internal IEnumerable <TemplateUiInfo> GetCompatibleViews(IApp app, BlockConfiguration blockConfiguration)
{
IEnumerable <IView> availableTemplates;
var items = blockConfiguration.Content;
// if any items were already initialized...
if (items.Any(e => e != null))
{
availableTemplates = GetFullyCompatibleViews(blockConfiguration);
}
// if it's only nulls, and only one (no list yet)
else if (items.Count <= 1)
{
availableTemplates = GetAll();
}
// if it's a list of nulls, only allow lists
else
{
availableTemplates = GetAll().Where(p => p.UseForList);
}
return(availableTemplates.Select(t => new TemplateUiInfo
{
TemplateId = t.Id,
Name = t.Name,
ContentTypeStaticName = t.ContentType,
IsHidden = t.IsHidden,
Thumbnail = Parent.ServiceProvider.Build <TemplateHelpers>().Init(app, Log).IconPathOrNull(t, PathTypes.Link)
}));
}
protected new BlockConfiguration GetBlockConfiguration(string alias, string tag)
{
BlockConfiguration back = new BlockConfiguration();
string[] optionList = null;
string blockOptionStr = "";
if (!string.IsNullOrWhiteSpace(alias))
{
optionList = alias.Replace(@"\r\n", string.Empty).Split(';');
blockOptionStr = !string.IsNullOrWhiteSpace(tag) ? tag.Replace(@"\r\n", string.Empty) : string.Empty;
}
else if (!string.IsNullOrWhiteSpace(tag))
{
optionList = tag.Replace(@"\r\n", string.Empty).Split(';');
if (optionList.Length >= 3)
{
blockOptionStr = optionList[2];
}
}
if (null == optionList || optionList.Length < 2)
{
return(back);
}
back.Type = optionList[0];
back.Name = optionList[1];
if (optionList.Length > 2 && string.IsNullOrWhiteSpace(blockOptionStr))
{
blockOptionStr += $",{optionList.Skip(2).Aggregate((current, next) => $"{current},{next}")}";
}
back.Options = string.IsNullOrWhiteSpace(blockOptionStr) ? new Dictionary <string, string>() : ParseOptions(blockOptionStr);
return(back);
}
private static void ConvertListIndexToEntityIds(ItemIdentifier identifier, BlockConfiguration blockConfiguration)
{
var part = blockConfiguration[identifier.Group.Part];
if (!identifier.ListAdd()) // not in add-mode
{
var idx = identifier.ListIndex();
if (part.Count > idx && // has as many items as desired
part[idx] != null) // and the slot has something
{
identifier.EntityId = part[idx].EntityId;
}
}
// tell the UI that it should not actually use this data yet, keep it locked
if (!identifier.Group.Part.ToLower().Contains(ViewParts.PresentationLower))
{
return;
}
// the following steps are only for presentation items
identifier.Group.SlotCanBeEmpty = true; // all presentations can always be locked
if (identifier.EntityId != 0)
{
return;
}
identifier.Group.SlotIsEmpty = true; // if it is blank, then lock this one to begin with
identifier.DuplicateEntity =
identifier.Group.Part.ToLower() == ViewParts.PresentationLower
? blockConfiguration.View.PresentationItem?.EntityId
: blockConfiguration.View.HeaderPresentationItem?.EntityId;
}
/// <summary>
/// Parse the document in order to proceed to the alimentation of all blocks into the given container.
