Separate coffee and less self-tests

This commit is contained in:
David Glasser
2015-07-21 17:28:18 -07:00
parent b4e90047f5
commit 3e70c7319b
19 changed files with 99 additions and 61 deletions

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@@ -5,6 +5,5 @@
meteor-platform
coffeescript
less
local-pack
standard-minifiers

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@@ -1,6 +1,5 @@
Package.onUse(function (api) {
api.use(['coffeescript', 'less']);
api.use(['coffeescript']);
api.addFiles(['p.coffee']);
api.addFiles('p.less', 'client', {isImport: true});
api.export('FromPackage');
});

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@@ -0,0 +1 @@
local

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@@ -0,0 +1,9 @@
# Meteor packages used by this project, one per line.
#
# 'meteor add' and 'meteor remove' will edit this file for you,
# but you can also edit it by hand.
meteor-platform
less
local-pack
standard-minifiers

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@@ -0,0 +1 @@
none

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@@ -0,0 +1 @@
console.log("Hello world");

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@@ -0,0 +1,4 @@
Package.onUse(function (api) {
api.use(['less']);
api.addFiles('p.less', 'client', {isImport: true});
});

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@@ -18,33 +18,92 @@ function startRun(sandbox) {
return run;
};
// Tests the actual cache logic used by coffeescript and less.
selftest.define("compiler plugin caching - coffee/less", function () {
// Tests the actual cache logic used by coffeescript.
selftest.define("compiler plugin caching - coffee", function () {
var s = new Sandbox({ fakeMongo: true });
// Create an app that uses coffeescript and less.
s.createApp("myapp", "coffee-and-less");
s.createApp("myapp", "caching-coffee");
s.cd("myapp");
// Ask them to print out when they build a file (instead of using it from the
// cache) as well as when they load cache from disk.
s.set('METEOR_COFFEESCRIPT_CACHE_DEBUG', 't');
s.set("METEOR_LESS_CACHE_DEBUG", "t");
var run = startRun(s);
// First program built (server or web.browser) compiles everything.
run.match('CACHE(coffeescript): Ran (#1) on: ' + JSON.stringify(
['/f1.coffee', '/f2.coffee', '/f3.coffee', '/packages/local-pack/p.coffee']
));
run.match('CACHE(less): Ran (#1) on: ' + JSON.stringify(
["/subdir/nested-root.less", "/top.less"]));
// Second program doesn't need to compile anything because compilation works
// the same on both programs. (Note that there is no less.render execution in
// the second program, because it has archMatching: 'web'. We'll see this
// more clearly when the next call later is "#2" --- we didn't miss a call!)
// the same on both programs.
run.match("CACHE(coffeescript): Ran (#2) on: []");
// App prints this:
run.match("Coffeescript X is 2 Y is 1 FromPackage is 4");
s.write("f2.coffee", "share.Y = 'Y is 3'\n");
// Only recompiles f2.
run.match('CACHE(coffeescript): Ran (#3) on: ["/f2.coffee"]');
// And other program doesn't even need to do f2.
run.match("CACHE(coffeescript): Ran (#4) on: []");
// Program prints this:
run.match("Coffeescript X is 2 Y is 3 FromPackage is 4");
// Force a rebuild of the local package without actually changing the
// coffeescript file in it. This should not require us to coffee.compile
// anything (for either program).
s.append("packages/local-pack/package.js", "\n// foo\n");
run.match("CACHE(coffeescript): Ran (#5) on: []");
run.match("CACHE(coffeescript): Ran (#6) on: []");
run.match("Coffeescript X is 2 Y is 3 FromPackage is 4");
// But writing to the actual source file in the local package should
// recompile.
s.write("packages/local-pack/p.coffee", "FromPackage = 'FromPackage is 5'");
run.match('CACHE(coffeescript): Ran (#7) on: ["/packages/local-pack/p.coffee"]');
run.match('CACHE(coffeescript): Ran (#8) on: []');
run.match("Coffeescript X is 2 Y is 3 FromPackage is 5");
// We never should have loaded cache from disk, since we only made
// each compiler once and there were no cache files at this point.
run.forbid('CACHE(coffeescript): Loaded');
// Kill the run. Change one coffee file and re-run.
run.stop();
s.write("f2.coffee", "share.Y = 'Y is edited'\n");
run = startRun(s);
// This time there's a cache to load!
run.match('CACHE(coffeescript): Loaded /packages/local-pack/p.coffee');
run.match('CACHE(coffeescript): Loaded /f1.coffee');
run.match('CACHE(coffeescript): Loaded /f3.coffee');
// And we only need to re-compiler the changed file, even though we restarted.
run.match('CACHE(coffeescript): Ran (#1) on: ["/f2.coffee"]');
run.match('CACHE(coffeescript): Ran (#2) on: []');
run.match('Coffeescript X is 2 Y is edited FromPackage is 5');
run.stop();
});
// Tests the actual cache logic used by less.
selftest.define("compiler plugin caching - less", function () {
var s = new Sandbox({ fakeMongo: true });
s.createApp("myapp", "caching-less");
s.cd("myapp");
// Ask them to print out when they build a file (instead of using it from the
// cache) as well as when they load cache from disk.
s.set("METEOR_LESS_CACHE_DEBUG", "t");
var run = startRun(s);
// First program built (web.browser) compiles everything.
