All Errors

The Prisma P2006 error occurs when you try to insert or update data that violates your database schema constraints. This validation error prevents invalid data from reaching your database and helps maintain data integrity.

This PostgreSQL error occurs when invalid arguments are passed to the width_bucket() function, which is used for histogram calculations. The function requires numeric arguments with proper bounds and bucket counts that follow mathematical constraints.

PostgreSQL throws the duplicate column error (42701) when you attempt to add a column that already exists or specify the same column name multiple times. Fix it by checking existing columns, using aliases in joins, or leveraging IF NOT EXISTS clauses in migrations.

The PostgreSQL error "2D000: invalid_transaction_termination" occurs when a transaction is terminated incorrectly, such as attempting to COMMIT or ROLLBACK at an invalid point in transaction flow. This typically happens when transaction control statements are used improperly within stored procedures, functions, or application code.

The "phone_provider_disabled: Phone signups are disabled" error occurs when Supabase Auth attempts phone-based authentication but phone signups are not enabled in the project settings. This prevents users from signing up or logging in with phone numbers until phone authentication is properly configured and enabled.

This error occurs when using strict mode in SQL/JSON path expressions to access a non-existent JSON object member or array element. Switch to lax mode or add error handling clauses to suppress the error.

This error occurs when you submit a DynamoDB transaction (TransactWriteItems or ExecuteTransaction) using a client request token that is already being used by an ongoing transaction. It indicates a duplicate transaction attempt within the 10-minute idempotency window.

This error occurs when better-sqlite3 tries to execute a query while the database connection is already processing another query. It commonly happens when attempting to run an UPDATE or DELETE while iterating through a SELECT result set, or when trying to close the database while a query is still running.

This error occurs when the request payload to a Firebase Callable Function is incorrectly formatted. The issue typically stems from extra fields in the request body, missing the required "data" field, or sending non-JSON-serializable data.

This TypeScript error occurs when you declare a rest parameter with a type that is not an array type. Rest parameters must be typed as arrays (T[] or Array<T>) or tuples to accept multiple arguments. The fix involves correcting the type annotation to use proper array syntax.

This TypeScript error occurs when you try to declare the same property with different types in interface merging, declaration merging, or module augmentation. The error ensures type consistency across your codebase by preventing conflicting type definitions for the same property.

This TypeScript error occurs when your tsconfig.json file is missing either the "target" compiler option or the "dom" library in the "lib" array. TypeScript needs to know which JavaScript version to target and which built-in APIs are available. The error typically appears when trying to compile code that uses browser DOM APIs without proper configuration.

TypeScript prevents direct recursive type references to avoid infinite type resolution. This error occurs when a type alias tries to reference itself directly instead of through an intermediate structure like an object property or array.

This error occurs when TypeScript cannot resolve a language service plugin specified in your tsconfig.json. Language service plugins enhance TypeScript's editor integration with features like SQL/GraphQL validation, CSS linting in template strings, or ESLint integration. The resolution failure typically happens due to incorrect plugin paths, missing dependencies, or module resolution conflicts.

This TypeScript error (TS7056) occurs when the compiler tries to serialize a type that has grown too large, typically exceeding TypeScript's internal limits for type serialization. It commonly happens with complex type inference in large codebases using libraries like tRPC, Zod, or Prisma.

This TypeScript/JavaScript error occurs when you try to access properties or methods using "this" in a derived class constructor before calling the parent class constructor with super(). The parent class must be initialized first before the derived class can safely use its own properties.

This TypeScript error occurs when trying to use the readonly modifier in a mapped type without properly using the keyof operator. Mapped types require keyof to iterate over object keys when applying modifiers like readonly. The fix involves correctly structuring mapped types with keyof.

This TypeScript error occurs when trying to access properties or methods on a value typed as `unknown` without first narrowing its type. It's most common in `try/catch` blocks where caught errors are `unknown` by default. The fix involves using type guards like `instanceof`, `typeof`, or type assertions to safely work with unknown values.

The "noImplicitAny is disabled" warning appears when TypeScript's strict type checking is partially configured. This occurs when `strict: true` is set but `noImplicitAny: false`, creating inconsistent type safety. Fix by aligning compiler options for consistent type checking.

This TypeScript configuration error occurs when you enable the noImplicitOverride compiler option without also enabling noImplicitThis. The error prevents compilation until you fix the tsconfig.json settings to ensure proper type safety for both inheritance and this context checking.