens, it should also be more
efficient at run time in cases where the fields aren't assigned with constants.
There's also some code clean-up by removing duplicated logic.
author | Frits van Bommel <fvbommel wxs.nl> |
---|---|
date | Sat, 06 Jun 2009 20:16:13 +0200 |
parents | 9081d916df1d |
children |
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module runminitest; import tango.io.FileSystem, tango.io.Stdout, tango.io.vfs.FileFolder; import Path = tango.io.Path; import Util = tango.text.Util; import tango.text.convert.Format; import tango.stdc.stdlib, tango.stdc.stringz; int main(char[][] args) { enum : int { COMPILE, NOCOMPILE, RUN, NORUN } char[][] compilefailed; char[][] nocompilefailed; char[][] runfailed; char[][] norunfailed; FileSystem.setDirectory("mini"); if (!Path.exists("obj")) Path.createFolder("obj"); foreach(f; Path.children("./obj")) { Path.remove(f.path ~ f.name); } static int classify(char[] name) { char[] tail; char[] desc = Util.head(name, "_", tail); if ("compile" == desc) return COMPILE; else if ("nocompile" == desc) return NOCOMPILE; else if ("run" == desc) return RUN; else if ("norun" == desc) return NORUN; return RUN; } auto scan = new FileFolder ("."); auto contents = scan.tree.catalog("*.d"); foreach(c; contents) { auto testname = Path.parse(c.name).name; Stdout.formatln("TEST NAME: {}", testname); char[] cmd = Format.convert("ldc {} -quiet -L-s -ofobj/{}", c, testname); foreach(v; args[1..$]) { cmd ~= ' '; cmd ~= v; } int cl = classify(testname); if (cl == COMPILE || cl == NOCOMPILE) cmd ~= " -c"; Stdout(cmd).newline; if (system(toStringz(cmd)) != 0) { if (cl != NOCOMPILE) compilefailed ~= c.toString; } else if (cl == RUN || cl == NORUN) { if (system(toStringz(Path.native("obj/" ~ testname))) != 0) { if (cl == RUN) runfailed ~= c.toString; } else { if (cl == NORUN) norunfailed ~= c.toString; } } else { if (cl == NOCOMPILE) nocompilefailed ~= c.toString; } } size_t nerrors = 0; if (compilefailed.length > 0) { Stdout.formatln("{}{}{}{}", compilefailed.length, '/', contents.files, " of the tests failed to compile:"); foreach(b; compilefailed) { Stdout.formatln(" {}",b); } nerrors += compilefailed.length; } if (nocompilefailed.length > 0) { Stdout.formatln("{}{}{}{}", nocompilefailed.length, '/', contents.files, " of the tests failed to NOT compile:"); foreach(b; nocompilefailed) { Stdout.formatln(" {}",b); } nerrors += nocompilefailed.length; } if (runfailed.length > 0) { Stdout.formatln("{}{}{}{}", runfailed.length, '/', contents.files, " of the tests failed to run:"); foreach(b; runfailed) { Stdout.formatln(" {}",b); } nerrors += runfailed.length; } if (norunfailed.length > 0) { Stdout.formatln("{}{}{}{}", norunfailed.length, '/', contents.files, " of the tests failed to NOT run:"); foreach(b; norunfailed) { Stdout.formatln(" {}",b); } nerrors += norunfailed.length; } Stdout.formatln("{}{}{}{}", contents.files - nerrors, '/', contents.files, " of the tests passed"); return nerrors ? 1 : 0; }