public void Test()
{
string filename = "companyData.json";
List<Company> expected;
List<Company> actual;
try
{
var file = "../../../Stocks.Service/companyData.json";
var configurationService = new ConfigurationService(file);
expected = configurationService.GetCompanies();
var worker = new FileSerializer();
worker.SerializeJson(filename, expected);
actual = worker.DeserializeJson<Company>(filename);
}
finally
{
if (File.Exists(filename))
File.Delete(filename);
}
Assert.Equal(expected.Count, actual.Count);
for (int i = 0; i < actual.Count; i++)
{
Assert.Equal(expected[i].Symbol, actual[i].Symbol);
Assert.Equal(expected[i].Name, actual[i].Name);
}
}
private void ProceedCommand(string command)
{
switch (command)
{
case "Enter":
Console.Clear();
this.renderer.RenderPlayfield(this.playfield);
this.PlayTurn();
break;
case "Save":
var memory = new Caretaker();
memory.Memento = this.playfield.SaveMemento();
var fileSerializer = new FileSerializer();
fileSerializer.SerializeObject(memory.Memento, GameLocation);
break;
case "Exit":
Environment.Exit(0);
break;
default:
Console.Clear();
Console.WriteLine(ChooseCommand);
this.ProceedCommand(Console.ReadLine());
break;
}
}
public static Test Load(string path)
{
var test = FileSerializer.ReadConfig <Test>(path, new Test());
var testDir = new DirectoryInfo(Path.Combine(test.FolderPath, @".\..\_Endpoints\"));
foreach (var endpointDir in testDir.GetDirectories("*", SearchOption.TopDirectoryOnly))
{
if (Is(endpointDir, "Sql-"))
{
var sqlSettings = FileSerializer.ReadConfig <TDSStubSettings>(endpointDir.FullName, new TDSStubSettings {
Port = 54300
});
var stubs = FileSerializer.ReadStubs <SqlStub>(endpointDir.FullName).ToList();
var dirPath = Path.Combine(test.FolderPath, endpointDir.Name);
if (Directory.Exists(dirPath))
{
stubs.AddRange(FileSerializer.ReadStubs <SqlStub>(dirPath));
}
test.AddEndpoint(new TDSStub(sqlSettings, stubs));
}
else if (Is(endpointDir, "Amqp-"))
{
var amqpSettings = FileSerializer.ReadConfig <AMQPStubSettings>(endpointDir.FullName, new AMQPStubSettings {
Port = 54400
});
var stubs = FileSerializer.ReadStubs <AMQPMessage>(endpointDir.FullName).ToList();
var dirPath = Path.Combine(test.FolderPath, endpointDir.Name);
if (Directory.Exists(dirPath))
{
stubs.AddRange(FileSerializer.ReadStubs <AMQPMessage>(dirPath));
}
test.AddEndpoint(new AMQPStub(amqpSettings, stubs));
}
else if (Is(endpointDir, "AzureBlobService-"))
{
var blobSettings = FileSerializer.ReadConfig <AzureBlobServiceStubSettings>(endpointDir.FullName,
new AzureBlobServiceStubSettings {
Port = 54500
});
var stubs = FileSerializer.ReadStubs <BlobFileStub>(endpointDir.FullName).ToList();
var dirPath = Path.Combine(test.FolderPath, endpointDir.Name);
if (Directory.Exists(dirPath))
{
stubs.AddRange(FileSerializer.ReadStubs <BlobFileStub>(dirPath));
}
test.AddEndpoint(new AzureBlobServiceStub(blobSettings, stubs));
}
else if (Is(endpointDir, "Redis-"))
{
var settings = FileSerializer.ReadConfig <RedisEndpointSettings>(endpointDir.FullName,
new RedisEndpointSettings {
Port = 54600
});
test.AddEndpoint(new RedisEdnpoint(settings));
}
}
return(test);
}
private static async Task <ImageAnalysisResult> PerformTweetImageAnalysisIfNotAlreadyDoneAsync(string partialFileName, string link)
{
// Download video locally (for later use)
string fileExt = link.Substring(link.Length - 3);
