public Pool(int totalComponents, int startCreationIndex, PoolMetaData metaData) {
_totalComponents = totalComponents;
_creationIndex = startCreationIndex;
if (metaData != null) {
_metaData = metaData;
if (metaData.componentNames.Length != totalComponents) {
throw new PoolMetaDataException(this, metaData);
}
} else {
var componentNames = new string[totalComponents];
const string suffix = "Index ";
for (int i = 0, componentNamesLength = componentNames.Length; i < componentNamesLength; i++) {
componentNames[i] = suffix + i;
}
_metaData = new PoolMetaData("Unnamed Pool", componentNames);
}
_groupsForIndex = new List<Group>[totalComponents];
// Cache delegates to avoid gc allocations
_cachedUpdateGroupsComponentAddedOrRemoved = updateGroupsComponentAddedOrRemoved;
_cachedUpdateGroupsComponentReplaced = updateGroupsComponentReplaced;
_cachedOnEntityReleased = onEntityReleased;
}
/// The prefered way is to use the generated methods from the code generator to create a Pool, e.g. var pool = Pools.pool;
public Pool(int totalComponents, int startCreationIndex, PoolMetaData metaData)
{
_totalComponents = totalComponents;
_componentPools = new Stack<IComponent>[totalComponents];
_creationIndex = startCreationIndex;
if (metaData != null) {
_metaData = metaData;
if (metaData.componentNames.Length != totalComponents) {
throw new PoolMetaDataException(this, metaData);
}
} else {
// If Pools.pool was used to create the pool, we will never end up here.
// This is a fallback when the pool is created manually.
var componentNames = new string[totalComponents];
const string prefix = "Index ";
for (int i = 0, componentNamesLength = componentNames.Length; i < componentNamesLength; i++) {
componentNames[i] = prefix + i;
}
_metaData = new PoolMetaData("Unnamed Pool", componentNames, null);
}
_groupsForIndex = new List<Group>[totalComponents];
// Cache delegates to avoid gc allocations
_cachedUpdateGroupsComponentAddedOrRemoved = updateGroupsComponentAddedOrRemoved;
_cachedUpdateGroupsComponentReplaced = updateGroupsComponentReplaced;
_cachedOnEntityReleased = onEntityReleased;
}
/// The prefered way is to use the generated methods from the code generator to create a Pool, e.g. var pool = Pools.pool;
public Pool(int totalComponents, int startCreationIndex, PoolMetaData metaData)
{
_totalComponents = totalComponents;
_componentPools = new Stack <IComponent> [totalComponents];
_creationIndex = startCreationIndex;
if (metaData != null)
{
_metaData = metaData;
if (metaData.componentNames.Length != totalComponents)
{
throw new PoolMetaDataException(this, metaData);
}
}
else
{
var componentNames = new string[totalComponents];
const string prefix = "Index ";
for (int i = 0, componentNamesLength = componentNames.Length; i < componentNamesLength; i++)
{
componentNames[i] = prefix + i;
}
_metaData = new PoolMetaData("Unnamed Pool", componentNames);
}
_groupsForIndex = new List <Group> [totalComponents];
// Cache delegates to avoid gc allocations
_cachedUpdateGroupsComponentAddedOrRemoved = updateGroupsComponentAddedOrRemoved;
_cachedUpdateGroupsComponentReplaced = updateGroupsComponentReplaced;
_cachedOnEntityReleased = onEntityReleased;
}
public Pool(int totalComponents, int startCreationIndex) {
_totalComponents = totalComponents;
_creationIndex = startCreationIndex;
_groupsForIndex = new List<Group>[totalComponents];
// Cache delegates to avoid gc allocations
_cachedUpdateGroupsComponentAddedOrRemoved = updateGroupsComponentAddedOrRemoved;
_cachedUpdateGroupsComponentReplaced = updateGroupsComponentReplaced;
_cachedOnEntityReleased = onEntityReleased;
}
public Pool(int totalComponents, int startCreationIndex)
{
_totalComponents = totalComponents;
_creationIndex = startCreationIndex;
_groupsForIndex = new List <Group> [totalComponents];
// Cache delegates to avoid gc allocations
_cachedUpdateGroupsComponentAddedOrRemoved = updateGroupsComponentAddedOrRemoved;
_cachedUpdateGroupsComponentReplaced = updateGroupsComponentReplaced;
_cachedOnEntityReleased = onEntityReleased;
}
/// The prefered way is to use the generated methods from the
/// code generator to create a Pool,
/// e.g. Pools.sharedInstance.pool = Pools.CreatePool();
public Pool(int totalComponents,
int startCreationIndex,
PoolMetaData metaData)
{
_totalComponents = totalComponents;
_creationIndex = startCreationIndex;
if (metaData != null)
{
_metaData = metaData;
if (metaData.componentNames.Length != totalComponents)
{
throw new PoolMetaDataException(this, metaData);
}
}
else
{
// If Pools.CreatePool() was used to create the pool,
// we will never end up here.
