* Functions ctx.Body() and ctx.BodyRaw() respects immutability
* Tests for immutable request body
* Added b.ReportAllocs() & b.ResetTimer() in benchmarks of request body
* Add type-specific local value handling with generics in Ctx
Introduced a new function, Locals, that utilizes Go's generics to handle and retrieve type-specific local values within a request context. This enhancement provides more accurate data type control within the context. Included are tests for generic and custom struct use-cases to ensure the function performs as expected.
* Update documentation for Go generics in Locals method
Added documentation to explain the new version of the Locals method that uses Go's generics feature. This version allows for better control of data types when manipulating and retrieving local values within a request's context. Examples are provided, along with a caution on using correct data types to prevent a runtime panic.
* update ctx.md
* Correct indentation in API documentation
* Refactor Locals function and add new test case
* Refactor Locals function and add new test case
---------
Co-authored-by: Deza Farras Tsany <deza.ftsany@gmail.com>
* Add QueryParser method and tests
Introduced a new method, QueryParser, to parse query parameters from a given context into specified types: integer, boolean, float, and string. The method provides default values for empty or invalid keys. Corresponding tests for each type have also been added to validate the functionality.
* Refactor QueryParser and add string support
Refactored the existing QueryParser method in the code to simplify its structure. Instead of reflecting on types, it now uses explicit type checking. In addition to the existing support for integers, booleans, and floats, the QueryParser method now also supports string parsing. Corresponding tests for the updated method and new feature were added as well.
* Update example call in method comment
Updated the method call example in the comment for the Query function in the ctx.go file. Previously, it was incorrectly demonstrating a call to "QueryParser("wanna_cake", 1)", but this has been updated to correctly represent the method it is commenting, resulting in "Query("wanna_cake", 1)".
* Refactor Query function in ctx.go
The update introduces better type assertion handling in the Query function. A switch statement is now employed to determine the type of the value as opposed to the previous if clauses. In addition, a validation step has been added to ensure the context passed into the function is of the correct type.
* Refactor type handling in Query function
The Query function in ctx.go has been refactored for better and clearer type handling. The code now uses a 'QueryType' interface, replacing explicit string, bool, float, and int declarations. This change also improves the error message when a type assertion fails, making it more descriptive about the specific failure.
* Add type assertion check in ctx.go
Updated the code in ctx.go to add a type assertion check for all case statements. The function now checks if the returned value is of the expected type, and if not, it throws a panic with a description of the failed type assertion.
* Refactor Query function to support more data types
The Query function has been expanded to support a broader range of data types. This includes support for extracting query parameters as different types of integers (both signed and unsigned), strings, floats, and booleans from the request's URI. The function now includes comprehensive parsing capabilities that allow for improved handling of different data types.
* Refactor Query function documentation
The documentation for the Query function has been updated to emphasize its versatility in handling various data types. The changes also clarify how the function operates and demonstrates the usage and benefits of providing a defaultValue. The different variations of QueryBool, QueryFloat, and QueryInt were removed, as they are now encompassed by the enhanced Query function.
* Add benchmark tests for Query function
Benchmark tests have been added to evaluate the performance of the Query function for different data types. These tests will help in assessing the efficiency of the function when processing various queries. The addition of these benchmarks will aid in future optimizations and enhancements of the function.
* Update generic Query function signature
The signature of the generic Query function has been updated to accept different types of data as arguments. The change improves flexibility of the function by allowing it to handle different data types, effectively making it a versatile tool in processing various queries.
* Modify `ctx.Query()` calls in documentation
`ctx.Query()` calls in the ctx.md documentation file were updated to remove the `ctx.` prefix. This is consistent with the typical use cases and makes the code examples more clear and easy to understand.
* Refactored assertValueType function and improved query parameter documentation
Updated the assertValueType function to utilize the utils.UnsafeBytes method for byte conversion. Enhanced the documentation for query parameter types to offer clearer, more comprehensive explanations and examples, including QueryTypeInteger, QueryTypeFloat, and subcategories.
