/// <inheritdoc/>
public void Run(LoadedProblemGeneratorInput input)
{
#region Prepare readable writers
// Prepare the name of readable output files
var nameOfReadableFiles = $"{_settings.OutputFilePrefix}{input.Id}.{_settings.FileExtension}";
// If we should write readable output without proofs
using var readableOutputWithoutProofsWriter = _settings.WriteReadableOutputWithoutProofs
// Prepare the writer for it
? new StreamWriter(new FileStream(Path.Combine(_settings.ReadableOutputWithoutProofsFolder, nameOfReadableFiles), FileMode.Create, FileAccess.Write, FileShare.Read))
// Otherwise null
: null;
// If we should write readable output with proofs
using var readableOutputWithProofsWriter = _settings.WriteReadableOutputWithProofs
// Prepare the writer for it
? new StreamWriter(new FileStream(Path.Combine(_settings.ReadableOutputWithProofsFolder, nameOfReadableFiles), FileMode.Create, FileAccess.Write, FileShare.Read))
// Otherwise null
: null;
// Local function that writes a line to both readable writers, if they are available
void WriteLineToBothReadableWriters(string line = "")
{
// Write to the standard writer
readableOutputWithoutProofsWriter?.WriteLine(line);
// Write to the writer with proofs
readableOutputWithProofsWriter?.WriteLine(line);
}
#endregion
#region Prepare JSON writer
// Prepare the name of the JSON output file
var jsonOutputFileName = $"{_settings.OutputFilePrefix}{input.Id}.json";
// If we should write the JSON output
var jsonOutputWriter = _settings.WriteJsonOutput
// Prepare the writer for it
? _factory.Create(Path.Combine(_settings.JsonOutputFolder, jsonOutputFileName))
// Otherwise null
: null;
#endregion
// Call the generation algorithm
var(initialTheorems, outputs) = _generator.Generate(input);
#region Write constructions
// Write the constructions header
WriteLineToBothReadableWriters($"Constructions:\n");
// Write all of them
input.Constructions.ForEach(construction => WriteLineToBothReadableWriters($" - {construction}"));
// An empty line
WriteLineToBothReadableWriters();
#endregion
#region Write the initial configuration
// Prepare the formatter for the initial configuration
var initialFormatter = new OutputFormatter(input.InitialConfiguration.AllObjects);
// Write it
WriteLineToBothReadableWriters("Initial configuration:\n");
WriteLineToBothReadableWriters(initialFormatter.FormatConfiguration(input.InitialConfiguration));
// Write its theorems, if there are any
if (initialTheorems.Any())
{
WriteLineToBothReadableWriters("\nTheorems:\n");
WriteLineToBothReadableWriters(InitialTheoremsToString(initialFormatter, initialTheorems));
}
#endregion
#region Write other setup
// Write iterations
WriteLineToBothReadableWriters($"\nIterations: {input.NumberOfIterations}");
// Write maximal numbers of objects of particular types
WriteLineToBothReadableWriters($"{input.MaximalNumbersOfObjectsToAdd.Select(pair => $"MaximalNumberOf{pair.Key}s: {pair.Value}").ToJoinedString("\n")}\n");
// Write whether we're excluding symmetry
WriteLineToBothReadableWriters($"SymmetryGenerationMode: {input.SymmetryGenerationMode}");
#endregion
// Write results header
WriteLineToBothReadableWriters($"Results:");
// Log that we've started
Log.Information("Generation has started.");
#region Tracking variables
// Prepare the number of generated configurations
var numberOfGeneratedConfigurations = 0;
// Prepare the total number of interesting theorems
var numberOfInterestingTheorems = 0;
// Prepare the total number of configurations with an interesting theorem
var numberOfConfigurationsWithInterestingTheorem = 0;
#endregion
#region Start stopwatch
// Prepare a stopwatch to measure the execution time
var stopwatch = new Stopwatch();
// Start it
stopwatch.Start();
#endregion
// Begin writing of the JSON output file
jsonOutputWriter?.BeginWriting();
// Prepare the variable indicating whether we're writing best theorems,
// which happens when we want to write them either readable or JSON form
var writeBestTheorems = _settings.WriteReadableBestTheorems || _settings.WriteJsonBestTheorems;
// Prepare the variable indicating the last time we rewrote the best theorems
DateTimeOffset?lastTimeBestTheoremsWereRewritten = null;
#region Generation loop
// Run the generation
foreach (var generatorOutput in outputs)
{
// Mark the configuration