/// </summary>
/// <param name="container">Container to build.</param>
public virtual void ParseDocument(OpenXmlPartContainer container)
{
IList <BlockItem> blocks = GetBlocks(container);
foreach (BlockItem block in blocks)
{
BlockConfiguration config = GetBlockConfiguration(block);
try
{
if (TextBlock.IsMatching(config.Type))
{
TextBlock.BuildContent(ReportData, container, block, config.Name, config.Options);
}
else if (TableBlock.IsMatching(config.Type))
{
TableBlock.BuildContent(ReportData, container, block, config.Name, config.Options);
}
else if (GraphBlock.IsMatching(config.Type))
{
GraphBlock.BuildContent(ReportData, Package, block, config.Name, config.Options);
}
else
{
LogHelper.Instance.LogWarnFormat("Block type '{0}' not found.", config.Type);
}
}
catch (Exception exception)
{
string logMessage = $"Exception thrown during document parsing (BlockType : {(null != config ? config.Type : string.Empty)}, BlockName : {(null != config ? config.Name : string.Empty)})";
LogHelper.Instance.LogError(logMessage, exception);
}
}
}
/// <summary>
/// Get templates which match the signature of possible content-items, presentation etc. of the current template
/// </summary>
/// <param name="blockConfiguration"></param>
/// <returns></returns>
private IEnumerable <IView> GetFullyCompatibleViews(BlockConfiguration blockConfiguration)
{
var isList = blockConfiguration.Content.Count > 1;
var compatibleTemplates = GetAll().Where(t => t.UseForList || !isList);
compatibleTemplates = compatibleTemplates
.Where(t => blockConfiguration.Content.All(c => c == null) || blockConfiguration.Content.First(e => e != null).Type.StaticName == t.ContentType)
.Where(t => blockConfiguration.Presentation.All(c => c == null) || blockConfiguration.Presentation.First(e => e != null).Type.StaticName == t.PresentationType)
.Where(t => blockConfiguration.Header.All(c => c == null) || blockConfiguration.Header.First(e => e != null).Type.StaticName == t.HeaderType)
.Where(t => blockConfiguration.HeaderPresentation.All(c => c == null) || blockConfiguration.HeaderPresentation.First(e => e != null).Type.StaticName == t.HeaderPresentationType);
return(compatibleTemplates);
}
/// <summary>
/// Updates a single voxel at a position in the world
/// </summary>
/// <param name="point">A global position in the voxel world</param>
/// <param name="voxel">The block index that will be added</param>
/// <param name="refresh">Flags if listeners should be notifed</param>
public void Write(Vector3Int point, byte voxel, bool refresh = true)
{
if (!Contains(point))
{
return;
} // point is out of bounds
Vector3Int chunkIndex = chunkManager.IndexFrom(point);
Chunk chunk = chunkManager.Get(chunkIndex);
if (chunk == null)
{
return;
} // the chunk is missing
Vector3Int localPos = point - chunk.offset;
byte original = chunk.Read(localPos);
if (voxel == original)
{
return;
} // skip duplicate voxels
BlockConfiguration originalBlock = blockManager.blocks[original];
if (!originalBlock.editable)
{
return;
} // block can not be changed
chunk.Write(localPos, voxel, refresh);
if (refresh)
{
chunkManager.UpdateFrom(point);
}
if (refresh && modified != null)
{
modified.Invoke(default);
private void BuildReportTemplateEFPFlexi(string strTargetFile)
{
string fileName = strTargetFile;
const string alphabet = "ABCDEFGHIJKLMNOPQRSTUVWXYZ";
string[] alph = new string[676]; // 676 = 26*26
for (int i = 0; i < 26; i++)
{
alph[i] = alphabet.Substring(i, 1);
}
for (int i = 0; i < 26; i++)