* Update Query method calls to use new fiber.Query syntax
In this commit, the conventional `c.Query()` calls across multiple middleware and document files are updated to use the new `fiber.Query` syntax. The changes align with the updated function signatures in Fiber library that provides type-specific querying. These enhancements contribute to the project's overall robustness and consistency.
* Add Query method to get query string parameters
* Replace 'utils.UnsafeBytes' with 'ctx.app.getBytes'
In the query method, the utils.UnsafeBytes function was replaced with the ctx.app.getBytes method. This change enhances the extraction of query string parameters by making it safer and more context-specific.
* Refactor parsing functions in query handlers
The parsing functions in query handlers have been refactored to simplify the process. Parsing code has been extracted into dedicated functions like 'parseIntWithDefault' and 'parseFloatWithDefault', and they now reside in a new utils file. This modularization improves readability and maintainability of the code. Additionally, documentation is updated to reflect the changes.
* Refactor parsing functions in ctx.go
The parsing functions have been restructured to enhance readability and reduce repetition in the ctx.go file. This was achieved by creating generalised parsing functions that handle defaults and ensure the correct value type is returned. As a result, various single-use parsing functions in the utils.go file have been removed.
* Refactor code to centralize parsing functions
In some cases, loop variables had to be reassigned to a local variable
to avoid concurrent access. This will no longer be needed when fiber's
minimum go version is bumped to 1.22, where each loop iteration gets its
own variable.
There was a test that used the default exponential backoff
configuration, causing the test to run for over 3 minutes. This test
does not increase coverage in a way that warrants the slowdown of CI,
and the default backoff time values are already verified by a separate
test.
* 🔥 v3: update Ctx.Format to match Express's res.format
While the existing Ctx.Format provides a concise convenience method for
basic content negotiation on simple structures, res.format allows
developers to set their own custom handlers for each content type.
The existing Ctx.Format is renamed to Ctx.AutoFormat.
* doc: add docs for Ctx.Format
* refactor: update based on code review feedback
- Rename Fmt to ResFmt
- Add comments in several places
- Return errors instead of panicking in Format
- Add 'Accept' to the Vary header in Format to match res.format
* chore: improve docs and tests for AutoFormat and Format
A Session must not be accessed after Save() is called, but a unit test
calls Session.ID() after Session.Save(), sometimes causing the test to
fail when -race is enabled. The assertions that ID() was being used in
were redundant with the previous two assertions (checking that the
session name header is empty), so we can just remove the offending code.
✅ test: fix failing csrf test
A test validating that expired tokens fail was hitting a race condition
with garbage collection. Sometimes, an assertion that expects memory
storage GC to have triggered happens too quickly, causing the assertion
to fail. Give the GC a little bit more time to process before asserting.
Tests that call SetParserDecoder were causing a race condition with
other tests that read from decoderPoolMap. Fix by making the offending
tests not run in parallel.
The limiter middleware unit tests are failing due to a race between the
storage garbage collector and the unit test itself. The sliding window
limiter tracks requests using memory storage. In several of the unit
tests, this storage expiry ends up being 4 seconds. The test waits for 4
seconds, then sends a request, expecting it to succeed. However, the
unit test occasionally wakes up before the storage GC kicks in. As an
effect of the very coarse timer (using seconds as units), the middleware
correctly rejects the request, causing the test to fail.
Update the sleep to 4.5 seconds. This will not slow down the execution
of the test suite, as these tests run in parallel with a separate 9
second long test.
I'm not 100% sure this solves the issue, and ideally we'd be able to
run tests without time.Sleep.
* perf(ctx.Range): reduce allocations
strings.Split was causing extra allocations where using
strings.IndexByte can suffice. ALso switch from strconv.Atoi because it
causes an allocation when parsing a non-integer, which is common for
Ranges.
* chore: fix lint
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