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v3: Use Named Fields Instead of Positional and Align Structures to Reduce Memory Usage #3079

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merged 11 commits into from
Jul 23, 2024

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@gaby gaby commented Jul 21, 2024

Description

  • Use betteralign to fix the order of fields for all structures used across Fiber.
  • Initialize structures across Fiber using named fields instead of positionals.
    • This was done using a custom analyzer that I will make public later.
  • Enable struct alignment checks using govet.

The changes introduced by betteralign results in the following:

  • Total savings: 1472 bytes
fiber/internal/schema/cache.go:28:12: 24 bytes saved: struct with 48 pointer bytes could be 24
fiber/internal/schema/decoder.go:464:22: 16 bytes saved: struct with 56 pointer bytes could be 40
fiber/binder/mapping.go:14:19: 8 bytes saved: struct of size 56 could be 48
fiber/app.go:82:12: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/app.go:88:10: 32 bytes saved: struct with 1192 pointer bytes could be 1160
fiber/app.go:133:13: 48 bytes saved: struct of size 480 could be 432
fiber/ctx.go:50:17: 32 bytes saved: struct with 736 pointer bytes could be 704
fiber/ctx.go:113:20: 16 bytes saved: struct with 56 pointer bytes could be 40
fiber/ctx.go:177:13: 8 bytes saved: struct of size 128 could be 120
fiber/ctx.go:198:13: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/group.go:13:12: 8 bytes saved: struct with 48 pointer bytes could be 40
fiber/helpers.go:33:19: 32 bytes saved: struct with 48 pointer bytes could be 16
fiber/listen.go:42:19: 16 bytes saved: struct with 128 pointer bytes could be 112
fiber/mount.go:15:18: 32 bytes saved: struct with 64 pointer bytes could be 32
fiber/path.go:29:19: 8 bytes saved: struct of size 104 could be 96
fiber/path.go:67:17: 8 bytes saved: struct with 64 pointer bytes could be 56
fiber/prefork.go:74:13: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/redirect.go:36:15: 24 bytes saved: struct with 48 pointer bytes could be 24
fiber/router.go:44:12: 24 bytes saved: struct with 176 pointer bytes could be 152
fiber/client/client.go:36:13: 56 bytes saved: struct with 304 pointer bytes could be 248
fiber/client/client.go:604:13: 16 bytes saved: struct with 128 pointer bytes could be 112
fiber/client/cookiejar.go:38:16: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/client/request.go:42:14: 40 bytes saved: struct with 216 pointer bytes could be 176
fiber/client/request.go:784:11: 8 bytes saved: struct with 64 pointer bytes could be 56
fiber/client/response.go:19:15: 16 bytes saved: struct with 48 pointer bytes could be 32
fiber/internal/memory/memory.go:12:14: 24 bytes saved: struct with 32 pointer bytes could be 8
fiber/internal/memory/memory.go:17:11: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/internal/storage/memory/memory.go:13:14: 32 bytes saved: struct with 48 pointer bytes could be 16
fiber/middleware/basicauth/config.go:11:13: 8 bytes saved: struct with 48 pointer bytes could be 40
fiber/middleware/cache/config.go:11:13: 8 bytes saved: struct of size 120 could be 112
fiber/middleware/cache/manager.go:13:11: 32 bytes saved: struct with 96 pointer bytes could be 64
fiber/middleware/cors/config.go:8:13: 8 bytes saved: struct of size 136 could be 128
fiber/middleware/session/config.go:12:13: 8 bytes saved: struct of size 144 could be 136
fiber/middleware/session/data.go:9:11: 24 bytes saved: struct with 32 pointer bytes could be 8
fiber/middleware/session/session.go:15:14: 40 bytes saved: struct with 88 pointer bytes could be 48
fiber/middleware/csrf/config.go:15:13: 16 bytes saved: struct of size 208 could be 192
fiber/middleware/csrf/session_manager.go:11:21: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/middleware/csrf/token.go:7:12: 16 bytes saved: struct with 64 pointer bytes could be 48
fiber/middleware/encryptcookie/config.go:8:13: 16 bytes saved: struct with 64 pointer bytes could be 48
fiber/middleware/etag/config.go:8:13: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/middleware/favicon/favicon.go:13:13: 8 bytes saved: struct with 88 pointer bytes could be 80
fiber/middleware/helmet/config.go:8:13: 8 bytes saved: struct of size 240 could be 232
fiber/middleware/idempotency/config.go:15:13: 24 bytes saved: struct with 96 pointer bytes could be 72
