TEST (test_contextual_policy, root)
{
using namespace kdb;
KeySet ks;
ks.append (Key ("user/available", KEY_VALUE, "12", KEY_END));
Context c;
// clang-format off
ContextualValue<int, GetPolicyIs<MyDynamicGetPolicy>> cv
(ks, c, Key("/",
KEY_CASCADING_NAME,
KEY_META, "default", "88",
KEY_META, "override/#0", "user/available",
KEY_END));
// clang-format on
EXPECT_EQ (cv, 12);
EXPECT_EQ (cv, cv);
cv = 40;
EXPECT_EQ (cv, 40);
c.activate<RootLayer> ();
EXPECT_EQ (cv, 40);
ContextualValue<int, GetPolicyIs<MyDynamicGetPolicy>> cv2 (cv);
EXPECT_EQ (cv, cv2);
}
TEST(type, version)
{
try {
KeySet config;
config.append(
Key("system/require_version",
KEY_VALUE, "3",
KEY_END)
);
TypeChecker tc(config);
succeed_if (false, "version should not match");
}
catch (const char *text)
{
succeed_if (true, "version should not match");
succeed_if (!strcmp(text, "Required Version does not match 2"),
"failed version text does not match");
}
try {
KeySet config;
config.append(
Key("system/require_version",
KEY_VALUE, "2",
KEY_END)
);
TypeChecker tc(config);
succeed_if (true, "version should match");
}
catch (const char *text)
{
succeed_if (false, "version should match");
}
}
TEST (test_contextual_policy, setPolicy)
{
using namespace kdb;
KeySet ks;
Context c;
// clang-format off
ContextualValue<int, SetPolicyIs<MySetPolicy<int>>> cv
(ks, c, Key("/test",
KEY_CASCADING_NAME,
KEY_VALUE, "/test",
KEY_META, "default", "88",
KEY_END));
// clang-format on
EXPECT_EQ (cv, 88);
EXPECT_EQ (cv, 88);
EXPECT_TRUE (ks.lookup ("/test")) << "did not find /test";
EXPECT_FALSE (ks.lookup ("dir/test")) << "found dir/test wrongly";
cv = 40;
EXPECT_EQ (cv, 40);
cv.syncKeySet ();
EXPECT_EQ (cv, 40);
// TODO: setPolicy not working correctly
EXPECT_TRUE (ks.lookup ("/test")) << "did not find /test";
EXPECT_TRUE (ks.lookup ("dir/test")) << "could not find dir/test";
}
/**
* @brief give info about current mounted backends
*
* @param mountConf a keyset that contains everything below
* Backends::mountpointsPath
*
* @return an vector of information about mounted backends
*/
Backends::BackendInfoVector Backends::getBackendInfo (KeySet mountConf)
{
std::vector<BackendInfo> ret;
Key rootKey (Backends::mountpointsPath, KEY_END);
Key cur;
mountConf.rewind ();
while ((cur = mountConf.next ()))
{
if (cur.isDirectBelow (rootKey))
{
BackendInfo bi;
Key path = mountConf.lookup (cur.getName () + "/config/path");
if (path)
{
bi.path = path.getString ();
}
Key mp = mountConf.lookup (cur.getName () + "/mountpoint");
if (mp)
{
bi.mountpoint = mp.getString ();
}
bi.name = cur.getBaseName ();
ret.push_back (bi);
}
}
return ret;
}
int MetaRemoveCommand::execute (Cmdline const & cl)
{
if (cl.arguments.size () != 2)
{
throw invalid_argument ("Need 2 arguments");
}
Key parentKey = cl.createKey (0);
string metaname = cl.arguments[1];
KeySet conf;
kdb.get (conf, parentKey);
printWarnings (cerr, parentKey);
Key k = conf.lookup (parentKey);
if (!k)
{
cerr << "Key not found" << endl;
return 1;
}
k.delMeta (metaname);
kdb.set (conf, parentKey);
return 0;
}
/* ************************************************************************* */
GaussianFactorGraph::Keys GaussianFactorGraph::keys() const {
KeySet keys;
BOOST_FOREACH(const sharedFactor& factor, *this)
if (factor)
keys.insert(factor->begin(), factor->end());
return keys;
}
kdb::Key mountBackend (int iteration)
{
using namespace kdb;
using namespace kdb::tools;
Key mp = getMountpointForIteration<VARIANT> (iteration);
std::string cf = "benchmark_" + plugin_variant_names[VARIANT] + "_" + std::to_string (iteration) + ".ecf";
unlink (cf.c_str ());
KDB kdb;
KeySet mountConfig;
