Merge pull request #4654 from node-red/fix-subflow-recursion-check

Prevent subflow being added to itself
pull/4655/head
Nick O'Leary 2024-04-11 19:12:43 +01:00 committed by GitHub
commit 7ac7f9b4c8
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1 changed files with 119 additions and 106 deletions

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@ -646,120 +646,128 @@ RED.view = (function() {
}
d3.event = event;
var selected_tool = $(ui.draggable[0]).attr("data-palette-type");
var result = createNode(selected_tool);
if (!result) {
return;
}
var historyEvent = result.historyEvent;
var nn = RED.nodes.add(result.node);
var showLabel = RED.utils.getMessageProperty(RED.settings.get('editor'),"view.view-node-show-label");
if (showLabel !== undefined && (nn._def.hasOwnProperty("showLabel")?nn._def.showLabel:true) && !nn._def.defaults.hasOwnProperty("l")) {
nn.l = showLabel;
}
var helperOffset = d3.touches(ui.helper.get(0))[0]||d3.mouse(ui.helper.get(0));
var helperWidth = ui.helper.width();
var helperHeight = ui.helper.height();
var mousePos = d3.touches(this)[0]||d3.mouse(this);
try {
var isLink = (nn.type === "link in" || nn.type === "link out")
var hideLabel = nn.hasOwnProperty('l')?!nn.l : isLink;
var label = RED.utils.getNodeLabel(nn, nn.type);
var labelParts = getLabelParts(label, "red-ui-flow-node-label");
if (hideLabel) {
nn.w = node_height;
nn.h = Math.max(node_height,(nn.outputs || 0) * 15);
} else {
nn.w = Math.max(node_width,20*(Math.ceil((labelParts.width+50+(nn._def.inputs>0?7:0))/20)) );
nn.h = Math.max(6+24*labelParts.lines.length,(nn.outputs || 0) * 15, 30);
var result = createNode(selected_tool);
if (!result) {
return;
}
} catch(err) {
}
var historyEvent = result.historyEvent;
var nn = RED.nodes.add(result.node);
mousePos[1] += this.scrollTop + ((helperHeight/2)-helperOffset[1]);
mousePos[0] += this.scrollLeft + ((helperWidth/2)-helperOffset[0]);
mousePos[1] /= scaleFactor;
mousePos[0] /= scaleFactor;
var showLabel = RED.utils.getMessageProperty(RED.settings.get('editor'),"view.view-node-show-label");
if (showLabel !== undefined && (nn._def.hasOwnProperty("showLabel")?nn._def.showLabel:true) && !nn._def.defaults.hasOwnProperty("l")) {
nn.l = showLabel;
}
nn.x = mousePos[0];
nn.y = mousePos[1];
var helperOffset = d3.touches(ui.helper.get(0))[0]||d3.mouse(ui.helper.get(0));
var helperWidth = ui.helper.width();
var helperHeight = ui.helper.height();
var mousePos = d3.touches(this)[0]||d3.mouse(this);
var minX = nn.w/2 -5;
if (nn.x < minX) {
nn.x = minX;
}
var minY = nn.h/2 -5;
if (nn.y < minY) {
nn.y = minY;
}
var maxX = space_width -nn.w/2 +5;
if (nn.x > maxX) {
nn.x = maxX;
}
var maxY = space_height -nn.h +5;
if (nn.y > maxY) {
nn.y = maxY;
}
try {
var isLink = (nn.type === "link in" || nn.type === "link out")
var hideLabel = nn.hasOwnProperty('l')?!nn.l : isLink;
if (snapGrid) {
var gridOffset = RED.view.tools.calculateGridSnapOffsets(nn);
nn.x -= gridOffset.x;
nn.y -= gridOffset.y;
}
var label = RED.utils.getNodeLabel(nn, nn.type);
var labelParts = getLabelParts(label, "red-ui-flow-node-label");
if (hideLabel) {
nn.w = node_height;
nn.h = Math.max(node_height,(nn.outputs || 0) * 15);
} else {
nn.w = Math.max(node_width,20*(Math.ceil((labelParts.width+50+(nn._def.inputs>0?7:0))/20)) );
nn.h = Math.max(6+24*labelParts.lines.length,(nn.outputs || 0) * 15, 30);
}
} catch(err) {
}
var linkToSplice = $(ui.helper).data("splice");
if (linkToSplice) {
spliceLink(linkToSplice, nn, historyEvent)
}
