public WelderViewType()
{
this.welder = new Welder();
this.welder.IsActive = true;
CheckName();
CheckCertificate();
}
static void Main()
{
Car car = new Car
{
Make = "Scion",
Model = "xD",
Year = 2010
};
Mechanic mechanic = new Mechanic();
// Inject the dependency to Mechanic into the constructor
AutoShop shop = new AutoShop(mechanic);
shop.FixCar(car);
Welder welder = new Welder();
// Inject the dependency to Welder into the constructor
shop = new AutoShop(welder);
shop.FixCar(car);
shop = new AutoShop();
// Inject the dependency to Welder into the property
shop.Worker = welder;
shop.WeldCar(car);
}
public ActionResult DeleteConfirmed(string id)
{
Welder welder = db.Welders.Find(id);
db.Welders.Remove(welder);
db.SaveChanges();
return(RedirectToAction("Index"));
}
public static bool WelderVFXFix(Welder __instance)
{
if (__instance.fxControl != null)
{
__instance.fxControl.Stop();
}
return(true);
}
public ActionResult Edit(Welder welder)
{
if (ModelState.IsValid)
{
db.Entry(welder).State = EntityState.Modified;
db.SaveChanges();
return(RedirectToAction("Index"));
}
return(View(welder));
}
public FabricatorDisplay(IMyTextSurface statusDisplay, IMyTextSurface mandatoryDisplay, IMyTextSurface otherDisplay, string name, Projector projector, Welder welder, InventoryManager invManager, IProcessSpawner spawner)
{
this.statusDisplay = new Display(statusDisplay);
this.mandatoryDisplay = new Display(mandatoryDisplay);
this.otherDisplay = new Display(otherDisplay);
this.invManager = invManager;
this.name = name;
this.welder = welder;
this.projector = projector;
this.mainProcess = spawner.Spawn(p => this.updateDisplays(), "display-process", period: 30);
}
// Token: 0x06000029 RID: 41 RVA: 0x0000300C File Offset: 0x0000120C
public static bool Prefix(Welder __instance)
{
SkinnedMeshRenderer[] allComponentsInChildren = __instance.GetAllComponentsInChildren <SkinnedMeshRenderer>();
foreach (SkinnedMeshRenderer skinnedMeshRenderer in allComponentsInChildren)
{
bool flag = skinnedMeshRenderer.name.Contains("welder_geos");
if (flag)
{
skinnedMeshRenderer.material.color = new Color32(Convert.ToByte(MainPatch.config.weldervalue), Convert.ToByte(MainPatch.config.weldergvalue), Convert.ToByte(MainPatch.config.welderbvalue), 1);
}
}
return(true);
}
private static List <Vector2> GetWeldSquares()
{
// if (Welder.weldSquares != null) return weldSquares;
List <Vector2> weldSquares = new List <Vector2>();
Action <Machine> addWeldSquare = (machine) => {
if (machine is Welder)
{
Welder welder = (Welder)machine;
weldSquares.Add(welder.xy + welder.direction);
}
};
Machines.ForEach(addWeldSquare);
return(weldSquares);
}
public Fabricator(MyIni ini, IMyGridTerminalSystem gts, ISaveManager manager, CommandLine command, Action <string> logger)
{
this.logger = logger;
this.name = ini.GetThrow(SECTION, "name").ToString();
this.mainProcess = manager.Spawn(null, "fabricator-process", period: 100);
this.projector = new Projector(
AssertNonNull(gts.GetBlockWithName(this.name + " Projector Door") as IMyDoor, $"Could not find '{this.name + " Projector Door"}'"),
AssertNonNull(gts.GetBlockWithName(this.name + " Projector Piston") as IMyPistonBase, $"Could not find '{this.name + " Projector Piston"}'"),
AssertNonNull(gts.GetBlockWithName(this.name + " Projector") as IMyProjector, $"Could not find '{this.name + " Projector Projector"}'"),
this.mainProcess,
this.log);
var pistons = new List <IMyPistonBase>();
gts.GetBlocksOfType(pistons, p => p.DisplayNameText == this.name + " Piston");
var welders = new List <IMyShipWelder>();
gts.GetBlocksOfType(welders, w => w.DisplayNameText == this.name + " Welder");
var lights = new List <IMyLightingBlock>();
gts.GetBlocksOfType(lights, l => l.DisplayNameText == this.name + " Light");
this.welder = new Welder(
AssertNonEmpty(pistons, $"Could not find any '{this.name + " Piston"}'"),
AssertNonNull(gts.GetBlockWithName(this.name + " Sensor") as IMySensorBlock, $"Could not find '{this.name + " Sensor"}'"),
AssertNonEmpty(welders, $"Could not find any '{this.name + " Welder"}'"),
AssertNonEmpty(lights, $"Could not find any '{this.name + " Light"}'"),
ini.Get(SECTION, "position-multiplier").ToInt32(1),
this.mainProcess);
this.inventoryManager = new InventoryManager(this.mainProcess, c => this.containersGetter(c, gts));
this.display = new FabricatorDisplay(
AssertNonNull(gts.GetBlockWithName(this.name + " Status Display") as IMyTextPanel, $"Could not find '{this.name + " Status Display"}'"),
AssertNonNull(gts.GetBlockWithName(this.name + " Mandatory Display") as IMyTextPanel, $"Could not find '{this.name + " Mandatory Display"}'"),
AssertNonNull(gts.GetBlockWithName(this.name + " Other Display") as IMyTextPanel, $"Could not find '{this.name + " Other Display"}'"),
this.name,
this.projector,
this.welder,
this.inventoryManager,
this.mainProcess
);
command.RegisterCommand(new Command("fab-deploy", Command.Wrap(this.deploy), "Deploys the blueprint dispenser"));
command.RegisterCommand(new Command("fab-retract", Command.Wrap(this.retract), "Deploys the blueprint dispenser"));
command.RegisterCommand(new Command("fab-step", Command.Wrap((Process p) => this.step(gts)), "Activates the welder"));
}
static void Main()
{
Car car = new Car
{
Make = "Scion",
Model = "xD",
Year = 2010
};
Mechanic mechanic = new Mechanic();
AutoShop shop = new AutoShop(mechanic);
shop.FixCar(car);
Welder welder = new Welder();
shop = new AutoShop(welder);
shop.FixCar(car);
}
public ActionResult Create(Welder welder)
{
if (ModelState.IsValid)
{
db.Welders.Add(welder);
db.SaveChanges();
return(RedirectToAction("Index"));
}
ViewBag.WelderLevels = Enum <WelderLevel> .GetSelectList();
List <int> years = new List <int>();
for (int i = 1940; i < 2010; i++)
{
years.Add(i);
}
ViewBag.Years = new SelectList(years);
return(View(welder));
}
public static float AddHealthOverride(LiveMixin live, float addHealth, Welder welder)
{
float result = 0f;
if ((live.IsAlive() || live.canResurrect) && live.health < live.maxHealth)
{
float num = live.health;
float newHealth = Math.Min(live.health + addHealth, live.maxHealth);
result = newHealth - num;
SimulationOwnership simulationOwnership = NitroxServiceLocator.LocateService <SimulationOwnership>();
NitroxId id = NitroxEntity.GetId(live.gameObject);
// For now, we only control the LiveMixin for vehicles (not even repair nodes at a cyclops)
// If we change that, this if should be removed!
