What applies here

Both describe filtering as middleware intercepting requests before handlers.

All request filtering — authentication,… ↔ Every request-processing feature—auth,… · middleware-composition · converges with

Both describe security as opt-in middleware composed per route rather than default.

All request filtering — authentication,… ↔ Security is layerable: authentication,… · middleware-security · security-composition · security-implementation · security-middleware · converges with

Both implement validation as middleware intercepting requests before handlers.

All request filtering — authentication,… ↔ Request validation is middleware, not… · middleware-validation · converges with

Both ensure competitor dependencies live only in benchmark subpackages (conv#59 lists them, conv#62 confines them), keeping the main package's surface clean.

Benchmark suites are self-contained in… ↔ Third-party framework dependencies live… · benchmark-dependency-isolation · benchmark-isolation · converges with

Benchmark packages include competitor frameworks as dependencies for head-to-head comparison.

Benchmark suites are self-contained in… ↔ Benchmarks are organized into dedicated… · benchmark-dependencies · benchmark-isolation · benchmark-organization · benchmark-structure · converges with

Both maintain benchmarks as separate packages with independent dependency trees.

Benchmark suites are self-contained in… ↔ Performance benchmarks are maintained… · benchmark-structure · converges with

Benchmark suites are dedicated packages with their own dependencies.

Benchmark suites test Hono against… ↔ Benchmarks are organized into dedicated… · benchmark-organization · benchmark-scope · converges with

Benchmarks empirically test performance against alternatives, making choices data-driven.

Benchmark suites test Hono against… ↔ Performance-sensitive subsystems are… · benchmarking · performance-validation · converges with

Both benchmark Hono's JSX support directly against React, Preact, and Nano JSX.

Benchmark suites test Hono against… ↔ Hono's JSX support is an in-house… · benchmark-competition · benchmarking · converges with

Both organize benchmarks in dedicated packages with their own dependency trees.

Benchmarks are organized into dedicated… ↔ Third-party framework dependencies live… · benchmark-isolation · converges with

Both describe benchmarks as separate packages; conv#55 focuses on their organization by concern, conv#57 on their standalone package.json structure.

Benchmarks are organized into dedicated… ↔ Performance benchmarks are maintained… · benchmark-organization · benchmark-packaging · benchmark-structure · converges with

Both implement security features as opt-in middleware modules composed per route, rather than enabling them by default in the core pipeline.

Every request-processing feature—auth,… ↔ Security is layerable: authentication,… · middleware-composition · converges with

Both describe validation and security as middleware composed in the onion pipeline.

Every request-processing feature—auth,… ↔ Request validation is middleware, not… · middleware-model · middleware-pattern · converges with

All features as middleware through the onion pipeline, consistent with the small dispatcher kernel.

Every request-processing feature—auth,… ↔ Hono's core is a small dispatcher… · architecture-principle · middleware-composition · middleware-pipeline · converges with

Both describe core isolation: #60 as dispatcher kernel, #65 as Web Standard API use with adapters.

Hono's core is a small dispatcher… ↔ The core framework uses only Web… · core-composition · platform-abstraction · platform-bridging · converges with

Both confine third-party dependencies to benchmark subpackages and devDependencies.

Hono's core package is self-contained… ↔ Third-party framework dependencies live… · dependency-isolation · dependency-scope · dependency-scoping · dependency-surface · dependency-zero · external-dependency-policy · converges with

Both aim for zero/minimal runtime dependencies by implementing features in-house and using Web Standards.

Hono's core package is self-contained… ↔ The core framework uses only Web… · dependency-footprint · dependency-minimalism · platform-isolation · converges with

Both avoid external runtime dependencies, with JSX implemented in-house rather than relying on React, keeping the core package self-contained.

Hono's JSX support is an in-house… ↔ Hono's core package is self-contained… · dependency-minimization · dependency-reduction · converges with

Both deeply integrate TypeScript types into the API for compile-time guarantees.

HTTP-boundary data is accessed through… ↔ TypeScript types are deeply integrated… · type-inference · type-integration · type-safety · typescript-integration · converges with

Both describe accessing validated data through c.req.valid() with TypeScript-inferred types.