string destinationFile = $"{partialFileName}.{fileExt}";
if (!File.Exists(destinationFile))
{
await m_WebScraper.DownloadResourceAsync(link, destinationFile);
}
// Analyze the content pointed by link in the tweet (if not already done)
Console.WriteLine($"\t\t{link}");
destinationFile = $"{partialFileName}_results.txt";
if (!File.Exists(destinationFile))
{
var linkContentAnalysisResult = await m_ContentAnalyzer.AnalyzeImageFromUrlAsync(link);
// Store results for later user
await FileSerializer.StoreInFileAsync(linkContentAnalysisResult, destinationFile);
return(linkContentAnalysisResult);
}
else
{
return(await FileSerializer.LoadFromFileAsync <ImageAnalysisResult>(destinationFile));
}
}
public static void CountNoName()
{
var osm = OpenFile(@"C:\Users\Alex\Downloads\Maine\maine-latest-internal.osm.pbf").ToArray();
var nodes = osm.OfType <Node>().ToDictionary(n => n.Id, n => n.AsPosition());
var junctions = new HashSet <long>(osm.OfType <Way>().SelectMany(w => w.Nodes).GroupBy(n => n).Where(g => g.Count() > 1).Select(g => g.Key));
var noName = osm.Where(e => e is Way && e.Tags != null && e.Tags.ContainsKey("highway") && !e.Tags.ContainsKey("name") && !e.Tags.ContainsKey("ref"))
.GroupBy(e => e.Tags["highway"])
.ToDictionary();
var residential = noName["residential"].OfType <Way>().Where(r => r.Nodes.Count(n => junctions.Contains(n)) == 1 &&
Geometry.DistanceMeters(nodes[r.Nodes.First()], nodes[r.Nodes.Last()]) < 100).ToArray();
var residentialNodes = new HashSet <long>(residential.SelectMany(r => r.Nodes));
var elements = residential.OfType <OsmGeo>().Concat(osm.OfType <Node>().Where(n => residentialNodes.Contains(n.Id.Value)));
FileSerializer.WriteXml("FIXCountNoName\\FIXCountNoName.osm", elements.AsOsm());
Console.WriteLine(residential.Length);
//Console.WriteLine(SummarizeGrouping(noName));
}
private static async Task <VideoAnalysisResult> PerformTweetVideoAnalysisIfNotAlreadyDoneAsync(string partialFileName, string link)
{
var fileExt = link.Substring(link.Length - 3);
string destinationFile = $"{partialFileName}.{fileExt}";
if (!File.Exists(destinationFile))
{
await m_WebScraper.DownloadResourceAsync(link, destinationFile);
}
// Analyze video content pointed by tweet (if not already done)
Console.WriteLine($"\t\t{link}");
destinationFile = $"{partialFileName}_results.txt";
if (!File.Exists(destinationFile))
{
// VIDEO ANALYSIS DISABLED, TOO MUCH TIME FOR DEMO
return(null);
//var linkContentAnalysisResult = await m_ContentAnalyzer.AnalyzeVideoAsync(destinationFile, link);
//// Store results for later user
//await FileSerializer.StoreInFileAsync(linkContentAnalysisResult, destinationFile);
//return linkContentAnalysisResult;
}
else
{
return(await FileSerializer.LoadFromFileAsync <VideoAnalysisResult>(destinationFile));
}
}
//in this func use class member BFGen.isITC
private bool GenBeaconXMLFile(IBeaconInfo beacon, string filename)
{
Balise xmlFile = new Balise();
//BMGR-0002
xmlFile.name = new StringData(beacon.Name);
//BMGR-0003
xmlFile.Telegram.type = new StringData("LONG");
//Telegram get
if (isITC)
{//BMGR-0004
TraceMethod.RecordInfo("error:iTC not support now!");
xmlFile.Telegram.Value = new StringData("iTC not support");
}
else
{
BeaconMessage bm = new BeaconMessage();
xmlFile.Telegram.Value = new StringData(bm.GenerateMessage(beacon, sydb.LineID));
}
