private void Classify(ref UIRoot uiRoot)
{
if (uiRoot == null)
{
return;
}
classifier.SetRoot(uiRoot);
panels.Clear();
foreach (Object o in Object.FindObjectsOfType(typeof(UIPanel)))
{
panels.Add(((UIPanel)o).gameObject);
}
dups.Clear();
foreach (UIWidgetClassifier.WidgetType widgetType in EnumUtil.Values <UIWidgetClassifier.WidgetType>())
{
MultiMap <string, DupEntry> slot = new MultiMap <string, DupEntry>();
dups[widgetType] = slot;
foreach (GameObject o in classifier.GetWidgets(widgetType))
{
if (widgetType == UIWidgetClassifier.WidgetType.Label)
{
UILabel labelScript = o.GetComponentInChildren <UILabel>();
if (labelScript != null)
{
string name = labelScript.text;
slot.Add(o.name, new DupEntry(o, name));
}
}
else if (widgetType == UIWidgetClassifier.WidgetType.Button)
{
UILabel labelScript = o.GetComponentInChildren <UILabel>();
if (labelScript != null)
{
string name = labelScript.text;
slot.Add(o.name, new DupEntry(o, name));
}
}
else if (widgetType == UIWidgetClassifier.WidgetType.Input)
{
UILabel labelScript = o.GetComponentInChildren <UILabel>();
if (labelScript != null)
{
string name = labelScript.text;
slot.Add(o.name, new DupEntry(o, name));
}
}
else if (widgetType == UIWidgetClassifier.WidgetType.Slider)
{
slot.Add(o.name, new DupEntry(o, o.name));
}
else if (widgetType == UIWidgetClassifier.WidgetType.ProgressBar)
{
slot.Add(o.name, new DupEntry(o, o.name));
}
}
}
RemoveSingle();
}
public static MultiMap<string> CreateMap()
{
_Log.Trace("Started");
MultiMap<string> MultiMap = new MultiMap<string>();
try
{
List<DLSSEListener.SSEListenerData> SSEListenerList = SSEListener.Retrieve();
_Log.Debug(LogHelper.Get("SSEListenerList:=", new { SSEListenerList = SSEListenerList }));
foreach (DLSSEListener.SSEListenerData url in SSEListenerList)
{ //add orgid and shortcode values for same url key
MultiMap.Add(url.Url, url.OrgId);
MultiMap.Add(url.Url, url.ShortCode);
}
}
catch (Exception ex)
{
_Log.Error(ex.Message, ex);
throw ex;
}
_Log.Debug(LogHelper.Get("Final MultiMap Created:=", new { MultiMap = MultiMap }));
return MultiMap;
}
public async Task <Bundle> CreateSubscriptionsWithAddOns(IEnumerable <Subscription> subscriptions, RequestOptions inputOptions, DateTime?requestedDate = null, int?timeoutSec = null)
{
foreach (var subscription in subscriptions)
{
ValidateSubscription(subscription);
}
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
if (timeoutSec.HasValue && timeoutSec.Value > 0)
{
queryParams.Add(Configuration.QUERY_CALL_COMPLETION, "true");
queryParams.Add(Configuration.QUERY_CALL_TIMEOUT, timeoutSec.Value.ToString());
}
if (requestedDate.HasValue)
{
queryParams.Add(Configuration.QUERY_REQUESTED_DT, requestedDate.Value.ToDateString());
}
// var httpTimeout = Math.Max(Configuration.DEFAULT_HTTP_TIMEOUT_SEC, timeoutSec ?? 0);
var uri = Configuration.SUBSCRIPTIONS_PATH + "/" + Configuration.CREATEENTITLEMENTS_WITHADDONS;
var followLocation = inputOptions.FollowLocation ?? true;
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).WithFollowLocation(followLocation).Build();
return(await _client.Post <Bundle>(uri, subscriptions, requestOptions));
}
public async Task <Subscription> CreateSubscription(Subscription subscription, RequestOptions inputOptions, DateTime?requestedDate = null, bool?isMigrated = null)
{
ValidateSubscription(subscription);
// var httpTimeout = Configuration.DEFAULT_HTTP_TIMEOUT_SEC;
var followLocation = inputOptions.FollowLocation ?? true;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
// if (timeoutSec.HasValue)
// {
// queryParams.Add(Configuration.QUERY_CALL_COMPLETION, timeoutSec.Value > 0 ? "true" : "false");
// queryParams.Add(Configuration.QUERY_CALL_TIMEOUT, timeoutSec.Value.ToString());
// timeoutSec = timeoutSec.Value;
// }
if (requestedDate.HasValue)
{
queryParams.Add(Configuration.QUERY_REQUESTED_DT, requestedDate.Value.ToShortDateString());
}
if (isMigrated.HasValue)
{
queryParams.Add(Configuration.QUERY_MIGRATED, isMigrated.ToString());
}
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).WithFollowLocation(followLocation).Build();
// return client.Post<Subscription>(Configuration.SUBSCRIPTIONS_PATH, subscription, requestOptions, httpTimeout);
return(await _client.Post <Subscription>(Configuration.SUBSCRIPTIONS_PATH, subscription, requestOptions));
}
public async Task <Subscription> UpdateSubscription(Subscription subscription, RequestOptions inputOptions, BillingActionPolicy?billingPolicy = null, DateTime?requestedDate = null, bool?isMigrated = null)
{
if (subscription.SubscriptionId.Equals(Guid.Empty))
{
throw new ArgumentException("Subscription#subscriptionId cannot be empty");
}
ValidateSubscription(subscription, false);
var uri = Configuration.SUBSCRIPTIONS_PATH + "/" + subscription.SubscriptionId;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
// if (timeoutSec.HasValue)
// {
// queryParams.Add(Configuration.QUERY_CALL_COMPLETION, timeoutSec.Value > 0 ? "true" : "false");
// queryParams.Add(Configuration.QUERY_CALL_TIMEOUT, timeoutSec.Value.ToString());
// timeoutSec = timeoutSec.Value;
// }
