// Debugger.prototype.findScripts can filter by global, url, and line number.
// Two scripts, with different functions at the same line numbers. var url1 = scriptdir + 'Debugger-findScripts-12-script1'; var url2 = scriptdir + 'Debugger-findScripts-12-script2';
// Three globals: two with code, one with nothing. var g1 = newGlobal({newCompartment: true});
g1.toSource = () => "[global g1]";
g1.load(url1);
g1.load(url2); var g2 = newGlobal({newCompartment: true});
g2.toSource = () => "[global g2]";
g2.load(url1);
g2.load(url2); var g3 = newGlobal({newCompartment: true});
var dbg = new Debugger(g1, g2, g3);
function script(func) { var gw = dbg.addDebuggee(func.global); var script = gw.makeDebuggeeValue(func).script;
script.toString = function () { return"[Debugger.Script for " + func.name + " in " + JSON.stringify(func.global) + "]";
}; return script;
}
// The function scripts we know of. There may be random eval scripts involved, but // we don't care about those. var allScripts = ([g1.f, g1.f(), g1.g, g1.h, g1.h(), g1.i,
g2.f, g2.f(), g2.g, g2.h, g2.h(), g2.i].map(script));
// Search for scripts using |query|, expecting no members of allScripts // except those given in |expected| in the result. If |expected| is // omitted, expect no members of allScripts at all. function queryExpectOnly(query, expected) {
print();
print("queryExpectOnly(" + JSON.stringify(query) + ")"); var scripts = dbg.findScripts(query); var present = allScripts.filter(function (s) { return scripts.indexOf(s) != -1; }); if (expected) {
expected = expected.map(script);
expected.forEach(function (s) { if (present.indexOf(s) == -1)
assertEq(s + " not present", "is present");
});
present.forEach(function (s) { if (expected.indexOf(s) == -1)
assertEq(s + " is present", "not present");
});
} else {
assertEq(present.length, 0);
}
}
// We have twelve functions: two globals, each with two urls, each // defining three functions. Show that all the different combinations of // query parameters select what they should.
// There are gaps in the pattern: // - You can only filter by line if you're also filtering by url. // - You can't ask for only the innermost scripts unless you're filtering by line.
// Filtering by url and global should produce sets of three scripts.
queryExpectOnly({ global:g1, url:url1 }, [g1.f, g1.f(), g1.g]);
queryExpectOnly({ global:g1, url:url2 }, [g1.h, g1.h(), g1.i]);
queryExpectOnly({ global:g2, url:url1 }, [g2.f, g2.f(), g2.g]);
queryExpectOnly({ global:g2, url:url2 }, [g2.h, g2.h(), g2.i]);
// Filtering by url and line, innermost-only, should produce sets of two scripts, // or four where there are nested functions.
queryExpectOnly({ url:url1, line: 6 }, [g1.f, g2.f ]);
queryExpectOnly({ url:url1, line: 8 }, [g1.f, g1.f(), g2.f, g2.f()]);
queryExpectOnly({ url:url1, line:15 }, [g1.g, g2.g ]);
queryExpectOnly({ url:url2, line: 6 }, [g1.h, g2.h ]);
queryExpectOnly({ url:url2, line: 8 }, [g1.h, g1.h(), g2.h, g2.h()]);
queryExpectOnly({ url:url2, line:15 }, [g1.i, g2.i ]);
// Filtering by url and line, and requesting only the innermost scripts, // should always produce pairs of scripts.
queryExpectOnly({ url:url1, line: 6, innermost: true }, [g1.f, g2.f ]);
queryExpectOnly({ url:url1, line: 8, innermost: true }, [g1.f(), g2.f()]);
queryExpectOnly({ url:url1, line:15, innermost: true }, [g1.g, g2.g ]);
queryExpectOnly({ url:url2, line: 6, innermost: true }, [g1.h, g2.h ]);
queryExpectOnly({ url:url2, line: 8, innermost: true }, [g1.h(), g2.h()]);
queryExpectOnly({ url:url2, line:15, innermost: true }, [g1.i, g2.i ]);
// Filtering by global only should produce sets of six scripts.
queryExpectOnly({ global:g1 }, [g1.f, g1.f(), g1.g, g1.h, g1.h(), g1.i]);
queryExpectOnly({ global:g2 }, [g2.f, g2.f(), g2.g, g2.h, g2.h(), g2.i]);
// Filtering by url should produce sets of six scripts.
queryExpectOnly({ url:url1 }, [g1.f, g1.f(), g1.g, g2.f, g2.f(), g2.g]);
queryExpectOnly({ url:url2 }, [g1.h, g1.h(), g1.i, g2.h, g2.h(), g2.i]);
// Filtering by no axes should produce all twelve scripts.
queryExpectOnly({}, [g1.f, g1.f(), g1.g, g1.h, g1.h(), g1.i,
g2.f, g2.f(), g2.g, g2.h, g2.h(), g2.i]);
Messung V0.5
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