Vehicle vehicle = live.GetComponent <Vehicle>();
if (vehicle)
{
if (simulationOwnership.HasAnyLockType(id))
{
result = live.AddHealth(addHealth);
}
else
{
// Another player simulates this entity. Send the weld info
Log.Debug($"Broadcast weld action for {id}");
NitroxServiceLocator.LocateService <LocalPlayer>().BroadcastWeld(id, addHealth);
}
}
else
{
result = live.AddHealth(addHealth);
}
}
return(result);
}
private bool DetermineTileAction(GameObject originator, Vector3 position, string hand)
{
metaTileMap = originator.GetComponentInParent <MetaTileMap>();
objectLayer = originator.GetComponentInParent <ObjectLayer>();
PlayerNetworkActions pna = originator.GetComponent <PlayerNetworkActions>();
Vector3Int pos = objectLayer.transform.InverseTransformPoint(position).RoundToInt();
pos.z = 0;
Vector3Int cellPos = baseTileMap.WorldToCell(position);
LayerTile tile = metaTileMap.GetTile(pos);
GameObject handObj = UIManager.Hands.CurrentSlot.Item;
// Nothing in hand, do nothing
if (handObj == null)
{
return(false);
}
if (tile != null)
{
switch (tile.TileType)
{
case TileType.Table:
{
Vector3 targetPosition = position;
targetPosition.z = -0.2f;
pna.CmdPlaceItem(hand, targetPosition, originator, true);
return(true);
}
case TileType.Floor:
{
//Crowbar
if (handObj.GetComponent <CrowbarTrigger>())
{
pna.CmdCrowBarRemoveFloorTile(originator, LayerType.Floors,
new Vector2(cellPos.x, cellPos.y), position);
return(true);
}
break;
}
case TileType.Base:
{
if (handObj.GetComponent <UniFloorTile>())
{
pna.CmdPlaceFloorTile(originator,
new Vector2(cellPos.x, cellPos.y), handObj);
return(true);
}
break;
}
case TileType.Window:
{
//Check Melee:
MeleeTrigger melee = windowTileMap.gameObject.GetComponent <MeleeTrigger>();
if (melee != null && melee.MeleeInteract(originator, hand))
{
return(true);
}
break;
}
case TileType.Grill:
{
//Check Melee:
MeleeTrigger melee = grillTileMap.gameObject.GetComponent <MeleeTrigger>();
if (melee != null && melee.MeleeInteract(originator, hand))
{
return(true);
}
break;
}
case TileType.Wall:
{
Welder welder = handObj.GetComponent <Welder>();
if (welder)
{
if (welder.isOn)
{
//Request to deconstruct from the server:
RequestTileDeconstructMessage.Send(originator, gameObject, TileType.Wall,
cellPos, position);
return(true);
}
}
break;
}
}
}
return(false);
}
//
// GET: /Welder/Details/5
public ViewResult Details(string id)
{
Welder welder = db.Welders.Find(id);
return(View(welder));
}
public WelderViewType(Welder welder)
{
this.welder = welder;
}
//
// GET: /Welder/Edit/5
public ActionResult Edit(string id)
{
Welder welder = db.Welders.Find(id);
return(View(welder));
}
} //private void OnDraw()
/*
* Editor Button Draw
*/
private void OnWeldButton()
{
//Making sure the editor is not on softlock or no parts are selected
if (EditorLogic.softLock || null == EditorLogic.SelectedPart)
{
GUI.Box(_editorButton, Constants.guiWeldLabel);
}
else
{
if (GUI.Button(_editorButton, Constants.guiWeldLabel))
{
//Lock editor
EditorLogic.fetch.Lock(true, true, true, "UBILOCK9213");
//process the welding
#if (DEBUG)
Debug.ClearDeveloperConsole();
#endif
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logVersion));
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logStartWeld));
Part selectedPart = EditorLogic.fetch.PartSelected;
bool warning = false;
_welder = new Welder();
WeldingReturn ret = _welder.weldThisPart(selectedPart);
if (0 > ret)
{
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logEndWeld));
_state = DisplayState.weldError;
return;
}
else
{
warning = warning || (0 < ret);
}
Part[] children = selectedPart.FindChildParts <Part>(true);
if (null != children)
{
foreach (Part child in children)
{
ret = _welder.weldThisPart(child);
if (0 > ret)
{
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logEndWeld));
_state = DisplayState.weldError;
return;
}
else
{
warning = warning || (0 < ret);
}
}
}
_welder.processNewCoM();
_scrollMod = Vector2.zero;
_scrollRes = Vector2.zero;
Debug.Log(string.Format("{0} {1}{2}", Constants.logPrefix, _welder.NbParts, Constants.logEndWeld));
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logEndWeld));
if (warning)
{
_state = DisplayState.weldWarning;
}
else
{
_catDropdown.SelectedItemIndex = (int)_welder.Category;
_state = DisplayState.infoWindow;
}
} // if (GUI.Button(_editorButton, Constants.guiWeldLabel))
} // elsef if (EditorLogic.softLock || null == EditorLogic.SelectedPart)
} //private void OnWeldButton()
/// <summary>
/// Just like Create, but will auto-interrupt progress if the welder runs out of fuel.