if (requestedDate.HasValue)
{
queryParams.Add(Configuration.QUERY_REQUESTED_DT, requestedDate.Value.ToShortDateString());
}
if (billingPolicy.HasValue)
{
queryParams.Add(Configuration.QUERY_BILLING_POLICY, billingPolicy.ToString());
}
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Put <Subscription>(uri, subscription, requestOptions));
}
private async Task <IEnumerable <InvoiceItem> > CreateExternalCharges(Guid accountId, IEnumerable <InvoiceItem> externalCharges, DateTime?requestedDate, bool autoPay, bool autoCommit, string paymentExternalKey, string transactionExternalKey, RequestOptions inputOptions)
{
var uri = Configuration.INVOICES_PATH + "/" + Configuration.CHARGES + "/" + accountId;
var queryParams = new MultiMap <string>();
if (requestedDate.HasValue)
{
queryParams.Add(Configuration.QUERY_REQUESTED_DT, requestedDate.Value.ToDateString());
}
queryParams.Add(Configuration.QUERY_PAY_INVOICE, autoPay.ToString());
queryParams.Add(Configuration.QUERY_AUTO_COMMIT, autoCommit.ToString());
if (!string.IsNullOrEmpty(paymentExternalKey))
{
queryParams.Add(Configuration.QUERY_PAYMENT_EXT_KEY, paymentExternalKey);
}
if (!string.IsNullOrEmpty(transactionExternalKey))
{
queryParams.Add(Configuration.QUERY_TRANSACTION_EXT_KEY, transactionExternalKey);
}
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Post <List <InvoiceItem> >(uri, externalCharges, requestOptions));
}
public void ExampleTest()
{
_multiMap.Add("a", "a");
_multiMap.Add("a", "b");
_multiMap.Add("a", "c");
var set = _multiMap.Get("a");
set.Size.Should().Be(3);
set.Get("a").Should().NotBeNull();
set.Get("b").Should().NotBeNull();
set.Get("c").Should().NotBeNull();
_multiMap.Delete("a", "b");
set = _multiMap.Get("a");
set.Size.Should().Be(2);
set.Get("a").Should().NotBeNull();
set.Get("b").Should().BeNull();
set.Get("c").Should().NotBeNull();
_multiMap.DeleteAll("a");
_multiMap.Get("a").Should().BeNull();
}
public void Add_AddsItemToCorrectCollection()
{
var map = new MultiMap<int, string>();
map.Add(1, "1");
map.Add(42, "42");
Assert.IsTrue(map[1].SequenceEqual(new[] { "1"} ));
Assert.IsTrue(map[42].SequenceEqual(new[] { "42" }));
}
public void SetUp()
{
_mmp = new MultiMap <string, int>();
_mmp.Add("Odd", 1);
_mmp.Add("Odd", 3);
_mmp.Add("Eve", 4);
_mmp.Add("Eve", 8);
_mmp.Add("Eve", 6);
}
public void SetUp()
{
_mmp = new MultiMap<string, int>();
_mmp.Add("Odd", 1);
_mmp.Add("Odd", 3);
_mmp.Add("Eve", 4);
_mmp.Add("Eve", 8);
_mmp.Add("Eve", 6);
}
public async Task DeletePaymentMethod(Guid paymentMethodId, RequestOptions inputOptions, bool deleteDefault = false, bool forceDeleteDefault = false)
{
var uri = Configuration.PAYMENT_METHODS_PATH + "/" + paymentMethodId;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_DELETE_DEFAULT_PM_WITH_AUTO_PAY_OFF, deleteDefault.ToString());
queryParams.Add(Configuration.QUERY_FORCE_DEFAULT_PM_DELETION, forceDeleteDefault.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
await _client.Delete(uri, requestOptions);
}
public DynamicType DefineNestedType(string name, TypeAttributes attr, Type parentType, int typeSize)
{
TypeBuilder typeBuilder = builder.DefineNestedType(name, attr, parentType, typeSize);
members.Add(name, typeBuilder);
DynamicType type = new DynamicType(typeBuilder, module);
return(type);
}
static void Main(string[] args)
{
//new CodeGeneratorTest().TestMethod();
//// Allow user to see the output:
//Console.ReadLine();
MultiMap <String> mmap = new MultiMap <String>();
mmap.Add("A", "B");
mmap.Add("A", "C");
}
public void TestRemoveValueOnce()
{
MultiMap <int, int> m = new MultiMap <int, int>();
m.Add(1, 1);
m.Add(1, 2);
m.Add(1, 2);
m.removeValue(1, 2, true);
Assert.AreEqual(m.dictionary[1][0], 1);
Assert.AreEqual(m.dictionary[1].Count, 2);
}
public virtual void Initialize(Func <IEnumerable <Annotation> > allAnnotationsFunction, IProgress progress)
{
var annotationsThatBelongInIndex = from a in allAnnotationsFunction()
where _includeIndexPredicate(a)
select a;
foreach (var annotation in annotationsThatBelongInIndex)
{
_keyToObjectsMap.Add(_keyMakingFunction(annotation), annotation);
}
}
// PAYMENT METHODS
public async Task <PaymentMethod> GetPaymentMethod(Guid paymentMethodId, RequestOptions inputOptions, bool withPluginInfo = false, AuditLevel auditLevel = DefaultAuditLevel)
{
var uri = Configuration.PAYMENT_METHODS_PATH + "/" + paymentMethodId;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_WITH_PLUGIN_INFO, withPluginInfo.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <PaymentMethod>(uri, requestOptions));
}
public async Task <Account> GetAccount(string externalKey, RequestOptions inputOptions, bool withBalance = false, bool withCba = false)
{
var uri = Configuration.ACCOUNTS_PATH;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_EXTERNAL_KEY, externalKey);
queryParams.Add(Configuration.QUERY_ACCOUNT_WITH_BALANCE, withBalance ? "true" : "false");
queryParams.Add(Configuration.QUERY_ACCOUNT_WITH_BALANCE_AND_CBA, withCba ? "true" : "false");
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <Account>(uri, requestOptions));
}
