public CloudManagerLocal(List <CloudMakefile> leaderCloudMakefiles, CloudMakefile localCloudMakefile,
string name, List <List <string> > leaders, List <string> reserveLeaders, int nreplicas,
int timeout, Vsync.Group vsyncGroup, string debugFilename,
string monitorDebugFilename)
{
_vsyncAddress = VsyncSystem.GetMyAddress().ToStringVerboseFormat();
_name = name;
_curDirectory = Directory.GetCurrentDirectory();
_procs = new Dictionary <string, ProcessInfo> ();
_procsLock = new object();
_leaders = leaders;
_reserveLeaders = reserveLeaders;
_nreplicas = nreplicas;
_leaderCloudMakefiles = leaderCloudMakefiles;
_localCloudMakefile = localCloudMakefile;
_queue = new List <Tuple <MessageType, List <string> > > ();
_queueLock = new object();
_debugFilename = debugFilename;
_cloudMakeMonitor = new CloudMakeMonitor(this, monitorDebugFilename, timeout);
Thread cloudMakeMonitorThread = new Thread(delegate() {
_cloudMakeMonitor.Run(vsyncGroup);
});
cloudMakeMonitorThread.Start();
}
public DependencyStructure(CloudMakefile cloudMakefile, string debugFilename)
{
CloudManager.WriteLine(debugFilename, "CloudMakefile: " + cloudMakefile.ToString());
_cloudMakefile = cloudMakefile;
_entries = new List <string> ();
_policies = cloudMakefile.GetPolicies();
_inputs = new List <List <int> > ();
_outputs = new List <List <int> > ();
for (int i = 0; i < _policies.Count; i++)
{
_inputs.Add(new List <int> ());
_outputs.Add(new List <int> ());
}
_reverseInputs = new List <List <int> > ();
_reverseOutputs = new List <List <int> > ();
_entryTokens = new HashSet <int> ();
_policyTokens = new HashSet <int> ();
_order = cloudMakefile.GetOrder();
_configFiles = new HashSet <string> ();
_modifiedConfigFiles = new HashSet <string> ();
_cloudMakeConfigFiles = new HashSet <string> ();
_modifiedCloudMakeConfigFiles = new HashSet <string> ();
_debugFilename = debugFilename;
}
public CloudMakefile(CloudMakefile cloudMakefile)
{
List <HashSet <int> > inputs = cloudMakefile.GetInputs();
List <HashSet <int> > outputs = cloudMakefile.GetOutputs();
List <HashSet <int> > reverseInputs = cloudMakefile.GetReverseInputs();
List <HashSet <int> > reverseOutputs = cloudMakefile.GetReverseOutputs();
List <HashSet <int> > order = cloudMakefile.GetOrder();
_inputs = new List <HashSet <int> > ();
for (int i = 0; i < inputs.Count; i++)
{
_inputs.Add(new HashSet <int> (inputs [i]));
}
_outputs = new List <HashSet <int> > ();
for (int i = 0; i < outputs.Count; i++)
{
_outputs.Add(new HashSet <int> (outputs [i]));
}
_reverseInputs = new List <HashSet <int> > ();
for (int i = 0; i < reverseInputs.Count; i++)
{
_reverseInputs.Add(new HashSet <int> (reverseInputs [i]));
}
_reverseOutputs = new List <HashSet <int> > ();
for (int i = 0; i < reverseOutputs.Count; i++)
{
_reverseOutputs.Add(new HashSet <int> (reverseOutputs [i]));
}
_dfas = new List <DFA> (cloudMakefile.GetDFAs());
_policies = new List <string> (cloudMakefile.GetPolicies());
_order = new List <HashSet <int> > ();
for (int i = 0; i < order.Count; i++)
{
_order.Add(new HashSet <int> (order [i]));
}
}
static private void ParseTreeNode(Node node, List <Entry> entryList)
{
List <Node> children = null;
HashSet <char> alphabet = null;
NFA curNFA = null;
State state1, state2, chkState1, chkState2;
switch (node.GetNodeType())
{
case Node.Type.TENTRY:
children = node.GetChildren();
if (children [0].GetNodeType() != Node.Type.TDIRPATH)
{
throw new CloudMakefile.ParseException("A TDIRPATH node is expected as the first node of a " +
"TENTRY node.");
}
if (children [1].GetNodeType() != Node.Type.TNAME)
{
throw new CloudMakefile.ParseException("A TNAME node is expected as the second node of a TENTRY " +
"node.");
}
if (children [2].GetNodeType() != Node.Type.TXMLPATH)
{
throw new CloudMakefile.ParseException("A TXMLPATH node is expected as the third node of a " +
"TENTRY node.");
