forked from lix-project/lix
e1a6fb7870
dependencyClosure { ... searchPath = [ ../foo ../bar ]; ... }
* Primop `dirOf' to return the directory part of a path (e.g., dirOf
/a/b/c == /a/b).
* Primop `relativise' (according to Webster that's a real word!) that
given paths A and B returns a string representing path B relative
path to A; e.g., relativise /a/b/c a/b/x/y => "../x/y".
639 lines
20 KiB
C++
639 lines
20 KiB
C++
#include "build.hh"
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#include "eval.hh"
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#include "globals.hh"
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#include "nixexpr-ast.hh"
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/* Load and evaluate an expression from path specified by the
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argument. */
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static Expr primImport(EvalState & state, const ATermVector & args)
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{
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ATermList es;
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Path path;
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Expr arg = evalExpr(state, args[0]), arg2;
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if (matchPath(arg, arg2))
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path = aterm2String(arg2);
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else if (matchAttrs(arg, es)) {
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Expr a = queryAttr(arg, "type");
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/* If it is a derivation, we have to realise it and load the
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Nix expression created at the derivation's output path. */
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if (a && evalString(state, a) == "derivation") {
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a = queryAttr(arg, "drvPath");
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if (!a) throw Error("bad derivation in import");
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Path drvPath = evalPath(state, a);
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buildDerivations(singleton<PathSet>(drvPath));
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a = queryAttr(arg, "outPath");
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if (!a) throw Error("bad derivation in import");
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path = evalPath(state, a);
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}
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}
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if (path == "")
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throw Error("path or derivation expected in import");
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return evalFile(state, path);
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}
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/* Returns the hash of a derivation modulo fixed-output
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subderivations. A fixed-output derivation is a derivation with one
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output (`out') for which an expected hash and hash algorithm are
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specified (using the `outputHash' and `outputHashAlgo'
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attributes). We don't want changes to such derivations to
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propagate upwards through the dependency graph, changing output
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paths everywhere.
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For instance, if we change the url in a call to the `fetchurl'
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function, we do not want to rebuild everything depending on it
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(after all, (the hash of) the file being downloaded is unchanged).
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So the *output paths* should not change. On the other hand, the
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*derivation store expression paths* should change to reflect the
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new dependency graph.
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That's what this function does: it returns a hash which is just the
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of the derivation ATerm, except that any input store expression
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paths have been replaced by the result of a recursive call to this
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function, and that for fixed-output derivations we return
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(basically) its outputHash. */
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static Hash hashDerivationModulo(EvalState & state, Derivation drv)
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{
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/* Return a fixed hash for fixed-output derivations. */
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if (drv.outputs.size() == 1) {
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DerivationOutputs::const_iterator i = drv.outputs.begin();
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if (i->first == "out" &&
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i->second.hash != "")
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{
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return hashString(htSHA256, "fixed:out:"
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+ i->second.hashAlgo + ":"
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+ i->second.hash + ":"
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+ i->second.path);
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}
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}
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/* For other derivations, replace the inputs paths with recursive
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calls to this function.*/
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DerivationInputs inputs2;
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for (DerivationInputs::iterator i = drv.inputDrvs.begin();
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i != drv.inputDrvs.end(); ++i)
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{
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Hash h = state.drvHashes[i->first];
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if (h.type == htUnknown) {
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Derivation drv2 = derivationFromPath(i->first);
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h = hashDerivationModulo(state, drv2);
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state.drvHashes[i->first] = h;
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}
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inputs2[printHash(h)] = i->second;
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}
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drv.inputDrvs = inputs2;
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return hashTerm(unparseDerivation(drv));
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}
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static void processBinding(EvalState & state, Expr e, Derivation & drv,
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Strings & ss)
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{
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e = evalExpr(state, e);
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ATerm s;
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ATermList es;
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int n;
