/// <summary>
/// </summary>
/// <returns>current DocTypeNames known to this system</returns>
public List <string> DocTypeNames() =>
CacheMan.Cache(() =>
DocTypeServedItems()
.Select(typ => typ.Name)
.ToList(),
false,
nameof(DocTypeNames));
private static byte[] GetCabDecodedAttachment(string DocTypeName, string DocTypeVer)
{
return(CacheMan.Cache(() =>
{
Dictionary <string, string> DocKeys;
const int SP1Header_Size = 20;
const int FIXED_HEADER = 16;
string attachmentName;
byte[] reaponseFile = null;
string DocSrc;
object o = ServiceController.LuceneController.Get(
out DocSrc,
out DocKeys,
"DOCREV",
new Dictionary <string, string> {
{ "TargetDocTypeVer", DocTypeVer }, { "TargetDocTypeName", DocTypeName }
});
if (o == null)
{
o = ServiceController.LuceneController.Get(
out DocSrc,
out DocKeys,
"DOCREV",
new Dictionary <string, string> {
{ "DocTypeVer", DocTypeVer }, { "DocTypeName", DocTypeName }
});
}
byte[] decodedAttachment = null;
if (o != null)
{
IDocRev_Gen2 _IDocRev = (IDocRev_Gen2)o;
using (MemoryStream ms = new MemoryStream(_IDocRev.TargetDocTypeFiles))
using (BinaryReader theReader = new BinaryReader(ms))
{
//Position the reader to get the file size.
byte[] headerData = new byte[FIXED_HEADER];
headerData = theReader.ReadBytes(headerData.Length);
int fileSize = (int)theReader.ReadUInt32();
int attachmentNameLength = (int)theReader.ReadUInt32() * 2;
byte[] fileNameBytes = theReader.ReadBytes(attachmentNameLength);
//InfoPath uses UTF8 encoding.
Encoding enc = Encoding.Unicode;
//attachmentName = enc.GetString(fileNameBytes, 0, attachmentNameLength - 2);
decodedAttachment = theReader.ReadBytes(fileSize);
}
}
return decodedAttachment;
}, false, "GetCabDecodedAttachment", DocTypeName, DocTypeVer));
}
public override DocTypeInfo Info(string DocTypeName) =>
CacheMan.Cache(() =>
(DocTypeInfo)GetMethodInfo(DocCmd.Info).Invoke(UnderlyingWSClient, new object[] { DocTypeName }),
false,
"DocTypeInfo",
DocTypeName,
DocCmd.Info);
public static bool IsMatch(this string s, Pat pattern)
{
return(CacheMan.Cache(() =>
new Regex(
DictionaryStringPatternSystemTextRegularExpressionsRegex[pattern]),
false,
pattern).IsMatch(s));
}
public string OpenText(string DocTypeName, string DocTypeVer, string filename)
{
return(CacheMan.Cache(() =>
{
using (MemoryStream _MemoryStream = OpenRead(DocTypeName, DocTypeVer, filename))
return _MemoryStream.AsString();
}, false, "OpenText", DocTypeName, DocTypeVer, filename));
}
public string OpenText(HttpContext context, out string filename)
{
filename = GetHttpContextFileName(context);
return(CacheMan.Cache(() =>
{
TemplateFileInfo r;
using (MemoryStream _MemoryStream = OpenRead(context, out r))
return _MemoryStream.AsString();
}, false, "OpenText", context.Request.Url.ToString()));
}
/// <summary>
/// Types that can be actively served via WCF as "new" documents. There types must have a folder representation in the
/// file system. This list is cached internally. Before the list is constructed models and other contents are processed
/// & imported to the docdb database.
/// </summary>
/// <returns>current DocTypeNames known to this system</returns>
public List <Type> DocTypeServedItems() =>
CacheMan.Cache(() =>
{
List <Type> l = new List <Type>();
Parallel.ForEach(
DocTypeDirectories(),
DocTypeName => l.Add(Runtime.ActivateBaseDocType(DocTypeName, TemplateController.Instance.TopDocRev(DocTypeName))));
return(l);
}, false, "DocTypes");
internal static T InstanceLocatorByName <T>(string DocTypeName, string DocRev = null) where T : DocBaseInterpreter =>
CacheMan.Cache(() => {
foreach (T _IDocDataInterpreter in ContentInterpreterInstances.OfType <T>())
{
//TODO:Need a better way of discovering what IDocDataInterpreter can process the given document; it needs to consider the DocRev also
if (_IDocDataInterpreter.Processable(DocTypeName, DocRev))
{
return(_IDocDataInterpreter);
}
}
throw new Exception(String.Format("{0} {1}, {2} could not locate a DocDataInterpreter to process the data passed", DocTypeName, DocRev, typeof(DocInterpreter).Name));
}, false, "InstanceLocatorByName", DocTypeName, DocRev ?? String.Empty);
/// <summary>
/// Types that can be actively served via WCF as "new" documents. There types must have a folder representation in the
/// file system. This list is cached internally. Before the list is constructed models and other contents are processed
/// & imported to the nosql database.