// BUNDLES
public async Task <Bundles> GetBundles(RequestOptions inputOptions, long offset = 0L, long limit = 100L, AuditLevel auditLevel = DefaultAuditLevel)
{
var uri = Configuration.BUNDLES_PATH + "/" + Configuration.PAGINATION;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_SEARCH_OFFSET, offset.ToString());
queryParams.Add(Configuration.QUERY_SEARCH_LIMIT, limit.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <Bundles>(uri, requestOptions));
}
// INVOICE
public async Task <Invoice> CreateInvoice(Guid accountId, DateTime futureDate, RequestOptions inputOptions)
{
var followLocation = inputOptions.FollowLocation ?? true;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_ACCOUNT_ID, accountId.ToString());
queryParams.Add(Configuration.QUERY_TARGET_DATE, futureDate.ToDateString());
var requestOptions = inputOptions.Extend().WithFollowLocation(followLocation).WithQueryParams(queryParams).Build();
return(await _client.Post <Invoice>(Configuration.INVOICES_PATH, null, requestOptions));
}
public async Task <PaymentMethods> GetPaymentMethodsForAccount(Guid accountId, RequestOptions inputOptions, Dictionary <string, string> pluginProperties = null, bool withPluginInfo = false, AuditLevel auditLevel = DefaultAuditLevel)
{
var uri = Configuration.ACCOUNTS_PATH + "/" + accountId + "/" + Configuration.PAYMENT_METHODS;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_WITH_PLUGIN_INFO, withPluginInfo.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
StorePluginPropertiesAsParams(pluginProperties, ref queryParams);
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <PaymentMethods>(uri, requestOptions));
}
public void TestRemoveValueEverywhere()
{
MultiMap <int, int> m = new MultiMap <int, int>();
m.Add(1, 1);
m.Add(1, 2);
m.Add(1, 2);
m.Add(2, 2);
m.removeValue(2);
Assert.AreEqual(m.dictionary[1][0], 1);
Assert.AreEqual(m.dictionary.ContainsKey(2), false);
Assert.AreEqual(m.dictionary[1].Count, 1);
}
public void TestRemoveValueAllAtKey()
{
MultiMap <int, int> m = new MultiMap <int, int>();
m.Add(1, 1);
m.Add(1, 2);
m.Add(1, 2);
m.Add(2, 2);
m.removeValue(1, 2, false);
Assert.AreEqual(m.dictionary[1][0], 1);
Assert.AreEqual(m.dictionary[2][0], 2);
Assert.AreEqual(m.dictionary[1].Count, 1);
}
private async Task <Invoice> GetInvoiceByIdOrNumber(string invoiceIdOrNumber, RequestOptions inputOptions, bool withItems = false, bool withChildrenItems = false, AuditLevel auditLevel = DefaultAuditLevel)
{
var uri = Configuration.INVOICES_PATH + "/" + invoiceIdOrNumber;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_INVOICE_WITH_ITEMS, withItems.ToString());
queryParams.Add(Configuration.QUERY_INVOICE_WITH_CHILDREN_ITEMS, withChildrenItems.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <Invoice>(uri, requestOptions));
}
public async Task <Accounts> GetAccounts(long offset, long limit, RequestOptions inputOptions, AuditLevel auditLevel = AuditLevel.NONE)
{
var uri = Configuration.ACCOUNTS_PATH + "/" + Configuration.PAGINATION;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_SEARCH_OFFSET, offset.ToString());
queryParams.Add(Configuration.QUERY_SEARCH_LIMIT, limit.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <Accounts>(uri, requestOptions));
}
public async Task <Invoices> GetInvoicesForAccount(Guid accountId, RequestOptions inputOptions, bool withItems = false, bool unpaidOnly = false, bool includeMigrationInvoices = false, AuditLevel auditLevel = DefaultAuditLevel)
{
var uri = Configuration.ACCOUNTS_PATH + "/" + accountId + "/" + Configuration.INVOICES;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_INVOICE_WITH_ITEMS, withItems.ToString());
queryParams.Add(Configuration.QUERY_UNPAID_INVOICES_ONLY, unpaidOnly.ToString());
queryParams.Add(Configuration.QUERY_WITH_MIGRATION_INVOICES, includeMigrationInvoices.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <Invoices>(uri, requestOptions));
}
private async Task <Invoices> SearchInvoices(string key, long offset, long limit, AuditLevel auditLevel, RequestOptions inputOptions)
{
var utf = Encoding.UTF8.GetBytes(key);
var uri = Configuration.INVOICES_PATH + "/" + Configuration.SEARCH + "/" + Encoding.UTF8.GetString(utf);
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_SEARCH_OFFSET, offset.ToString());
queryParams.Add(Configuration.QUERY_SEARCH_LIMIT, limit.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <Invoices>(uri, requestOptions));
}
public async Task <Invoices> GetInvoices(bool withItems, long offset, long limit, RequestOptions inputOptions, AuditLevel auditLevel = AuditLevel.NONE)
{
var uri = Configuration.INVOICES_PATH + "/" + Configuration.PAGINATION;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_SEARCH_OFFSET, offset.ToString());
queryParams.Add(Configuration.QUERY_SEARCH_LIMIT, limit.ToString());
queryParams.Add(Configuration.QUERY_INVOICE_WITH_ITEMS, withItems.ToString());
queryParams.Add(Configuration.QUERY_AUDIT, auditLevel.ToString());
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <Invoices>(uri, requestOptions));
}
/// <summary>
/// 요소의 속성 값을 인덱싱합니다.