FileSerializer.Serialize(xmlFile, filename, AddLogHead());
return(true);
}
public static void FIXDupeNames()
{
var osm = OpenFile(@"C:\Users\Alex\Downloads\maine-latest-internal.osm.pbf");
var index = OsmSharp.Db.Impl.Extensions.CreateSnapshotDb(new MemorySnapshotDb(osm));
var named = osm.Where(e => (e is Node || e is Way) && e.Tags != null && e.Tags.ContainsKey("name") && !e.Tags.ContainsKey("highway") && !e.Tags.ContainsKey("railway") && !e.Tags.ContainsKey("waterway"))
.GroupBy(e => Connonical(e.Tags["name"]))
.Where(g => g.Count() > 1)
.ToDictionary();
var dupes = named.ToDictionary(kvp => kvp.Key, kvp => Geometry.GroupCloseNeighbors(kvp.Value, 1000, index, false).Where(c => c.Count > 1).OrderByDescending(c => c.Count).ToArray()).OrderByDescending(d => d.Value.Length).ToArray();
var dupeCount = dupes.SelectMany(d => d.Value.SelectMany(r => r)).Count();
var av = dupes.SelectMany(d => d.Value).Average(d => d.Count);
var ma = dupes.SelectMany(d => d.Value).Max(d => d.Count);
var myDupes = dupes.ToDictionary(d => d.Key, d => d.Value.Where(c => c.Any(e => e.UserName.StartsWith("blackbo"))).ToArray()).Where(c => c.Value.Any()).OrderByDescending(c => c.Value.Count()).ToArray();
var myDupeCount = myDupes.SelectMany(d => d.Value.SelectMany(r => r)).Count();
var myOsm = myDupes.SelectMany(d => d.Value.SelectMany(r => r)).ToArray().WithChildren(index).AsOsm();
FileSerializer.WriteXml("FIXDupeNames\\myDupes.osm", myOsm);
var allOsm = dupes.SelectMany(d => d.Value.SelectMany(r => r)).ToArray().WithChildren(index).AsOsm();
FileSerializer.WriteXml("FIXDupeNames\\allDupes.osm", allOsm);
}
public static void FixIslandPlaces()
{
var osm = OpenFile(@"C:\Users\Alex\Downloads\Maine\maine-latest-internal.osm.pbf").ToArray();
var index = OsmSharp.Db.Impl.Extensions.CreateSnapshotDb(new MemorySnapshotDb(osm));
var roadNames = new HashSet <string>(osm.Where(e => e.Tags != null && e.Tags.ContainsKey("highway") && e.Tags.ContainsKey("name")).Select(e => Connonical(e.Tags["name"])).Distinct());
var places = osm.Where(e => e.Tags != null && (e.Tags.ContainsKey("place") || e.Tags.ContainsKey("waterway")));
var islands = places.Where(e => e.Tags["place"] == "island" || e.Tags["place"] == "islet" || e.Tags.Any(t => t.Key == "name" && t.Value.Contains("island", StringComparison.OrdinalIgnoreCase))).ToArray();
var islandsByName = islands.Where(e => e.Tags.ContainsKey("name")).GroupBy(e => Connonical(e.Tags["name"])).ToDictionary();
var orphans = osm.Where(e => e.Tags != null && e.Tags.ContainsKey("addr:street") && !roadNames.Contains(Connonical(e.Tags["addr:street"])) &&
islandsByName.ContainsKey(Connonical(e.Tags["addr:street"]))).ToArray();
var matchedOrphans = orphans.Where(e => islandsByName[Connonical(e.Tags["addr:street"])].Any(i => Geometry.MinDistanceMeters(e.AsComplete(index).AsPosition(), i.AsComplete(index)) < 1000)).ToArray();
FileSerializer.WriteXml(@"Fix IslandPlaces\islands.osm", islands.WithChildren(index).AsOsm());
FileSerializer.WriteXml(@"Fix IslandPlaces\orphans.osm", orphans.WithChildren(index).AsOsm());
FileSerializer.WriteXml(@"Fix IslandPlaces\matchedOrphans.osm", matchedOrphans.WithChildren(index).AsOsm());
FileSerializer.WriteXml(@"Fix IslandPlaces\unmatchedOrphans.osm", orphans.Except(matchedOrphans).WithChildren(index).AsOsm());
foreach (var orphan in orphans)
{