/// </summary>
/// <param name="progressActionConfig"></param>
/// <param name="onCompletion"></param>
/// <returns></returns>
public static StandardProgressAction CreateForWelder(StandardProgressActionConfig progressActionConfig,
Action onCompletion, Welder welder)
{
return(new StandardProgressAction(progressActionConfig, onCompletion, welder));
}
public bool Interact(PositionalHandApply interaction)
{
if (!DefaultWillInteract.PositionalHandApply(interaction, NetworkSide.Client))
{
return(false);
}
PlayerNetworkActions pna = interaction.Performer.GetComponent <PlayerNetworkActions>();
Vector3Int pos = objectLayer.transform.InverseTransformPoint(interaction.WorldPositionTarget).RoundToInt();
pos.z = 0;
Vector3Int cellPos = baseLayer.WorldToCell(interaction.WorldPositionTarget);
LayerTile tile = metaTileMap.GetTile(pos);
if (tile != null)
{
switch (tile.TileType)
{
case TileType.Table:
{
Vector3 targetPosition = interaction.WorldPositionTarget;
targetPosition.z = -0.2f;
pna.CmdPlaceItem(interaction.HandSlot.equipSlot, targetPosition, interaction.Performer, true);
return(true);
}
case TileType.Floor:
{
//Crowbar
if (Validations.IsTool(interaction.HandObject, ToolType.Crowbar))
{
pna.CmdCrowBarRemoveFloorTile(interaction.Performer, LayerType.Floors,
new Vector2(cellPos.x, cellPos.y), interaction.WorldPositionTarget);
return(true);
}
break;
}
case TileType.Base:
{
if (Validations.HasComponent <UniFloorTile>(interaction.HandObject))
{
pna.CmdPlaceFloorTile(interaction.Performer,
new Vector2(cellPos.x, cellPos.y), interaction.HandObject);
return(true);
}
break;
}
case TileType.Window:
{
//Check Melee:
Meleeable melee = windowLayer.gameObject.GetComponent <Meleeable>();
if (melee != null &&
melee.Interact(PositionalHandApply.ByLocalPlayer(gameObject)))
{
return(true);
}
break;
}
case TileType.Grill:
{
//Check Melee:
Meleeable melee = grillTileMap.gameObject.GetComponent <Meleeable>();
if (melee != null && melee.Interact(PositionalHandApply.ByLocalPlayer(gameObject)))
{
return(true);
}
break;
}
case TileType.Wall:
{
Welder welder = interaction.HandObject != null?interaction.HandObject.GetComponent <Welder>() : null;
if (welder != null)
{
if (welder.isOn)
{
//Request to deconstruct from the server:
RequestTileDeconstructMessage.Send(interaction.Performer, gameObject, TileType.Wall,
cellPos, interaction.WorldPositionTarget);
return(true);
}
}
break;
}
}
}
return(false);
}
public override GameObject GetGameObject()
{
try
{
GameObject gun = techpistol.darktest.LoadAsset <GameObject>("techpistol.prefab");
MeshRenderer[] allshader = gun.FindChild("HandGun").GetComponentsInChildren <MeshRenderer>();
foreach (MeshRenderer setshader in allshader)
{
setshader.material.shader = Shader.Find("MarmosetUBER");
setshader.material.SetColor("_Emission", new Color(1f, 1f, 1f));
}
gun.transform.Find("Cannonmode/shoot/shoo").gameObject.AgComponent <cool>();
gun.AgComponent <PrefabIdentifier>().ClassId = ClassID;
gun.AgComponent <LargeWorldEntity>().cellLevel = LargeWorldEntity.CellLevel.Near;
gun.AgComponent <Pickupable>().isPickupable = true;;
gun.AgComponent <TechTag>().type = TechType;
gun.AgComponent <Fixer>().techType = TechType;
gun.AgComponent <Fixer>().ClassId = ClassID;
WorldForces World = gun.AgComponent <WorldForces>();
Rigidbody body = gun.AgComponent <Rigidbody>();
World.underwaterGravity = 0;
World.useRigidbody = body;
EnergyMixin battery = gun.AgComponent <EnergyMixin>();
battery.storageRoot = gun.FindChild("BatteryRoot").AgComponent <ChildObjectIdentifier>();
battery.allowBatteryReplacement = true;
battery.compatibleBatteries = new List <TechType>
{
TechType.PrecursorIonBattery,
TechType.Battery,
TechType.PrecursorIonPowerCell,
TechType.PowerCell
};
battery.batteryModels = new EnergyMixin.BatteryModels[]
{
new EnergyMixin.BatteryModels
{
techType = TechType.PrecursorIonPowerCell,
model = gun.transform.Find("BatteryRoot/PrecursorIonPowerCell").gameObject
},
new EnergyMixin.BatteryModels
{
techType = TechType.Battery,
model = gun.transform.Find("BatteryRoot/Battery").gameObject
},
new EnergyMixin.BatteryModels
{
techType = TechType.PrecursorIonBattery,
model = gun.transform.Find("BatteryRoot/PrecursorIonBattery").gameObject
},
new EnergyMixin.BatteryModels
{
techType = TechType.PowerCell,
model = gun.transform.Find("BatteryRoot/PowerCell").gameObject
}
};
Gun biggun = gun.AgComponent <Gun>();
RepulsionCannon Boo = CraftData.InstantiateFromPrefab(TechType.RepulsionCannon).GetComponent <RepulsionCannon>();
StasisRifle Boo2 = CraftData.InstantiateFromPrefab(TechType.StasisRifle).GetComponent <StasisRifle>();
PropulsionCannon build = CraftData.InstantiateFromPrefab(TechType.PropulsionCannon).GetComponent <PropulsionCannon>();
Welder laserloop = CraftData.InstantiateFromPrefab(TechType.Welder).GetComponent <Welder>();
VFXFabricating vfxfabricating = gun.FindChild("HandGun").AgComponent <VFXFabricating>();
vfxfabricating.localMinY = -3f;
vfxfabricating.localMaxY = 3f;
vfxfabricating.posOffset = new Vector3(0f, 0, 0f);
vfxfabricating.eulerOffset = new Vector3(0f, 90f, -90f);
vfxfabricating.scaleFactor = 1f;
biggun.shoot1 = Boo.shootSound;
biggun.shoot2 = Boo2.fireSound;
biggun.xulikai = Boo2.chargeBegin;
biggun.modechang = build.shootSound;
biggun.laseroopS = laserloop.weldSound;
biggun.mainCollider = gun.GetComponent <BoxCollider>();
biggun.ikAimRightArm = true;
biggun.useLeftAimTargetOnPlayer = true;
UnityEngine.Object.Destroy(Boo2);
UnityEngine.Object.Destroy(build);
UnityEngine.Object.Destroy(Boo);
UnityEngine.Object.Destroy(laserloop);
return(gun);
}
catch
{
Console.WriteLine("初始化错误");
return(new GameObject());
}
}
private bool SeedOptional()
{
firstSetupRepo.BeginTransaction();
#region PlateManufacturers
PlateManufacturer[] plateManufacturers =
{
new PlateManufacturer {
Name = "Алапаевский металлургический завод", IsActive = true
},
new PlateManufacturer {
Name = "Альметьевский трубный завод", IsActive = true
},
new PlateManufacturer {
Name = "Борский трубный завод", IsActive = true
},
new PlateManufacturer {
Name = "Волжский трубный завод", IsActive = true
},
new PlateManufacturer {
Name = "Волгоградский трубный завод", IsActive = true
},
new PlateManufacturer {
Name = "Гурьевский металлургический завод", IsActive = true
},
new PlateManufacturer {
Name = "Завод Точлит", IsActive = true
}
};
Array.ForEach(plateManufacturers, s => firstSetupRepo.PlateManRepo.Save(s));
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Heat
List <Heat> heats = new List <Heat>();
