/// <inheritdoc/>
public override NameMapping GetMapping(int nameId)
{
lock (nameMappingCache) {
if (nameMappingCache.ContainsKey(nameId))
{
return(nameMappingCache[nameId]);
}
SQLiteCommand cmd;
using (LockAndCreateCommand(out cmd)) {
cmd.CommandText = @"SELECT name, returntype, parameters
FROM NameMapping
WHERE id = " + nameId + ";";
using (SQLiteDataReader reader = cmd.ExecuteReader()) {
string name = null, returnType = null;
IList <string> parameters = null;
while (reader.Read())
{
name = reader.GetString(0);
returnType = reader.GetString(1);
parameters = reader.GetString(2).Split('-').ToList();
if (parameters.Count == 1 && string.IsNullOrEmpty(parameters[0]))
{
parameters = new List <string>();
}
}
NameMapping map = new NameMapping(nameId, returnType, name, parameters);
nameMappingCache.Add(nameId, map);
return(map);
}
}
}
}
/// <inheritdoc/>
public override NameMapping GetMapping(int nameId)
{
lock (nameMappingCache) {
if (nameMappingCache.ContainsKey(nameId))
return nameMappingCache[nameId];
SQLiteCommand cmd;
using (LockAndCreateCommand(out cmd)) {
cmd.CommandText = @"SELECT name, returntype, parameters
FROM NameMapping
WHERE id = " + nameId + ";";
using (SQLiteDataReader reader = cmd.ExecuteReader()) {
string name = null, returnType = null;
IList<string> parameters = null;
while (reader.Read()) {
name = reader.GetString(0);
returnType = reader.GetString(1);
parameters = reader.GetString(2).Split('-').ToList();
if (parameters.Count == 1 && string.IsNullOrEmpty(parameters[0]))
parameters = new List<string>();
}
NameMapping map = new NameMapping(nameId, returnType, name, parameters);
nameMappingCache.Add(nameId, map);
return map;
}
}
}
}
public void FixtureSetUp()
{
if (File.Exists(databaseFileName))
File.Delete(databaseFileName);
NameMapping method0 = new NameMapping(0, "r0", "m0", new List<string>());
NameMapping method1 = new NameMapping(1, "r1", "m1", new List<string>());
NameMapping method2 = new NameMapping(2, "r2", "m2", new List<string>());
using (var writer = new ProfilingDataSQLiteWriter(databaseFileName)) {
writer.ProcessorFrequency = 2000; // MHz
writer.WriteMappings(new[] { method0, method1, method2 } );
CallTreeNodeStub dataSet;
dataSet = new CallTreeNodeStub {
NameMappingValue = method0,
AddChildren = {
new CallTreeNodeStub {
NameMappingValue = method1,
RawCallCountValue = 10,
CpuCyclesSpentValue = 500 * k
}
}
};
writer.WriteDataSet(new DataSetStub { IsFirst = true, RootNode = dataSet });
dataSet = new CallTreeNodeStub {
NameMappingValue = method0,
IsActiveAtStartValue = true,
AddChildren = {
new CallTreeNodeStub {
NameMappingValue = method1,
RawCallCountValue = 0,
IsActiveAtStartValue = true,
CpuCyclesSpentValue = 200 * k
},
new CallTreeNodeStub {
NameMappingValue = method2,
RawCallCountValue = 1,
CpuCyclesSpentValue = 300 * k
}
}
};
writer.WriteDataSet(new DataSetStub { IsFirst = false, RootNode = dataSet });
dataSet = new CallTreeNodeStub {
NameMappingValue = method0,
IsActiveAtStartValue = true,
AddChildren = {
new CallTreeNodeStub {
NameMappingValue = method2,
RawCallCountValue = 0,
IsActiveAtStartValue = true,
CpuCyclesSpentValue = 50 * k,
AddChildren = {
new CallTreeNodeStub {
NameMappingValue = method1,
RawCallCountValue = 5,
CpuCyclesSpentValue = 1 * k
}
}
}
}
};
writer.WriteDataSet(new DataSetStub { IsFirst = false, RootNode = dataSet });
writer.Close();
}
provider = ProfilingDataSQLiteProvider.UpgradeFromOldVersion(databaseFileName);
}
bool IsUnitTest(NameMapping name)
{
return(unitTestNames.Contains(name.Name));
}
bool IsUnitTest(NameMapping name)
{
return unitTestNames.Contains(name.Name);
}