orphan.Tags["addr:place"] = orphan.Tags["addr:street"];
orphan.Tags.RemoveKey("addr:street");
}
var change = Changes.FromGeos(null, orphans, null);
var changeTags = GetCommitTags("Moving addr:street tag to addr:place for island addresses.");
var ids = Subjects.UploadChange(change, changeTags, "Fix IslandPlaces").Result;
}
private static async Task <IList <Tweet> > GetTweets(string[] args, string resultsPath)
{
// Try to load feed items from local file (if specified)
string sourceFile = string.Empty;
IList <Model.Tweet> tweets = null;
if (args.Length == 1)
{
var tweetList = new List <Model.Tweet>();
var feedFiles = Directory.GetFiles(args[0], "*_tweets.txt");
foreach (var file in feedFiles)
{
tweetList.AddRange(await FileSerializer.LoadFromFileAsync <IList <Model.Tweet> >(file));
}
tweets = tweetList;
}
// Retrieve recent tweets from the configured account
if (tweets == null)
{
tweets = await m_TwitterMonitor.RetrieveTweetsAsync();
// Store tweets for later user (i.e. repeat analysis on the same content)
await FileSerializer.StoreInFileAsync(tweets, $"{resultsPath}\\{DateTime.UtcNow.ToString("yyyyMMdd_HHmmss")}_tweets.txt");
}
return(tweets);
}
private IEnumerable <Entities.ObfuscationInfo> LoadOperations()
{
var serializer = new FileSerializer();
var obfuscationOps = serializer.LoadObfuscationOps(fileOfuscationOps);
return(obfuscationOps);
}
private static NetTopologySuite.Geometries.Geometry LoadBounds(string scopeName, long relationId)
{
var scopeFile = $"{scopeName}\\Scope.osm";
var osm = FileSerializer.ReadXml <Osm>(scopeFile);
CompleteRelation relation;
if (osm != null)
{
relation = osm.GetElements().ToComplete().OfType <CompleteRelation>().First();
}
else
{
NonAuthClient client = new NonAuthClient("https://www.osm.org/api/", new HttpClient());
relation = client.GetCompleteRelation(relationId).Result;
FileSerializer.WriteXml(scopeFile, relation.ToSimpleWithChildren().AsOsm());
}
var geometry = FeatureInterpreter.DefaultInterpreter.Interpret(relation).First().Geometry;
if (geometry is LinearRing linRing)
{
var polygon = Polygon.DefaultFactory.CreatePolygon(linRing); // Or multipolygon?
return(polygon);
}
else if (geometry is MultiPolygon multi)
{
return(multi);
//Polygon.DefaultFactory.CreateMultiPolygon();
}
throw new Exception("unexpected geometry type: " + geometry.GetType().Name);
}
public static void UnlinkGNIS()
{
var osm = OpenFile(@"C:\Users\Alex\Downloads\Maine\maine-latest-internal.osm.pbf").ToArray();
var badsC = osm.Where(e => e.Tags != null && e.Tags.Contains("gnis:reviewed", "no") && e.UserName == "blackboxlogic+bot").ToDictionary(b => b.Id);
var bads = osm.Where(e => e.Tags != null && e.Tags.Contains("gnis:reviewed", "no") && e.UserName == "blackboxlogic+bot" && e is Node).ToDictionary(b => b.Id);
var prevs = OsmApiClient.GetElements(bads.Values.ToDictionary(b => new OsmGeoKey(b), b => b.Version - 1)).Result;
var news = new List <OsmGeo>();
var changes = new List <OsmGeo>();
foreach (var prev in prevs.Where(p => !p.Tags.ContainsKey("addr:street") &&
p.Id != 367794548 && p.Id != 367795033 && p.Id != 367794682 && p.Id != 367794721 && p.Id != 367795011 &&
p.Id != 367795009 && p.Id != 367794614 && p.Id != 367794612))
{
prev.Version++;
changes.Add(prev);
var bad = bads[prev.Id];
bad.Tags = new TagsCollection(bad.Tags.Where(t => t.Key.StartsWith("addr")));
bad.Id = -bad.Id;
