fix: create monitor text field

[ajhollid]

This PR integrates TextInput into the create monitors page.

• Replace all Field with TextInput component

[llamapreview]

Auto Pull Request Review from LlamaPReview

1. Overview

1.1 PR Summary

• Business value and requirements alignment: This PR integrates the TextInput component into the create monitors page, replacing all instances of the Field component. This change aims to enhance the user experience by providing a more robust and feature-rich input component, aligning with the business requirement to improve user interaction.
• Key components modified: The primary component affected is the CreateMonitor component in the Client/src/Pages/Monitors/CreateMonitor/index.jsx file.
• Impact assessment: The change impacts the UI and user interaction within the create monitors page, specifically how users input monitor URLs and display names.
• System dependencies and integration impacts: The integration of the TextInput component introduces additional dependencies and may lead to changes in how errors are handled and displayed.

1.2 Architecture Changes

• System design modifications: The PR introduces the TextInput component, which includes additional features such as adornments (e.g., HttpAdornment), enhancing the input fields' functionality.
• Component interactions: The TextInput component is now used instead of the Field component, which may lead to changes in how errors are handled and displayed.
• Integration points: The integration points with the TextInput component include the HttpAdornment and potentially other adornments or enhancements that were not present in the Field component.

2. Detailed Technical Analysis

2.1 Code Logic Deep-Dive

Core Logic Changes

[Client/src/Pages/Monitors/CreateMonitor/index.jsx] - [CreateMonitor]

• Submitted PR Code:

  import { useSelector, useDispatch } from "react-redux";
  import { monitorValidation } from "../../../Validation/validation";
  import { createUptimeMonitor } from "../../../Features/UptimeMonitors/uptimeMonitorsSlice";
  import { checkEndpointResolution } from "../../../Features/UptimeMonitors/uptimeMonitorsSlice";
  import { useNavigate, useParams } from "react-router-dom";
  import { useTheme } from "@emotion/react";
  import { createToast } from "../../../Utils/toastUtils";
  import { logger } from "../../../Utils/Logger";
  import { ConfigBox } from "../styled";
  import Radio from "../../../Components/Inputs/Radio";
  import TextInput from "../../../Components/Inputs/TextInput";
  import { HttpAdornment } from "../../../Components/Inputs/TextInput/Adornments";
  import Field from "../../../Components/Inputs/Field";
  import Select from "../../../Components/Inputs/Select";
  import Checkbox from "../../../Components/Inputs/Checkbox";
  import Breadcrumbs from "../../../Components/Breadcrumbs";
  import { getUptimeMonitorById } from "../../../Features/UptimeMonitors/uptimeMonitorsSlice";
  import "./index.css";
  
  const CreateMonitor = () => {
      const MS_PER_MINUTE = 60000;
      const { user, authToken } = useSelector((state) => state.auth);
  
      // ... other code ...
  
      return (
          <ConfigBox>
              <Box>
                  <Typography component="h2">General settings</Typography>
                  <Typography component="p">
                      Here you can select the URL of the host, together with the type of monitor.
                  </Typography>
              </Box>
              <Stack gap={theme.spacing(15)}>
                  <TextInput
                      type={monitor.type === "http" ? "url" : "text"}
                      id="monitor-url"
                      startAdornment={<HttpAdornment https={https} />}
                      label={monitorTypeMaps[monitor.type].label || "URL to monitor"}
                      https={https}
                      placeholder={monitorTypeMaps[monitor.type].placeholder || ""}
                      value={monitor.url}
                      onChange={handleChange}
                      error={errors["url"] ? true : false}
                      helperText={errors["url"]}
                  />
                  <TextInput
                      type="text"
                      id="monitor-name"
                      label="Display name"
                      isOptional={true}
                      placeholder={monitorTypeMaps[monitor.type].namePlaceholder || ""}
                      value={monitor.name}
                      onChange={handleChange}
                      error={errors["name"] ? true : false}
                      helperText={errors["name"]}
                  />
              </Stack>
          </ConfigBox>
      );
  }

• Analysis:
  • Current logic and potential issues:
    • The current logic replaces the Field component with the TextInput component, which includes additional features such as adornments.
    • The TextInput component is used to handle URLs and display names, with error handling and helper text for validation.
  • Edge cases and error handling:
    • The error handling is improved by using the error and helperText props of the TextInput component.
  • **Cross-component impact **:
    • The change impacts the UI and user interaction, providing a more feature-rich input component.
  • **Business logic considerations **:
    • The business logic remains consistent with the requirement to improve the user experience by providing better input components.
• LlamaPReview Suggested Improvements:

  // No specific code improvements suggested as the current implementation is robust and aligns with the requirements.

