/// <summary>
/// Opens the RtfDocument and initialises the data cache. If the data cache is
/// set to CACHE_DISK, but the cache cannot be initialised then the memory cache
/// is used.
/// </summary>
public void Open()
{
try
{
switch (_documentSettings.GetDataCacheStyle())
{
case RtfDataCache.CACHE_MEMORY_EFFICIENT:
_data = new RtfEfficientMemoryCache();
break;
case RtfDataCache.CACHE_MEMORY:
_data = new RtfMemoryCache();
break;
case RtfDataCache.CACHE_DISK:
_data = new RtfDiskCache();
break;
default:
throw new ArgumentException("unknown");
}
}
catch (IOException)
{
_data = new RtfMemoryCache();
}
}
/**
* The default constructor for a RtfDocument
*/
public RtfDocument() : base(null)
{
this.data = new RtfMemoryCache();
this.mapper = new RtfMapper(this);
this.documentHeader = new RtfDocumentHeader(this);
this.documentHeader.Init();
this.previousRandomInts = new ArrayList();
this.documentSettings = new RtfDocumentSettings(this);
}
/**
* Opens the RtfDocument and initialises the data cache. If the data cache is
* set to CACHE_DISK, but the cache cannot be initialised then the memory cache
* is used.
*/
public void Open()
{
try {
switch (this.documentSettings.GetDataCacheStyle())
{
case RtfDataCache.CACHE_MEMORY: this.data = new RtfMemoryCache(); break;
case RtfDataCache.CACHE_DISK: this.data = new RtfDiskCache(); break;
}
} catch (IOException) {
this.data = new RtfMemoryCache();
}
}
/**
* Opens the RtfDocument and initialises the data cache. If the data cache is
* set to CACHE_DISK, but the cache cannot be initialised then the memory cache
* is used.
*/
public void Open()
{
try {
switch (this.documentSettings.GetDataCacheStyle())
{
case RtfDataCache.CACHE_MEMORY_EFFICIENT:
this.data = new RtfEfficientMemoryCache();
break;
case RtfDataCache.CACHE_MEMORY:
this.data = new RtfMemoryCache();
break;
case RtfDataCache.CACHE_DISK:
this.data = new RtfDiskCache();
break;
default:
throw new ArgumentException(MessageLocalization.GetComposedMessage("unknown"));
}
} catch (IOException) {
this.data = new RtfMemoryCache();
}
}
/**
* Opens the RtfDocument and initialises the data cache. If the data cache is
* set to CACHE_DISK, but the cache cannot be initialised then the memory cache
* is used.
*/
public void Open()
{
try {
switch (this.documentSettings.GetDataCacheStyle()) {
case RtfDataCache.CACHE_MEMORY_EFFICIENT:
this.data = new RtfEfficientMemoryCache();
break;
case RtfDataCache.CACHE_MEMORY:
this.data = new RtfMemoryCache();
break;
case RtfDataCache.CACHE_DISK:
this.data = new RtfDiskCache();
break;
default:
throw new ArgumentException("unknown");
}
} catch (IOException) {
this.data = new RtfMemoryCache();
}
}
/**
* The default constructor for a RtfDocument
*/
public RtfDocument()
: base(null)
{
this.data = new RtfMemoryCache();
this.mapper = new RtfMapper(this);
this.documentHeader = new RtfDocumentHeader(this);
this.documentHeader.Init();
this.previousRandomInts = new ArrayList();
this.documentSettings = new RtfDocumentSettings(this);
}
/**
* Opens the RtfDocument and initialises the data cache. If the data cache is
* set to CACHE_DISK, but the cache cannot be initialised then the memory cache
* is used.
*/
public void Open()
{
try {
switch(this.documentSettings.GetDataCacheStyle()) {
case RtfDataCache.CACHE_MEMORY : this.data = new RtfMemoryCache();break;
case RtfDataCache.CACHE_DISK : this.data = new RtfDiskCache();break;
}
} catch(IOException) {
this.data = new RtfMemoryCache();
}
}