news.Add(bad);
}
var change = Changes.FromGeos(news, changes, null);
FileSerializer.WriteXml("FIX unmerge gnis\\change.osc", change);
var changeTags = GetCommitTags("Separate addreses which should not have been merged into GNIS elements with reviewed=no");
var ids = Subjects.UploadChange(change, changeTags, "FIX unmerge gnis").Result;
//Console.WriteLine(string.Join(Environment.NewLine, bads.Values.Select(b => b.Type + " " + b.Id)));
}
public static void FixPlaces()
{
var osm = OpenFile(@"C:\Users\Alex\Downloads\maine-latest-internal.osm.pbf").ToArray();
var index = OsmSharp.Db.Impl.Extensions.CreateSnapshotDb(new MemorySnapshotDb(osm));
var roadsByName = osm.Where(e => e.Tags != null && e.Tags.ContainsKey("highway") && e.Tags.ContainsKey("name"))
.GroupBy(e => Connonical(e.Tags["name"])).ToDictionary();
var placesByName = osm.Where(e => e.Tags != null && e.Tags.ContainsKey("name") && (e.Tags.ContainsKey("place") || e.Tags.ContainsKey("waterway")))
.GroupBy(e => Connonical(e.Tags["name"])).ToDictionary();
var orphans = osm.Where(e => e.Tags != null && e.Tags.Contains("addr:state", "ME") && e.Tags.ContainsKey("addr:street") && !roadsByName.ContainsKey(Connonical(e.Tags["addr:street"])) &&
placesByName.ContainsKey(Connonical(e.Tags["addr:street"])) &&
placesByName[Connonical(e.Tags["addr:street"])].Any(
p => Geometry.MinDistanceMeters(e.AsComplete(index).AsPosition(), p.AsComplete(index)) < 1000)).ToArray();
var sad = osm.Where(e => e.Tags != null && e.Tags.ContainsKey("addr:street") && e.Tags["addr:street"].Contains("Island") && !roadsByName.ContainsKey(Connonical(e.Tags["addr:street"])) &&
(!placesByName.ContainsKey(Connonical(e.Tags["addr:street"])) ||
!placesByName[Connonical(e.Tags["addr:street"])].Any(
p => Geometry.MinDistanceMeters(e.AsComplete(index).AsPosition(), p.AsComplete(index)) < 1000))).ToArray();
FileSerializer.WriteXml(@"Fix IslandPlaces\islands.osm", placesByName.Values.SelectMany(ps => ps).WithChildren(index).AsOsm());
FileSerializer.WriteXml(@"Fix IslandPlaces\orphans.osm", orphans.WithChildren(index).AsOsm());
FileSerializer.WriteXml(@"Fix IslandPlaces\sadOrphans.osm", sad.WithChildren(index).AsOsm());
foreach (var orphan in orphans)
{
orphan.Tags["addr:place"] = orphan.Tags["addr:street"];
orphan.Tags.RemoveKey("addr:street");
}
var change = Changes.FromGeos(null, orphans, null);
var changeTags = GetCommitTags("Moving addr:street tag to addr:place for island addresses.");
var ids = Subjects.UploadChange(change, changeTags, "Fix IslandPlaces").Result;
}
public static void SummarizeKeys()
{
var osm = OpenFile(@"C:\Users\Alex\Downloads\maine-latest-internal.osm.pbf")
.Where(e => e.UserId == 10307443).ToArray();
FileSerializer.WriteXml("blackboxlogic.osm", osm.AsOsm());
}
public void TestBasicWriteRead()
{
FileSerializer <SerializationTestBasic> serializer = new FileSerializer <SerializationTestBasic>();
SerializationTestBasic write = new SerializationTestBasic {
TestBool = true,
TestInt = -100,
TestString = "abc" + Environment.NewLine + "def",
TestStringNull = null,
TestEnum = TestEnum.D
};
serializer.Write("basic_wr", write);
Assert.IsTrue(File.Exists("basic_wr"));
SerializationTestBasic read = new SerializationTestBasic();
serializer.Read("basic_wr", read);
Assert.IsTrue(read.TestBool);
Assert.AreEqual(-100, read.TestInt);