kdb.get (mountConfig, "system/elektra/mountpoints");
MountBackendBuilder b;
b.setMountpoint (mp, KeySet (0, KS_END));
b.addPlugin (PluginSpec ("resolver"));
b.useConfigFile (cf);
b.addPlugin (PluginSpec ("dump"));
if (VARIANT != NO_CRYPTO)
{
KeySet pluginConfig;
pluginConfig.append (Key ("user/encrypt/key", KEY_VALUE, GPG_TEST_KEY_ID, KEY_END));
pluginConfig.append (Key ("user/gpg/unit_test", KEY_VALUE, "1", KEY_END));
b.addPlugin (PluginSpec (plugin_variant_names[VARIANT], pluginConfig));
}
b.validated ();
b.serialize (mountConfig);
kdb.set (mountConfig, "system/elektra/mountpoints");
kdb.close ();
return mp;
}
MergeResult ThreeWayMerge::mergeKeySet (const MergeTask & task)
{
MergeResult result;
detectConflicts (task, result);
detectConflicts (task.reverse (), result, true);
if (!result.hasConflicts ()) return result;
// TODO: test this behaviour (would probably need mocks)
Key current;
KeySet conflicts = result.getConflictSet ();
conflicts.rewind ();
while ((current = conflicts.next ()))
{
for (auto & elem : strategies)
{
(elem)->resolveConflict (task, current, result);
if (!result.isConflict (current)) break;
}
}
return result;
}
void TestCommand::doBasicTest ()
{
{
KDB kdb;
Key t = root.dup ();
t.addBaseName ("basic");
t.setString ("BasicString");
KeySet basic;
basic.append (t);
KeySet test;
kdb.get (test, root);
kdb.set (basic, root);
}
{
KDB kdb;
Key t = root.dup ();
t.addBaseName ("basic");
t.setString ("BasicString");
KeySet test;
kdb.get (test, root);
nrTest++;
if (!test.lookup (t))
{
nrError++;
cerr << "Basic test failed" << endl;
}
}
}
int GetCommand::execute (Cmdline const & cl)
{
if (cl.arguments.size () != 1) throw invalid_argument ("Need one argument");
KeySet conf;
kdb::Key root = cl.createKey (0);
kdb::KDB kdb (root);
std::string n;
if (cl.all)
{
n = root.getName ();
root.setName ("/");
}
kdb.get (conf, root);
if (cl.all)
{
root.setName (n);
}
// do a lookup without tracer to warm up default cache
conf.lookup (root);
root.setCallback (warnOnMeta);
if (cl.verbose)
{
cout << "got " << conf.size () << " keys" << std::endl;
root.setCallback (printTrace);
}
Key k = conf.lookup (root);
int ret = 0;
if (k)
{
if (cl.verbose)
{
cout << "The resulting keyname is " << k.getName () << std::endl;
}
cout << k.getString ();
}
else
{
cerr << "Did not find key";
ret = 1;
}
if (!cl.noNewline)
{
cout << endl;
}
printWarnings (cerr, root);
printError (cerr, root);
return ret;
}
TypeChecker(KeySet config)
{
enforce = config.lookup("/enforce");
Key k = config.lookup("/require_version");
if (k && k.getString() != "2") throw "Required Version does not match 2";
types.insert (pair<string, Type*>("short", new MType<kdb::short_t>()));
types.insert (pair<string, Type*>("unsigned_short", new MType<kdb::unsigned_short_t>()));
types.insert (pair<string, Type*>("long", new MType<kdb::long_t>()));
types.insert (pair<string, Type*>("unsigned_long", new MType<kdb::unsigned_long_t>()));
types.insert (pair<string, Type*>("long_long", new MType<kdb::long_long_t>()));
types.insert (pair<string, Type*>("unsigned_long_long", new MType<kdb::unsigned_long_long_t>()));
types.insert (pair<string, Type*>("float", new TType<kdb::float_t>()));
types.insert (pair<string, Type*>("double", new TType<kdb::double_t>()));
types.insert (pair<string, Type*>("long_double", new TType<kdb::long_double_t>()));
types.insert (pair<string, Type*>("char", new TType<kdb::char_t>()));
types.insert (pair<string, Type*>("boolean", new TType<kdb::boolean_t>()));
types.insert (pair<string, Type*>("octet", new TType<kdb::octet_t>()));
// non-standard types (deprecated, just for
// compatibility):
