Merge pull request #1200 from Calinou/add-systemd-timer-section

[micro.git] / cmd / micro / split_tree.go

diff --git a/cmd/micro/split_tree.go b/cmd/micro/split_tree.go
index c089fd8fd94084c785d5f537d4b8e316113135f6..e34c37f1335865b1d146557afd922c1a61da94b2 100644 (file)
--- a/cmd/micro/split_tree.go
+++ b/cmd/micro/split_tree.go
@@ -70,9 +70,9 @@ func (l *LeafNode) VSplit(buf *Buffer, splitIndex int) {
                copy(l.parent.children[splitIndex+1:], l.parent.children[splitIndex:])
                l.parent.children[splitIndex] = NewLeafNode(newView, l.parent)
 
-               tab.views = append(tab.views, nil)
-               copy(tab.views[splitIndex+1:], tab.views[splitIndex:])
-               tab.views[splitIndex] = newView
+               tab.Views = append(tab.Views, nil)
+               copy(tab.Views[splitIndex+1:], tab.Views[splitIndex:])
+               tab.Views[splitIndex] = newView
 
                tab.CurView = splitIndex
        } else {
@@ -94,9 +94,9 @@ func (l *LeafNode) VSplit(buf *Buffer, splitIndex int) {
                l.parent.children[search(l.parent.children, l)] = s
                l.parent = s
 
-               tab.views = append(tab.views, nil)
-               copy(tab.views[splitIndex+1:], tab.views[splitIndex:])
-               tab.views[splitIndex] = newView
+               tab.Views = append(tab.Views, nil)
+               copy(tab.Views[splitIndex+1:], tab.Views[splitIndex:])
+               tab.Views[splitIndex] = newView
 
                tab.CurView = splitIndex
        }
@@ -123,9 +123,9 @@ func (l *LeafNode) HSplit(buf *Buffer, splitIndex int) {
                copy(l.parent.children[splitIndex+1:], l.parent.children[splitIndex:])
                l.parent.children[splitIndex] = NewLeafNode(newView, l.parent)
 
-               tab.views = append(tab.views, nil)
-               copy(tab.views[splitIndex+1:], tab.views[splitIndex:])
-               tab.views[splitIndex] = newView
+               tab.Views = append(tab.Views, nil)
+               copy(tab.Views[splitIndex+1:], tab.Views[splitIndex:])
+               tab.Views[splitIndex] = newView
 
                tab.CurView = splitIndex
        } else {
@@ -139,7 +139,7 @@ func (l *LeafNode) HSplit(buf *Buffer, splitIndex int) {
                s.parent = l.parent
                newView := NewView(buf)
                newView.TabNum = l.parent.tabNum
-               newView.Num = len(tab.views)
+               newView.Num = len(tab.Views)
                if splitIndex == 1 {
                        s.children = []Node{l, NewLeafNode(newView, s)}
                } else {
@@ -148,9 +148,9 @@ func (l *LeafNode) HSplit(buf *Buffer, splitIndex int) {
                l.parent.children[search(l.parent.children, l)] = s
                l.parent = s
 
-               tab.views = append(tab.views, nil)
-               copy(tab.views[splitIndex+1:], tab.views[splitIndex:])
-               tab.views[splitIndex] = newView
+               tab.Views = append(tab.Views, nil)
+               copy(tab.Views[splitIndex+1:], tab.Views[splitIndex:])
+               tab.Views[splitIndex] = newView
 
                tab.CurView = splitIndex
        }
@@ -167,12 +167,12 @@ func (l *LeafNode) Delete() {
        l.parent.children = l.parent.children[:len(l.parent.children)-1]
 
        tab := tabs[l.parent.tabNum]
-       j := findView(tab.views, l.view)
-       copy(tab.views[j:], tab.views[j+1:])
-       tab.views[len(tab.views)-1] = nil // or the zero value of T
-       tab.views = tab.views[:len(tab.views)-1]
+       j := findView(tab.Views, l.view)
+       copy(tab.Views[j:], tab.Views[j+1:])
+       tab.Views[len(tab.Views)-1] = nil // or the zero value of T
+       tab.Views = tab.Views[:len(tab.Views)-1]
 
-       for i, v := range tab.views {
+       for i, v := range tab.Views {
                v.Num = i
        }
        if tab.CurView > 0 {
@@ -255,7 +255,6 @@ func (s *SplitTree) ResizeSplits() {
                        }
 
                        n.view.ToggleTabbar()
-                       n.view.matches = Match(n.view)
                } else if n, ok := node.(*SplitTree); ok {
                        if s.kind == VerticalSplit {
                                if !n.lockWidth {