for (int i = 0; i < HEATCOUNT; i++)
{
heats.Add
(
new Heat
{
Number = RndString(8),
SteelGrade = RndString(6),
PlateManufacturer = plateManufacturers[rnd.Next(plateManufacturers.Length - 1)],
IsActive = true
}
);
firstSetupRepo.HeatRepo.Save(heats[i]);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region PurchaseOrder
List <PurchaseOrder> orders = new List <PurchaseOrder>
{
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
}
};
orders.ForEach(s => firstSetupRepo.PurchaseRepo.Save(s));
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region MillPipe
List <Pipe> pipes = new List <Pipe>();
for (int i = 0; i < PIPECOUNT; i++)
{
var plate = new Plate
{
Number = RndString(8),
Thickness = rnd.Next(2000),
Heat = heats[rnd.Next(heats.Count - 1)],
IsActive = true
};
firstSetupRepo.PlateRepo.Save(plate);
var pipe = new Pipe
{
Number = RndString(8),
Plate = plate,
Mill = viewModel.MillName,
Diameter = types[0].Diameter,
WallThickness = types[0].Thickness,
Type = types[rnd.Next(1)],
PurchaseOrder = orders[orders.Count - 1],
Project = viewModel.Project,
Status = PipeMillStatus.Produced,
ProductionDate = DateTime.Now.AddDays(-rnd.Next(20)),
ToExport = true,
IsActive = true
};
pipe.RecalculateWeight();
var results = new List <PipeTestResult>();
foreach (var item in tests.Where(x => x.pipeType == pipe.Type))
{
var testResult = new PipeTestResult
{
Operation = item,
Pipe = pipe,
Status = PipeTestResultStatus.Scheduled
};
results.Add(testResult);
firstSetupRepo.PipeTestResultRepo.Save(testResult);
}
pipe.PipeTestResult = results;
pipes.Add(pipe);
if (pipes.Count % 4 == 0)
{
foreach (var item in pipe.PipeTestResult)
{
item.Status = PipeTestResultStatus.Passed;
}
pipe.Status = PipeMillStatus.Stocked;
pipe.ConstructionStatus = PartConstructionStatus.Pending;
pipe.IsAvailableToJoint = true;
}
firstSetupRepo.PipeRepo.Save(pipe);
}
;
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Inspector
List <Inspector> inspectors = new List <Inspector>();
for (int i = 0; i < INSPECTORCOUNT; i++)
{
var insp = new Inspector
{
Name = new PersonName
{
FirstName = RndName(fNames),
LastName = RndName(lNames),
MiddleName = RndName(mNames),
},
IsActive = true
};
insp.Certificates = CreateInspectorCertificates(insp, inspetorCertTypes);
inspectors.Add(insp);
firstSetupRepo.InspectorRepo.Save(insp);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Welder
List <Welder> welders = new List <Welder>();
for (int i = 0; i < WELDERCOUNT; i++)
{
var welder = new Welder
{
Grade = rnd.Next(6),
Name = new PersonName
{
FirstName = RndName(fNames),
LastName = RndName(lNames),
MiddleName = RndName(mNames),
},
Stamp = RndString(12),
Certificate = new Certificate
{
Number = RndString(14),
ExpirationDate = DateTime.Now.AddDays(rnd.Next(60)),
IsActive = true
},
IsActive = true
};
welders.Add(welder);
firstSetupRepo.WelderRepo.Save(welder);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region ComponentType
ComponentType[] componentTypes =
{
new ComponentType {
Name = "Заглушка", ConnectorsCount = 1, IsActive = true
},
new ComponentType {
Name = "Переходник", ConnectorsCount = 2, IsActive = true
},
new ComponentType {
Name = "Т - Соединение", ConnectorsCount = 3, IsActive = true
},
new ComponentType {
Name = "Тройник", ConnectorsCount = 3, IsActive = true
}
};
foreach (var item in componentTypes)
{
firstSetupRepo.ComponentTypeRepo.Save(item);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Component
List <Domain.Entity.Construction.Component> components = new List <Domain.Entity.Construction.Component>();
foreach (var type in componentTypes)
{
for (int i = 0; i < COMPONENTCOUNT; i++)
{
var component = CreateComponent(type);
firstSetupRepo.ComponentRepo.Save(component);
components.Add(component);
}
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Release
List <Prizm.Domain.Entity.Mill.ReleaseNote> releases = new List <Prizm.Domain.Entity.Mill.ReleaseNote>();
for (int i = 0; i < RELEASECOUNT; i++)
{
Prizm.Domain.Entity.Mill.ReleaseNote release = new Prizm.Domain.Entity.Mill.ReleaseNote
{
Number = RndString(10),
Shipped = false,
Date = DateTime.Now.AddDays(-rnd.Next(10)),
IsActive = true
};
release.Railcars = CreateRailcars(rnd.Next(2, 5));
firstSetupRepo.ReleaseRepo.Save(release);
}
#endregion
firstSetupRepo.Commit();
return(false);
}
} //private void OnDraw()
private void weldPart(Part partToWeld)
{
//Lock editor
EditorLogic.fetch.Lock(true, true, true, Constants.settingWeldingLock);
//process the welding
#if (DEBUG)
Debug.ClearDeveloperConsole();
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logVersion));
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logStartWeld));
#endif
bool warning = false;
_welder = new Welder();
partToWeld.transform.eulerAngles = Vector3.up;
WeldingReturn ret = _welder.weldThisPart(partToWeld);
if (ret < 0)
{
#if (DEBUG)
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logEndWeld));
#endif
_state = DisplayState.weldError;
return;
}
else
{
warning = warning || (0 < ret);
}
Part[] children = partToWeld.FindChildParts <Part>(true);
if (children != null)
{
foreach (Part child in children)
{
ret = _welder.weldThisPart(child);
if (ret < 0)
{
#if (DEBUG)
Debug.Log(string.Format("{0}{1}", Constants.logPrefix, Constants.logEndWeld));
#endif
_state = DisplayState.weldError;
return;
}
else
{
warning = warning || (0 < ret);
}
}
}
_welder.processNewCoM();
_techDropdown = WeldingHelpers.initTechDropDown(_welder.techList, _catListStyle, _techDropdown);
_scrollMod = Vector2.zero;
_scrollRes = Vector2.zero;
#if (DEBUG)
Debug.Log(string.Format("{0} {1} | {2} Parts welded", Constants.logPrefix, Constants.logEndWeld, _welder.NbParts));
#endif
if (warning)
{
Debug.Log(string.Format("{0} {1} | Warning", Constants.logPrefix, Constants.logEndWeld));
_state = DisplayState.weldWarning;
}
else
{
_catDropdown.SelectedItemIndex = (int)_welder.Category;
_state = DisplayState.infoWindow;
}
}
private bool SeedOptional()
{
//Required seed hasn't been performed for Master worksration type, but data are used in optional seed
if (viewModel.Project.WorkstationType == WorkstationType.Master)
{
SeedRequired();
}
firstSetupRepo.BeginTransaction();
#region SeamTypes
seamTypes = new List <SeamType>
{
new SeamType {
Name = "Бесшовный", IsActive = true, IsNative = true, Project = viewModel.Project
},
new SeamType {
Name = "Прямой", IsActive = true, IsNative = true, Project = viewModel.Project
},
new SeamType {
Name = "Спиралевидный", IsActive = true, IsNative = true, Project = viewModel.Project
},
};