/// </summary>
private static void AddToIndex(T item, string propertyName, MultiMap <int, T> index)
{
if (Equals(item, null))
{
return;
}
object propertyValue = Accessor.GetPropertyValue(item, propertyName);
if (IsDebugEnabled)
{
log.Debug("해당 요소[{0}] 의 속성 [{1}] 의 값은 [{2}] 입니다.", item, propertyName, propertyValue);
}
if (propertyValue != null)
{
var hash = propertyValue.GetHashCode();
if (index.ContainsKey(hash))
{
index[hash].Add(item);
}
else
{
//List<T> newList = new List<T> {item};
//index.Add(hash, newList);
index.Add(hash, item);
}
}
}
// PRICE LIST
public async Task <PriceList> GetPriceListFromSubscription(Guid subscriptionId, RequestOptions inputOptions, DateTime?requestedDate = null)
{
var uri = Configuration.CATALOG_PATH + "/" + Configuration.PRICELIST;
var queryParams = new MultiMap <string>().Create(inputOptions.QueryParams);
queryParams.Add(Configuration.QUERY_SUBSCRIPTION_ID, subscriptionId.ToString());
if (requestedDate.HasValue)
{
queryParams.Add(Configuration.QUERY_REQUESTED_DT, requestedDate.Value.ToDateString());
}
var requestOptions = inputOptions.Extend().WithQueryParams(queryParams).Build();
return(await _client.Get <PriceList>(uri, requestOptions));
}
//计时器，多线程执行全选宏操作
private void timer1_Tick(object sender, EventArgs e)
{
try
{
if (((Timer)sender).Tag.ToString() == "全选")
{
timer1.Stop();
ObjectsInView = NXFun.GetSelectObjects();
NXFun.RemoveAllSelect();
timer1.Interval = 1000;
timer1.Tag = "取消全选";
timer1.Start();
}
else if (((Timer)sender).Tag.ToString() == "取消全选")
{
timer1.Stop();
//遍历尺寸
List <NXOpen.Annotations.Dimension> dims = NXFun.GetDimensionInCurrentView(ObjectsInView);
List <NXOpen.Annotations.BaseFcf> fcfs = NXFun.GetBaseFcfInCurrentView(ObjectsInView);
LabelDimMap.Clear();
foreach (NXOpen.Annotations.Dimension dim in dims)
{
DimInfor diminfor = NXFun.GetDimInfor(dim);
//存入Dictionary
LabelDimMap.Add(diminfor.id, diminfor);
}
LabelFcfMap.Clear();
foreach (NXOpen.Annotations.BaseFcf fcf in fcfs)
{
DimInfor diminfor = NXFun.GetFcfInfor(fcf);
LabelFcfMap.Add(diminfor.id, diminfor);
}
//转存到 LabelDimList
LabelDimList.Clear();
foreach (int k in LabelDimMap.Keys)
{
foreach (DimInfor diminfor in LabelDimMap[k])
{
LabelDimList.Add(diminfor);
}
}
//转存到 LabelFcfList
LabelFcfList.Clear();
foreach (int k in LabelFcfMap.Keys)
{
foreach (DimInfor diminfor in LabelFcfMap[k])
{
LabelFcfList.Add(diminfor);
}
}
//刷新显示
RefreshDisplay();
SetStatusLabel("查询结束！", 2);
}
}
catch (System.Exception ex)
{
NXFun.MessageBox(ex.Message);
}
}
public int AddWpt(Waypoint item)
{
int index = graph.AddNode(item);
searchHelper.Add(item.ID, index);
return(index);
}
public void addInterest(String messageName, Entity e)
{
if (myMessageInterestMap.ContainsKey(messageName) == false)
{
myMessageInterestMap.Add(messageName, e);
myEntityManager.addEventInterest(messageName);
}
else
{
//already added the event listener
if (myMessageInterestMap[messageName].Contains(e) == false)
{
myMessageInterestMap.Add(messageName, e);
}
}
}
private void LoadMetaData(object sender, RoutedEventArgs e)
{
//load images for comparison
MultiMap<string, string> fileNamesToLocalPaths =
new MultiMap<string, string>(StringComparer.CurrentCultureIgnoreCase);
List<string> localPaths = Directory.GetFiles(Configuration.ImagesFolder,
"*.*", SearchOption.AllDirectories).ToList();
localPaths.AddRange(Directory.GetFiles(Configuration.CameraFolder,
"*.*", SearchOption.AllDirectories));
foreach (string path in localPaths)
{
string fileName = System.IO.Path.GetFileName(path);
fileNamesToLocalPaths.Add(fileName, path);
}
foreach (SynergyRowObject sro in rowObjects)
{
sro.FileName = System.IO.Path.GetFileName(sro.DevicePath);
int count = 0;
if (fileNamesToLocalPaths.ContainsKey(sro.FileName))
{
count = fileNamesToLocalPaths[sro.FileName].Count;
}
sro.FileNameMatchCount = count;
}
}
private static void FindSparseLocations(int M, int N, float[,] V, out MultiMap <int, int> M_sparse, out MultiMap <int, int> N_sparse)
{
Logging.Info("+Finding sparse locations");
M_sparse = new MultiMap <int, int>(false);
N_sparse = new MultiMap <int, int>(false);
int count = 0;
for (int m = 0; m < M; ++m)
{
for (int n = 0; n < N; ++n)
{
if (V[m, n] > 0)
{
++count;
M_sparse.Add(m, n);
N_sparse.Add(n, m);
}
}
}
Logging.Info("The matrix has sparseness of {0}", count / (double)(M * N));
Logging.Info("-Finding sparse locations");
}
public void Enumerate_KeyHasMultiple_ReturnsBoth()
{
MultiMap<string, string> m = new MultiMap<string, string>();