types.insert (pair<string, Type*>("any", new AnyType()));
types.insert (pair<string, Type*>("empty", new EmptyType()));
types.insert (pair<string, Type*>("FSType", new FSType()));
types.insert (pair<string, Type*>("string", new StringType()));
}
void RemountCommand::cloneMountpoint(Cmdline const & cl)
{
Key existingParent (Backends::getBasePath(existingName), KEY_END);
Key newParent (Backends::getBasePath(mp), KEY_END);
KeySet existingBackend = mountConf.cut(existingParent);
mountConf.append(existingBackend);
KeySet newBackend(existingBackend.size(), KS_END);
string configPath = newParent.getName() + "/config/path";
string mpPath = newParent.getName() + "/mountpoint";
existingBackend.rewind();
while (Key current = existingBackend.next())
{
Key newKey = rebaseKey (current, existingParent, newParent);
newBackend.append(newKey);
if (newKey.getName() == mpPath)
{
newKey.setString(mp);
}
if (newKey.getName() == configPath)
{
newKey.setString(cl.arguments[0]);
}
}
mountConf.append(newBackend);
}
int main ()
{
using namespace kdb;
std::vector<Key> vc;
vc.push_back (Key ("user/key3/1", KEY_META, "order", "2", KEY_END));
vc.push_back (Key ("user/begin", KEY_META, "order", "1", KEY_END));
vc.push_back (Key ("user/key3/4", KEY_META, "order", "3", KEY_END));
vc.push_back (Key ("user/key3/dup", KEY_META, "order", "4", KEY_END));
vc.push_back (Key ("user/key3/dup", KEY_END));
vc.push_back (Key ("user/unordered", KEY_END));
vc.push_back (Key ("user/end", KEY_META, "order", "5", KEY_END));
std::sort (vc.begin (), vc.end (), keyOrder);
KeySet ks (20, KS_END);
std::cout << "Our Vector with special ordering:" << std::endl;
for (auto k : vc)
{
std::cout << k.getName () << std::endl;
ks.append (k);
}
// now we have a keyset (of course again with KeySet ordering and
// duplicates removed.
std::cout << "\nNow KeySet:" << std::endl;
for (auto && ks_i : ks)
{
Key k (ks_i);
std::cout << k.getName () << std::endl;
}
}
int LsCommand::execute (Cmdline const & cl)
{
if (cl.arguments.size () != 1)
{
throw invalid_argument ("1 argument required");
}
printWarnings (cerr, root);
root = cl.createKey (0);
kdb.get (ks, root);
if (cl.verbose) cout << "size of all keys in mountpoint: " << ks.size () << endl;
KeySet part (ks.cut (root));
if (cl.verbose) cout << "size of requested keys: " << part.size () << endl;
cout.setf (std::ios_base::unitbuf);
if (cl.null)
{
cout.unsetf (std::ios_base::skipws);
}
cout << part;
printWarnings (cerr, root);
return 0;
}
MergeResult ThreeWayMerge::mergeKeySet(const MergeTask& task)
{
MergeResult result;
detectConflicts (task, result);
detectConflicts (task.reverse (), result, true);
if (!result.hasConflicts()) return result;
// TODO: test this behaviour (would probably need mocks)
Key current;
KeySet conflicts = result.getConflictSet();
conflicts.rewind();
while ((current = conflicts.next ()))
{
for (vector<MergeConflictStrategy *>::iterator it = strategies.begin (); it != strategies.end (); ++it)
{
(*it)->resolveConflict (task, current, result);
if (!result.isConflict(current))
break;
}
}
return result;
}
int LsCommand::execute (Cmdline const & cl)
{
checkArguments (cl);
printWarnings (cerr, root);
root = cl.createKey (0);
kdb.get (ks, root);
if (cl.verbose) cout << "size of all keys in mountpoint: " << ks.size () << endl;
KeySet part (ks.cut (root));
if (cl.verbose) cout << "size of requested keys: " << part.size () << endl;
cout.setf (std::ios_base::unitbuf);
if (cl.null)
{
cout.unsetf (std::ios_base::skipws);
}
printResults (part, getDepth (root), cl);
printWarnings (cerr, root);
return 0;
}
int CpCommand::execute (Cmdline const & cl)
{
if (cl.arguments.size () != 2)