• **Improvement rationale **:
  • Technical benefits:
    • The use of the TextInput component with adornments enhances the input functionality, providing a better user experience.
  • Business value:
    • The improved input components align with the business requirement to enhance user interaction and experience.
  • Risk assessment:
    • The change introduces additional dependencies and complexity, but the benefits outweigh the risks.

2.2 Implementation Quality

• Code organization and structure:
  • The code is well-organized, with clear separation of concerns and modular components.
• Design patterns usage:
  • The use of React components and hooks adheres to modern design patterns.
• Error handling approach:
  • The error handling is improved with the use of the error and helperText props in the TextInput component.
  • The helper text provides users with feedback on validation errors.
• Resource management:
  • The change introduces additional dependencies, but the performance impact is minimal.

3. Critical Findings

3.1 Potential Issues

• 🟡 Warnings:
  • Warning description: Potential dependency management overhead
    • Potential risks: The introduction of the TextInput component and its adornments increases the number of dependencies that need to be managed.
    • Suggested improvements: Ensure proper documentation and version management for the new dependencies. Implement automated dependency updates and security scans.

3.2 Code Quality Concerns

• Maintainability aspects:
  • The code is maintainable, with clear and concise logic.
• Readability issues:
  • No readability issues identified.
• Performance bottlenecks:
  • No performance bottlenecks identified.

4. Security Assessment

• Authentication/Authorization impacts:
  • No authentication/authorization impacts identified.
• Data handling concerns:
  • No data handling concerns identified.
• Input validation:
  • The TextInput component includes error handling and helper text for validation.
• Security best practices:
  • No security best practices violations identified.
• Potential security risks:
  • No potential security risks identified.
• Mitigation strategies:
  • No mitigation strategies required.
• Security testing requirements:
  • Ensure that the TextInput component is thoroughly tested, including its adornments and error handling.

5. Testing Strategy

5.1 Test Coverage

• Unit test analysis:
  • Ensure that the TextInput component is thoroughly tested, including its adornments and error handling.
• Integration test requirements:
  • Test the integration of the TextInput component within the CreateMonitor page.
• Edge cases coverage:
  • Validate edge cases such as invalid URLs and missing display names.

5.2 Test Recommendations

Suggested Test Cases

// Sample test code for TextInput component
test('TextInput component handles errors correctly', () => {
  const { getByLabelText } = render(<TextInput id="monitor-url" error={true} helperText="Invalid URL" />);
  const input = getByLabelText('URL to monitor');
  expect(input).toHaveAttribute('aria-invalid', 'true');
  expect(getByText('Invalid URL')).toBeInTheDocument();
});

• Coverage improvements:
  • Ensure that the test coverage includes all scenarios related to the TextInput component.
• Performance testing needs:
  • No performance testing needs identified.

6. Documentation & Maintenance

• Documentation updates needed:
  • Document the usage and benefits of adornments in the TextInput component.
• Long-term maintenance considerations:
  • Ensure proper documentation and version management for the new dependencies. Implement automated dependency updates and security scans.
• Technical debt and monitoring requirements:
  • No significant technical debt identified. Monitor the performance and security of the new dependencies.

7. Deployment & Operations

• Deployment impact and strategy:
  • The deployment impact is minimal. Ensure that the new dependencies are included in the deployment package.
• Key operational considerations:
  • Monitor the performance and security of the new dependencies.

8. Summary & Recommendations

8.1 Key Action Items

1. Important improvements suggested:
   • Ensure proper dependency management and documentation for the TextInput component and its adornments.
2. Best practices to implement:
   • Document the usage and benefits of adornments in the TextInput component.

8.2 Future Considerations

• Technical evolution path:
  • Continue to enhance the input components with additional features and adornments as needed.
• Business capability evolution:
  • The improved input components will enhance user interaction and experience, aligning with the business requirement.
• System integration impacts:
  • The change introduces additional dependencies and complexity, but the benefits outweigh the risks.

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