package sandbox

import (
	"eta/eta_hub/models/sandbox"
)

// ContentStruct 沙盘内容结构体
type ContentStruct struct {
	Cells []struct {
		Attrs struct {
			Line struct {
				SourceMarker    bool   `json:"sourceMarker"`
				Stroke          string `json:"stroke"`
				StrokeDasharray string `json:"strokeDasharray"`
			} `json:"line"`
			Rect struct {
				Fill            string      `json:"fill"`
				Stroke          string      `json:"stroke"`
				StrokeDasharray interface{} `json:"strokeDasharray"`
				StrokeWidth     int64       `json:"strokeWidth"`
			} `json:"rect"`
			Text struct {
				Fill       string  `json:"fill"`
				FontSize   float64 `json:"fontSize"`
				FontWeight string  `json:"fontWeight"`
				LineHeight float64 `json:"lineHeight"`
				Text       string  `json:"text"`
				TextWrap   struct {
					Text  string `json:"text"`
					Width int64  `json:"width"`
				} `json:"textWrap"`
			} `json:"text"`
		} `json:"attrs"`
		Data struct {
			Key string `json:"key"`
		} `json:"data"`
		ID    string `json:"id"`
		Ports struct {
			Groups struct {
				Port_bottom struct {
					Attrs struct {
						Circle struct {
							Fill        string `json:"fill"`
							Magnet      bool   `json:"magnet"`
							R           int64  `json:"r"`
							Stroke      string `json:"stroke"`
							StrokeWidth int64  `json:"strokeWidth"`
						} `json:"circle"`
					} `json:"attrs"`
					Position string `json:"position"`
					ZIndex   int64  `json:"zIndex"`
				} `json:"port-bottom"`
				Port_left struct {
					Attrs struct {
						Circle struct {
							Fill        string `json:"fill"`
							Magnet      bool   `json:"magnet"`
							R           int64  `json:"r"`
							Stroke      string `json:"stroke"`
							StrokeWidth int64  `json:"strokeWidth"`
						} `json:"circle"`
					} `json:"attrs"`
					Position string `json:"position"`
					ZIndex   int64  `json:"zIndex"`
				} `json:"port-left"`
				Port_right struct {
					Attrs struct {
						Circle struct {
							Fill        string `json:"fill"`
							Magnet      bool   `json:"magnet"`
							R           int64  `json:"r"`
							Stroke      string `json:"stroke"`
							StrokeWidth int64  `json:"strokeWidth"`
						} `json:"circle"`
					} `json:"attrs"`
					Position string `json:"position"`
					ZIndex   int64  `json:"zIndex"`
				} `json:"port-right"`
				Port_top struct {
					Attrs struct {
						Circle struct {
							Fill        string `json:"fill"`
							Magnet      bool   `json:"magnet"`
							R           int64  `json:"r"`
							Stroke      string `json:"stroke"`
							StrokeWidth int64  `json:"strokeWidth"`
						} `json:"circle"`
					} `json:"attrs"`
					Position string `json:"position"`
					ZIndex   int64  `json:"zIndex"`
				} `json:"port-top"`
			} `json:"groups"`
			Items []struct {
				Group string `json:"group"`
				ID    string `json:"id"`
			} `json:"items"`
		} `json:"ports"`
		Position struct {
			X float64 `json:"x"`
			Y float64 `json:"y"`
		} `json:"position"`
		Shape string `json:"shape"`
		Size  struct {
			Height float64 `json:"height"`
			Width  float64 `json:"width"`
		} `json:"size"`
		Source struct {
			Cell string `json:"cell"`
			Port string `json:"port"`
		} `json:"source"`
		Target struct {
			Cell string `json:"cell"`
			Port string `json:"port"`
		} `json:"target"`
		ZIndex int64 `json:"zIndex"`
	} `json:"cells"`
}

type SendBoxNodeData struct {
	linkData []SandBoxLinkData `json:"linkData"`
	linkFold bool              `json:"linkFold"`
}

type SandBoxLinkData struct {
	RId          string              `json:"RId"`
	Id           int                 `json:"Id"`
	Name         string              `json:"Name"`
	Type         int                 `json:"Type"`
	Editing      bool                `json:"editing"`
	DatabaseType int                 `json:"databaseType"`
	DetailParams SandBoxDetailParams `json:"detailParams"`
}

type SandBoxDetailParams struct {
	Code       string `json:"code"`
	Id         int    `json:"id"`
	ClassifyId int    `json:"classifyId"`
}

func sandboxClassifyHaveChild(allNode []*sandbox.SandboxClassifyItems, node *sandbox.SandboxClassifyItems) (childs []*sandbox.SandboxClassifyItems, yes bool) {
	for _, v := range allNode {
		if v.ParentId == node.SandboxClassifyId {
			childs = append(childs, v)
		}
	}
	if len(childs) > 0 {
		yes = true
	}
	return
}

func SandboxClassifyItemsMakeTree(allNode []*sandbox.SandboxClassifyItems, node *sandbox.SandboxClassifyItems) {

	childs, _ := sandboxClassifyHaveChild(allNode, node) //判断节点是否有子节点并返回
	if len(childs) > 0 {

		node.Children = append(node.Children, childs[0:]...) //添加子节点
		for _, v := range childs {                           //查询子节点的子节点，并添加到子节点
			_, has := sandboxClassifyHaveChild(allNode, v)
			if has {
				SandboxClassifyItemsMakeTree(allNode, v) //递归添加节点
			} else {
				childrenArr := make([]*sandbox.SandboxClassifyItems, 0)
				v.Children = childrenArr
			}
		}
	} else {
		childrenArr := make([]*sandbox.SandboxClassifyItems, 0)
		node.Children = childrenArr
	}
}

func SandboxClassifyItemsMakeTreeV2(allNode []*sandbox.SandboxClassifyItems, node *sandbox.SandboxClassifyItems) {

	childs, _ := sandboxClassifyHaveChildV2(allNode, node) //判断节点是否有子节点并返回
	if len(childs) > 0 {

		node.Children = append(node.Children, childs[0:]...) //添加子节点
		for _, v := range childs {                           //查询子节点的子节点，并添加到子节点
			_, has := sandboxClassifyHaveChildV2(allNode, v)
			if has {
				SandboxClassifyItemsMakeTreeV2(allNode, v) //递归添加节点
			}
		}
	}
}

func sandboxClassifyHaveChildV2(allNode []*sandbox.SandboxClassifyItems, node *sandbox.SandboxClassifyItems) (childs []*sandbox.SandboxClassifyItems, yes bool) {
	for _, v := range allNode {
		if v.ParentId == node.SandboxClassifyId && node.SandboxId == 0 {
			childs = append(childs, v)
		}
	}
	if len(childs) > 0 {
		yes = true
	}
	return
}