blob: 17eb0dbb55b828f24abd00dbb1402d5dd14961d2 [file] [log] [blame]
(function () {
angular.module('xos.diagnostic')
.service('RackHelper', function(serviceTopologyConfig, lodash){
this.getComputeNodeLabelSize = () => {
return serviceTopologyConfig.computeNode.labelHeight + (serviceTopologyConfig.instance.margin * 2)
}
/**
* Given a list of instance should get the Compute Node size.
* They are placed in rows of 2 with 5px margin on each side.
*/
this.getComputeNodeSize = lodash.memoize((instances) => {
const width = (serviceTopologyConfig.instance.margin * 3) + (serviceTopologyConfig.instance.width *2);
const rows = Math.round(instances.length / 2);
const labelSpace = this.getComputeNodeLabelSize();
const height = (serviceTopologyConfig.instance.height * rows) + (serviceTopologyConfig.instance.margin * (rows + 1)) + labelSpace;
return [width, height];
});
/**
* Give a list on Compute Node should calculate the Rack Size.
* Compute nodes are placed in a single column with 5px margin on each side.
*/
this.getRackSize = (nodes) => {
let width = 0;
let height = serviceTopologyConfig.computeNode.margin;
lodash.forEach(nodes, (node) => {
let [nodeWidth, nodeHeight] = this.getComputeNodeSize(node.instances);
width = nodeWidth + (serviceTopologyConfig.computeNode.margin * 2);
height += (nodeHeight + serviceTopologyConfig.computeNode.margin);
});
return [width, height];
};
/**
* Given an instance index, return the coordinates
*/
this.getInstancePosition = (position) => {
const row = Math.floor(position / 2);
const column = (position % 2) ? 1 : 0;
// add ComputeNode label size
const labelSpace = this.getComputeNodeLabelSize();
// x = margin + (width * column) + ( maring * column)
const x = serviceTopologyConfig.instance.margin + (serviceTopologyConfig.instance.width * column) + (serviceTopologyConfig.instance.margin * column);
// y = label + margin + (height * row) + ( maring * row)
const y = labelSpace + serviceTopologyConfig.instance.margin + (serviceTopologyConfig.instance.height * row) + (serviceTopologyConfig.instance.margin * row);
return [x, y];
};
/**
* Given an Compute Node index, return the coordinates
*/
this.getComputeNodePosition = (nodes, position) => {
const x = serviceTopologyConfig.computeNode.margin;
let previousElEight = lodash.reduce(nodes.slice(0, position), (val, node) => {
return val + this.getComputeNodeSize(node.instances)[1]
}, 0);
const y =
serviceTopologyConfig.computeNode.margin
+ (serviceTopologyConfig.computeNode.margin * position)
+ previousElEight;
return [x, y];
};
});
})();