@kiroboio/fct-core
Version:
Kirobo.io FCT Core library
89 lines • 3.52 kB
JavaScript
;
Object.defineProperty(exports, "__esModule", { value: true });
exports.getJumpIndexes = getJumpIndexes;
exports.manageFCTNodesInGraph = manageFCTNodesInGraph;
exports.getPathsFromGraph = getPathsFromGraph;
const constants_1 = require("../../../../constants");
function getJumpIndex({ FCT, jumpNodeId, index }) {
if (!jumpNodeId || jumpNodeId === "NO_JUMP") {
return 0;
}
return FCT.getIndexByNodeId(jumpNodeId) - index - 1;
}
function getJumpIndexes({ FCT, jumpOnSuccessNodeId, jumpOnFailNodeId, index, }) {
return {
jumpOnSuccess: getJumpIndex({ FCT, jumpNodeId: jumpOnSuccessNodeId, index }),
jumpOnFail: getJumpIndex({ FCT, jumpNodeId: jumpOnFailNodeId, index }),
};
}
function manageFCTNodesInGraph({ calls, FCT, g }) {
calls.forEach((_, index) => {
g.setNode(index.toString());
});
const continueOnSuccessFlows = [constants_1.Flow.OK_CONT_FAIL_REVERT, constants_1.Flow.OK_CONT_FAIL_STOP, constants_1.Flow.OK_CONT_FAIL_CONT];
const continueOnFailFlows = [constants_1.Flow.OK_REVERT_FAIL_CONT, constants_1.Flow.OK_STOP_FAIL_CONT, constants_1.Flow.OK_CONT_FAIL_CONT];
const endFlows = [
constants_1.Flow.OK_STOP_FAIL_STOP,
constants_1.Flow.OK_STOP_FAIL_REVERT,
constants_1.Flow.OK_REVERT_FAIL_STOP,
constants_1.Flow.OK_CONT_FAIL_STOP,
constants_1.Flow.OK_STOP_FAIL_CONT,
];
const dontAddEdge = [constants_1.Flow.OK_STOP_FAIL_STOP, constants_1.Flow.OK_STOP_FAIL_REVERT, constants_1.Flow.OK_REVERT_FAIL_STOP];
const ends = [(calls.length - 1).toString()];
for (let i = 0; i < calls.length - 1; i++) {
const call = calls[i];
const options = call.options;
const flow = options.flow;
const { jumpOnSuccess, jumpOnFail } = getJumpIndexes({
FCT,
jumpOnSuccessNodeId: options.jumpOnSuccess,
jumpOnFailNodeId: options.jumpOnFail,
index: i,
});
if (jumpOnSuccess === jumpOnFail) {
if (!dontAddEdge.includes(flow)) {
g.setEdge(i.toString(), (i + 1 + +jumpOnSuccess).toString());
}
}
else {
if (continueOnSuccessFlows.includes(flow)) {
g.setEdge(i.toString(), (i + 1 + +jumpOnSuccess).toString());
}
if (continueOnFailFlows.includes(flow)) {
g.setEdge(i.toString(), (i + 1 + +jumpOnFail).toString());
}
}
if (endFlows.includes(flow)) {
ends.push(i.toString());
}
}
return ends;
}
function getPathsFromGraph({ g, ends }) {
const start = "0";
const allPaths = [];
const pathList = [start];
const uniqueEnds = Array.from(new Set(ends));
for (const end of uniqueEnds) {
const printAllPathsUtil = (g, start, end, localPathList) => {
if (start === end) {
const path = localPathList.slice();
allPaths.push(path);
return;
}
let successors = g.successors(start);
if (successors === undefined) {
successors = [];
}
for (const id of successors) {
localPathList.push(id);
printAllPathsUtil(g, id, end, localPathList);
localPathList.splice(localPathList.indexOf(id), 1);
}
};
printAllPathsUtil(g, start, end, pathList);
}
return allPaths;
}
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