foreach (var item in seamTypes)
{
firstSetupRepo.SeemTypeRepo.Save(item);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region InspectorCertificateTypes
inspetorCertTypes = new List <InspectorCertificateType>
{
new InspectorCertificateType {
Name = "Покрытия (Coating)", IsActive = true
},
new InspectorCertificateType {
Name = "РК (RT)", IsActive = true
},
new InspectorCertificateType {
Name = "ВИК (VT)", IsActive = true
},
new InspectorCertificateType {
Name = "УК (UT)", IsActive = true
},
new InspectorCertificateType {
Name = "НАКС (Welding Engineer)", IsActive = true
},
new InspectorCertificateType {
Name = "МК (MT)", IsActive = true
}
};
inspetorCertTypes.ForEach(s => firstSetupRepo.CertificateTypeRepo.Save(s));
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region PipeMillSyzeType
types = new List <PipeMillSizeType>
{
new PipeMillSizeType
{
Type = "1500 X 100500 X 50 - бесшовный",
IsActive = true,
Length = 9090,
Diameter = 1212,
Thickness = 12,
SeamType = seamTypes[0],
IsNative = true,
Project = viewModel.Project
},
new PipeMillSizeType
{
Type = "1500 X 100500 X 50 - Прямой",
IsActive = true,
Length = 9090,
Diameter = 1212,
Thickness = 12,
SeamType = seamTypes[1],
IsNative = true,
Project = viewModel.Project
},
};
types.ForEach(s => firstSetupRepo.SizeTypeRepo.Save(s));
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region PipeTestCategory
categories = new List <Category>
{
#region creating pipe test category
new Category {
Name = "Категория - 1", Fixed = false, Type = FixedCategory.Undefined, IsActive = true
},
new Category {
Name = "Категория - 2", Fixed = false, Type = FixedCategory.Undefined, IsActive = true
},
new Category {
Name = "Измерение длины", IsActive = true, Fixed = true, ResultType = "int", Type = FixedCategory.Length
},
new Category {
Name = "Контроль сварки", IsActive = true, Fixed = true, ResultType = "int", Type = FixedCategory.Weld
},
new Category {
Name = "Контроль внешнего покрытия", IsActive = true, Fixed = true, ResultType = "int", Type = FixedCategory.ExternalCoat
},
new Category {
Name = "Контроль внутреннего покрытия", IsActive = true, Fixed = true, ResultType = "int", Type = FixedCategory.InternalCoat
}
#endregion
};
foreach (var category in categories)
{
firstSetupRepo.CategoryRepo.Save(category);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region PipeTest
tests = new List <PipeTest>
{
#region creating pipetests for first pipe size type
new PipeTest
{
Code = "01",
Name = "Входной контроль листа",
Category = categories[0],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "02",
Name = "Сварка технологического шва",
Category = categories[3],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "03",
Name = "Сварка наружного шва",
Category = categories[3],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "04",
Name = "Сварка внутреннего шва",
Category = categories[3],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "05",
Name = "Экспандирование",
Category = categories[0],
ControlType = PipeTestControlType.Review,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "06",
Name = "Обработка торцов",
Category = categories[0],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "07",
Name = "Гидроиспытание",
Category = categories[0],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "08",
Name = "Рентген сварного шва",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.String,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "09",
Name = "АУЗК сварного шва",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.String,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "10",
Name = "РУЗК концов сварного шва",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.String,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "11",
Name = "МПК фаски",
Category = categories[1],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.String,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "12",
Name = "Наружный диаметр",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.Diapason,
MinExpected = 1217,
MaxExpected = 1221,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "13",
Name = "Длина трубы",
Category = categories[2],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Diapason,
MinExpected = 9000,
MaxExpected = 12400,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "21",
Name = "Нанесение наружного покрытия",
Category = categories[4],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "31",
Name = "Нанесение внутреннего покрытия",
Category = categories[5],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "41",
Name = "Складирование",
Category = categories[0],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[0],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
#endregion
#region creating pipetests for second pipe size type
new PipeTest
{
Code = "01",
Name = "Входной контроль листа",
Category = categories[0],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "02",
Name = "Сварка технологического шва",
Category = categories[3],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "03",
Name = "Сварка наружного шва",
Category = categories[3],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "04",
Name = "Сварка внутреннего шва",
Category = categories[3],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "05",
Name = "Экспандирование",
Category = categories[0],
ControlType = PipeTestControlType.Review,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "06",
Name = "Обработка торцов",
Category = categories[0],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "07",
Name = "Гидроиспытание",
Category = categories[0],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "08",
Name = "Рентген сварного шва",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.String,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "09",
Name = "АУЗК сварного шва",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.String,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "10",
Name = "РУЗК концов сварного шва",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.String,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "11",
Name = "МПК фаски",
Category = categories[1],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.String,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "12",
Name = "Наружный диаметр",
Category = categories[1],
ControlType = PipeTestControlType.Witness,
ResultType = PipeTestResultType.Diapason,
MinExpected = 1217,
MaxExpected = 1221,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "13",