/// </summary>
/// <returns>current DocTypeNames known to this system</returns>
public static List <Type> DocTypeServedItems()
{
return(CacheMan.Cache(() =>
{
ImporterController.ImportDocModelsRunOnce();
return Directory
.EnumerateDirectories(FilesystemTemplateController.DirectoryPath)
.Select(path => new DirectoryInfo(path).Name)
.Select(DocTypeName => DocInterpreter.Instance.Create(DocTypeName).GetType())
.ToList();
}, false, "DocTypes"));
}
/// <summary>
/// attempts to screen properties that follow the naming pattern & inner property structure InfoPath xsd signature
/// elements
/// converted to when processed by xsd.exe (_XsnToCSharp.tt) to yield the C# class.
/// </summary>
/// <param name="o"></param>
/// <returns></returns>
private static PropertyInfo[] GetFormObjectSignatureProperties(BaseDoc o)
{
return(CacheMan.Cache(() =>
{
return o
.GetFormObjectMappedProperties()
.Where(m => m.Name.StartsWith("signatures", StringComparison.InvariantCultureIgnoreCase))
.ToArray();
},
false,
o.DocTypeName,
o.solutionVersion,
"GetFormWetSignatureProperties"));
}
/// <summary>
/// Reads the DocRev from the local AppDomain working_folder\form\*. When nothing is found the Docdb store for the most
/// current DocRev. The first item in descending string order.
/// </summary>
/// <param name="DocTypeName"></param>
/// <returns>string.Empty if nothing is found</returns>
public string TopDocRev(string DocTypeName, bool forceRefresh) =>
CacheMan.Cache(() =>
DocTypeName.Equals(EmbededInterpreter.MY_ONLY_DOC_NAME, StringComparison.CurrentCultureIgnoreCase)
? EmbededInterpreter.MY_ONLY_DOC_VERSION.ToString()
: _DefaultTopDocFilesystemTemplateController.TopDocRev(DocTypeName)
?? _OtherIDocResourceControllers
//DOCREVs should always come from the embedded controller
.Select(m => m.TopDocRev(DocTypeName))
.Where(DocRev => !string.IsNullOrWhiteSpace(DocRev))
.OrderByDescending(DocRev => new Version(DocRev))
.ToArray()
.FirstOrDefault(),
forceRefresh,
"TopDocRev",
DocTypeName);
/// <summary>
/// Further filters GetFormObjectMappedProperties stripping IgnoreDataMember,XmlIgnoreAttribute,ScriptIgnoreAttribute &
/// NotMapped properties
/// </summary>
/// <param name="filled">when true, ensures the properties have been explicitly set</param>
/// <returns></returns>
public PropertyInfo[] GetFormObjectNavProperties(bool filled = false)
{
PropertyInfo[] p = CacheMan.Cache(() => GetFormObjectMappedProperties(false)
.Where(m =>
m.DeclaringType != typeof(BaseDoc) &&
m.DeclaringType != typeof(BaseAutoIdent)
)
.ToArray(),
false,
"GetFormObjectNavProperties",
GetType().FullName,
"GetFormObjectNavProperties");
return(p.Where(m => !filled || !this.IsDefaultValue(m)).ToArray());
}
/// <summary>
/// Reads the DOCREV from the local AppDomain working_folder\form\*. When nothing is found the nosql store for the most
/// current DOCREV. The first item in descending string order.
/// </summary>
/// <param name="DocTypeName"></param>
/// <returns>string.Empty if nothing is found</returns>
public string TopDocRev(string DocTypeName, bool forceRefresh)
{
//TODO:change solutionVersion properties to System.Version
return(CacheMan.Cache(() =>
_DefaultTopDocFilesystemTemplateController.TopDocRev(DocTypeName)
?? _OtherIDocResourceControllers
//DOCREVs should always come from the embedded controller
.Where(m => (DocTypeName == "DOCREV") == (typeof(EmbededTemplateController) == m.GetType()))
.Select(m => m.TopDocRev(DocTypeName))
.Where(DocRev => !string.IsNullOrWhiteSpace(DocRev))
.OrderByDescending(DocRev => new Version(DocRev))
.ToArray()
.FirstOrDefault(),
forceRefresh,
"TopDocRev",
DocTypeName));
}
/// <summary>
/// Intended time of use it that of a "post cache reset" time. If cache has been cleared, all the logic behind this
/// method will run.