m.Add("fruit","apple");
m.Add("vegetable","broccoli");
m.Add("fruit", "orange");
var returned = new List<KeyValuePair<string, string>>();
foreach (var pair in m)
{
returned.Add(pair);
}
Assert.AreEqual(3, returned.Count);
Assert.AreEqual("apple", returned[0].Value);
Assert.AreEqual("orange", returned[1].Value);
Assert.AreEqual("broccoli", returned[2].Value);
Assert.AreEqual("fruit", returned[0].Key);
Assert.AreEqual("fruit", returned[1].Key);
Assert.AreEqual("vegetable", returned[2].Key);
}
private static MultiMap<string> _getEventConnectionsMap(IEnumerable<Connection> internalBuffers)
{
MultiMap<string> eventConnectionsMap = new MultiMap<string>();
foreach (Connection connection in internalBuffers.Where(conn => conn.Type == ConnectionType.Event))
{
eventConnectionsMap.Add(connection.Destination, connection.Source);
}
return eventConnectionsMap;
}
private MultiMap<string, string> GetRemoteRevisions(int offset, int quantity)
{
const int totalNumOfAttempts = 2;
for (int attempt = 1; attempt <= totalNumOfAttempts; attempt++)
{
if (_progress.CancelRequested)
{
throw new UserCancelledException();
}
try
{
var response = _apiServer.Execute("getRevisions", new HgResumeApiParameters
{
RepoId = _apiServer.ProjectId,
StartOfWindow = offset,
Quantity = quantity
},
TimeoutInSeconds);
_progress.WriteVerbose("API URL: {0}", _apiServer.Url);
// API returns either 200 OK or 400 Bad Request
// HgR status can be: SUCCESS (200), FAIL (400) or UNKNOWNID (400)
if (response != null) // null means server timed out
{
if (response.HttpStatus == HttpStatusCode.ServiceUnavailable && response.Content.Length > 0)
{
var msg = String.Format("Server temporarily unavailable: {0}",
Encoding.UTF8.GetString(response.Content));
_progress.WriteError(msg);
return new MultiMap<string, string>();
}
if (response.HttpStatus == HttpStatusCode.OK && response.Content.Length > 0)
{
//The expected response from API version 3 follows the format of
//revisionhash:branch|revisionhash:branch|...
var revString = Encoding.UTF8.GetString(response.Content);
var pairs = revString.Split('|').ToList();
var revisions = new MultiMap<string, string>();
foreach (var pair in pairs)
{
var hashRevCombo = pair.Split(':');
if(hashRevCombo.Length < 2)
{
throw new HgResumeOperationFailed("Failed to get remote revisions. Server/Client API format mismatch.");
}
revisions.Add(hashRevCombo[1], hashRevCombo[0]);
}
return revisions;
}
if (response.HttpStatus == HttpStatusCode.OK && response.Content.Length == 0)
{
//There were no more revisions in the range requested [edge case]
return new MultiMap<string, string>();
}
if (response.HttpStatus == HttpStatusCode.BadRequest && response.ResumableResponse.Status == "UNKNOWNID")
{
_progress.WriteWarning("The remote server {0} does not have repoId '{1}'", _targetLabel, _apiServer.ProjectId);
}
throw new HgResumeOperationFailed(String.Format("Failed to get remote revisions for {0}", _apiServer.ProjectId));
}
if (attempt < totalNumOfAttempts)
{
_progress.WriteWarning("Unable to contact server. Retrying... ({0} of {1} attempts).", attempt + 1, totalNumOfAttempts);
}
else
{
_progress.WriteWarning("Failed to contact server.");
throw new HgResumeOperationFailed(String.Format("Failed to get remote revisions for {0}", _apiServer.ProjectId));
}
}
catch (WebException e)
{
_progress.WriteError(e.Message);
}
}
throw new HgResumeOperationFailed(String.Format("Failed to get remote revisions for {0}", _apiServer.ProjectId));
}
private static void HandleCharStartingPattern(Dictionary<char, SearchState> mapEvolvedStates, MultiMap<char, string> mapCompletedPatterns, string sPat, char c)
{
if (!mapEvolvedStates.ContainsKey(c))
{
mapEvolvedStates.Add(c, new SearchState());
}
mapEvolvedStates[c].AddPatternState(new PatternState(sPat));
if (sPat.Length == 1)
mapCompletedPatterns.Add(c, sPat);
}
//刷新显示图纸
public void RefreshSheet()
{
bieluandong = true;
SheetList.Clear();
//得到所有prt
List<S_Model> ModelList = XML3DPPM.GetModelList(XmlFile);
//得到所有DrawingSheet
foreach (S_Model model in ModelList)
{
if (model.a == 0 && !string.IsNullOrEmpty(model.filename) && NXFun.isFileExist(ToFullPath(model.filename)))
{
//后台打开模型
Part part = NXFun.OpenPrtQuiet(ToFullPath(model.filename));
//得到DrawingSheet信息
MultiMap<int, S_Sheet> SheetMap = new MultiMap<int, S_Sheet>();
foreach (NXOpen.Drawings.DrawingSheet ds in part.DrawingSheets)
{
S_Sheet s_sheet = NXFun.GetSheetInfor(ds);
s_sheet.a = model.b;
s_sheet.prtName = model.filename;