Name = "Длина трубы",
Category = categories[2],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Diapason,
MinExpected = 9000,
MaxExpected = 12400,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "21",
Name = "Нанесение наружного покрытия",
Category = categories[4],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "31",
Name = "Нанесение внутреннего покрытия",
Category = categories[5],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
},
new PipeTest
{
Code = "41",
Name = "Складирование",
Category = categories[0],
ControlType = PipeTestControlType.Monitor,
ResultType = PipeTestResultType.Boolean,
pipeType = types[1],
IsActive = true,
FrequencyType = InspectionFrequencyType.R
}
#endregion
};
foreach (var test in tests)
{
firstSetupRepo.TestRepo.Save(test);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region PlateManufacturers
PlateManufacturer[] plateManufacturers =
{
new PlateManufacturer {
Name = "Алапаевский металлургический завод", IsActive = true, IsNative = true, Project = viewModel.Project
},
new PlateManufacturer {
Name = "Альметьевский трубный завод", IsActive = true, IsNative = true, Project = viewModel.Project
},
new PlateManufacturer {
Name = "Борский трубный завод", IsActive = true, IsNative = true, Project = viewModel.Project
},
new PlateManufacturer {
Name = "Волжский трубный завод", IsActive = true, IsNative = true, Project = viewModel.Project
},
new PlateManufacturer {
Name = "Волгоградский трубный завод", IsActive = true, IsNative = true, Project = viewModel.Project
},
new PlateManufacturer {
Name = "Гурьевский металлургический завод", IsActive = true, IsNative = true, Project = viewModel.Project
},
new PlateManufacturer {
Name = "Завод Точлит", IsActive = true
}
};
Array.ForEach(plateManufacturers, s => firstSetupRepo.PlateManRepo.Save(s));
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Heat
List <Heat> heats = new List <Heat>();
for (int i = 0; i < HEATCOUNT; i++)
{
heats.Add
(
new Heat()
{
Number = RndString(8),
SteelGrade = RndString(6),
PlateManufacturer = plateManufacturers[rnd.Next(plateManufacturers.Length - 1)],
IsActive = true
}
);
firstSetupRepo.HeatRepo.Save(heats[i]);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region PurchaseOrder
List <PurchaseOrder> orders = new List <PurchaseOrder>
{
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
},
new PurchaseOrder {
Number = RndString(5), Date = DateTime.Now.AddMonths(-rnd.Next(10)), IsActive = true
}
};
orders.ForEach(s => firstSetupRepo.PurchaseRepo.Save(s));
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region MillPipe
List <Pipe> pipes = new List <Pipe>();
for (int i = 0; i < PIPECOUNT; i++)
{
var plate = new Plate
{
Number = RndString(8),
Thickness = rnd.Next(2000),
Heat = heats[rnd.Next(heats.Count - 1)],
IsActive = true
};
firstSetupRepo.PlateRepo.Save(plate);
var pipe = new Pipe
{
Number = RndString(8),
Plate = plate,
Mill = viewModel.MillName,
Diameter = types[0].Diameter,
WallThickness = types[0].Thickness,
Type = types[rnd.Next(1)],
PurchaseOrder = orders[orders.Count - 1],
Project = viewModel.Project,
Status = PipeMillStatus.Produced,
ProductionDate = DateTime.Now.AddDays(-rnd.Next(20)),
IsActive = true
};
pipe.RecalculateWeight();
var results = new List <PipeTestResult>();
foreach (var item in tests.Where(x => x.pipeType == pipe.Type))
{
var testResult = new PipeTestResult
{
Operation = item,
Pipe = pipe,
Status = PipeTestResultStatus.Scheduled
};
results.Add(testResult);
firstSetupRepo.PipeTestResultRepo.Save(testResult);
}
pipe.PipeTestResult = results;
pipes.Add(pipe);
if (pipes.Count % 2 == 0)
{
foreach (var item in pipe.PipeTestResult)
{
item.Status = PipeTestResultStatus.Accepted;
if (item.Operation.Category.Type == FixedCategory.Length)
{
item.Value = PIPELENGHT.ToString();
}
}
pipe.Length = PIPELENGHT;
pipe.Status = PipeMillStatus.Stocked;
pipe.ConstructionStatus = PartConstructionStatus.Pending;
pipe.IsAvailableToJoint = true;
pipe.ToExport = true;
pipe.WallThickness = 12;
pipe.RecalculateWeight();
}
firstSetupRepo.PipeRepo.Save(pipe);
}
;
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Inspector
List <Inspector> inspectors = new List <Inspector>();
for (int i = 0; i < INSPECTORCOUNT; i++)
{
var insp = new Inspector
{
Name = new PersonName
{
FirstName = RndName(fNames),
LastName = RndName(lNames),
MiddleName = RndName(mNames),
},
IsActive = true
};
insp.Certificates = CreateInspectorCertificates(insp, inspetorCertTypes);
inspectors.Add(insp);
firstSetupRepo.InspectorRepo.Save(insp);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Welder
List <Welder> welders = new List <Welder>();
for (int i = 0; i < WELDERCOUNT; i++)
{
var welder = new Welder
{
Grade = rnd.Next(6),
Name = new PersonName
{
FirstName = RndName(fNames),
LastName = RndName(lNames),
MiddleName = RndName(mNames),
},
Stamp = RndString(12),
Certificate = new Certificate
{
Number = RndString(14),
ExpirationDate = DateTime.Now.AddDays(rnd.Next(60)),
IsActive = true
},
IsActive = true
};
welders.Add(welder);
firstSetupRepo.WelderRepo.Save(welder);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region ComponentType
ComponentType[] componentTypes =
{
new ComponentType {
Name = "Заглушка", ConnectorsCount = 1, IsActive = true
},
new ComponentType {
Name = "Переходник", ConnectorsCount = 2, IsActive = true
},
new ComponentType {
Name = "Т - Соединение", ConnectorsCount = 3, IsActive = true
},
new ComponentType {
Name = "Тройник", ConnectorsCount = 3, IsActive = true
}
};
foreach (var item in componentTypes)
{
firstSetupRepo.ComponentTypeRepo.Save(item);
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Component
List <Domain.Entity.Construction.Component> components = new List <Domain.Entity.Construction.Component>();
foreach (var type in componentTypes)
{
for (int i = 0; i < COMPONENTCOUNT; i++)
{
var component = CreateComponent(type);
firstSetupRepo.ComponentRepo.Save(component);
components.Add(component);
}
}
#endregion
firstSetupRepo.Commit();
firstSetupRepo.BeginTransaction();
#region Release
List <Prizm.Domain.Entity.Mill.ReleaseNote> releases = new List <Prizm.Domain.Entity.Mill.ReleaseNote>();
for (int i = 0; i < RELEASECOUNT; i++)
{
Prizm.Domain.Entity.Mill.ReleaseNote release = new Prizm.Domain.Entity.Mill.ReleaseNote
{
Number = RndString(10),
Shipped = false,
Date = DateTime.Now.AddDays(-rnd.Next(10)),
IsActive = true
};
release.Railcars = CreateRailcars(rnd.Next(2, 5));
firstSetupRepo.ReleaseRepo.Save(release);
