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d885a9a796
Instead, we rely on the fallback function defined in meteor/packages/modules/modules.js to resolve meteor/package identifiers at runtime. The ImportScanner also now warns if no such Meteor package seems to be available. Package stubs were a clever hack, but eliminating them means every module installed by meteorInstall now corresponds to some actual module file.
36 lines
1.3 KiB
JavaScript
36 lines
1.3 KiB
JavaScript
var options = {};
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var hasOwn = options.hasOwnProperty;
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// RegExp matching strings that don't start with a `.` or a `/`.
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var topLevelIdPattern = /^[^./]/;
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// This function will be called whenever a module identifier that hasn't
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// been installed is required. For backwards compatibility, and so that we
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// can require binary dependencies on the server, we implement the
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// fallback in terms of Npm.require.
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options.fallback = function (id, dir, error) {
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// For simplicity, we honor only top-level module identifiers here.
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// We could try to honor relative and absolute module identifiers by
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// somehow combining `id` with `dir`, but we'd have to be really careful
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// that the resulting modules were located in a known directory (not
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// some arbitrary location on the file system), and we only really need
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// the fallback for dependencies installed in node_modules directories.
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if (topLevelIdPattern.test(id)) {
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var parts = id.split("/");
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if (parts.length === 2 &&
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parts[0] === "meteor" &&
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hasOwn.call(Package, parts[1])) {
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return Package[parts[1]];
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}
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if (typeof Npm === "object" &&
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typeof Npm.require === "function") {
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return Npm.require(id);
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}
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}
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throw error;
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};
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meteorInstall = makeInstaller(options);
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