numberOfGeneratedConfigurations++;
#region Logging progress
// Find out if we should log progress and if yes, do it
if (_settings.LogProgress && numberOfGeneratedConfigurations % _settings.ProgressLoggingFrequency == 0)
{
// Calculate how long on average it takes to generate 'one batch' according to the progress frequency
var averageTime = (double)stopwatch.ElapsedMilliseconds / numberOfGeneratedConfigurations * _settings.ProgressLoggingFrequency;
// Based on whether we're creating best theorems, write how many of them we have
var bestTheoremString = $"{(writeBestTheorems ? $" ({_resolver.AllSorters.Select(pair => pair.sorter.BestTheorems.Count()).Sum()} after global merge)" : "")}";
// Log what we have
Log.Information("Generated configurations: {configurations}, after {time} ms, {frequency} in {averageTime:F2} ms on average, with {theorems} theorems{bestTheorems} " +
"in {allConfigurations} configurations", numberOfGeneratedConfigurations, stopwatch.ElapsedMilliseconds, _settings.ProgressLoggingFrequency,
averageTime, numberOfInterestingTheorems, bestTheoremString, numberOfConfigurationsWithInterestingTheorem);
}
#endregion
// Skip configurations without theorems
if (generatorOutput.NewTheorems.AllObjects.Count == 0)
{
continue;
}
// Prepare the output of the analyzer
GeneratedProblemAnalyzerOutputBase analyzerOutput;
#region Analyzer call
try
{
// If we should look for proofs (because we should be writing them or analyze the inner inferences)
analyzerOutput = _settings.WriteInferenceRuleUsages || _settings.WriteReadableOutputWithProofs
// Then call the analysis that construct them
? (GeneratedProblemAnalyzerOutputBase)_analyzer.AnalyzeWithProofConstruction(generatorOutput, input.SymmetryGenerationMode)
// Otherwise we don't need them
: _analyzer.AnalyzeWithoutProofConstruction(generatorOutput, input.SymmetryGenerationMode);
}
catch (Exception e)
{
// If there is any sort of problem, we should make aware of it.
Log.Error(e, "There has been an exception while analyzing the configuration:\n\n{configuration}\n",
// Write the problematic configuration
new OutputFormatter(generatorOutput.Configuration.AllObjects).FormatConfiguration(generatorOutput.Configuration));
// And move on, we still might get something cool
continue;
}
#endregion
// Count in interesting theorems
numberOfInterestingTheorems += analyzerOutput.InterestingTheorems.Count;
// If this is a configuration with an interesting theorem, count it in
if (analyzerOutput.InterestingTheorems.Any())
{
numberOfConfigurationsWithInterestingTheorem++;
}
// Write JSON output
jsonOutputWriter?.Write(analyzerOutput.InterestingTheorems);
#region Handling best theorems
// If we are supposed to be handling best theorems, do so
if (writeBestTheorems)
{
// Take the interesting theorems
var theoremsToBeJudged = analyzerOutput.InterestingTheorems
// Group by type
.GroupBy(rankedTheorem => rankedTheorem.Theorem.Type);
try
{
// Prepare the set of sorters whose content changed
var updatedSorterTypes = new HashSet <TheoremType>();
// Mark all interesting theorems
analyzerOutput.InterestingTheorems
// Grouped by type
.GroupBy(rankedTheorem => rankedTheorem.Theorem.Type)
// Handle each group
.ForEach(group =>
{
// Let the sorter judge the theorems
_resolver.GetSorterForType(group.Key).AddTheorems(group, out var localBestTheoremChanged);
// If there is any local change, mark it
if (localBestTheoremChanged)
{
updatedSorterTypes.Add(group.Key);
}
});
// Find out if we should rewrite the best theorems, i.e. it must be allowed
var shouldWeRewriteBestTheorems = _settings.WriteBestTheoremsContinuously
// And either we haven't done it yet
&& (lastTimeBestTheoremsWereRewritten == null ||
// Or the number of seconds that have passed since the last rewrote
DateTimeOffset.Now.ToUnixTimeSeconds() - lastTimeBestTheoremsWereRewritten.Value.ToUnixTimeSeconds()
// Is more than our specified interval
> _settings.BestTheoremsRewrittingIntervalInSeconds);
// If we should write best theorems continuously and it is time to it
if (shouldWeRewriteBestTheorems)
{
// Do it
RewriteBestTheorems(updatedSorterTypes);
// After the update where it was done last time
lastTimeBestTheoremsWereRewritten = DateTimeOffset.Now;
}
}
catch (Exception e)
{
// If there is any sort of problem, we should make aware of it.