run.match('CACHE(less): Ran (#1) on: ' + JSON.stringify(
["/subdir/nested-root.less", "/top.less"]));
// There is no less.render execution in the server program, because it has
// archMatching:'web'. We'll see this more clearly when the next call later
// is "#2" --- we didn't miss a call!
// App prints this:
run.match("Hello world");
// Check that the CSS is what we expect.
var checkCSS = selftest.markStack(function (borderStyleMap) {
var builtBrowserProgramDir = files.pathJoin(
@@ -69,87 +128,52 @@ selftest.define("compiler plugin caching - coffee/less", function () {
el0: "dashed", el1: "dotted", el2: "solid", el3: "groove", el4: "ridge"};
checkCSS(expectedBorderStyles);
s.write("f2.coffee", "share.Y = 'Y is 3'\n");
// Only recompiles f2.
run.match('CACHE(coffeescript): Ran (#3) on: ["/f2.coffee"]');
run.match('CACHE(less): Ran (#2) on: []');
// And other program doesn't even need to do f2.
run.match("CACHE(coffeescript): Ran (#4) on: []");
// Program prints this:
run.match("Coffeescript X is 2 Y is 3 FromPackage is 4");
// Force a rebuild of the local package without actually changing the
// coffeescript file in it. This should not require us to coffee.compile
// anything (for either program).
// less file in it. This should not require us to less.render
// anything.
s.append("packages/local-pack/package.js", "\n// foo\n");
run.match("CACHE(coffeescript): Ran (#5) on: []");
run.match('CACHE(less): Ran (#3) on: []');
run.match("CACHE(coffeescript): Ran (#6) on: []");
run.match("Coffeescript X is 2 Y is 3 FromPackage is 4");
// But writing to the actual source file in the local package should
// recompile.
s.write("packages/local-pack/p.coffee", "FromPackage = 'FromPackage is 5'");
run.match('CACHE(coffeescript): Ran (#7) on: ["/packages/local-pack/p.coffee"]');
run.match('CACHE(less): Ran (#4) on: []');
run.match('CACHE(coffeescript): Ran (#8) on: []');
run.match("Coffeescript X is 2 Y is 3 FromPackage is 5");
run.match('CACHE(less): Ran (#2) on: []');
run.match("Hello world");
// Writing to a single less file only re-renders the root that depends on it.
s.write('packages/local-pack/p.less', '@el4-style: inset;\n');
expectedBorderStyles.el4 = 'inset';
run.match('CACHE(coffeescript): Ran (#9) on: []');
run.match('CACHE(less): Ran (#5) on: ["/top.less"]');
// Note that since this was a client-only change, we're smart enough to not
// rebuild the server at all. So the next coffee.compile will be #10.
run.match('CACHE(less): Ran (#3) on: ["/top.less"]');
run.match("Client modified -- refreshing");
checkCSS(expectedBorderStyles);
// This works for changing a root too.
s.write('subdir/nested-root.less', '.el0 { border-style: double; }\n');
expectedBorderStyles.el0 = 'double';
// Only #10, not #11, because client-only changes don't rebuild the server!
run.match('CACHE(coffeescript): Ran (#10) on: []');
run.match('CACHE(less): Ran (#6) on: ["/subdir/nested-root.less"]');
run.match('CACHE(less): Ran (#4) on: ["/subdir/nested-root.less"]');
run.match("Client modified -- refreshing");
checkCSS(expectedBorderStyles);
// Adding a new root works too.
s.write('yet-another-root.less', '.el6 { border-style: solid; }\n');
expectedBorderStyles.el6 = 'solid';
run.match('CACHE(coffeescript): Ran (#11) on: []');
run.match('CACHE(less): Ran (#7) on: ["/yet-another-root.less"]');
run.match('CACHE(less): Ran (#5) on: ["/yet-another-root.less"]');
run.match("Client modified -- refreshing");
checkCSS(expectedBorderStyles);
// We never should have loaded cache from disk, since we only made
// each compiler once and there was no cache.json at this point.
run.forbid('CACHE(coffeescript): Loaded');
// each compiler once and there were no cache files at this point.
run.forbid('CACHE(less): Loaded');
// Kill the run. Change one coffee file and one less file and re-run.
// Kill the run. Change one file and re-run.
run.stop();
s.write("f2.coffee", "share.Y = 'Y is edited'\n");
s.write('packages/local-pack/p.less', '@el4-style: double;\n');
expectedBorderStyles.el4 = 'double';
run = startRun(s);
// This time there's a cache to load!
run.match('CACHE(coffeescript): Loaded /packages/local-pack/p.coffee');
run.match('CACHE(coffeescript): Loaded /f1.coffee');
run.match('CACHE(coffeescript): Loaded /f3.coffee');
// And we only need to re-compiler the changed file, even though we restarted.
run.match('CACHE(coffeescript): Ran (#1) on: ["/f2.coffee"]');
// Note that for MultiFileCachingCompiler we load all the cache entries, even
// for the not-up-to-date top.less, because we only key off of filename, not
// off of cache key.
// This time there's a cache to load! Note that for MultiFileCachingCompiler
// we load all the cache entries, even for the not-up-to-date file top.less,
// because we only key off of filename, not off of cache key.
run.match('CACHE(less): Loaded {}/subdir/nested-root.less');
run.match('CACHE(less): Loaded {}/top.less');
run.match('CACHE(less): Loaded {}/yet-another-root.less');
run.match('CACHE(less): Ran (#1) on: ["/top.less"]');
run.match('CACHE(coffeescript): Ran (#2) on: []');
run.match('Coffeescript X is 2 Y is edited FromPackage is 5');
run.match('Hello world');
checkCSS(expectedBorderStyles);
s.write('bad-import.less', '@import "/foo/bad.less";\n');