{
for (int j = 0; j < 26; j++)
{
alph[26 + i + j] = alphabet.Substring(i, 1) + alphabet.Substring(j, 1);
}
}
var tableTargets = new List <TableInfo>();
using (SpreadsheetDocument workbook = SpreadsheetDocument.Open(fileName, true))
{
var workbookPart = workbook.WorkbookPart;
var sharedStringPart = workbookPart.SharedStringTablePart;
var values = sharedStringPart.SharedStringTable.Elements <SharedStringItem>().ToArray();
foreach (WorksheetPart worksheetpart in workbookPart.WorksheetParts)
{
foreach (var sheetData in worksheetpart.Worksheet.Elements <SheetData>())
{
// reset accross sheets
tableTargets.Clear();
#region TextPopulate
foreach (var cell in sheetData.Descendants <Cell>())
{
if (cell.CellValue != null)
{
if (cell.CellFormula != null)
{
// force recompute
cell.CellValue.Remove();
}
else if (cell.DataType != null && cell.DataType.Value == CellValues.SharedString)
{
var index = int.Parse(cell.CellValue.Text);
if (values[index].InnerText.StartsWith(FLEXI_PREFIX))
{
string strBlockTypeAndName = values[index].InnerText.Substring(FLEXI_PREFIX.Length);
BlockConfiguration config = GetBlockConfiguration(strBlockTypeAndName);
if (TextBlock.IsMatching(config.Type))
{
TextBlock instance = BlockHelper.GetAssociatedBlockInstance <TextBlock>(config.Name);
if (instance != null)
{
SetCellValue(cell, instance.GetContent(reportData, config.Options));
}
}
else if (TableBlock.IsMatching(config.Type))
{
TableBlock instance = BlockHelper.GetAssociatedBlockInstance <TableBlock>(config.Name);
if (instance != null)
{
tableTargets.Add(new TableInfo
{
cell = cell,
table = instance.GetContent(reportData, config.Options)
});
}
}
}
}
}
}
#endregion TextPopulate
#region TablePopulate
foreach (var tableInfo in tableTargets)
{
var _finaleCell = tableInfo.cell;
var _finaleTable = tableInfo.table;
int intColumns = _finaleTable.NbColumns;
// TODO: handle cell references after 'ZZ' (AA1, AB1...)
// TODO: current limitation: the generated cells must be in the range "A-ZZ"
string firstLetter = _finaleCell.CellReference.InnerText[0].ToString();
int firstColIdx = alph.ToList().IndexOf(firstLetter) + 1;
int lastColIdx = firstColIdx + intColumns - 1;
int curColIdx = firstColIdx;
uint firstRowIdx = uint.Parse(_finaleCell.CellReference.InnerText.Substring(1));
uint curRowIdx = firstRowIdx;
// create first row
Row curRow = new Row();
foreach (var result in _finaleTable.Data)
{
// append cell to current row
Cell c = new Cell();
SetCellValue(c, result);
// to avoid crash when too many columns generated
if (curColIdx > 676)
{
continue;
}
c.CellReference = alph[curColIdx - 1] + curRowIdx.ToString();
c.StyleIndex = 0;
// ReSharper disable once PossiblyMistakenUseOfParamsMethod
curRow.Append(c);
if (curColIdx == lastColIdx)
{
// add row to current worksheet
InsertRow(curRowIdx, worksheetpart, curRow);
// create new row for next data
curRow = new Row();
// first cell on next row
curRowIdx++;
curColIdx = firstColIdx;
}
else
{
// next cell
curColIdx++;
}
}
_finaleCell.Parent.RemoveChild(_finaleCell);
}
workbookPart.Workbook.Save();
#endregion TablePopulate
}
}
}
}
public void AddEmptyItem(BlockConfiguration block, int?sortOrder, bool forceDraft) =>
Parent.Entities.FieldListUpdate(block.Entity, ViewParts.ContentPair, forceDraft,
lists => lists.Add(sortOrder, new int?[] { null, null }));
private void BuildReportTemplateEFPFlexi(string strTargetFile)
{
string fileName = strTargetFile;
const string alphabet = "ABCDEFGHIJKLMNOPQRSTUVWXYZ";