{
throw invalid_argument ("wrong number of arguments, 2 needed");
}
KeySet conf;
Key sourceKey = cl.createKey (0);
if (!sourceKey.isValid ())
{
throw invalid_argument ("Source given is not a valid keyname");
}
Key destKey = cl.createKey (1);
if (!destKey.isValid ())
{
throw invalid_argument ("Destination given is not a valid keyname");
}
string newDirName = destKey.getName ();
kdb.get (conf, sourceKey);
kdb.get (conf, destKey);
KeySet tmpConf = conf;
KeySet oldConf;
oldConf.append (tmpConf.cut (sourceKey));
KeySet newConf;
oldConf.rewind ();
std::string sourceName = sourceKey.getName ();
if (cl.verbose) cout << "common name: " << sourceName << endl;
if (cl.recursive)
{
// copy all keys with new name
Key k;
while ((k = oldConf.next ()))
{
Key rk = rename_key (k, sourceName, newDirName, cl.verbose);
copySingleKey (cl, rk, tmpConf, newConf);
}
}
else
{
// just copy one key
Key k = oldConf.next ();
Key rk = rename_key (k, sourceName, newDirName, cl.verbose);
copySingleKey (cl, rk, tmpConf, newConf);
}
newConf.append (tmpConf); // these are unrelated keys
newConf.append (oldConf); // these are the original keys
newConf.rewind ();
kdb.set (newConf, destKey);
return 0;
}
/**
* @brief Add all keys of a keyset
*
* Will not update the underlying keyset (is fixed at
* construction)
*
* @param ks
*/
void add(KeySet const & ks)
{
for (KeySet::iterator it = ks.begin();
it != ks.end(); ++it)
{
add(*it);
}
}
std::vector<PluginSpec> PluginVariantDatabase::getPluginVariantsFromGenconf (PluginSpec const & whichplugin, KeySet const & genconf,
KeySet const & sysconf) const
{
std::vector<PluginSpec> result;
KeySet ksToIterate (genconf);
for (auto kCurrent : ksToIterate)
{
Key kCurrentTest (kCurrent.getNamespace () + "/", KEY_END);
kCurrentTest.addBaseName (kCurrent.getBaseName ()); // e.g. system/space
if (kCurrentTest == kCurrent)
{
PluginSpec variant (whichplugin);
KeySet ksVariantConfToAdd;
// new base for plugin conf
Key kVariantPluginConf ("system/", KEY_END);
// take variant config from genconf and transform it to proper plugin conf,
// e.g. system/space/config/format -> system/format
Key kVariantConf (kCurrentTest);
kVariantConf.addBaseName ("config"); // e.g. system/space/config
this->addKeysBelowKeyToConf (kVariantConf, genconf, kVariantPluginConf, ksVariantConfToAdd);
// TODO plugin infos
// check if the variant was disabled : system/elektra/plugins/simpleini/variants/space/disable
Key kDisable = sysconf.lookup (this->buildVariantSysconfKey (whichplugin, kCurrent.getBaseName (), "disable"));
if (kDisable && kDisable.getString () == "1")
{
continue; // skip this variant
}
// check if an override is available : system/elektra/plugins/simpleini/variants/space/override
Key kOverride = sysconf.lookup (this->buildVariantSysconfKey (whichplugin, kCurrent.getBaseName (), "override"));
if (kOverride && kOverride.getString () == "1")
{
// first delete config from genconf entirely
ksVariantConfToAdd.clear ();
Key kVariantSysconf (this->buildVariantSysconfKey (whichplugin, kCurrent.getBaseName (), "config"));
this->addKeysBelowKeyToConf (kVariantSysconf, sysconf, kVariantPluginConf, ksVariantConfToAdd);
}
if (ksVariantConfToAdd.size () == 0)
{
continue; // no config means no variant
}
variant.appendConfig (ksVariantConfToAdd);
result.push_back (variant);
}
}
std::vector<PluginSpec> resFromSysconf (this->getPluginVariantsFromSysconf (whichplugin, sysconf, genconf));
result.insert (result.end (), resFromSysconf.begin (), resFromSysconf.end ());
return result;
}
TEST_F (Simple, WrongParent)
{
using namespace kdb;
KDB kdb;
Key parent ("meta", KEY_META_NAME, KEY_END);
