public IEnumerator FindOne()
{
yield return(new WaitForSecondsRealtime(2));
// By id
Assert.IsTrue(REbase.Find("#CanvasSuperior").Length == 1);
Assert.IsTrue(REbase.FindOne("#CanvasSuperior") != null);
// By id
Assert.IsTrue(REbase.Find("#ImagenSuperior").Length == 1);
Assert.IsTrue(REbase.FindOne("#ImagenSuperior") != null);
// By id
Assert.IsTrue(REbase.Find("#PanelBack").Length == 1);
Assert.IsTrue(REbase.FindOne("#PanelBack") != null);
yield return(new WaitForSecondsRealtime(2));
}
public IEnumerator Hooks_GenerateChildWithUseState()
{
var listState = new UseState <List <string> >(new List <string>());
// A Component
REcanvas MainReactorComponent()
{
return(new REcanvas
{
propsId = () => new REcanvas.IdSetter
{
id = "MainCanvas",
},
useState = new IuseState[]
{
listState,
},
childs = () => listState.value.Select(c =>
new REtext
{
propsId = () => new REtext.IdSetter
{
id = c + "Num",
},
propsText = () => new REtext.TextSetter
{
text = c,
}
}
),
});
}
var routerProve = MainReactorComponent();
yield return(new WaitForSecondsRealtime(1));
// Draw the component
Debug.Log("Drawing");
routerProve.Draw();
// First check
Debug.Log("Childs: " + REbase.FindOne("#MainCanvas").childs.Length);
Assert.IsTrue(REbase.FindOne("#MainCanvas").childs.Length == 0);
// Simulate the fetch
yield return(new WaitForSecondsRealtime(1));
var fetchData = new List <string>
{
"Six",
"Seven",
"Eight",
"Nine",
};
// Draw again the component
Debug.Log("UseState: " + listState.value.Count());
listState.SetState(fetchData);
// Check
Debug.Log("Childs: " + REbase.FindOne("#MainCanvas").childs.Length);
Assert.IsTrue(REbase.FindOne("#MainCanvas").childs.Length == 4);
Debug.Log("Childs");
foreach (var word in listState.value)
{
//Debug.Log("Child: " + "#" + word + "Num" + " == " + word);
//Debug.Log("Child: " + ReactorElement.Find<REtext.Selector>("#" + word + "Num")[0].textCmp.text + " == " + word);
Assert.IsTrue(REtext.FindOne("#" + word + "Num").textCmp.text == word);
}
yield return(new WaitForSecondsRealtime(2));
routerProve.Erase();
}
public IEnumerator GenerateChildsFromArrayOfClasses()
{
var levels = new Level[]
{
new Level
{
number = 1,
name = "LevelOne",
time = 12f,
},
new Level
{
number = 2,
name = "LevelTwo",
time = 15.3f,
},
new Level
{
number = 3,
name = "LevelThree",
time = 12.12f,
},
new Level
{
number = 4,
name = "LevelFour",
time = 0f,
},
};
// A Component
REcanvas MainReactorComponent()
{
return(new REcanvas
{
childs = () => levels.Select(c =>
new REpanel
{
propsId = () => new REpanel.IdSetter
{
id = c.number + "",
},
childs = () => new REbase[]
{
new REtext
{
propsText = () => new REtext.TextSetter
{
text = c.name,
}
},
new REimage(),
new REtext
{
propsText = () => new REtext.TextSetter
{
text = "Time: " + c.time,
}
}
}
}
),
});
}
var routerProve = MainReactorComponent();
yield return(new WaitForSecondsRealtime(1));
Debug.Log("Drawing");
routerProve.Draw();
Assert.IsTrue(REbase.FindOne("#" + levels[0].number + "").brothersSelector.Length == 4);
Debug.Log("Childs");
foreach (var level in levels)
{
//Debug.Log("Child: " + "#" + word + "Num" + " == " + word);
//Debug.Log("Child: " + ReactorElement.Find<REtext.Selector>("#" + word + "Num")[0].textCmp.text + " == " + word);
Assert.IsTrue(((REtext.Selector)REbase.FindOne("#" + level.number + "").childs[0]).textCmp.text == level.name);
Assert.IsTrue(((REtext.Selector)REbase.FindOne("#" + level.number + "").childs[2]).textCmp.text == "Time: " + level.time);
}
routerProve.Erase();
}
public IEnumerator Hooks_UseState_GenerateChildWithUseState_ManualTriggerToChange()
{