}
#endregion
firstSetupRepo.Commit();
return(false);
}
private StandardProgressAction(StandardProgressActionConfig progressActionConfig, Action onCompletion, Welder welder = null)
{
this.progressActionConfig = progressActionConfig;
this.onCompletion = onCompletion;
this.welder = welder;
}
public void TestSaveSettings()
{
var notify = new Mock <IUserNotify>();
var repoPipeSize = new Mock <IMillPipeSizeTypeRepository>();
var repoPipeTests = new Mock <IPipeTestRepository>();
var repoWelders = new Mock <IWelderRepository>();
var repoInspectors = new Mock <IInspectorRepository>();
var repoManufacturers = new Mock <IPlateManufacturerRepository>();
var repoProjectSetting = new Mock <IProjectRepository>();
var repoUsers = new Mock <IUserRepository>();
var repoRoles = new Mock <IRoleRepository>();
var repoPerms = new Mock <IPermissionRepository>();
var repoCategory = new Mock <ICategoryRepository>();
var repoJointOperation = new Mock <IJointOperationRepository>();
var repoCertificateType = new Mock <ICertificateTypeRepository>();
var repoComponentType = new Mock <IComponentTypeRepository>();
var repoSeamType = new Mock <ISeamTypeRepository>();
var testProjectSetting = new Project()
{
IsNative = true
};
var testSizeType = new PipeMillSizeType();
var testWelder = new Welder();
var testManufacturer = new PlateManufacturer();
var testInspector = new Inspector();
var testUser = new User();
var testRole = new Role();
var testPerm = new Permission();
var modifiableView = new Mock <IModifiable>();
var jointOperations = new JointOperation();
var ctx = new Mock <ISecurityContext>();
repoPipeSize.Setup(_ => _.GetAll()).Returns(new List <PipeMillSizeType>()
{
testSizeType
});
repoWelders.Setup(_ => _.GetAll()).Returns(new List <Welder>()
{
testWelder
});
repoManufacturers.Setup(_ => _.GetAll()).Returns(new List <PlateManufacturer>()
{
testManufacturer
});
repoProjectSetting.Setup(_ => _.GetSingle()).Returns(testProjectSetting);
repoInspectors.Setup(_ => _.GetAll()).Returns(new List <Inspector>()
{
testInspector
});
repoUsers.Setup(_ => _.GetAll()).Returns(new List <User>()
{
testUser
});
repoRoles.Setup(_ => _.GetAll()).Returns(new List <Role>()
{
testRole
});
repoPerms.Setup(_ => _.GetAll()).Returns(new List <Permission>()
{
testPerm
});
repoJointOperation.Setup(_ => _.GetAll()).Returns(new List <JointOperation>()
{
jointOperations
});
repoCategory.Setup(x => x.GetAll()).Returns(new List <Category>()
{
new Category()
});
repoCertificateType.Setup(x => x.GetAll()).Returns(new List <InspectorCertificateType>()
{
new InspectorCertificateType()
});
repoComponentType.Setup(x => x.GetAll()).Returns(new List <ComponentType>()
{
new ComponentType()
});
Mock <ISettingsRepositories> settingsRepos = new Mock <ISettingsRepositories>();
settingsRepos.SetupGet(_ => _.PipeSizeTypeRepo).Returns(repoPipeSize.Object);
settingsRepos.SetupGet(_ => _.PipeTestRepo).Returns(repoPipeTests.Object);
settingsRepos.SetupGet(_ => _.WelderRepo).Returns(repoWelders.Object);
settingsRepos.SetupGet(_ => _.PlateManufacturerRepo).Returns(repoManufacturers.Object);
settingsRepos.SetupGet(_ => _.ProjectRepo).Returns(repoProjectSetting.Object);
settingsRepos.SetupGet(_ => _.InspectorRepo).Returns(repoInspectors.Object);
settingsRepos.SetupGet(_ => _.UserRepo).Returns(repoUsers.Object);
settingsRepos.SetupGet(_ => _.RoleRepo).Returns(repoRoles.Object);
settingsRepos.SetupGet(_ => _.PermissionRepo).Returns(repoPerms.Object);
settingsRepos.SetupGet(_ => _.JointRepo).Returns(repoJointOperation.Object);
settingsRepos.SetupGet(x => x.СategoryRepo).Returns(repoCategory.Object);
settingsRepos.SetupGet(x => x.CertificateTypeRepo).Returns(repoCertificateType.Object);
settingsRepos.SetupGet(x => x.ComponentTypeRepo).Returns(repoComponentType.Object);
settingsRepos.SetupGet(x => x.SeamTypeRepo).Returns(repoSeamType.Object);
var viewModel = new SettingsViewModel(settingsRepos.Object, notify.Object, ctx.Object);
viewModel.ModifiableView = modifiableView.Object;
viewModel.LoadData();
viewModel.ModifiableView = modifiableView.Object;
var validatable = new Mock <IValidatable>();
validatable.Setup(x => x.Validate()).Returns(true);
viewModel.validatableView = validatable.Object;
var command = new SaveSettingsCommand(viewModel, settingsRepos.Object, notify.Object, ctx.Object);
command.Execute();
settingsRepos.Verify(_ => _.BeginTransaction(), Times.Once());
repoPipeSize.Verify(_ => _.SaveOrUpdate(testSizeType), Times.Once());
settingsRepos.Verify(_ => _.Commit(), Times.Once());
repoPipeSize.Verify(_ => _.Evict(testSizeType), Times.Once());
repoWelders.Verify(_ => _.SaveOrUpdate(testWelder), Times.Once());
repoWelders.Verify(_ => _.Evict(testWelder), Times.Once());
repoManufacturers.Verify(_ => _.SaveOrUpdate(testManufacturer), Times.Once());
repoManufacturers.Verify(_ => _.Evict(testManufacturer), Times.Once());
repoProjectSetting.Verify(_ => _.SaveOrUpdate(testProjectSetting), Times.Once());
repoProjectSetting.Verify(_ => _.Evict(testProjectSetting), Times.Once());
repoInspectors.Verify(_ => _.SaveOrUpdate(testInspector), Times.Once());
repoInspectors.Verify(_ => _.Evict(testInspector), Times.Once());
repoUsers.Verify(_ => _.SaveOrUpdate(testUser), Times.Once());
repoUsers.Verify(_ => _.Evict(testUser), Times.Once());
repoRoles.Verify(_ => _.SaveOrUpdate(testRole), Times.Once());
repoRoles.Verify(_ => _.Evict(testRole), Times.Once());
}
} //private void OnDraw()
private void weldPart(Part partToWeld)
{
//Lock editor
EditorLockManager.lockEditor(Constants.settingWeldingLock);
//process the welding
#if (DEBUG)
Debug.ClearDeveloperConsole();
Log.info("{0}", Constants.logVersion);
Log.info("{0}", Constants.logStartWeld);
#endif
bool warning = false;
_welder = new Welder();
_welder.init();
partToWeld.transform.eulerAngles = Vector3.zero;
WeldingReturn ret = 0;
if (!WeldingHelpers.DoesTextContainRegex(partToWeld.name, "strutConnector"))
{
ret = _welder.weldThisPart(partToWeld);
}
if (ret < 0)
{
Log.dbg("{0}", Constants.logEndWeld);
this.state = DisplayState.weldError;
return;
}
else
{
warning = warning || (0 < ret);
}
Part[] children = partToWeld.FindChildParts <Part>(true);
if (children != null)
{
foreach (Part child in children)
{
if (!WeldingHelpers.DoesTextContainRegex(child.name, "strutConnector"))
{
ret = _welder.weldThisPart(child);
}
if (ret < 0)
{
Log.dbg("{0}", Constants.logEndWeld);
this.state = DisplayState.weldError;
return;
}
else
{
warning = warning || (0 < ret);
}
}
}
_welder.processNewCoM();
_welder.prepDecals(_welder.moduleList);