SheetMap.Add(s_sheet.index_num, s_sheet);
}
//按index_num排序
int num = 1;
S_Sheet temp;
foreach (int k in SheetMap.Keys)
{
foreach (S_Sheet s in SheetMap[k])
{
temp = s;
temp.index_num = num;
NXFun.SetStringAttr(NXFun.GetSheetByGuid(ToFullPath(model.filename), s.guid), "NUMBER", num.ToString());
SheetList.Add(temp);
num++;
}
}
}
}
dgvChart.Rows.Clear();
//显示到界面
for (int i = 0; i < SheetList.Count; i++)
{
string name = "";
if (SheetList[i].a == 0)
{
name = "工艺";
}
else
{
name = "工序" + XML3DPPM.GetIndexAttr(SheetList[i].a, "gongxuhao", XmlFile);
}
dgvChart.Rows.Add(name);
dgvChart[1, i].Value = SheetList[i].prtName;
dgvChart[2, i].Value = SheetList[i].Remark;
dgvChart[3, i].Value = NXFun.string2bool(SheetList[i].IsPrint);
dgvChart[4, i].Value = NXFun.string2bool(SheetList[i].IsChecked);
}
//得到当前显示的 Sheet 并高亮对应行
// highlight_row = -1;
string guid = NXFun.OnShowSheetGuid;
string prt = NXFun.WorkPrtName;
int index = SheetList.FindIndex(delegate(S_Sheet s) { return s.guid == guid && s.prtName == prt; });
if (index != -1)
{
for (int i = 0; i < dgvChart.RowCount; i++)
{
dgvChart.Rows[i].DefaultCellStyle.BackColor = i == index ? Color.Yellow : Color.White;
}
}
bieluandong = false;
dgvChart.ClearSelection();
}
private void MenuItemFindTopLevelFolder_Click(object sender, RoutedEventArgs e)
{
string uri = NineWorldsDeep.UI.Prompt.ForNwdUri();
Parser.Parser p = new Parser.Parser();
string nodeName = p.GetKeyNode(0, uri);
MultiMap<string, NwdPortableDeviceObject> uriNodeToPdos =
new MultiMap<string, NwdPortableDeviceObject>();
var col = new NwdPortableDeviceCollection();
try
{
col.Refresh();
}
catch (Exception ex)
{
Display.Exception(ex);
}
foreach (var device in col)
{
if (device.RootFolder != null)
{
//device level
foreach (NwdPortableDeviceObject pdo
in device.RootFolder.Files)
{
//internal vs external storage level
if (pdo is NwdPortableDeviceFolder)
{
NwdPortableDeviceFolder folder =
(NwdPortableDeviceFolder)pdo;
folder.Refresh(device);
if (folder.Files != null)
{
foreach (NwdPortableDeviceObject pdoTopLevelFolderOrFile in folder.Files)
{
//top level folder level
if (pdoTopLevelFolderOrFile.Name.Equals(nodeName))
{
uriNodeToPdos.Add(nodeName, pdoTopLevelFolderOrFile);
}
}
}
}
}
}
}
MessageBox.Show("found " + uriNodeToPdos[nodeName].Count() + " matching nodes");
}
private static void HandleCharEvolvingPattern(Dictionary<char, SearchState> mapEvolvedStates, MultiMap<char, string> mapCompletedPatterns, PatternState ps, char c)
{
if (ps.DotPos + 1 == ps.PatternString.Length)
{
mapCompletedPatterns.Add(c, ps.PatternString);
}
if (!mapEvolvedStates.ContainsKey(c))
mapEvolvedStates.Add(c, new SearchState());
mapEvolvedStates[c].AddPatternState(ps.NextStep());
}
private void ProcessPdo(NwdPortableDevice device,
NwdPortableDeviceObject pdo,
ref NwdUri uri,
ref MultiMap<string, NwdPortableDeviceObject> found)
{
if (uri.HasNodeKeysInStack())
{
if (pdo is NwdPortableDeviceFolder)
{
NwdPortableDeviceFolder nextFolder =
(NwdPortableDeviceFolder)pdo;
found.Add(uri.CurrentTraversalUri, pdo);
//uri has one level popped, pass the modified uri and
//the newly found folder to the next level of recursion
Retrieve(device, nextFolder, ref uri, ref found);
}
else
{
//bad key (found name but not a folder and keystack isn't empty, so just return)
//do nothing
}
}
else
{
//finished
found.Add(uri.CurrentTraversalUri, pdo);
}
}
public bool AddValue(string value, MultiMap<Argument, object> argumentValues,
CommandLineErrorReporter reporter)
{
if (!AllowMultiple && argumentValues.ContainsKey(this))
{
reporter(string.Format(Resources.CommandLineArgumentParser_Argument_DuplicateArgument, LongName));
return false;
}
object newValue;
if (!ParseValue(ValueType, value, out newValue))
{
reporter(string.Format(Resources.CommandLineArgumentParser_Argument_InvalidArgumentValue, LongName, value));
return false;
}
if (Unique && argumentValues.Contains(this, newValue))
{
reporter(string.Format(Resources.CommandLineArgumentParser_Argument_DuplicateArgumentValueExpectedUnique, LongName, value));
return false;
}
argumentValues.Add(this, newValue);
return true;
}
private List<Revision> GetCommonBaseHashesWithRemoteRepo(bool useCache)
{
if (useCache && LastKnownCommonBases.Count > 0)
{
return LastKnownCommonBases;
}
int offset = 0;
var localRevisions = new MultiMap<string, Revision>();
foreach (var rev in _repo.GetAllRevisions())
{
localRevisions.Add(rev.Branch, rev);
}
//The goal here is to to return the first common revision of each branch.