KeySet ks;
EXPECT_THROW (kdb.set (ks, parent), kdb::KDBException);
ASSERT_EQ (ks.size (), 0) << "got keys from freshly mounted backends" << ks;
}
TEST_F (Simple, WrongStateCascading)
{
using namespace kdb;
KDB kdb;
KeySet ks;
Key parentKey (testRoot, KEY_END);
EXPECT_THROW (kdb.set (ks, parentKey), kdb::KDBException) << "kdb set without prior kdb get should have 107 Wrong State";
ASSERT_EQ (ks.size (), 0) << "got keys from freshly mounted backends" << ks;
}
void TestCommand::doStringTest ()
{
vector<string> teststrings;
teststrings.push_back ("");
teststrings.push_back ("value");
teststrings.push_back ("value with spaces");
teststrings.push_back (" a very long value with many spaces and basically very very long, but only text ... ");
for (int i = 1; i < 256; ++i)
teststrings.back () += " very very long, but only text ... ";
for (auto & teststring : teststrings)
{
{
KDB kdb;
Key t = root.dup ();
t.addBaseName ("string");
t.setString (teststring);
KeySet basic;
basic.append (t);
KeySet test;
kdb.get (test, root);
kdb.set (basic, root);
}
{
KDB kdb;
KeySet test;
kdb.get (test, root);
Key t = root.dup ();
t.addBaseName ("string");
Key res = test.lookup (t);
nrTest++;
if (!res)
{
nrError++;
cerr << "String test failed (key not found)" << t.getName () << endl;
continue;
}
nrTest++;
if (res.getString () != teststring)
{
nrError++;
cerr << "String test failed (value is not equal)" << endl;
cerr << "We got: \"" << res.getString () << "\"" << endl;
cerr << "We wanted: \"" << teststring << "\"" << endl;
}
}
}
}
Point operator() (KeySet const & ks, std::string const & name, option_t const options) const
{
Key x = ks.lookup (name + "/x", options);
if (!x) throw KeyNotFoundException (name + "/x not found");
Key y = ks.lookup (name + "/y", options);
if (!y) throw KeyNotFoundException (name + "/y not found");
return Point (x.get<int> (), y.get<int> ());
}
/* ************************************************************************* */
TEST(Marginals, order) {
NonlinearFactorGraph fg;
fg += PriorFactor<Pose2>(0, Pose2(), noiseModel::Unit::Create(3));
fg += BetweenFactor<Pose2>(0, 1, Pose2(1,0,0), noiseModel::Unit::Create(3));
fg += BetweenFactor<Pose2>(1, 2, Pose2(1,0,0), noiseModel::Unit::Create(3));
fg += BetweenFactor<Pose2>(2, 3, Pose2(1,0,0), noiseModel::Unit::Create(3));
Values vals;
vals.insert(0, Pose2());
vals.insert(1, Pose2(1,0,0));
vals.insert(2, Pose2(2,0,0));
vals.insert(3, Pose2(3,0,0));
vals.insert(100, Point2(0,1));
vals.insert(101, Point2(1,1));
fg += BearingRangeFactor<Pose2,Point2>(0, 100,
vals.at<Pose2>(0).bearing(vals.at<Point2>(100)),
vals.at<Pose2>(0).range(vals.at<Point2>(100)), noiseModel::Unit::Create(2));
fg += BearingRangeFactor<Pose2,Point2>(0, 101,
vals.at<Pose2>(0).bearing(vals.at<Point2>(101)),
vals.at<Pose2>(0).range(vals.at<Point2>(101)), noiseModel::Unit::Create(2));
fg += BearingRangeFactor<Pose2,Point2>(1, 100,
vals.at<Pose2>(1).bearing(vals.at<Point2>(100)),
vals.at<Pose2>(1).range(vals.at<Point2>(100)), noiseModel::Unit::Create(2));
fg += BearingRangeFactor<Pose2,Point2>(1, 101,
vals.at<Pose2>(1).bearing(vals.at<Point2>(101)),
vals.at<Pose2>(1).range(vals.at<Point2>(101)), noiseModel::Unit::Create(2));
fg += BearingRangeFactor<Pose2,Point2>(2, 100,
vals.at<Pose2>(2).bearing(vals.at<Point2>(100)),
vals.at<Pose2>(2).range(vals.at<Point2>(100)), noiseModel::Unit::Create(2));
fg += BearingRangeFactor<Pose2,Point2>(2, 101,
vals.at<Pose2>(2).bearing(vals.at<Point2>(101)),
vals.at<Pose2>(2).range(vals.at<Point2>(101)), noiseModel::Unit::Create(2));
fg += BearingRangeFactor<Pose2,Point2>(3, 100,
vals.at<Pose2>(3).bearing(vals.at<Point2>(100)),