var tableTargets = new List <TableInfo>();
using (SpreadsheetDocument workbook = SpreadsheetDocument.Open(fileName, true))
{
var workbookPart = workbook.WorkbookPart;
var sharedStringPart = workbookPart.SharedStringTablePart;
var values = sharedStringPart.SharedStringTable.Elements <SharedStringItem>().ToArray();
foreach (WorksheetPart worksheetpart in workbookPart.WorksheetParts)
{
foreach (var sheetData in worksheetpart.Worksheet.Elements <SheetData>())
{
// reset accross sheets
//Cell FinaleCell = null;
//TableDefinition FinaleTable = null;
tableTargets.Clear();
#region TextPopulate
foreach (var cell in sheetData.Descendants <Cell>())
{
if (cell.CellValue != null)
{
if (cell.CellFormula != null)
{
// force recompute
cell.CellValue.Remove();
}
else if (cell.DataType != null && cell.DataType.Value == CellValues.SharedString)
{
var index = int.Parse(cell.CellValue.Text);
if (values[index].InnerText.StartsWith(FLEXI_PREFIX))
{
string strBlockTypeAndName = values[index].InnerText.Substring(FLEXI_PREFIX.Length);
BlockConfiguration config = GetBlockConfiguration(strBlockTypeAndName);
if (TextBlock.IsMatching(config.Type))
{
TextBlock instance = BlockHelper.GetAssociatedBlockInstance <TextBlock>(config.Name);
if (instance != null)
{
SetCellValue(cell, instance.GetContent(reportData, config.Options));
}
}
else if (TableBlock.IsMatching(config.Type))
{
TableBlock instance = BlockHelper.GetAssociatedBlockInstance <TableBlock>(config.Name);
if (instance != null)
{
tableTargets.Add(new TableInfo
{
cell = cell,
table = instance.GetContent(reportData, config.Options)
});
//FinaleCell = cell;
//FinaleTable = instance.GetContent(reportData, config.Options);
}
}
}
}
}
}
#endregion TextPopulate
#region TablePopulate
foreach (var tableInfo in tableTargets)
{
var FinaleCell = tableInfo.cell;
var FinaleTable = tableInfo.table;
int intColumns = FinaleTable.NbColumns;
int intRows = FinaleTable.NbRows;
// TODO: handle cell references after 'Znn' (AA1, AB1...)
// TODO: current limitation: the generated cells must be in the range "A-Z"
char firstLetter = FinaleCell.CellReference.InnerText[0];
int firstColIdx = alphabet.IndexOf(firstLetter) + 1;
int lastColIdx = firstColIdx + intColumns - 1;
int curColIdx = firstColIdx;
uint firstRowIdx = uint.Parse(FinaleCell.CellReference.InnerText.Substring(1));
uint curRowIdx = firstRowIdx;
// create first row
Row curRow = new Row();
foreach (var result in FinaleTable.Data)
{
// append cell to current row
Cell c = new Cell();
SetCellValue(c, result.ToString());
c.CellReference = alphabet[curColIdx - 1] + curRowIdx.ToString();
c.StyleIndex = 0;
curRow.Append(c);
if (curColIdx == lastColIdx)
{
// add row to current worksheet
InsertRow(curRowIdx, worksheetpart, curRow, false);
// create new row for next data
curRow = new Row();
// first cell on next row
curRowIdx++;
curColIdx = firstColIdx;
}
else
{
// next cell
curColIdx++;
}
}
FinaleCell.Parent.RemoveChild(FinaleCell);
}
workbookPart.Workbook.Save();
#endregion TablePopulate
}
}
}
}
protected BlockConfiguration GetBlockConfiguration(string alias, string tag)
{
BlockConfiguration back = new BlockConfiguration();
string[] optionList = null;
string blockOptionStr = "";
if (!string.IsNullOrWhiteSpace(alias))
{
optionList = alias.Replace(@"\r\n", string.Empty).Split(';');
blockOptionStr = !string.IsNullOrWhiteSpace(tag) ? tag.Replace(@"\r\n", string.Empty) : string.Empty;
}
else if (!string.IsNullOrWhiteSpace(tag))
{