}
ParseTreeNode(children [0], entryList);
ParseTreeNode(children [1], entryList);
curNFA = EnsureLastNFA(entryList);
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
curNFA.AddTransition(state1, '.', state2);
state1 = state2;
state2 = curNFA.AddState();
curNFA.AddTransition(state1, 'x', state2);
state1 = state2;
state2 = curNFA.AddState();
curNFA.AddTransition(state1, 'm', state2);
state1 = state2;
state2 = curNFA.AddState();
curNFA.AddTransition(state1, 'l', state2);
curNFA.SetFinalState(state2);
ParseTreeNode(children [2], entryList);
break;
case Node.Type.TEVENT:
children = node.GetChildren();
if (children [0].GetNodeType() != Node.Type.TDIRPATH)
{
throw new CloudMakefile.ParseException("A TDIRPATH node is expected as the first node of a " +
"TEVENT node.");
}
if (children [1].GetNodeType() != Node.Type.TNAME)
{
throw new CloudMakefile.ParseException("A TNAME node is expected as the second node of a TEVENT " +
"node.");
}
ParseTreeNode(children [0], entryList);
ParseTreeNode(children [1], entryList);
break;
case Node.Type.TDIRPATH:
children = node.GetChildren();
foreach (Node child in children)
{
if (child.GetNodeType() != Node.Type.TNAME)
{
throw new CloudMakefile.ParseException("A TNAME node is expected as the child node of a " +
"TDIRPATH node.");
}
ParseTreeNode(child, entryList);
curNFA = EnsureLastNFA(entryList);
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
curNFA.AddTransition(state1, Path.DirectorySeparatorChar, state2);
curNFA.SetFinalState(state2);
}
break;
case Node.Type.TXMLPATH:
Node lastNode = new Node("ASTERISK(ATOM(SEQUENCE(CHOICE(RANGE(CHAR(A),CHAR(Z)),RANGE(CHAR(a)," +
"CHAR(z)),RANGE(CHAR(0),CHAR(9)),CHAR(@),CHAR(_)))))");
children = node.GetChildren();
foreach (Node child in children)
{
if (child.GetNodeType() != Node.Type.TNAME)
{
throw new CloudMakefile.ParseException("A TNAME node is expected as the child node of a " +
"TXMLPATH node.");
}
curNFA = EnsureLastNFA(entryList);
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
curNFA.AddTransition(state1, '{', state2);
curNFA.SetFinalState(state2);
ParseTreeNode(child, entryList);
curNFA = EnsureLastNFA(entryList);
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
curNFA.AddTransition(state1, '}', state2);
curNFA.SetFinalState(state2);
}
curNFA = EnsureLastNFA(entryList);
chkState1 = curNFA.GetFinalState();
state1 = chkState1;
state2 = curNFA.AddState();
curNFA.AddTransition(state1, '{', state2);
curNFA.SetFinalState(state2);
ParseTreeNode(lastNode, entryList);
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
chkState2 = state2;
curNFA.AddTransition(state1, '}', state2);
curNFA.SetFinalState(state2);
curNFA.AddTransition(chkState1, Char.MinValue, chkState2);
curNFA.AddTransition(chkState2, Char.MinValue, chkState1);
break;
case Node.Type.TNAME:
children = node.GetChildren();
foreach (Node child in children)
{
if (child.GetNodeType() == Node.Type.TSEQUENCE)
{
ParseTreeNode(child, entryList);
}
else if (child.GetNodeType() == Node.Type.TVAR)
{
ParseTreeNode(child, entryList);
}
else
{
throw new CloudMakefile.ParseException("A TSEQUENCE or TVAR node is expected as the child " +
"node of a TNAME node.");
}
}
break;
case Node.Type.TSEQUENCE:
children = node.GetChildren();
foreach (Node child in children)
{
if ((child.GetNodeType() != Node.Type.TASTERISK) && (child.GetNodeType() != Node.Type.TPLUS) &&
(child.GetNodeType() != Node.Type.TQUESTIONMARK) && (child.GetNodeType() != Node.Type.TCHAR) &&
(child.GetNodeType() != Node.Type.TCHOICE) && (child.GetNodeType() != Node.Type.TNO_CHOICE) &&
(child.GetNodeType() != Node.Type.TUNION) && (child.GetNodeType() != Node.Type.TATOM))
{
throw new CloudMakefile.ParseException("An appropriate node is expected as the child node " +
"of a TSEQUENCE node.");
}
ParseTreeNode(child, entryList);
}
break;
case Node.Type.TATOM:
children = node.GetChildren();