mousePos[1] += this.scrollTop + ((helperHeight/2)-helperOffset[1]);
mousePos[0] += this.scrollLeft + ((helperWidth/2)-helperOffset[0]);
mousePos[1] /= scaleFactor;
mousePos[0] /= scaleFactor;
nn.x = mousePos[0];
nn.y = mousePos[1];
var minX = nn.w/2 -5;
if (nn.x < minX) {
nn.x = minX;
}
var minY = nn.h/2 -5;
if (nn.y < minY) {
nn.y = minY;
}
var maxX = space_width -nn.w/2 +5;
if (nn.x > maxX) {
nn.x = maxX;
}
var maxY = space_height -nn.h +5;
if (nn.y > maxY) {
nn.y = maxY;
}
if (snapGrid) {
var gridOffset = RED.view.tools.calculateGridSnapOffsets(nn);
nn.x -= gridOffset.x;
nn.y -= gridOffset.y;
}
var linkToSplice = $(ui.helper).data("splice");
if (linkToSplice) {
spliceLink(linkToSplice, nn, historyEvent)
}
var group = $(ui.helper).data("group");
if (group) {
var oldX = group.x;
var oldY = group.y;
RED.group.addToGroup(group, nn);
var moveEvent = null;
if ((group.x !== oldX) ||
(group.y !== oldY)) {
moveEvent = {
t: "move",
nodes: [{n: group,
ox: oldX, oy: oldY,
dx: group.x -oldX,
dy: group.y -oldY}],
dirty: true
};
}
historyEvent = {
t: 'multi',
events: [historyEvent],
var group = $(ui.helper).data("group");
if (group) {
var oldX = group.x;
var oldY = group.y;
RED.group.addToGroup(group, nn);
var moveEvent = null;
if ((group.x !== oldX) ||
(group.y !== oldY)) {
moveEvent = {
t: "move",
nodes: [{n: group,
ox: oldX, oy: oldY,
dx: group.x -oldX,
dy: group.y -oldY}],
dirty: true
};
if (moveEvent) {
historyEvent.events.push(moveEvent)
}
historyEvent.events.push({
t: "addToGroup",
group: group,
nodes: nn
})
}
historyEvent = {
t: 'multi',
events: [historyEvent],
};
if (moveEvent) {
historyEvent.events.push(moveEvent)
RED.history.push(historyEvent);
RED.editor.validateNode(nn);
RED.nodes.dirty(true);
// auto select dropped node - so info shows (if visible)
clearSelection();
nn.selected = true;
movingSet.add(nn);
updateActiveNodes();
updateSelection();
redraw();
if (nn._def.autoedit) {
RED.editor.edit(nn);
}
} catch (error) {
if (error.code != "NODE_RED") {
RED.notify(RED._("notification.error",{message:error.toString()}),"error");
} else {
RED.notify(RED._("notification.error",{message:error.message}),"error");
}
historyEvent.events.push({
t: "addToGroup",
group: group,
nodes: nn
})
}
RED.history.push(historyEvent);
RED.editor.validateNode(nn);
RED.nodes.dirty(true);
// auto select dropped node - so info shows (if visible)
clearSelection();
nn.selected = true;
movingSet.add(nn);
updateActiveNodes();
updateSelection();
redraw();
if (nn._def.autoedit) {
RED.editor.edit(nn);
}
}
});
@ -6063,14 +6071,19 @@ RED.view = (function() {
function createNode(type, x, y, z) {
const wasDirty = RED.nodes.dirty()
var m = /^subflow:(.+)$/.exec(type);
var activeSubflow = z ? RED.nodes.subflow(z) : null;
var activeSubflow = (z || RED.workspaces.active()) ? RED.nodes.subflow(z || RED.workspaces.active()) : null;
if (activeSubflow && m) {
var subflowId = m[1];
let err
if (subflowId === activeSubflow.id) {
throw new Error(RED._("notification.error", { message: RED._("notification.errors.cannotAddSubflowToItself") }))
err = new Error(RED._("notification.errors.cannotAddSubflowToItself"))
} else if (RED.nodes.subflowContains(m[1], activeSubflow.id)) {
err = new Error(RED._("notification.errors.cannotAddCircularReference"))
}
if (RED.nodes.subflowContains(m[1], activeSubflow.id)) {
throw new Error(RED._("notification.error", { message: RED._("notification.errors.cannotAddCircularReference") }))
if (err) {
err.code = 'NODE_RED'
throw err
}
}