livebook/static/js/841.js

"use strict";(self.webpackChunk=self.webpackChunk||[]).push([[841],{69368:(e,t,n)=>{n.d(t,{c:()=>a});var r=n(49360),i=n(49103);var d=n(43836);function a(e){var t,n={options:{directed:e.isDirected(),multigraph:e.isMultigraph(),compound:e.isCompound()},nodes:o(e),edges:l(e)};return r.Z(e.graph())||(n.value=(t=e.graph(),(0,i.Z)(t,4))),n}function o(e){return d.Z(e.nodes(),(function(t){var n=e.node(t),i=e.parent(t),d={v:t};return r.Z(n)||(d.value=n),r.Z(i)||(d.parent=i),d}))}function l(e){return d.Z(e.edges(),(function(t){var n=e.edge(t),i={v:t.v,w:t.w};return r.Z(t.name)||(i.name=t.name),r.Z(n)||(i.value=n),i}))}n(95351)},73841:(e,t,n)=>{n.d(t,{r:()=>N});var r=n(42890),i=n(69368),d=n(8234),a=n(8046),o=n(45625),l=n(74309);let s={},c={},h={};const g=(e,t)=>(a.l.trace("In isDecendant",t," ",e," = ",c[t].includes(e)),!!c[t].includes(e)),f=(e,t,n,r)=>{a.l.warn("Copying children of ",e,"root",r,"data",t.node(e),r);const i=t.children(e)||[];e!==r&&i.push(e),a.l.warn("Copying (nodes) clusterId",e,"nodes",i),i.forEach((i=>{if(t.children(i).length>0)f(i,t,n,r);else{const d=t.node(i);a.l.info("cp ",i," to ",r," with parent ",e),n.setNode(i,d),r!==t.parent(i)&&(a.l.warn("Setting parent",i,t.parent(i)),n.setParent(i,t.parent(i))),e!==r&&i!==e?(a.l.debug("Setting parent",i,e),n.setParent(i,e)):(a.l.info("In copy ",e,"root",r,"data",t.node(e),r),a.l.debug("Not Setting parent for node=",i,"cluster!==rootId",e!==r,"node!==clusterId",i!==e));const o=t.edges(i);a.l.debug("Copying Edges",o),o.forEach((i=>{a.l.info("Edge",i);const d=t.edge(i.v,i.w,i.name);a.l.info("Edge data",d,r);try{((e,t)=>(a.l.info("Decendants of ",t," is ",c[t]),a.l.info("Edge is ",e),e.v!==t&&e.w!==t&&(c[t]?c[t].includes(e.v)||g(e.v,t)||g(e.w,t)||c[t].includes(e.w):(a.l.debug("Tilt, ",t,",not in decendants"),!1))))(i,r)?(a.l.info("Copying as ",i.v,i.w,d,i.name),n.setEdge(i.v,i.w,d,i.name),a.l.info("newGraph edges ",n.edges(),n.edge(n.edges()[0]))):a.l.info("Skipping copy of edge ",i.v,"--\x3e",i.w," rootId: ",r," clusterId:",e)}catch(e){a.l.error(e)}}))}a.l.debug("Removing node",i),t.removeNode(i)}))},u=(e,t)=>{const n=t.children(e);let r=[...n];for(const i of n)h[i]=e,r=[...r,...u(i,t)];return r},w=(e,t)=>{a.l.trace("Searching",e);const n=t.children(e);if(a.l.trace("Searching children of id ",e,n),n.length<1)return a.l.trace("This is a valid node",e),e;for(const r of n){const n=w(r,t);if(n)return a.l.trace("Found replacement for",e," => ",n),n}},p=e=>s[e]&&s[e].externalConnections&&s[e]?s[e].id:e,v=(e,t)=>{if(a.l.warn("extractor - ",t,i.c(e),e.children("D")),t>10)return void a.l.error("Bailing out");let n=e.nodes(),r=!1;for(const t of n){const n=e.children(t);r=r||n.length>0}if(r){a.l.debug("Nodes = ",n,t);for(const r of n)if(a.l.debug("Extracting node",r,s,s[r]&&!s[r].externalConnections,!e.parent(r),e.node(r),e.children("D")," Depth ",t),s[r])if(!s[r].externalConnections&&e.children(r)&&e.children(r).length>0){a.l.warn("Cluster without external connections, without a parent and with children",r,t);let n="TB"===e.graph().rankdir?"LR":"TB";s[r]&&s[r].clusterData&&s[r].clusterData.dir&&(n=s[r].clusterData.dir,a.l.warn("Fixing dir",s[r].clusterData.dir,n));const d=new o.k({multigraph:!0,compound:!0}).setGraph({rankdir:n,nodesep:50,ranksep:50,marginx:8,marginy:8}).setDefaultEdgeLabel((function(){return{}}));a.l.warn("Old graph before copy",i.c(e)),f(r,e,d,r),e.setNode(r,{clusterNode:!0,id:r,clusterData:s[r].clusterData,labelText:s[r].labelText,graph:d}),a.l.warn("New graph after copy node: (",r,")",i.c(d)),a.l.debug("Old graph after copy",i.c(e))}else a.l.warn("Cluster ** ",r," **not meeting the criteria !externalConnections:",!s[r].externalConnections," no parent: ",!e.parent(r)," children ",e.children(r)&&e.children(r).length>0,e.children("D"),t),a.l.debug(s);else a.l.debug("Not a cluster",r,t);n=e.nodes(),a.l.warn("New list of nodes",n);for(const r of n){const n=e.node(r);a.l.warn(" Now next level",r,n),n.clusterNode&&v(n.graph,t+1)}}else a.l.debug("Done, no node has children",e.nodes())},y=(e,t)=>{if(0===t.length)return[];let n=Object.assign(t);return t.forEach((t=>{const r=e.children(t),i=y(e,r);n=[...n,...i]})),n},x={rect:(e,t)=>{a.l.trace("Creating subgraph rect for ",t.id,t);const n=e.insert("g").attr("class","cluster"+(t.class?" 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