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Expr e1, e2;
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if (matchStr(e, s)) ss.push_back(aterm2String(s));
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else if (matchUri(e, s)) ss.push_back(aterm2String(s));
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else if (e == eTrue) ss.push_back("1");
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else if (e == eFalse) ss.push_back("");
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else if (matchInt(e, n)) {
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ostringstream st;
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st << n;
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ss.push_back(st.str());
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}
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else if (matchAttrs(e, es)) {
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Expr a = queryAttr(e, "type");
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if (a && evalString(state, a) == "derivation") {
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a = queryAttr(e, "drvPath");
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if (!a) throw Error("derivation name missing");
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Path drvPath = evalPath(state, a);
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a = queryAttr(e, "outPath");
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if (!a) throw Error("output path missing");
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/* !!! supports only single output path */
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Path outPath = evalPath(state, a);
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drv.inputDrvs[drvPath] = singleton<StringSet>("out");
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ss.push_back(outPath);
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}
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else if (a && evalString(state, a) == "storePath") {
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a = queryAttr(e, "outPath");
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if (!a) throw Error("output path missing");
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/* !!! supports only single output path */
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Path outPath = evalPath(state, a);
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drv.inputSrcs.insert(outPath);
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ss.push_back(outPath);
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}
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else throw Error("invalid derivation attribute");
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}
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else if (matchPath(e, s)) {
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Path srcPath(canonPath(aterm2String(s)));
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if (isStorePath(srcPath)) {
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printMsg(lvlChatty, format("using store path `%1%' as source")
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% srcPath);
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drv.inputSrcs.insert(srcPath);
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ss.push_back(srcPath);
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}
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else {
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if (isDerivation(srcPath))
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throw Error(format("file names are not allowed to end in `%1%'")
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% drvExtension);
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Path dstPath(addToStore(srcPath));
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printMsg(lvlChatty, format("copied source `%1%' -> `%2%'")
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% srcPath % dstPath);
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drv.inputSrcs.insert(dstPath);
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ss.push_back(dstPath);
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}
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}
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else if (matchList(e, es)) {
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for (ATermIterator i(es); i; ++i) {
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startNest(nest, lvlVomit, format("processing list element"));
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processBinding(state, evalExpr(state, *i), drv, ss);
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}
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}
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else if (matchNull(e)) ss.push_back("");
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else if (matchSubPath(e, e1, e2)) {
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Strings ss2;
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processBinding(state, evalExpr(state, e1), drv, ss2);
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if (ss2.size() != 1)
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throw Error("left-hand side of `~' operator cannot be a list");
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e2 = evalExpr(state, e2);
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if (!(matchStr(e2, s) || matchPath(e2, s)))
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throw Error("right-hand side of `~' operator must be a path or string");
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ss.push_back(canonPath(ss2.front() + "/" + aterm2String(s)));
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}
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else throw Error("invalid derivation attribute");
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}
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static string concatStrings(const Strings & ss)
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{
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string s;
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bool first = true;
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for (Strings::const_iterator i = ss.begin(); i != ss.end(); ++i) {
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if (!first) s += " "; else first = false;
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s += *i;
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}
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return s;
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}
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/* Construct (as a unobservable side effect) a Nix derivation
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expression that performs the derivation described by the argument
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set. Returns the original set extended with the following
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attributes: `outPath' containing the primary output path of the
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derivation; `drvPath' containing the path of the Nix expression;
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and `type' set to `derivation' to indicate that this is a
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derivation. */
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static Expr primDerivationStrict(EvalState & state, const ATermVector & args)
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{
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startNest(nest, lvlVomit, "evaluating derivation");
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ATermMap attrs;
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queryAllAttrs(evalExpr(state, args[0]), attrs, true);