Assert.AreEqual("abc" + Environment.NewLine + "def", read.TestString);
Assert.IsNull(read.TestStringNull);
Assert.AreEqual(TestEnum.D, read.TestEnum);
}
public static long[] GetUsersChangesetIds(long userId)
{
var changeIds = FileSerializer.ReadJsonCacheOrSource(@"CachesChanges\" + userId + ".userChangeIds",
() => GetUsersChangesets(userId).Select(c => c.Id.Value).ToArray());
return(changeIds);
}
public void SerializerCanLoad()
{
string filePath = Path.Combine(this.Repo.GitParentPath, "test-file");
FileSerializer fileSerializer = new FileSerializer(this.Repo.Context, filePath);
this.Repo.Context.FileSystem.FileExists(filePath).ShouldEqual(false);
fileSerializer.ReadAll().ShouldBeEmpty();
this.Repo.Context.FileSystem.FileExists(filePath).ShouldEqual(true);
List <string> lines = new List <string>()
{
"test1", "test2", "test3"
};
foreach (string line in lines)
{
fileSerializer.AppendLine(line);
}
fileSerializer.ReadAll().Count().ShouldEqual(lines.Count);
IEnumerator <string> expectedLines = lines.GetEnumerator();
expectedLines.MoveNext();
foreach (string fileLine in fileSerializer.ReadAll())
{
expectedLines.Current.ShouldEqual(fileLine);
expectedLines.MoveNext();
}
}
public static async Task <long[]> UploadChange(string changeFile, string description)
{
var change = FileSerializer.ReadXml <OsmChange>(changeFile);
Log.LogInformation("Uploading change to OSM");
var changeTags = GetCommitTags(description);
changeTags.RemoveKey("municipality");
var osmApiClient = new BasicAuthClient(Static.HttpClient,
Static.LogFactory.CreateLogger <BasicAuthClient>(), Static.Config["OsmApiUrl"],
Static.Config["OsmUsername"], Static.Config["OsmPassword"]);
var changeParts = change.SplitByCount().ToArray();
var result = new long[changeParts.Length];
int i = 0;
foreach (var part in changeParts)
{
if (changeParts.Length > 1)
{
changeTags.AddOrReplace("change-part", $"part {i + 1} of {changeParts.Length}");
}
result[i] = await UploadChangePart(part, changeTags, osmApiClient, $"{description}/Uploaded/");
i++;
}
return(result);
}
private Osm GetSubject(Bounds bounds = null)
{
var subject = FileSerializer.ReadXmlCacheOrSource(Municipality + "/Subject.osm",
() => Subjects.GetElementsInBoundingBox(bounds));
Console.WriteLine("ChangeId high watermark: " + subject.GetHighestChangeSetId());
return(subject);
}
public static CompleteWay[] Generate(string from, string to, NetTopologySuite.Geometries.Geometry scope = null)
{
var osm = FileSerializer.ReadXmlCacheOrSource(to,
() => TranslateAndDisolve(from, scope));
JOSM.MarkAsNeverUpload(to);
return(osm.GetElements().ToComplete().OfType <CompleteWay>().ToArray());
}
public static async Task <Osm> Fetch(string scopeName, Func <Feature, bool> filter = null)
{
TagTree.Reload();
Log = Log ?? Static.LogFactory.CreateLogger(typeof(References));
Log.LogInformation("Fetching Reference material from Maine E911 API");
// Fetch GIS
var stateGis = await FileSerializer.ReadJsonCacheOrSource(
scopeName + "/ReferenceRaw.GeoJson", () => GeoJsonAPISource.FetchMunicipality(scopeName));
var gisFeatures = stateGis.Features.Where(f => filter == null || filter(f)).ToArray();
if (IsFeatureSchemaOld(gisFeatures[0]))
{
gisFeatures = gisFeatures.Select(UpdateFeatureSchema).ToArray();
}
Log.LogInformation("Validating Reference material");
Validate(gisFeatures);
// Fetch the list of objectIDs with known errors to omit.