var commonBases = new List<Revision>();
var localBranches = new List<string>(localRevisions.Keys);
while (commonBases.Count < localRevisions.Keys.Count())
{
var remoteRevisions = GetRemoteRevisions(offset, RevisionRequestQuantity);
if (remoteRevisions.Keys.Count() == 1 && remoteRevisions[remoteRevisions.Keys.First()].First().Split(':')[0] == "0")
{
// special case when remote repo is empty (initialized with no changesets)
return new List<Revision>();
}
var branchesMatched = new List<string>(); // track branches that we've already found a common revision for
foreach (var branch in localBranches)
{
var localList = localRevisions[branch];
var remoteList = remoteRevisions[branch];
foreach (var revision in remoteList)
{
var remoteRevision = revision; //copy to local for use in predicate
var commonRevision = localList.Find(localRev => localRev.Number.Hash == remoteRevision);
if (commonRevision != null)
{
commonBases.Add(commonRevision);
branchesMatched.Add(branch); // found a common revision for this branch
break;
}
}
}
localBranches.RemoveAll(branchesMatched.Contains); // stop looking for common revisions in branches we matched
if(remoteRevisions.Count() < RevisionRequestQuantity)
{
//we did not find a common revision for each branch, but we ran out of revisions from the repo
break;
}
offset += RevisionRequestQuantity;
}
// If we have found no common revisions at this point, the remote repo is unrelated
if (commonBases.Count == 0)
{
return null;
}
LastKnownCommonBases = commonBases;
return commonBases;
}
/// <summary>
/// Creates a tree generator from a specified XML document.
/// </summary>
/// <param name="document">The XML document to parse.</param>
/// <returns>A new tree generator.</returns>
/// <exception cref="ArgumentException">If the XML document is not a valid tree specification.</exception>
public static TreeGenerator CreateFromXml(XmlDocument document)
{
var generator = new TreeGenerator();
string rootName = null;
int levels = -1;
int boneLevels = 3;
var productions = new MultiMap<string, ProductionNodePair>();
XmlNode root = document.SelectSingleNode("Tree");
foreach (XmlNode child in root.ChildNodes)
{
switch (child.Name)
{
case "Root":
rootName = XmlUtil.GetString(child, "ref");
break;
case "Levels":
levels = XmlUtil.GetInt(child, "value");
break;
case "BoneLevels":
boneLevels = XmlUtil.GetInt(child, "value");
break;
case "LeafAxis":
generator.LeafAxis = XmlUtil.GetVector3(child, "value");
generator.LeafAxis.Value.Normalize();
break;
case "Production":
string name = XmlUtil.GetString(child, "id");
productions.Add(name, new ProductionNodePair(new Production(), child));
break;
case "ConstrainUnderground":
generator.Constraints.Constaints.Add(
new ConstrainUndergroundBranches(XmlUtil.GetFloat(child, "lowerBound", 256.0f)));
break;
case "TextureHeight":
generator.TextureHeight = XmlUtil.GetFloat(child, "height");
generator.TextureHeightVariation = XmlUtil.GetFloat(child, "variation", 0.0f);
break;
}
}
if (rootName == null)
throw new ArgumentException("Root name must be specified.");
// Now we have a map of names -> productions, so we can start parsing the the productions
foreach (ProductionNodePair pn in productions.Values)
{
ParseInstructionsFromXml(pn.Node, pn.Production.Instructions, productions);
}
generator.Root = productions[rootName][0].Production;
generator.MaxLevel = levels;
generator.BoneLevels = boneLevels;
return generator;
}
private static IList<PluginData> TopologicalSortByDependencies(IList<PluginData> plugins)
{
Dictionary<string, PluginData> pluginsById = new Dictionary<string, PluginData>();
Dictionary<PluginData, int> outgoingDependencyCounts = new Dictionary<PluginData, int>();
MultiMap<PluginData, PluginData> incomingPluginDependencies = new MultiMap<PluginData, PluginData>();
Queue<PluginData> isolatedPlugins = new Queue<PluginData>();
foreach (PluginData plugin in plugins)
{
pluginsById[plugin.Plugin.PluginId] = plugin;
outgoingDependencyCounts[plugin] = 0;
}
foreach (PluginData plugin in plugins)
{
foreach (Dependency dependency in plugin.Plugin.Dependencies)
{
PluginData pluginDependency;
if (pluginsById.TryGetValue(dependency.PluginId, out pluginDependency))
{
incomingPluginDependencies.Add(pluginDependency, plugin);
outgoingDependencyCounts[plugin] += 1;