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/* Build the derivation expression by processing the attributes. */
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Derivation drv;
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string drvName;
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string outputHash;
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string outputHashAlgo;
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bool outputHashRecursive = false;
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for (ATermIterator i(attrs.keys()); i; ++i) {
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string key = aterm2String(*i);
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ATerm value;
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Expr pos;
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ATerm rhs = attrs.get(key);
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if (!matchAttrRHS(rhs, value, pos)) abort();
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startNest(nest, lvlVomit, format("processing attribute `%1%'") % key);
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Strings ss;
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try {
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processBinding(state, value, drv, ss);
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} catch (Error & e) {
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throw Error(format("while processing the derivation attribute `%1%' at %2%:\n%3%")
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% key % showPos(pos) % e.msg());
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}
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/* The `args' attribute is special: it supplies the
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command-line arguments to the builder. */
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if (key == "args") {
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for (Strings::iterator i = ss.begin(); i != ss.end(); ++i)
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drv.args.push_back(*i);
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}
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/* All other attributes are passed to the builder through the
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environment. */
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else {
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string s = concatStrings(ss);
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drv.env[key] = s;
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if (key == "builder") drv.builder = s;
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else if (key == "system") drv.platform = s;
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else if (key == "name") drvName = s;
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else if (key == "outputHash") outputHash = s;
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else if (key == "outputHashAlgo") outputHashAlgo = s;
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else if (key == "outputHashMode") {
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if (s == "recursive") outputHashRecursive = true;
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else if (s == "flat") outputHashRecursive = false;
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else throw Error(format("invalid value `%1%' for `outputHashMode' attribute") % s);
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}
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}
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}
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/* Do we have all required attributes? */
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if (drv.builder == "")
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throw Error("required attribute `builder' missing");
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if (drv.platform == "")
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throw Error("required attribute `system' missing");
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if (drvName == "")
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throw Error("required attribute `name' missing");
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/* If an output hash was given, check it. */
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if (outputHash == "")
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outputHashAlgo = "";
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else {
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HashType ht = parseHashType(outputHashAlgo);
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if (ht == htUnknown)
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throw Error(format("unknown hash algorithm `%1%'") % outputHashAlgo);
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Hash h;
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if (outputHash.size() == Hash(ht).hashSize * 2)
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/* hexadecimal representation */
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h = parseHash(ht, outputHash);
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else
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/* base-32 representation */
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h = parseHash32(ht, outputHash);
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string s = outputHash;
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outputHash = printHash(h);
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if (outputHashRecursive) outputHashAlgo = "r:" + outputHashAlgo;
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}
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/* Check the derivation name. It shouldn't contain whitespace,
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but we are conservative here: we check whether only
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alphanumerics and some other characters appear. */
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checkStoreName(drvName);
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if (isDerivation(drvName))
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throw Error(format("derivation names are not allowed to end in `%1%'")
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% drvExtension);
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/* !!! the name should not end in the derivation extension (.drv).
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Likewise for sources. */
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/* Construct the "masked" derivation store expression, which is
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the final one except that in the list of outputs, the output
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paths are empty, and the corresponding environment variables
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have an empty value. This ensures that changes in the set of
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output names do get reflected in the hash. */
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drv.env["out"] = "";
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drv.outputs["out"] =
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DerivationOutput("", outputHashAlgo, outputHash);
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/* Use the masked derivation expression to compute the output
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path. */
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Path outPath = makeStorePath("output:out",
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hashDerivationModulo(state, drv), drvName);
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/* Construct the final derivation store expression. */
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drv.env["out"] = outPath;
