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tests(ui): candidate fields, getFirstValidConnection (wip)

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psychedelicious 2024-05-19 09:10:12 +10:00
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invokeai/frontend/web/src/features/nodes/store/util/getFirstValidConnection.test.ts Normal file
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import { deepClone } from 'common/util/deepClone';
import type { PendingConnection } from 'features/nodes/store/types';
import {
getFirstValidConnection,
getSourceCandidateFields,
getTargetCandidateFields,
} from 'features/nodes/store/util/getFirstValidConnection';
import { add, buildEdge, buildNode, img_resize, templates } from 'features/nodes/store/util/testUtils';
import { unset } from 'lodash-es';
import { describe, expect, it } from 'vitest';
describe('getFirstValidConnection', () => {
it('should return null if the pending and candidate nodes are the same node', () => {
const pc: PendingConnection = { node: buildNode(add), template: add, fieldTemplate: add.inputs['a']! };
const candidateNode = pc.node;
expect(getFirstValidConnection(templates, [pc.node], [], pc, candidateNode, add, null)).toBe(null);
});
describe('connecting from a source to a target', () => {
const pc: PendingConnection = {
node: buildNode(img_resize),
template: img_resize,
fieldTemplate: img_resize.outputs['width']!,
};
const candidateNode = buildNode(img_resize);
it('should return the first valid connection if there are no connected fields', () => {
const r = getFirstValidConnection(templates, [pc.node, candidateNode], [], pc, candidateNode, img_resize, null);
const c = {
source: pc.node.id,
sourceHandle: pc.fieldTemplate.name,
target: candidateNode.id,
targetHandle: 'width',
};
expect(r).toEqual(c);
});
it('should return the first valid connection if there is a connected field', () => {
const r = getFirstValidConnection(
templates,
[pc.node, candidateNode],
[buildEdge(pc.node.id, 'width', candidateNode.id, 'width')],
pc,
candidateNode,
img_resize,
null
);
const c = {
source: pc.node.id,
sourceHandle: pc.fieldTemplate.name,
target: candidateNode.id,
targetHandle: 'height',
};
expect(r).toEqual(c);
});
it('should return the first valid connection if there is an edgePendingUpdate', () => {
const e = buildEdge(pc.node.id, 'width', candidateNode.id, 'width');
const r = getFirstValidConnection(templates, [pc.node, candidateNode], [e], pc, candidateNode, img_resize, e);
const c = {
source: pc.node.id,
sourceHandle: pc.fieldTemplate.name,
target: candidateNode.id,
targetHandle: 'width',
};
expect(r).toEqual(c);
});
});
describe('connecting from a target to a source', () => {});
});
describe('getTargetCandidateFields', () => {
it('should return an empty array if the nodes canot be found', () => {
const r = getTargetCandidateFields('missing', 'value', 'missing', [], [], templates, null);
expect(r).toEqual([]);
});
it('should return an empty array if the templates cannot be found', () => {
const n1 = buildNode(add);
const n2 = buildNode(add);
const nodes = [n1, n2];
const r = getTargetCandidateFields(n1.id, 'value', n2.id, nodes, [], {}, null);
expect(r).toEqual([]);
});
it('should return an empty array if the source field template cannot be found', () => {
const n1 = buildNode(add);
const n2 = buildNode(add);
const nodes = [n1, n2];
const addWithoutOutputValue = deepClone(add);
unset(addWithoutOutputValue, 'outputs.value');
const r = getTargetCandidateFields(n1.id, 'value', n2.id, nodes, [], { add: addWithoutOutputValue }, null);
expect(r).toEqual([]);
});
it('should return all valid target fields if there are no connected fields', () => {
const n1 = buildNode(img_resize);
const n2 = buildNode(img_resize);
const nodes = [n1, n2];
const r = getTargetCandidateFields(n1.id, 'width', n2.id, nodes, [], templates, null);
expect(r).toEqual([img_resize.inputs['width'], img_resize.inputs['height']]);
});
it('should ignore the edgePendingUpdate if provided', () => {
const n1 = buildNode(img_resize);
const n2 = buildNode(img_resize);
const nodes = [n1, n2];
const edgePendingUpdate = buildEdge(n1.id, 'width', n2.id, 'width');
const r = getTargetCandidateFields(n1.id, 'width', n2.id, nodes, [], templates, edgePendingUpdate);
expect(r).toEqual([img_resize.inputs['width'], img_resize.inputs['height']]);
});
});
describe('getSourceCandidateFields', () => {
it('should return an empty array if the nodes canot be found', () => {
const r = getSourceCandidateFields('missing', 'value', 'missing', [], [], templates, null);
expect(r).toEqual([]);
});
it('should return an empty array if the templates cannot be found', () => {
const n1 = buildNode(add);
const n2 = buildNode(add);
const nodes = [n1, n2];
const r = getSourceCandidateFields(n2.id, 'a', n1.id, nodes, [], {}, null);
expect(r).toEqual([]);
});
it('should return an empty array if the source field template cannot be found', () => {
const n1 = buildNode(add);
const n2 = buildNode(add);
const nodes = [n1, n2];
const addWithoutInputA = deepClone(add);
unset(addWithoutInputA, 'inputs.a');
const r = getSourceCandidateFields(n1.id, 'a', n2.id, nodes, [], { add: addWithoutInputA }, null);
expect(r).toEqual([]);
});
it('should return all valid source fields if there are no connected fields', () => {
const n1 = buildNode(img_resize);
const n2 = buildNode(img_resize);
const nodes = [n1, n2];
const r = getSourceCandidateFields(n2.id, 'width', n1.id, nodes, [], templates, null);
expect(r).toEqual([img_resize.outputs['width'], img_resize.outputs['height']]);
});
it('should ignore the edgePendingUpdate if provided', () => {
const n1 = buildNode(img_resize);
const n2 = buildNode(img_resize);
const nodes = [n1, n2];
const edgePendingUpdate = buildEdge(n1.id, 'width', n2.id, 'width');
const r = getSourceCandidateFields(n2.id, 'width', n1.id, nodes, [], templates, edgePendingUpdate);
expect(r).toEqual([img_resize.outputs['width'], img_resize.outputs['height']]);
});
});