Log.Error(e, "There has been an exception while sorting theorems of the configuration:\n\n{configuration}\n",
// Write the problematic configuration
new OutputFormatter(generatorOutput.Configuration.AllObjects).FormatConfiguration(generatorOutput.Configuration));
}
}
#endregion
#region Human-readable output
// Prepare a formatter for the generated configuration
var formatter = new OutputFormatter(generatorOutput.Configuration.AllObjects);
// Prepare the header so we can measure it
var header = $"Configuration {numberOfGeneratedConfigurations}";
// Construct the header with dashes
var headerWithConfiguration = $"\n{new string('-', header.Length)}\n{header}\n{new string('-', header.Length)}\n\n" +
// And the configuration
$"{formatter.FormatConfiguration(generatorOutput.Configuration)}";
#region Writing to the writer of readable output without proofs
// If there is anything interesting to write
if (analyzerOutput.InterestingTheorems.Any())
{
// Write the header
readableOutputWithoutProofsWriter?.Write(headerWithConfiguration);
// Write the analysis results without proofs
readableOutputWithoutProofsWriter?.Write(AnalyzerOutputToString(formatter, analyzerOutput, writeProofs: false));
// Flush it
readableOutputWithProofsWriter?.Flush();
}
#endregion
#region Writing to the writer of output with proofs
// Write the header
readableOutputWithProofsWriter?.Write(headerWithConfiguration);
// Write the analysis results with proofs
readableOutputWithProofsWriter?.Write(AnalyzerOutputToString(formatter, analyzerOutput, writeProofs: true));
// Flush it
readableOutputWithoutProofsWriter?.Flush();
#endregion
#endregion
#region Inference rule usage statistics
// If we should write inference rule usages
if (_settings.WriteInferenceRuleUsages)
{
// Mark the proofs
_tracker.MarkProofs(((GeneratedProblemAnalyzerOutputWithProofs)analyzerOutput).TheoremProofs.Values);
// Prepare the writer
using var inferenceRuleUsageWriter = new StreamWriter(new FileStream(_settings.InferenceRuleUsageFilePath, FileMode.Create, FileAccess.Write, FileShare.Read));
// Rewrite the stats file
inferenceRuleUsageWriter.Write(InferenceRuleUsagesToString());
}
#endregion
}
#endregion
// Rewrite the best theorems after the generation is finished
RewriteBestTheorems();
// Prepare the string explaining the state after merge
var afterMergeString = $"{(writeBestTheorems ? $"{_resolver.AllSorters.Select(pair => pair.sorter.BestTheorems.Count()).Sum()}" : "-")}";
// Write end
WriteLineToBothReadableWriters("\n------------------------------------------------");
WriteLineToBothReadableWriters($"Generated configurations: {numberOfGeneratedConfigurations}");
WriteLineToBothReadableWriters($"Configurations with an interesting theorem: {numberOfConfigurationsWithInterestingTheorem}");
WriteLineToBothReadableWriters($"Interesting theorems: {numberOfInterestingTheorems}");
WriteLineToBothReadableWriters($"Interesting theorems after global merge: {afterMergeString}");
// Log these stats as well
Log.Information("Generated configurations: {count}", numberOfGeneratedConfigurations);
Log.Information("Configurations with an interesting theorem: {count}", numberOfConfigurationsWithInterestingTheorem);
Log.Information("Interesting theorems: {count}", numberOfInterestingTheorems);
Log.Information("Interesting theorems after global merge: {count}", afterMergeString);
Log.Information("Run-time: {time} ms", stopwatch.ElapsedMilliseconds);
// Close the JSON output writer
jsonOutputWriter?.EndWriting();
}
/// <inheritdoc/>
public void Run(LoadedProblemGeneratorInput input)
{
// Prepare the variable holding the number of generated configurations
var generatedConfigurations = 0;
// Prepare the stopwatch
var stopwatch = new Stopwatch();
// Start them
stopwatch.Start();
// Run the generation loop
foreach (var output in _generator.Generate(input).generationOutputs)
{
// Switch based on how we calculate the count
switch (_settings.CountingMode)
{
// If we're counting in only the last iteration
case CountingMode.LastIteration:
// Check if this is the last iteration
if (output.Configuration.IterationIndex == input.NumberOfIterations)
{
// Count it in
generatedConfigurations++;
}
// Otherwise we may move on
else
{
continue;
}
break;
// If we're counting in everything
case CountingMode.All:
// Do it
generatedConfigurations++;
break;
// Unhandled cases
default:
throw new ConfigurationGenerationLauncherException($"Unhandled value of {nameof(CountingMode)}: {_settings.CountingMode}");
}
// If we're logging and if we should log
if (_settings.LogProgress && generatedConfigurations % _settings.GenerationProgresLoggingFrequency == 0)
{
// Prepare the used memory string
var usedMemory = ((double)GC.GetTotalMemory(forceFullCollection: true) / 1000000).ToStringWithDecimalDot();
// Log the number of generated configurations as well as the memory
Log.Information("Number of generated configurations: {count}, used memory: {memory} MB", generatedConfigurations, usedMemory);
}
}
// Stop the timing
stopwatch.Stop();
// Log the final number and time
Log.Information("The total number of generated configurations is {count} in {time} ms.", generatedConfigurations, stopwatch.ElapsedMilliseconds);
}