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drv.outputs["out"] =
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DerivationOutput(outPath, outputHashAlgo, outputHash);
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/* Write the resulting term into the Nix store directory. */
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Path drvPath = writeDerivation(drv, drvName);
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printMsg(lvlChatty, format("instantiated `%1%' -> `%2%'")
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% drvName % drvPath);
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/* Optimisation, but required in read-only mode! because in that
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case we don't actually write store expressions, so we can't
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read them later. */
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state.drvHashes[drvPath] = hashDerivationModulo(state, drv);
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/* !!! assumes a single output */
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ATermMap outAttrs;
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outAttrs.set("outPath", makeAttrRHS(makePath(toATerm(outPath)), makeNoPos()));
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outAttrs.set("drvPath", makeAttrRHS(makePath(toATerm(drvPath)), makeNoPos()));
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return makeAttrs(outAttrs);
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}
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static Expr primDerivationLazy(EvalState & state, const ATermVector & args)
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{
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Expr eAttrs = evalExpr(state, args[0]);
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ATermMap attrs;
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queryAllAttrs(eAttrs, attrs, true);
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attrs.set("type", makeAttrRHS(makeStr(toATerm("derivation")), makeNoPos()));
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Expr drvStrict = makeCall(makeVar(toATerm("derivation!")), eAttrs);
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attrs.set("outPath", makeAttrRHS(makeSelect(drvStrict, toATerm("outPath")), makeNoPos()));
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attrs.set("drvPath", makeAttrRHS(makeSelect(drvStrict, toATerm("drvPath")), makeNoPos()));
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return makeAttrs(attrs);
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}
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/* Return the base name of the given string, i.e., everything
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following the last slash. */
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static Expr primBaseNameOf(EvalState & state, const ATermVector & args)
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{
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return makeStr(toATerm(baseNameOf(evalString(state, args[0]))));
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}
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/* Return the directory of the given path, i.e., everything before the
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last slash. */
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static Expr primDirOf(EvalState & state, const ATermVector & args)
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{
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return makePath(toATerm(dirOf(evalPath(state, args[0]))));
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}
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/* Convert the argument (which can be a path or a uri) to a string. */
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static Expr primToString(EvalState & state, const ATermVector & args)
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{
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Expr arg = evalExpr(state, args[0]);
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ATerm s;
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if (matchStr(arg, s) || matchPath(arg, s) || matchUri(arg, s))
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return makeStr(s);
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throw Error("cannot coerce value to string");
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}
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/* Boolean constructors. */
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static Expr primTrue(EvalState & state, const ATermVector & args)
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{
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return eTrue;
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}
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static Expr primFalse(EvalState & state, const ATermVector & args)
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{
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return eFalse;
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}
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/* Return the null value. */
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static Expr primNull(EvalState & state, const ATermVector & args)
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{
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return makeNull();
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}
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/* Determine whether the argument is the null value. */
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static Expr primIsNull(EvalState & state, const ATermVector & args)
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{
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return makeBool(matchNull(evalExpr(state, args[0])));
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}
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static Path findDependency(Path dir, string dep)
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{
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if (dep[0] == '/') throw Error(
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format("illegal absolute dependency `%1%'") % dep);
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Path p = canonPath(dir + "/" + dep);
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if (pathExists(p))
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return p;
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else
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return "";
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}
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/* Make path `p' relative to directory `pivot'. E.g.,
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relativise("/a/b/c", "a/b/x/y") => "../x/y". Both input paths
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should be in absolute canonical form. */
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static string relativise(Path pivot, Path p)
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{
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assert(pivot.size() > 0 && pivot[0] == '/');
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assert(p.size() > 0 && p[0] == '/');
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if (pivot == p) return ".";
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/* `p' is in `pivot'? */
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Path pivot2 = pivot + "/";
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if (p.substr(0, pivot2.size()) == pivot2) {
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return p.substr(pivot2.size());
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}