if (children [0].GetNodeType() != Node.Type.TSEQUENCE)
{
throw new CloudMakefile.ParseException("A TSEQUENCE node is expected as the first node of a " +
"TATOM node.");
}
ParseTreeNode(children [0], entryList);
break;
case Node.Type.TASTERISK:
children = node.GetChildren();
if ((children [0].GetNodeType() != Node.Type.TCHAR) &&
(children [0].GetNodeType() != Node.Type.TCHOICE) &&
(children [0].GetNodeType() != Node.Type.TNO_CHOICE) &&
(children [0].GetNodeType() != Node.Type.TUNION) &&
(children [0].GetNodeType() != Node.Type.TATOM))
{
throw new CloudMakefile.ParseException("An appropriate node is expected as the child node of a " +
"TASTERISK node.");
}
curNFA = EnsureLastNFA(entryList);
chkState1 = curNFA.GetFinalState();
ParseTreeNode(children [0], entryList);
chkState2 = curNFA.GetFinalState();
curNFA.AddTransition(chkState1, Char.MinValue, chkState2);
curNFA.AddTransition(chkState2, Char.MinValue, chkState1);
break;
case Node.Type.TPLUS:
children = node.GetChildren();
if ((children [0].GetNodeType() != Node.Type.TCHAR) &&
(children [0].GetNodeType() != Node.Type.TCHOICE) &&
(children [0].GetNodeType() != Node.Type.TNO_CHOICE) &&
(children [0].GetNodeType() != Node.Type.TUNION) &&
(children [0].GetNodeType() != Node.Type.TATOM))
{
throw new CloudMakefile.ParseException("An appropriate node is expected as the child node of a " +
"TPLUS node.");
}
curNFA = EnsureLastNFA(entryList);
chkState1 = curNFA.GetFinalState();
ParseTreeNode(children [0], entryList);
chkState2 = curNFA.GetFinalState();
curNFA.AddTransition(chkState2, Char.MinValue, chkState1);
break;
case Node.Type.TQUESTIONMARK:
children = node.GetChildren();
if ((children [0].GetNodeType() != Node.Type.TCHAR) &&
(children [0].GetNodeType() != Node.Type.TCHOICE) &&
(children [0].GetNodeType() != Node.Type.TNO_CHOICE) &&
(children [0].GetNodeType() != Node.Type.TUNION) &&
(children [0].GetNodeType() != Node.Type.TATOM))
{
throw new CloudMakefile.ParseException("An appropriate node is expected as the child node of a " +
"TQUESTIONMARK node.");
}
curNFA = EnsureLastNFA(entryList);
chkState1 = curNFA.GetFinalState();
ParseTreeNode(children [0], entryList);
chkState2 = curNFA.GetFinalState();
curNFA.AddTransition(chkState1, Char.MinValue, chkState2);
break;
case Node.Type.TCHOICE:
alphabet = new HashSet <char> ();
children = node.GetChildren();
foreach (Node child in children)
{
if ((child.GetNodeType() != Node.Type.TCHAR) && (child.GetNodeType() != Node.Type.TRANGE))
{
throw new CloudMakefile.ParseException("A TCHAR and a TRANGE node is expected as the child " +
"node of a TCHOICE node.");
}
if (child.GetNodeType() == Node.Type.TRANGE)
{
Tuple <char, char> range = child.GetRange();
for (char c = range.Item1; c <= range.Item2; c++)
{
alphabet.Add(c);
}
}
else
{
alphabet.Add(child.GetChar());
}
}
curNFA = EnsureLastNFA(entryList);
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
foreach (char c in alphabet)
{
curNFA.AddTransition(state1, c, state2);
}
curNFA.SetFinalState(state2);
break;
case Node.Type.TNO_CHOICE:
alphabet = new HashSet <char> ();
for (char c = 'A'; c <= 'Z'; c++)
{
alphabet.Add(c);
}
for (char c = 'a'; c <= 'z'; c++)
{
alphabet.Add(c);
}
for (char c = '0'; c <= '9'; c++)
{
alphabet.Add(c);
}
alphabet.Add('_');
alphabet.Add('@');
children = node.GetChildren();
foreach (Node child in children)
{
if (child.GetNodeType() == Node.Type.TRANGE)
{
Tuple <char, char> range = child.GetRange();
for (char c = range.Item1; c <= range.Item2; c++)
{
alphabet.Remove(c);
}
}
else
{
alphabet.Remove(child.GetChar());
}
}
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
curNFA = EnsureLastNFA(entryList);
foreach (char c in alphabet)
{
curNFA.AddTransition(state1, c, state2);
}
curNFA.SetFinalState(state2);
break;
case Node.Type.TUNION:
children = node.GetChildren();