optionList = tag.Replace(@"\r\n", string.Empty).Split(';');
if (optionList.Length >= 3)
{
blockOptionStr = optionList[2];
}
}
if (null != optionList && optionList.Length >= 2)
{
back.Type = optionList[0];
back.Name = optionList[1];
if (optionList.Length > 2 && string.IsNullOrWhiteSpace(blockOptionStr))
{
blockOptionStr += string.Format(",{0}", optionList.Skip(2).Aggregate((current, next) => string.Format("{0},{1}", current, next)));
}
back.Options = string.IsNullOrWhiteSpace(blockOptionStr) ? new Dictionary<string, string>() : ParseOptions(blockOptionStr);
}
return back;
}
public void AddEmptyItem(BlockConfiguration block, int?sortOrder) =>
AppManager.Entities.FieldListUpdate(block.Entity, ViewParts.ContentPair, block.VersioningEnabled,
lists => lists.Add(sortOrder, new int?[] { null, null }));
//public void ChangeOrder(BlockConfiguration block, int sourceIndex, int targetIndex)
//{
// var wrapLog = Log.Call($"change order orig:{sourceIndex}, dest:{targetIndex}");
// /*
// * Known Issue 2017-08-28:
// * Should case DRAFT copy of the BlockConfiguration if versioning is enabled.
// */
// FieldListUpdate(block, ViewParts.ContentPair, lists => lists.Move(sourceIndex, targetIndex));
// wrapLog(null);
//}
//public void UpdateEntityIfChanged(BlockConfiguration block, string[] fields, int sortOrder, Tuple<bool, int?>[] values)
// => FieldListUpdate(block, fields, lists => lists.Replace(sortOrder, values));
//public void ResetBlockEntity(BlockConfiguration block)
// => block.Entity = CmsManager.Read.Blocks.GetBlockConfig(block.Entity.EntityGuid).Entity;
/// <summary>
/// If SortOrder is not specified, adds at the end
/// </summary>
private /*public*/ void AddContentAndPresentationEntity(BlockConfiguration block, string[] fields, int?sortOrder, int?contentId, int?presentationId)
=> FieldListUpdate(block, fields, lists => lists.Add(sortOrder, new[] { contentId, presentationId }));
// TODO replace with direct call to Entities.FieldListReplaceIfModified public void AddEmptyItem(BlockConfiguration block, int?sortOrder = null) => AddContentAndPresentationEntity(block, ViewParts.ContentPair, sortOrder, null, null);
//-------------------------------------------------
#region Public API
/// <summary>
/// Initializes the agent manager with an array of agent transforms
/// </summary>
public virtual void Initialize(Dictionary <NavAgentArchetype, List <Transform> > agents)
{
Dispose(); // clear any existing memory
int configCount = configurations.Count;
int archetypeCount = archetypes.Count;
// initialize agent movement configurations
m_movementTypes = new NativeArray <AgentMovement>(configCount, Allocator.Persistent);
for (int i = 0; i < configCount; i++)
{
m_movementTypes[i] = configurations[i].movement;
}
// initialize job handle arrays
m_updatingHandles = new NativeArray <JobHandle>(archetypeCount, Allocator.Persistent);
m_movingByArchetype = new NativeArray <JobHandle>(archetypeCount, Allocator.Persistent);
// initialize the agent properties
m_agentMovementTypes = new List <NativeArray <int> >(archetypeCount);
m_agentBehaviors = new List <NativeArray <AgentBehaviors> >(archetypeCount);
m_agentKinematics = new List <NativeArray <AgentKinematics> >(archetypeCount);
m_transformAccess = new List <TransformAccessArray>(archetypeCount);
m_agentSteering = new List <NativeArray <float3> >(archetypeCount);
m_totalAgents = new List <int>(archetypeCount);
// initialize the flow field data structures
int length = world.size.x * world.size.y * world.size.z;