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/* Otherwise, `p' is in a parent of `pivot'. Find up till which
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path component `p' and `pivot' match, and add an appropriate
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number of `..' components. */
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unsigned int i = 1;
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while (1) {
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unsigned int j = pivot.find('/', i);
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if (j == string::npos) break;
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j++;
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if (pivot.substr(0, j) != p.substr(0, j)) break;
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i = j;
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}
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string prefix;
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unsigned int slashes = count(pivot.begin() + i, pivot.end(), '/') + 1;
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while (slashes--) {
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prefix += "../";
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}
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return prefix + p.substr(i);
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}
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static Expr primDependencyClosure(EvalState & state, const ATermVector & args)
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{
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startNest(nest, lvlDebug, "finding dependencies");
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Expr attrs = evalExpr(state, args[0]);
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/* Get the start set. */
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Expr startSet = queryAttr(attrs, "startSet");
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if (!startSet) throw Error("attribute `startSet' required");
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ATermList startSet2 = evalList(state, startSet);
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Path pivot;
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PathSet workSet;
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for (ATermIterator i(startSet2); i; ++i) {
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Path p = evalPath(state, *i);
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workSet.insert(p);
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pivot = dirOf(p);
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}
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/* Get the search path. */
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PathSet searchPath;
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Expr e = queryAttr(attrs, "searchPath");
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if (e) {
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ATermList list = evalList(state, e);
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for (ATermIterator i(list); i; ++i) {
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Path p = evalPath(state, *i);
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searchPath.insert(p);
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}
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}
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Expr scanner = queryAttr(attrs, "scanner");
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if (!scanner) throw Error("attribute `scanner' required");
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/* Construct the dependency closure by querying the dependency of
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each path in `workSet', adding the dependencies to
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`workSet'. */
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PathSet doneSet;
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while (!workSet.empty()) {
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Path path = *(workSet.begin());
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workSet.erase(path);
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|
|
|
if (doneSet.find(path) != doneSet.end()) continue;
|
|
doneSet.insert(path);
|
|
|
|
try {
|
|
|
|
/* Call the `scanner' function with `path' as argument. */
|
|
debug(format("finding dependencies in `%1%'") % path);
|
|
ATermList deps = evalList(state, makeCall(scanner, makePath(toATerm(path))));
|
|
|
|
/* Try to find the dependencies relative to the `path'. */
|
|
for (ATermIterator i(deps); i; ++i) {
|
|
string s = evalString(state, *i);
|
|
|
|
Path dep = findDependency(dirOf(path), s);
|
|
|
|
if (dep == "") {
|
|
for (PathSet::iterator j = searchPath.begin();
|
|
j != searchPath.end(); ++j)
|
|
{
|
|
dep = findDependency(*j, s);
|
|
if (dep != "") break;
|
|
}
|
|
}
|
|
|
|
if (dep == "")
|
|
debug(format("did NOT find dependency `%1%'") % s);
|
|
else {
|
|
debug(format("found dependency `%1%'") % dep);
|
|
workSet.insert(dep);
|
|
}
|
|
}
|
|
|
|
} catch (Error & e) {
|
|
throw Error(format("while finding dependencies in `%1%':\n%2%")
|
|
% path % e.msg());
|
|
}
|
|
}
|
|
|
|
/* Return a list of the dependencies we've just found. */
|
|
ATermList deps = ATempty;
|
|
for (PathSet::iterator i = doneSet.begin(); i != doneSet.end(); ++i) {
|
|
deps = ATinsert(deps, makeStr(toATerm(relativise(pivot, *i))));
|
|
deps = ATinsert(deps, makePath(toATerm(*i)));
|
|
}
|
|
|
|
debug(format("dependency list is `%1%'") % makeList(deps));
|
|
|
|
return makeList(deps);
|
|
}
|
|
|
|
|
|
/* Apply a function to every element of a list. */
|
|
static Expr primMap(EvalState & state, const ATermVector & args)
|
|
{
|
|
Expr fun = evalExpr(state, args[0]);
|
|
ATermList list = evalList(state, args[1]);
|
|
|
|
ATermList res = ATempty;
|
|
for (ATermIterator i(list); i; ++i)
|
|
res = ATinsert(res, makeCall(fun, *i));
|
|
|
|
return makeList(ATreverse(res));
|
|
}
|
|
|
|
|
|
/* Return a string constant representing the current platform. Note!
|
|
that differs between platforms, so Nix expressions using
|
|
`__currentSystem' can evaluate to different values on different
|
|
platforms. */
|
|
static Expr primCurrentSystem(EvalState & state, const ATermVector & args)
|
|
{
|
|
return makeStr(toATerm(thisSystem));
|
|
}
|
|
|
|
|
|
static Expr primCurrentTime(EvalState & state, const ATermVector & args)
|
|
{
|
|
return ATmake("Int(<int>)", time(0));
|
|
}
|
|
|
|
|
|
static Expr primRemoveAttrs(EvalState & state, const ATermVector & args)
|
|
{
|
|
ATermMap attrs;
|
|
queryAllAttrs(evalExpr(state, args[0]), attrs, true);
|
|
|
|
ATermList list = evalList(state, args[1]);
|
|
|
|
for (ATermIterator i(list); i; ++i)
|
|
/* It's not an error for *i not to exist. */
|
|
attrs.remove(evalString(state, *i));
|
|
|
|
return makeAttrs(attrs);
|
|
}
|
|
|
|
|
|
static Expr primRelativise(EvalState & state, const ATermVector & args)
|
|
{
|
|
Path pivot = evalPath(state, args[0]);
|
|
Path path = evalPath(state, args[1]);
|
|
return makeStr(toATerm(relativise(pivot, path)));
|
|
}
|
|
|
|
|
|
void EvalState::addPrimOps()
|
|
{
|
|
addPrimOp("true", 0, primTrue);
|
|
addPrimOp("false", 0, primFalse);
|
|
addPrimOp("null", 0, primNull);
|
|
addPrimOp("__currentSystem", 0, primCurrentSystem);
|
|
addPrimOp("__currentTime", 0, primCurrentTime);
|
|
|
|
addPrimOp("import", 1, primImport);
|
|
addPrimOp("derivation!", 1, primDerivationStrict);
|
|
addPrimOp("derivation", 1, primDerivationLazy);
|
|
addPrimOp("baseNameOf", 1, primBaseNameOf);
|
|
addPrimOp("dirOf", 1, primDirOf);
|
|
addPrimOp("toString", 1, primToString);
|
|
addPrimOp("isNull", 1, primIsNull);
|
|
addPrimOp("dependencyClosure", 1, primDependencyClosure);
|
|
|
|
addPrimOp("map", 2, primMap);
|
|
addPrimOp("removeAttrs", 2, primRemoveAttrs);
|
|
addPrimOp("relativise", 2, primRelativise);
|
|
}
|