if (children [0].GetNodeType() != Node.Type.TSEQUENCE)
{
throw new CloudMakefile.ParseException("A TSEQUENCE node is expected as the first node of a " +
"TUNION node.");
}
if (children [1].GetNodeType() != Node.Type.TSEQUENCE)
{
throw new CloudMakefile.ParseException("A TSEQUENCE node is expected as the second node of a " +
"TUNION node.");
}
curNFA = EnsureLastNFA(entryList);
state1 = curNFA.GetFinalState();
ParseTreeNode(children [0], entryList);
chkState1 = curNFA.GetFinalState();
curNFA.SetFinalState(state1);
ParseTreeNode(children [1], entryList);
chkState2 = curNFA.GetFinalState();
state2 = curNFA.AddState();
curNFA.AddTransition(chkState1, Char.MinValue, state2);
curNFA.AddTransition(chkState2, Char.MinValue, state2);
curNFA.SetFinalState(state2);
break;
case Node.Type.TVAR:
string varName = CloudMakefile.ParseString(node);
entryList.Add(new Entry(varName));
break;
case Node.Type.TCHAR:
char character = node.GetChar();
curNFA = EnsureLastNFA(entryList);
state1 = curNFA.GetFinalState();
state2 = curNFA.AddState();
curNFA.AddTransition(state1, character, state2);
curNFA.SetFinalState(state2);
break;
default:
throw new CloudMakefile.ParseException("Unhandled node type: " + node.GetNodeType().ToString());
}
}
public CloudMakefile(CloudMakefile cloudMakefile, List <int> selectedPolicies) : this()
{
List <HashSet <int> > inputs = cloudMakefile.GetInputs();
List <HashSet <int> > outputs = cloudMakefile.GetOutputs();
List <DFA> dfas = cloudMakefile.GetDFAs();
List <string> policies = cloudMakefile.GetPolicies();
List <HashSet <int> > order = cloudMakefile.GetOrder();
Dictionary <int, int> dfaTransform = new Dictionary <int, int> ();
int dfaCount = 0;
int newDfaIndex;
int count = -1;
for (int newPolicyIndex = 0; newPolicyIndex < selectedPolicies.Count; newPolicyIndex++)
{
int oldPolicyIndex = selectedPolicies [newPolicyIndex];
_inputs.Add(new HashSet <int> ());
_outputs.Add(new HashSet <int> ());
foreach (int oldDfaIndex in inputs[oldPolicyIndex])
{
if (!dfaTransform.ContainsKey(oldDfaIndex))
{
dfaTransform [oldDfaIndex] = dfaCount;
_dfas.Add(dfas [oldDfaIndex]);
dfaCount++;
_reverseInputs.Add(new HashSet <int> ());
_reverseOutputs.Add(new HashSet <int> ());
}
newDfaIndex = dfaTransform [oldDfaIndex];
_inputs [newPolicyIndex].Add(newDfaIndex);
_reverseInputs [newDfaIndex].Add(newPolicyIndex);
}
foreach (int oldDfaIndex in outputs[oldPolicyIndex])
{
if (!dfaTransform.ContainsKey(oldDfaIndex))
{
dfaTransform [oldDfaIndex] = dfaCount;
_dfas.Add(dfas [oldDfaIndex]);
dfaCount++;
_reverseInputs.Add(new HashSet <int> ());
_reverseOutputs.Add(new HashSet <int> ());
}
newDfaIndex = dfaTransform [oldDfaIndex];
_outputs [newPolicyIndex].Add(newDfaIndex);
_reverseOutputs [newDfaIndex].Add(newPolicyIndex);
}
_policies.Add(policies [oldPolicyIndex]);
}
for (int i = 0; i < order.Count; i++)
{
bool created = false;
foreach (int oldPolicyIndex in order[i])
{
if (selectedPolicies.Contains(oldPolicyIndex))
{
if (!created)
{
_order.Add(new HashSet <int> ());
created = true;
count += 1;
}
_order [count].Add(selectedPolicies.IndexOf(oldPolicyIndex));
}
}
}
}
static public List <CloudMakefile> SplitCloudMakefile(CloudMakefile initialCloudMakefile)
{
List <CloudMakefile> res = new List <CloudMakefile> ();
List <List <int> > selectedPolicies = new List <List <int> > ();
List <int> unexploredPolicies = new List <int> ();
List <int> unexploredDfas = new List <int> ();
List <int> unsearchedPolicies = new List <int> ();
List <int> unsearchedDfas = new List <int> ();
List <HashSet <int> > inputs = initialCloudMakefile.GetInputs();
List <HashSet <int> > outputs = initialCloudMakefile.GetOutputs();
List <HashSet <int> > reverseInputs = initialCloudMakefile.GetReverseInputs();
List <HashSet <int> > reverseOutputs = initialCloudMakefile.GetReverseOutputs();
int count = 0;
bool explorePolicy;
// Fill the unsearched fields.