var listState = new UseState <List <string> >(new List <string>());
// A Component
REcanvas MainReactorComponent()
{
return(new REcanvas
{
propsId = () => new REcanvas.IdSetter
{
id = "MainCanvas",
},
useState = new IuseState[]
{
listState,
},
childs = () => listState.value.Select(c =>
new REtext
{
propsId = () => new REtext.IdSetter
{
id = c + "Num",
},
propsText = () => new REtext.TextSetter
{
text = c,
}
}
),
});
}
var routerProve = MainReactorComponent();
yield return(new WaitForSecondsRealtime(1));
// Draw the component
Debug.Log("Drawing");
routerProve.Draw();
// First check
Debug.Log("Childs: " + REbase.FindOne("#MainCanvas").childs.Length);
Assert.IsTrue(REbase.FindOne("#MainCanvas").childs.Length == 0);
// usestate the component adding elements to the list manually
Debug.Log("UseState: " + listState.value.Count());
listState.value.Add("Dog");
listState.value.Add("Cat");
// Check, childs are 0, because the useState will not trigger if .SetState is not used
Debug.Log("Childs: " + REbase.FindOne("#MainCanvas").childs.Length);
Assert.IsTrue(REbase.FindOne("#MainCanvas").childs.Length == 0);
// But can be triggered manually
listState.Trigger();
// Check, childs are 2, because the useState will not trigger if .SetState is not used
Debug.Log("Childs: " + REbase.FindOne("#MainCanvas").childs.Length);
Assert.IsTrue(REbase.FindOne("#MainCanvas").childs.Length == 2);
yield return(new WaitForSecondsRealtime(2));
routerProve.Erase();
}
public IEnumerator Hooks_UseState_InDisabledCanvas()
{
var alphaState = new UseState <float>(0f);
// A Component
REcanvas MainReactorComponent()
{
return(new REcanvas
{
propsId = () => new REcanvas.IdSetter
{
id = "ProveCanvas"
},
propsCanvasGroup = () => new REcanvas.CanvasGroupSetter
{
alpha = alphaState.value,
},
useState = new IuseState[]
{
alphaState,
},
childs = () => new REbase[] {
new REtext(),
},
});
}
var routerProve = MainReactorComponent();
yield return(new WaitForSecondsRealtime(1));
// Drawing the component
Debug.Log("Drawing");
routerProve.Draw();
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == 0f);
yield return(new WaitForSecondsRealtime(1));
// Hide the element
routerProve.Disable();
Assert.IsFalse(REbase.FindOne("#ProveCanvas").gameObject.activeSelf);
// Change the states
alphaState.SetState(.33f);
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .33f);
// Will disable after one frame, because need to be active to calculate all the rect transform parameters
yield return(new WaitForSecondsRealtime(.3f));
Assert.IsFalse(REbase.FindOne("#ProveCanvas").gameObject.activeSelf);
alphaState.SetState(.66f);
// Will disable after one frame, because need to be active to calculate all the rect transform parameters
yield return(new WaitForSecondsRealtime(.3f));
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .66f);
Assert.IsFalse(REbase.FindOne("#ProveCanvas").gameObject.activeSelf);
alphaState.PrevState();
// Will disable after one frame, because need to be active to calculate all the rect transform parameters
yield return(new WaitForSecondsRealtime(.3f));
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .33f);
Assert.IsFalse(REbase.FindOne("#ProveCanvas").gameObject.activeSelf);
// Enable and check
routerProve.Enable();
// Will disable after one frame, because need to be active to calculate all the rect transform parameters
yield return(new WaitForSecondsRealtime(.3f));
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .33f);
Assert.IsTrue(REbase.FindOne("#ProveCanvas").gameObject.activeSelf);
yield return(new WaitForSecondsRealtime(2));
routerProve.Erase();
}
