Use @submit.prevent for form submission. Access form data through refs or v-model. Handle validation before submission. Support async submission. Implement loading states.
Modifiers customize input behavior: .lazy for change events, .number for numeric conversion, .trim for whitespace removal. Can be chained. Example: v-model.lazy.trim.
Use v-model with single value binding. Handle radio groups. Support value attribute. Work with dynamic values. Implement radio button components.
Use v-model for single/multiple selection. Handle option groups. Support dynamic options. Work with value binding. Implement custom select components.
Validate form inputs before submission. Handle validation rules. Display validation errors. Support custom validation. Implement validation strategies.
Use input type='file'. Access files through event.target.files. Handle file upload. Support multiple files. Implement file validation.
Use form.reset() or set model values to initial state. Handle form clearing. Support partial reset. Implement reset strategies.
Use computed for derived form values. Handle complex validation. Support dependent fields. Implement computed validation. Handle computed states.
Manage arrays of form inputs. Handle dynamic fields. Support array operations. Implement array validation. Handle array state.
Test form validation. Handle input testing. Support submission testing. Implement test utilities. Handle test scenarios.
Design scalable form systems. Handle form organization. Support architecture patterns. Implement design principles.
Implement version updates. Handle migration strategies. Support backwards compatibility. Implement migration patterns.
Use v-model with boolean or array values. Support multiple selections. Handle value binding. Work with true-value/false-value attributes. Support checkbox groups.
Create components with v-model support. Handle value prop and input events. Support validation. Implement custom behavior. Handle component state.
Create multi-step forms. Handle step validation. Support navigation. Implement progress tracking. Handle state persistence.
Support multiple languages. Handle validation messages. Implement i18n patterns. Support RTL layouts.
Create comprehensive documentation. Generate API docs. Support example usage. Implement documentation systems.
Implement deployment strategies. Handle environment configuration. Support production optimization. Implement deployment patterns.
Integrate validation libraries like Vuelidate or VeeValidate. Handle validation rules. Support async validation. Implement validation messages.
Display validation errors. Handle error styling. Support error messages. Implement error handling. Handle error recovery.
Create complex form systems. Handle advanced validation. Support form composition. Implement advanced strategies.
Track form usage. Handle analytics integration. Support performance monitoring. Implement monitoring strategies.
Create comprehensive test suites. Handle integration testing. Support unit testing. Implement test strategies.
v-model creates two-way data binding between form inputs and state. Works with input, textarea, select elements. Supports modifiers like .lazy, .number, .trim. Automatically handles different input types.
Generate form fields from data. Handle dynamic validation. Support field addition/removal. Implement dynamic behavior. Handle state management.
Manage form state in Vuex/Pinia. Handle form persistence. Support state updates. Implement state patterns. Handle form actions.
Optimize form performance. Handle large forms. Support form caching. Implement optimization strategies.
Handle CSRF protection. Implement data validation. Support security measures. Handle sensitive data.