// This is a fallback when the pool is created manually.
var componentNames = new string[totalComponents];
const string prefix = "Index ";
for (int i = 0; i < componentNames.Length; i++)
{
componentNames[i] = prefix + i;
}
_metaData = new PoolMetaData(
"Unnamed Pool", componentNames, null
);
}
_groupsForIndex = new List <Group> [totalComponents];
_componentPools = new Stack <IComponent> [totalComponents];
_entityIndices = new Dictionary <string, IEntityIndex>();
// Cache delegates to avoid gc allocations
_cachedEntityChanged = updateGroupsComponentAddedOrRemoved;
_cachedComponentReplaced = updateGroupsComponentReplaced;
_cachedEntityReleased = onEntityReleased;
}
public Context(int totalComponents,
int startCreationIndex,
ContextInfo contextInfo)
{
_totalComponents = totalComponents;
_creationIndex = startCreationIndex;
if (contextInfo != null)
{
_contextInfo = contextInfo;
if (contextInfo.componentNames.Length != totalComponents)
{
throw new ContextInfoException(this, contextInfo);
}
}
else
{
// If Contexts.CreateContext() was used to create the context,
// we will never end up here.
// This is a fallback when the context is created manually.
var componentNames = new string[totalComponents];
const string prefix = "Index ";
for (int i = 0; i < componentNames.Length; i++)
{
componentNames[i] = prefix + i;
}
_contextInfo = new ContextInfo(
"Unnamed Context", componentNames, null
);
}
_groupsForIndex = new List <Group> [totalComponents];
_componentPools = new Stack <IComponent> [totalComponents];
_entityIndices = new Dictionary <string, IEntityIndex>();
// Cache delegates to avoid gc allocations
_cachedEntityChanged = updateGroupsComponentAddedOrRemoved;
_cachedComponentReplaced = updateGroupsComponentReplaced;
_cachedEntityReleased = onEntityReleased;
}
public Context(int totalComponents,
int startCreationIndex,
ContextInfo contextInfo)
{
_totalComponents = totalComponents;
_creationIndex = startCreationIndex;
if(contextInfo != null) {
_contextInfo = contextInfo;
if(contextInfo.componentNames.Length != totalComponents) {
throw new ContextInfoException(this, contextInfo);
}
} else {
// If Contexts.CreateContext() was used to create the context,
// we will never end up here.
// This is a fallback when the context is created manually.
var componentNames = new string[totalComponents];
const string prefix = "Index ";
for (int i = 0; i < componentNames.Length; i++) {
componentNames[i] = prefix + i;
}
_contextInfo = new ContextInfo(
"Unnamed Context", componentNames, null
);
}
_groupsForIndex = new List<Group>[totalComponents];
_componentPools = new Stack<IComponent>[totalComponents];
_entityIndices = new Dictionary<string, IEntityIndex>();
// Cache delegates to avoid gc allocations
_cachedEntityChanged = updateGroupsComponentAddedOrRemoved;
_cachedComponentReplaced = updateGroupsComponentReplaced;
_cachedEntityReleased = onEntityReleased;
}