public IEnumerator Hooks_UseState_InHidedCanvas()
{
var alphaState = new UseState <float>(0f);
// A Component
REcanvas MainReactorComponent()
{
return(new REcanvas
{
propsId = () => new REcanvas.IdSetter
{
id = "ProveCanvas"
},
propsCanvasGroup = () => new REcanvas.CanvasGroupSetter
{
alpha = alphaState.value,
},
useState = new IuseState[]
{
alphaState,
},
childs = () => new REbase[] {
new REtext(),
},
});
}
var routerProve = MainReactorComponent();
yield return(new WaitForSecondsRealtime(1));
// Drawing the component
Debug.Log("Drawing");
routerProve.Draw();
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == 0f);
yield return(new WaitForSecondsRealtime(1));
// Hide the element
routerProve.Hide();
Assert.IsFalse(REbase.FindOne("#ProveCanvas").rootCanvasSelector.canvas.enabled);
// Change the states
alphaState.SetState(.33f);
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .33f);
Assert.IsFalse(REcanvas.FindOne("#ProveCanvas").rootCanvasSelector.canvas.enabled);
alphaState.SetState(.66f);
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .66f);
Assert.IsFalse(REcanvas.FindOne("#ProveCanvas").rootCanvasSelector.canvas.enabled);
alphaState.PrevState();
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .33f);
Assert.IsFalse(REcanvas.FindOne("#ProveCanvas").rootCanvasSelector.canvas.enabled);
// Enable and check
routerProve.Show();
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").canvasGroup.alpha == .33f);
Assert.IsTrue(REcanvas.FindOne("#ProveCanvas").rootCanvasSelector.canvas.enabled);
yield return(new WaitForSecondsRealtime(2));
routerProve.Erase();
}
public IEnumerator Hooks_UseState_InDisabledElements()
{
var wordState = new UseState <string>("Hola a todos !!");
// A Component
REcanvas MainReactorComponent()
{
return(new REcanvas
{
childs = () => new REbase[] {
new REtext {
propsId = () => new REtext.IdSetter {
id = "ProveText"
},
propsText = () => new REtext.TextSetter {
text = wordState.value,
},
useState = new IuseState[] {
wordState,
},
},
},
});
}
var routerProve = MainReactorComponent();
yield return(new WaitForSecondsRealtime(1));
// Drawing the component
Debug.Log("Drawing");
routerProve.Draw();
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "Hola a todos !!");
yield return(new WaitForSecondsRealtime(1));
// Hide the element
routerProve.Disable();
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
// Change the states
wordState.SetState("NewWord");
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "NewWord");
wordState.SetState("OtherWord");
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "OtherWord");
wordState.PrevState();
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "NewWord");
wordState.SetState("OtherWord");
wordState.SetState("Word");
wordState.SetState("LastWord");
wordState.SetState("FinalWord");
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "FinalWord");
wordState.PrevState(1);
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "LastWord");
wordState.PrevState(2);
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "OtherWord");
wordState.PrevState(10);
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "Hola a todos !!");
wordState.PrevState();
Debug.Log("Check");
Assert.IsFalse(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "Hola a todos !!");
Debug.Log("Check");
// Enable and check
routerProve.Enable();
Assert.IsTrue(REbase.FindOne("#ProveText").gameObject.activeInHierarchy);
Assert.IsTrue(REtext.FindOne("#ProveText").textCmp.text == "Hola a todos !!");
Debug.Log("Check");
yield return(new WaitForSecondsRealtime(2));
routerProve.Erase();
}