/// </summary>
public static void TryDocRevImporting() =>
CacheMan.Cache(() =>
{
ReadIDocModelCSharpCode();
dirs.PushRange(Directory
.EnumerateDirectories(FilesystemTemplateController.DirectoryPath)
.Select(dirpath => new DirectoryInfo(dirpath).FullName)
.Where(dirpath => !dirs.Contains(dirpath))
.OrderByDescending(dirpath =>
new[]
{
Directory.GetLastWriteTime(dirpath).Ticks
}
.Union(
GetRelativeFilePathsInDirectoryTree(dirpath, true)
.Select(filepath => File.GetLastWriteTimeUtc(filepath).Ticks))
.Max())
.ToArray());
// starting with the newest directory, synchronously process each & abend when its found that nothing is imported
string dir;
while (dirs.TryPop(out dir) && ImportContentFolder(dir).Any())
{
}
// process the remaining directories queued asynchronously (as this is a resource intensive) on the chance that the "GetLastWriteTimeUtc" lied to us
if (!dirs.IsEmpty)
{
Tasker.StartNewTask(() =>
{
while (dirs.TryPop(out dir))
{
ImportContentFolder(dir);
}
return(true);
});
}
return(new object());
},
false,
"ImportDocModelsRunOnce"
);
internal static IDocTextInterpreter InstanceLocatorByName(string DocTypeName, string DocRev = null)
{
return(CacheMan.Cache(() =>
{
if (DocTypeName == "DOCREV")
{
return _otherInstances[0];
}
foreach (IDocTextInterpreter _IDocDataInterpreter in _otherInstances)
{
//TODO:Need a better way of discovering what IDocDataInterpreter can process the given document; it needs to consider the DocRev also
if (_IDocDataInterpreter.Processable(DocTypeName, DocRev))
{
return _IDocDataInterpreter;
}
}
throw new Exception(string.Format("{0} could not locate a DocDataInterpreter to process the data passed", typeof(DocInterpreter).Name));
}, false, "InstanceLocatorByName", DocTypeName, DocRev ?? string.Empty));
}
/// <summary>
/// serialize-able, settable properties
/// </summary>
/// <param name="filled">when true, ensures the properties have been explicitly set</param>
/// <returns></returns>
public PropertyInfo[] GetFormObjectMappedProperties(bool filled = false)
{
PropertyInfo[] p = CacheMan.Cache(() =>
{
return(GetType().GetProperties(
BindingFlags.IgnoreCase
| BindingFlags.Public
| BindingFlags.Instance
| BindingFlags.SetProperty).Where(m =>
m.CanWrite &&
m.PropertyType.IsPublic &&
m.PropertyType.IsSerializable &&
!m.PropertyType.IsArray &&
!ExpressionParser.GetNonNullableType(m.PropertyType).IsAbstract &&
!ExpressionParser.GetNonNullableType(m.PropertyType).IsGenericType).ToArray());
},
false,
GetType().FullName,
"GetFormObjectMappedProperties");
return(p.Where(m => !filled || !this.IsDefaultValue(m)).ToArray());
}
public static string CalcSqlSchemaName(this BaseDoc _BaseDoc)
{
return(CacheMan.Cache(() =>
{
int checksum = 0;
foreach (var t in _BaseDoc.ListRelatedEntities()
.Select(m => new
{
TablePocoType = m,
TableName = m.Name.ToLower()
})
.OrderBy(m => m.TableName))
{
checksum ^= t.TableName.GetHashCode();
foreach (var p in t
.TablePocoType
.GetProperties()
.Select(p =>
new
{
ColumnAttribute = p.GetCustomAttributes(true).OfType <ColumnAttribute>().FirstOrDefault(),
DataTypeName = p.PropertyType.Name
}).Where(m =>
m.ColumnAttribute != null &&
!string.IsNullOrWhiteSpace(m.ColumnAttribute.Name))
.OrderBy(m => m.ColumnAttribute.Name.ToLower()))
{
checksum ^= p.ColumnAttribute.Name.ToLower().GetHashCode() ^ p.DataTypeName.GetHashCode();
}
}
return string.Format(
"{0}_{1}",
_BaseDoc.DocTypeName,
Base36.Encode(Math.Abs(checksum)));
}, false, _BaseDoc.GetType().FullName));
}
/// <summary>
/// </summary>
/// <returns>current DocTypeNames known to this system</returns>
public static List <string> DocTypeNames()
{
return(CacheMan.Cache(() => DocTypeServedItems().Select(typ => typ.Name).ToList(), false, "DocTypeNames"));
}