vals.at<Pose2>(3).range(vals.at<Point2>(100)), noiseModel::Unit::Create(2));
fg += BearingRangeFactor<Pose2,Point2>(3, 101,
vals.at<Pose2>(3).bearing(vals.at<Point2>(101)),
vals.at<Pose2>(3).range(vals.at<Point2>(101)), noiseModel::Unit::Create(2));
Marginals marginals(fg, vals);
KeySet set = fg.keys();
FastVector<Key> keys(set.begin(), set.end());
JointMarginal joint = marginals.jointMarginalCovariance(keys);
LONGS_EQUAL(3, (long)joint(0,0).rows());
LONGS_EQUAL(3, (long)joint(1,1).rows());
LONGS_EQUAL(3, (long)joint(2,2).rows());
LONGS_EQUAL(3, (long)joint(3,3).rows());
LONGS_EQUAL(2, (long)joint(100,100).rows());
LONGS_EQUAL(2, (long)joint(101,101).rows());
}
void PluginVariantDatabase::addKeysBelowKeyToConf (Key const & below, KeySet const & conf, Key const & newbase, KeySet & targetconf) const
{
KeySet confCp (conf);
KeySet ksVariantSysConf = confCp.cut (below);
for (auto kVariantCurrent : ksVariantSysConf)
{
if (!kVariantCurrent.isBelow (below)) continue;
targetconf.append (helper::rebaseKey (kVariantCurrent, below, newbase));
}
}
TEST_F(ThreeWayMergeTest, EqualKeySetsMerge)
{
MergeResult result = merger.mergeKeySet (base, ours, theirs, mergeParent);
EXPECT_FALSE(result.hasConflicts()) << "Invalid conflict detected";
KeySet merged = result.getMergedKeys ();
EXPECT_EQ(5, merged.size ());
compareAllKeys (merged);
}
TEST_F (Simple, GetNothing)
{
using namespace kdb;
KDB kdb;
KeySet ks;
kdb.get (ks, testRoot);
ASSERT_EQ (ks.size (), 0) << "got keys from freshly mounted backends" << ks;
struct stat buf;
ASSERT_EQ (stat (mp->systemConfigFile.c_str (), &buf), -1) << "found wrong file";
}
TEST (MergeResult, IsConflictWorks)
{
Key conflictKey = Key ("user/test/config/key1", KEY_END);
KeySet conflicts;
conflicts.append (conflictKey);
KeySet merged;
MergeResult result (conflicts, merged);
EXPECT_TRUE (result.isConflict (conflictKey));
EXPECT_FALSE (result.isConflict (Key ("user/test/config/key2", KEY_END)));
}
int MetaSetCommand::execute (Cmdline const & cl)
{
if (cl.arguments.size () < 2 || cl.arguments.size () > 3)
{
throw invalid_argument ("Need 2 or 3 arguments");
}
string metaname = cl.arguments[1];
Key parentKey = cl.createKey (0);
string keyname = parentKey.getName ();
if (keyname[0] == '/')
{
// fix name for lookup
keyname = "spec" + keyname;
if (!cl.quiet) std::cout << "Using keyname " << keyname << std::endl;
// fix k for kdb.set later
parentKey.setName (keyname);
}
KeySet conf;
kdb.get (conf, parentKey);
Key k = conf.lookup (parentKey);
if (!k)
{
k = Key (keyname, KEY_END);
// k.setBinary(0, 0); // conceptually maybe better, but would have confusing "binary" metadata
conf.append (k);
if (cl.verbose) cout << "Creating key " << keyname << endl;
}
if (!k.isValid ())
{
cerr << "Could not create key " << keyname << endl;
return 1;
}
if (cl.arguments.size () == 2)
{
if (!cl.quiet) cout << "Only two arguments, thus deleting metaname " << metaname << endl;
k.delMeta (metaname);
}
else
{
std::string metavalue = cl.arguments[2];
if (metaname == "atime" || metaname == "mtime" || metaname == "ctime")
{
stringstream str (metavalue);
time_t t;
str >> t;
if (!str.good ()) throw "conversion failure";
k.setMeta<time_t> (metaname, t);
}
else
{
MergeResult ThreeWayMerge::mergeKeySet (const KeySet & base, const KeySet & ours, const KeySet & theirs, const Key & mergeRoot)
{
Key ourkey = ours.head ().dup ();
Key theirkey = theirs.head ().dup ();
Key basekey = base.head ().dup ();
MergeResult merged = mergeKeySet (
MergeTask (BaseMergeKeys (base, basekey), OurMergeKeys (ours, ourkey), TheirMergeKeys (theirs, theirkey), mergeRoot));
return merged;
}