var blacklist = Static.Municipalities[scopeName].BlackList.ToHashSet();
Log.LogInformation("Translating Reference material");
// Convert
var nodes = gisFeatures
.Where(f => !blacklist.Contains((long)f.Properties[KEYS.OBJECTID]))
.Select(Convert)
.Where(n => n.Tags.ContainsKey("addr:housenumber"))
.ToArray();
if (!nodes.Any())
{
return(null);
}
nodes = HandleStacks(nodes);
HandleBlackTags(nodes, Static.Municipalities[scopeName].BlackTags);
foreach (var node in nodes.Where(n => n.Tags.ContainsKey("addr:unit")))
{
var newUnit = RemoveTokens(ReplaceTokens(node.Tags["addr:unit"], UNITs), Tags.UnitOmmisionable);
if (newUnit == "")
{
node.Tags.RemoveKey("addr:unit");
}
else
{
node.Tags["addr:unit"] = newUnit;
}
}
var filtered = new Osm()
{
Nodes = nodes, Version = .6, Bounds = nodes.AsBounds()
};
return(filtered);
}
public void StorePayload(ReflectedCrossSiteScriptingPayload payload)
{
//todo move directory to config
string projectPath = Directory.GetParent(Directory.GetCurrentDirectory()).Parent?.Parent?.FullName;
var directory = projectPath + @"\Data\Payloads\";
var fileSerializer = new FileSerializer <ReflectedCrossSiteScriptingPayload>();
fileSerializer.SerializeToDisk(payload, $"{directory}xss-{Guid.NewGuid()}");
}
public bool ExportProgram(string filename, float startTime)
{
if (filename.EndsWith(".glo", StringComparison.InvariantCultureIgnoreCase))
{
filename = filename.Substring(0, filename.Length - 4);
}
return(FileSerializer.ExportGloFiles(CurrentDocument.GetModel(), filename + "_", ".glo", startTime));
}
public void SerializerCreatesEmptyFileOnRead()
{
string filePath = Path.Combine(this.Repo.GitParentPath, "test-file");
FileSerializer fileSerializer = new FileSerializer(this.Repo.Context, filePath);
this.Repo.Context.FileSystem.FileExists(filePath).ShouldEqual(false);
fileSerializer.ReadAll().ShouldBeEmpty();
this.Repo.Context.FileSystem.FileExists(filePath).ShouldEqual(true);
}
public FileConfigInstance(string filename, T instance, string identifier)
{
this.filenameMain = filename;
this.filenameBackup = filename + ".bak";
this.identifier = identifier;
this.Instance = instance;
this.Serializer = new FileSerializer <T>();
}
public static void Execute()
{
var files = new List <File>
{
new(Layout.Quotation, "QuotationTitle", "QuotationContent", "QuotationInfo"),
new(Layout.Summary, "SummaryTitle", "SummaryContent", "SummaryInfo")
};
files.ForEach(file => FileSerializer.Create(file).Serialize());
}
private void DoConflate()
{
var reference = GetReference();
var subject = GetSubject(reference.Bounds.ExpandBy(15));
var Change = Conflate.Merge(reference, subject, Municipality, Static.Municipalities[Municipality]);
FileSerializer.WriteXml(Municipality + "/Conflated.osc", Change);
References.Report(reference.GetElements().ToArray());
Conflate.Review(Municipality);
}
public static void CombineSegments()
{
var osm = OpenFile(@"C:\Users\Alex\Downloads\Franklin_Full_Street_Name_simplified.osm").ToArray();
var index = OsmSharp.Db.Impl.Extensions.CreateSnapshotDb(new MemorySnapshotDb(osm));
var highways = osm.OfType <Way>()
.Where(w => w.Tags != null && w.Tags.ContainsKey("highway") && w.Tags.ContainsKey("name")).ToArray();
var highwaysWithChildren = Geometry.CombineSegments(highways).WithChildren(index);
FileSerializer.WriteXml("Touchers.osm", highwaysWithChildren.AsOsm());
}
private static void CreateMissingStubs(String test, IEnumerable <TestExecutionStats> array)
{
foreach (var stats in array)
{
foreach (var stub in stats.MissingStubs)
{
var path = Path.Combine(test, stats.Endpoint.Name, "_Missing", $"{stub.Name}.yml");
FileSerializer.WriteStub(path, stub);
}
}
}
public bool SaveDocumentAs(string file, bool compressed)
{
if (!FileSerializer.SaveToFile(CurrentDocument.GetModel(), file, compressed))
{
return(false);
}
FilePath = file;
IsDirty = false;
return(true);
}