for (int i = 0; i < initialCloudMakefile.GetPolicies().Count; i++)
{
unsearchedPolicies.Add(i);
}
for (int i = 0; i < initialCloudMakefile.GetDFAs().Count; i++)
{
unsearchedDfas.Add(i);
}
// Divide CloudMakefile to independent pieces.
while (unsearchedPolicies.Count != 0)
{
// Console.Out.WriteLine ("Unsearched Policies");
// for (int i = 0; i < unsearchedPolicies.Count; i++)
// Console.Out.WriteLine (unsearchedPolicies [i].ToString ());
// Console.Out.WriteLine ("Unsearched DFAs");
// for (int i = 0; i < unsearchedDfas.Count; i++)
// Console.Out.WriteLine (unsearchedDfas [i].ToString ());
unexploredPolicies.Add(unsearchedPolicies [0]);
unsearchedPolicies.RemoveAt(0);
explorePolicy = true;
selectedPolicies.Add(new List <int> ());
while ((unexploredPolicies.Count != 0) || (unexploredDfas.Count != 0))
{
if (explorePolicy)
{
while (unexploredPolicies.Count != 0)
{
int policyIndex = unexploredPolicies [0];
/*
* Console.Out.WriteLine ("Selected Policy: " + policyIndex);
* Console.Out.WriteLine ("Inputs:" + String.Join (" ", inputs [policyIndex]));
* Console.Out.WriteLine ("Outputs:" + String.Join (" ", outputs [policyIndex]));
*/
foreach (int dfaIndex in inputs[policyIndex])
{
if (unsearchedDfas.Contains(dfaIndex))
{
unexploredDfas.Add(dfaIndex);
unsearchedDfas.Remove(dfaIndex);
}
}
foreach (int dfaIndex in outputs[policyIndex])
{
if (unsearchedDfas.Contains(dfaIndex))
{
unexploredDfas.Add(dfaIndex);
unsearchedDfas.Remove(dfaIndex);
}
}
unexploredPolicies.RemoveAt(0);
selectedPolicies [count].Add(policyIndex);
}
}
else
{
while (unexploredDfas.Count != 0)
{
int dfaIndex = unexploredDfas [0];
/*
* Console.Out.WriteLine ("Selected Index: " + dfaIndex);
* Console.Out.WriteLine ("Reverse Inputs:" + String.Join (" ", reverseInputs [dfaIndex]));
* Console.Out.WriteLine ("Reverse Outputs:" + String.Join (" ", reverseOutputs [dfaIndex]));
*/
foreach (int policyIndex in reverseInputs[dfaIndex])
{
if (unsearchedPolicies.Contains(policyIndex))
{
unexploredPolicies.Add(policyIndex);
unsearchedPolicies.Remove(policyIndex);
}
}
foreach (int policyIndex in reverseOutputs[dfaIndex])
{
if (unsearchedPolicies.Contains(policyIndex))
{
unexploredPolicies.Add(policyIndex);
unsearchedPolicies.Remove(policyIndex);
}
}
unexploredDfas.RemoveAt(0);
}
}
explorePolicy = !explorePolicy;
}
count++;
}
// Print Selected Policies.
/*for (int i = 0; i < selectedPolicies.Count; i++) {
* Console.Out.Write ("[ ");
* selectedPolicies [i].Sort ();
* for (int j = 0; j < selectedPolicies[i].Count; j++)
* Console.Out.Write (selectedPolicies [i] [j].ToString () + " ");
* Console.Out.WriteLine ("]");
* }*/
// Create the CloudMakefiles.
for (int i = 0; i < selectedPolicies.Count; i++)
{
res.Add(new CloudMakefile(initialCloudMakefile, selectedPolicies [i]));
}
return(res);
}