David
3ceac47cd6
- Add SoftwareInstallationValues value object for encapsulating software installation data. - Create HTTP routes for managing software installations, including GET, POST, and DELETE operations. - Implement Sequelize repository for software installations, handling database interactions. - Add migration script for creating necessary database tables for software installations. - Create persistence mapper for transforming between domain models and database rows. - Define snapshot schema for software installations to ensure data consistency. - Introduce common schemas for software installations to validate API requests and responses. - Develop UI components for displaying and managing software installations, including history dialogs and forms. - Implement API client for interacting with software installation endpoints. - Write tests for software installations panel and form components to ensure functionality.
73 lines
2.4 KiB
TypeScript
73 lines
2.4 KiB
TypeScript
import { UniqueID } from "@repo/rdx-ddd";
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import { Result } from "@repo/rdx-utils";
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import { SoftwareInstallation } from "../domain/software-installation.aggregate";
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import type { SoftwareInstallationInput } from "../domain/software-installation-values";
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import { SoftwareInstallationError } from "../domain/software-installation-values";
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import type { ISoftwareInstallationRepository } from "./software-installation.repository";
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import { mapSoftwareInput } from "./software-installation-input.mapper";
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export class SoftwareInstallationUseCases {
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constructor(private readonly repository: ISoftwareInstallationRepository) {}
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remove(companyId: string, id: string) {
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const company = UniqueID.create(companyId);
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const identity = UniqueID.create(id);
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if (!(company.isSuccess && identity.isSuccess)) {
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return Promise.resolve(Result.fail(new SoftwareInstallationError("INVALID_REQUEST")));
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}
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return this.repository.remove(company.data, identity.data);
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}
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get(companyId: string) {
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const company = UniqueID.create(companyId);
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return company.isSuccess
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? this.repository.get(company.data)
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: Promise.resolve(Result.fail(new SoftwareInstallationError("INVALID_REQUEST")));
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}
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save(
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companyId: string,
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id: string | undefined,
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input: SoftwareInstallationInput,
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actorId: string
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) {
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const company = UniqueID.create(companyId);
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const actor = UniqueID.create(actorId);
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const identity = id ? UniqueID.create(id) : undefined;
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if (!(company.isSuccess && actor.isSuccess) || (identity && !identity.isSuccess)) {
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return Promise.resolve(Result.fail(new SoftwareInstallationError("INVALID_REQUEST")));
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}
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return this.repository.save(company.data, (context) => {
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const previous = identity?.isSuccess
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? context.configurations.find((item) => item.id.equals(identity.data))
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: undefined;
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if (id && !previous) {
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return Result.fail(new SoftwareInstallationError("SOFTWARE_CONFIGURATION_NOT_FOUND"));
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}
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const values = mapSoftwareInput(input, context, previous);
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if (!values.isSuccess) {
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return values;
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}
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const now = new Date().toISOString();
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const candidate = previous
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? previous.update(values.data, actor.data, now)
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: SoftwareInstallation.create(company.data, values.data, actor.data, now);
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if (!candidate.isSuccess) {
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return candidate;
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}
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return candidate;
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});
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}
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}
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