m_flowFields = new List <NativeArray <byte> >(archetypeCount);
m_costFields = new List <NativeArray <byte> >(archetypeCount);
m_intFields = new List <NativeArray <ushort> >(archetypeCount);
m_openNodes = new List <NativeQueue <int3> >(archetypeCount);
// cached data to build the flow fields
m_targetPositions = new NativeList <int3>(Allocator.Persistent);
// initialize each archetype
for (int i = 0; i < archetypeCount; i++)
{
// initialize flow field data for each archetype
m_openNodes.Add(new NativeQueue <int3>(Allocator.Persistent));
m_flowFields.Add(new NativeArray <byte>(length, Allocator.Persistent));
m_costFields.Add(new NativeArray <byte>(length, Allocator.Persistent));
m_intFields.Add(new NativeArray <ushort>(length, Allocator.Persistent));
// initialize agent data for each archetype
Transform[] transforms = agents[archetypes[i]].ToArray();
int count = transforms.Length;
TransformAccessArray transformAccess = new TransformAccessArray(transforms);
NativeArray <int> movementTypes = new NativeArray <int>(count, Allocator.Persistent);
NativeArray <float3> steering = new NativeArray <float3>(count, Allocator.Persistent);
NativeArray <AgentKinematics> kinematics = new NativeArray <AgentKinematics>(count, Allocator.Persistent);
NativeArray <AgentBehaviors> behaviors = new NativeArray <AgentBehaviors>(count, Allocator.Persistent);
// read agent configuration
for (int a = 0; a < count; a++)
{
NavAgent agent = transforms[a].GetComponent <NavAgent>();
int movementType = configurations.IndexOf(agent.configuration);
AgentKinematics agentKinematics = new AgentKinematics();
agentKinematics.maxSpeed = agent.configuration.movement.topSpeed;
movementTypes[a] = movementType;
kinematics[a] = agentKinematics;
}
m_agentMovementTypes.Add(movementTypes);
m_transformAccess.Add(transformAccess);
m_agentKinematics.Add(kinematics);
m_agentBehaviors.Add(behaviors);
m_agentSteering.Add(steering);
m_totalAgents.Add(count);
}
// initialize the agent spatial map
m_spatialMap = new NativeMultiHashMap <int3, SpatialMapData>(m_totalAgents.Sum(), Allocator.Persistent);
m_spatialMapWriter = m_spatialMap.AsParallelWriter();
// cache all directions
m_directions = new NativeArray <int3>(27, Allocator.Persistent);
for (int i = 0; i < 27; i++)
{
Vector3Int dir = Core.Direction3Int.Directions[i];
m_directions[i] = new int3(dir.x, dir.y, dir.z);
}
// cache directions for climbable check
m_directionsNESW = new NativeArray <int>(4, Allocator.Persistent);
m_directionsNESW[0] = 3;
m_directionsNESW[1] = 5;
m_directionsNESW[2] = 7;
m_directionsNESW[3] = 9;
// convert blocks to a struct and cache the data
byte defaultCost = 1;
int blockCount = blockManager.blocks.Count;
m_blockTypes = new List <NativeArray <Block> >();
for (int a = 0; a < archetypeCount; a++)
{
NativeArray <Block> blocks = new NativeArray <Block>(
blockCount, Allocator.Persistent);
for (int i = 0; i < blockCount; i++)
{
BlockConfiguration block = blockManager.blocks[i];
int index = archetypes[a].movementCosts
.FindIndex(x => x.block == block);
Block navBlock = new Block();
if (index == -1)
{
navBlock.cost = defaultCost;
}
else
{
navBlock.cost = archetypes[a]
.movementCosts[index].cost;
}
navBlock.solid = block.collidable;
blocks[i] = navBlock;
}
m_blockTypes.Add(blocks);
}
}
public ContentBlockDto(BlockConfiguration block, IEnumerable <ModuleWithContent> blockModules)
{
Id = block.Id;
Guid = block.Guid;
Modules = blockModules.Select(m => new ModuleDto(m.Module, m.Page));
}