if (_welder.isMeshSwitchRequired)
{
_welder.prepareWeldedMeshSwitchModule(_welder.moduleList);
}
_techDropdown = WeldingHelpers.initTechDropDown(_welder.techList, _guiStyle, _techDropdown);
if (_welder.vesselTypeList.Count > 0)
{
_vesselTypeDropdown = WeldingHelpers.initVesselTypeDropDown(_welder.vesselTypeList, _guiStyle, _vesselTypeDropdown);
}
_scrollMod = Vector2.zero;
_scrollRes = Vector2.zero;
Log.dbg("| {0} Parts welded", _welder.NbParts);
if (warning)
{
Log.dbg(Constants.logEndWeld);
this.state = DisplayState.weldWarning;
}
else
{
Log.dbg("welder.Category: {0}", (int)_welder.Category);
_catDropdown.SelectedItemIndex = (int)_welder.Category;
this.state = DisplayState.infoWindow;
}
}
private void Start()
{
welder = GetComponent <Welder>();
}
private bool DetermineTileAction(GameObject originator, Vector3 position, string hand)
{
metaTileMap = originator.GetComponentInParent <MetaTileMap>();
objectLayer = originator.GetComponentInParent <ObjectLayer>();
PlayerNetworkActions pna = originator.GetComponent <PlayerNetworkActions>();
Vector3Int pos = objectLayer.transform.InverseTransformPoint(position).RoundToInt();
pos.z = 0;
Vector3Int cellPos = baseTileMap.WorldToCell(position);
LayerTile tile = metaTileMap.GetTile(pos);
GameObject handObj;
//if we are client, our pna.Inventory is always empty so we should get the hand item a different way
if (!isServer)
{
if (originator != PlayerManager.LocalPlayer)
{
Logger.LogError("Client is attempting to determine the tile actions of a player other than" +
" themselves. This should not happen and should be fixed. Client should only determine their own" +
" actions.");
return(false);
}
else
{
handObj = UIManager.InventorySlots[hand].Item;
}
}
else
{
handObj = pna.Inventory[hand].Item;
}
// Nothing in hand, do nothing
if (handObj == null)
{
return(false);
}
if (tile != null)
{
switch (tile.TileType)
{
case TileType.Table:
{
Vector3 targetPosition = position;
targetPosition.z = -0.2f;
pna.CmdPlaceItem(hand, targetPosition, originator, true);
return(true);
}
case TileType.Floor:
{
//Crowbar
if (handObj.GetComponent <CrowbarTrigger>())
{
pna.CmdCrowBarRemoveFloorTile(originator, LayerType.Floors,
new Vector2(cellPos.x, cellPos.y), position);
return(true);
}
break;
}
case TileType.Base:
{
if (handObj.GetComponent <UniFloorTile>())
{
pna.CmdPlaceFloorTile(originator,
new Vector2(cellPos.x, cellPos.y), handObj);
return(true);
}
break;
}
case TileType.Window:
{
//Check Melee:
MeleeTrigger melee = windowTileMap.gameObject.GetComponent <MeleeTrigger>();
if (melee != null && melee.MeleeInteract(originator, hand))
{
return(true);
}
break;
}
case TileType.Grill:
{
//Check Melee:
MeleeTrigger melee = grillTileMap.gameObject.GetComponent <MeleeTrigger>();
if (melee != null && melee.MeleeInteract(originator, hand))
{
return(true);
}
break;
}
case TileType.Wall:
{
Welder welder = handObj.GetComponent <Welder>();
if (welder)
{
if (welder.isOn)
{
//Request to deconstruct from the server:
RequestTileDeconstructMessage.Send(originator, gameObject, TileType.Wall,
cellPos, position);
return(true);
}
}
break;
}
}
}
return(false);
}
public void TestJointNewEdit()
{
var modifiableView = new Mock <IModifiable>();
var notify = new Mock <IUserNotify>();
var repoJoint = new Mock <IJointRepository>();
var repoJointTestResult = new Mock <IJointTestResultRepository>();
var repoJointWeldResult = new Mock <IJointWeldResultRepository>();
var repoJointOperation = new Mock <IJointOperationRepository>();
var repoInspector = new Mock <IInspectorRepository>();
var repoWelder = new Mock <IWelderRepository>();
var repoAdo = new Mock <IMillReportsRepository>();
var securityCtx = new Mock <ISecurityContext>();
var repoSpool = new Mock <ISpoolRepository>();
var repoPipe = new Mock <IPipeRepository>();
var repoComponent = new Mock <IComponentRepository>();
var joint = new Prizm.Domain.Entity.Construction.Joint()
{
Status = Domain.Entity.Construction.JointStatus.Withdrawn
};
BindingList <JointOperation> operations = new BindingList <JointOperation>();
Mock <IConstructionRepository> repoConstruction = new Mock <IConstructionRepository>();
repoConstruction.SetupGet(_ => _.RepoJoint).Returns(repoJoint.Object);
repoConstruction.SetupGet(_ => _.RepoJointTestResult).Returns(repoJointTestResult.Object);
repoConstruction.SetupGet(_ => _.RepoJointWeldResult).Returns(repoJointWeldResult.Object);
repoConstruction.SetupGet(_ => _.RepoJointOperation).Returns(repoJointOperation.Object);
repoConstruction.SetupGet(_ => _.RepoInspector).Returns(repoInspector.Object);
repoConstruction.SetupGet(_ => _.RepoWelder).Returns(repoWelder.Object);
repoConstruction.SetupGet(_ => _.RepoSpool).Returns(repoSpool.Object);
repoConstruction.SetupGet(_ => _.RepoPipe).Returns(repoPipe.Object);
repoConstruction.SetupGet(_ => _.RepoComponent).Returns(repoComponent.Object);
repoJointOperation.Setup(_ => _.GetControlOperations()).Returns(operations);
repoJointOperation.Setup(_ => _.GetRepairOperations()).Returns(operations);
repoJoint.Setup(_ => _.GetActiveByNumber(joint)).Returns(new List <Prizm.Domain.Entity.Construction.Joint>());
repoSpool.Setup(_ => _.Get(It.IsAny <Guid>())).Returns(new Domain.Entity.Construction.Spool());
repoAdo.Setup(x => x.GetPipelineElements()).Returns(new System.Data.DataTable());
modifiableView.SetupGet(x => x.IsModified).Returns(false);
var viewModel = new JointNewEditViewModel(repoConstruction.Object, notify.Object, Guid.Empty, repoAdo.Object, securityCtx.Object);
viewModel.Joint = joint;
viewModel.FirstElement = new PartData();
viewModel.SecondElement = new PartData();
viewModel.ModifiableView = modifiableView.Object;
var validatable = new Mock <IValidatable>();
validatable.Setup(x => x.Validate()).Returns(true);
viewModel.ValidatableView = validatable.Object;
viewModel.Joint.LoweringDate = DateTime.Now;
viewModel.Joint.Number = string.Empty;
var welder = new Welder();
var weldResult = new JointWeldResult();
weldResult.Welders.Add(welder);
weldResult.IsCompleted = true;
viewModel.JointWeldResults.Add(weldResult);
var command = new SaveJointCommand(repoConstruction.Object, viewModel, notify.Object, securityCtx.Object);
command.Execute();
repoConstruction.Verify(_ => _.BeginTransaction(), Times.Once());
repoJoint.Verify(_ => _.SaveOrUpdate(It.IsAny <Prizm.Domain.Entity.Construction.Joint>()), Times.Once());
repoConstruction.Verify(_ => _.Commit(), Times.Once());
repoJoint.Verify(_ => _.Evict(It.IsAny <Prizm.Domain.Entity.Construction.Joint>()), Times.Once());
}