HTTP-boundary data is accessed through… ↔ Validation results are stored on… · typed-access · typed-validation · converges with

Both ensure handlers receive pre-validated data via c.req.valid() rather than parsing raw input.

Request validation is middleware, not… ↔ Validation results are stored on… · validation-access · validation-attachment · validation-delivery · converges with

Both route inbound data through HonoRequest accessors, including validated data.

The HTTP surface is wrapped: handlers… ↔ Validation results are stored on… · request-abstraction · converges with

Both wrap the HTTP surface—HonoRequest/Context accessors and Web Standard APIs—isolating raw fetch Request/Response from handler code.

The HTTP surface is wrapped: handlers… ↔ The core framework uses only Web… · http-surface · converges with

Benchmark suites are self-contained packages with competitor dependencies, enabling empirical comparison against alternatives like find-my-way and koa-router.

Benchmark suites are self-contained in… ↔ Performance-sensitive subsystems are… · benchmark-structure · benchmarking · relies on

Opt-in security middleware is implemented through the same pipeline.

Every request-processing feature—auth,… ↔ Security is layerable: authentication,… · security-middleware · relies on

Small dispatcher kernel with middleware composition is the foundation for all features as middleware.

Every request-processing feature—auth,… ↔ Hono's core is a small dispatcher… · architecture · architecture-shape · kernel-composition · relies on

Zero runtime dependencies in core (#58) is achieved because third-party libs are confined to benchmarks as described in #52.

Hono's core package is self-contained… ↔ Third-party framework dependencies live… · dependency-footprint · relies on

Using only Web Standard APIs in core enables zero runtime dependencies by isolating platform-specific code into adapters.

Hono's core package is self-contained… ↔ The core framework uses only Web… · dependency-surface · relies on

In-house JSX is contrasted against external implementations in benchmarks.

Hono's JSX support is an in-house… ↔ Hono's core package is self-contained… · external-lib-wrapping · relies on

Wrapped request/response accessors (conv#52) enable TypeScript-inferred types for hc() and c.req.valid() (conv#64), so the wrapper is prerequisite to compile-time client contracts.

HTTP-boundary data is accessed through… ↔ The HTTP surface is wrapped: handlers… · http-abstraction · type-safety · typed-http-access · relies on

Middleware-based validation (validator()) stores parsed/validated data on the request, which is accessed via c.req.valid() in handlers.

Request validation is middleware, not… ↔ Validation results are stored on… · validation-flow · validation-integration · validation-placement · relies on

HonoRequest's parsed accessors and Context helper methods enable storing validation results on HonoRequest accessed via c.req.valid().

The HTTP surface is wrapped: handlers… ↔ Validation results are stored on… · request-access · relies on

#67 is the specific implementation of the security layering principle described in #62.

All request filtering — authentication,… ↔ Security is layerable: authentication,… · middleware-composition · security-layering · makes more specific

The all-features-as-middleware principle (conv#66) encompasses request filtering (conv#58) as one application; auth and validation are instances of the general middleware pattern.

All request filtering — authentication,… ↔ Every request-processing feature—auth,… · middleware-alternatives · makes more specific

conv#67 details conv#58's filtering middleware, showing csrf() and validator() as concrete examples intercepting requests.

All request filtering — authentication,… ↔ Request validation is middleware, not… · filtering-middleware · makes more specific

JSX benchmark (conv#50) is a specific instance of the broader benchmarking against alternatives (conv#54), comparing Hono's JSX against React, Preact, Nano JSX.

Benchmark suites test Hono against… ↔ Hono's JSX support is an in-house… · benchmark-scope · makes more specific

#51 is the general principle (all features as middleware), #55 provides the specific validation middleware implementations.

Every request-processing feature—auth,… ↔ Request validation is middleware, not… · architecture · middleware-architecture · middleware-role · makes more specific

#59 is the specific case of in-house JSX implementation that is part of #58's zero-runtime-dependency approach.

Hono's JSX support is an in-house… ↔ Hono's core package is self-contained… · jsx-implementation · makes more specific

conv#53's c.req.valid() storage is specialized by conv#64's type-inferred access via validator() schema, ensuring compile-time validated data.

HTTP-boundary data is accessed through… ↔ Validation results are stored on… · validation-access · makes more specific