}
}
}
foreach (var pair in outgoingDependencyCounts)
{
if (pair.Value == 0)
isolatedPlugins.Enqueue(pair.Key);
}
List<PluginData> result = new List<PluginData>(plugins.Count);
while (isolatedPlugins.Count != 0)
{
PluginData plugin = isolatedPlugins.Dequeue();
result.Add(plugin);
foreach (PluginData incomingPluginDependency in incomingPluginDependencies[plugin])
{
int newCount = outgoingDependencyCounts[incomingPluginDependency] -= 1;
if (newCount == 0)
isolatedPlugins.Enqueue(incomingPluginDependency);
}
}
if (result.Count != plugins.Count)
{
StringBuilder message = new StringBuilder();
message.Append("Could not topologically sort the following plugins either due to dependency cycles or duplicate dependencies: ");
bool first = true;
foreach (var pair in outgoingDependencyCounts)
{
if (pair.Value != 0)
{
if (first)
first = false;
else
message.Append(", ");
message.Append("'").Append(pair.Key.Plugin.PluginId).Append("'");
}
}
message.Append(".");
throw new RuntimeException(message.ToString());
}
return result;
}
private void SetCommandDependency(Dictionary<Test, ManagedTestCommand> commands,
MultiMap<ManagedTestCommand, ManagedTestCommand> siblingDependencies,
Test source, Test target)
{
if (source == target)
throw new ModelException(String.Format("Test '{0}' has an invalid dependency on itself.", source.FullName));
Stack<Test> sourceAncestors = CreateAncestorStack(source);
Stack<Test> targetAncestors = CreateAncestorStack(target);
Test sourceAncestor, targetAncestor;
do
{
if (sourceAncestors.Count == 0)
throw new ModelException(String.Format("Test '{0}' has an invalid dependency on its own descendant '{1}'.",
source.FullName, target.FullName));
if (targetAncestors.Count == 0)
throw new ModelException(String.Format("Test '{0}' has an invalid dependency on its own ancestor '{1}'.",
source.FullName, target.FullName));
sourceAncestor = sourceAncestors.Pop();
targetAncestor = targetAncestors.Pop();
}
while (sourceAncestor == targetAncestor);
// In order to ensure that the dependency is evaluated in the right order,
// the current sourceAncestor must be executed after the current targetAncestor.
// So we create an edge from the sourceAncestor command to its sibling
// targetAncestor command upon which it depends.
siblingDependencies.Add(commands[sourceAncestor], commands[targetAncestor]);
}
public void TestCase()
{
var map = new MultiMap<string,string>();
{
map.Add("key1", "value11");
map.Add("key1", "value12");
map.Add("key1", "value13");
map.Add("key2", "value21");
map.Add("key2", "value22");
map.Add("key3", "value31");
}
Assert.AreEqual(3, map.Keys.Count);
CollectionAssert.AreEqual(new []{ "key1", "key2", "key3" }, map.Keys);
Assert.AreEqual(3, map.Values.Count);
Assert.IsTrue(map.ContainsKey("key1"));
Assert.IsTrue(map.ContainsKey("key2"));
Assert.IsTrue(map.ContainsKey("key3"));
Assert.IsTrue(map.ContainsValue("value11"));
Assert.IsTrue(map.ContainsValue("value12"));
Assert.IsTrue(map.ContainsValue("value13"));
Assert.IsTrue(map.ContainsValue("value21"));
Assert.IsTrue(map.ContainsValue("value22"));
Assert.IsTrue(map.ContainsValue("value31"));
Assert.AreEqual(3, map["key1"].Count);
CollectionAssert.AreEqual(new []{ "value11", "value12", "value13" }, map["key1"]);
Assert.AreEqual(2, map["key2"].Count);
CollectionAssert.AreEqual(new []{ "value21", "value22" }, map["key2"]);
Assert.AreEqual(1, map["key3"].Count);
CollectionAssert.AreEqual(new []{ "value31" }, map["key3"]);
using (var tmpfile = new TemporaryFile())
{
PersistenceHelper.SaveObj(map, tmpfile.FullName);
var deserialized = PersistenceHelper.RestoreObj<MultiMap<string,string>>(tmpfile.FullName);
Assert.AreEqual(3, deserialized.Keys.Count);
CollectionAssert.AreEqual(new []{ "key1", "key2", "key3" }, deserialized.Keys);
Assert.AreEqual(3, deserialized.Values.Count);
Assert.IsTrue(deserialized.ContainsKey("key1"));
Assert.IsTrue(deserialized.ContainsKey("key2"));
Assert.IsTrue(deserialized.ContainsKey("key3"));
Assert.IsTrue(deserialized.ContainsValue("value11"));
Assert.IsTrue(deserialized.ContainsValue("value12"));
Assert.IsTrue(deserialized.ContainsValue("value13"));
Assert.IsTrue(deserialized.ContainsValue("value21"));
Assert.IsTrue(deserialized.ContainsValue("value22"));
Assert.IsTrue(deserialized.ContainsValue("value31"));
}
}