fiber/middleware/idempotency/locker.go:13:17: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/middleware/idempotency/response.go:7:15: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/middleware/keyauth/config.go:12:13: 8 bytes saved: struct with 72 pointer bytes could be 64
fiber/middleware/limiter/config.go:10:13: 24 bytes saved: struct with 80 pointer bytes could be 56
fiber/middleware/logger/config.go:12:13: 24 bytes saved: struct with 128 pointer bytes could be 104
fiber/middleware/logger/data.go:9:11: 16 bytes saved: struct with 160 pointer bytes could be 144
fiber/middleware/proxy/config.go:12:13: 40 bytes saved: struct with 88 pointer bytes could be 48
fiber/middleware/proxy/proxy.go:216:17: 16 bytes saved: struct with 24 pointer bytes could be 8
fiber/middleware/recover/config.go:8:13: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/middleware/redirect/config.go:10:13: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/middleware/requestid/config.go:9:13: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/middleware/static/config.go:11:13: 40 bytes saved: struct with 88 pointer bytes could be 48
fiber/middleware/csrf/csrf.go:26:14: 32 bytes saved: struct with 208 pointer bytes could be 176
fiber/bind_test.go:28:13: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:55:14: 16 bytes saved: struct with 128 pointer bytes could be 112
fiber/bind_test.go:239:12: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/bind_test.go:294:14: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:320:15: 16 bytes saved: struct with 128 pointer bytes could be 112
fiber/bind_test.go:504:12: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/bind_test.go:535:14: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:561:15: 16 bytes saved: struct with 128 pointer bytes could be 112
fiber/bind_test.go:637:13: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:710:13: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:734:17: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:784:17: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:1254:14: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/bind_test.go:1280:15: 16 bytes saved: struct with 128 pointer bytes could be 112
fiber/bind_test.go:1465:12: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/bind_test.go:1497:14: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/ctx_test.go:511:24: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/ctx_test.go:704:24: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/ctx_test.go:1125:15: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/ctx_test.go:1372:18: 16 bytes saved: struct with 56 pointer bytes could be 40
fiber/listen_test.go:81:17: 24 bytes saved: struct with 48 pointer bytes could be 24
fiber/path_testcases_test.go:11:20: 8 bytes saved: struct of size 56 could be 48
fiber/redirect_test.go:329:17: 16 bytes saved: struct with 72 pointer bytes could be 56
fiber/addon/retry/exponential_backoff_test.go:13:13: 8 bytes saved: struct with 48 pointer bytes could be 40
fiber/client/client_test.go:837:13: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/client/client_test.go:1089:13: 24 bytes saved: struct with 72 pointer bytes could be 48
fiber/client/client_test.go:1197:13: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/client/core_test.go:23:13: 8 bytes saved: struct with 48 pointer bytes could be 40
fiber/client/request_test.go:224:13: 24 bytes saved: struct with 72 pointer bytes could be 48
fiber/client/request_test.go:336:13: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/client/request_test.go:398:13: 8 bytes saved: struct with 16 pointer bytes could be 8
fiber/client/request_test.go:512:13: 24 bytes saved: struct with 72 pointer bytes could be 48
fiber/client/request_test.go:1301:12: 32 bytes saved: struct with 80 pointer bytes could be 48
fiber/client/request_test.go:1455:12: 32 bytes saved: struct with 80 pointer bytes could be 48
fiber/log/default_test.go:122:13: 16 bytes saved: struct with 96 pointer bytes could be 80
fiber/log/default_test.go:311:13: 8 bytes saved: struct with 48 pointer bytes could be 40
fiber/log/default_test.go:369:13: 8 bytes saved: struct with 48 pointer bytes could be 40
fiber/middleware/adaptor/adaptor_test.go:357:28: 8 bytes saved: struct with 24 pointer bytes could be 16
fiber/middleware/basicauth/basicauth_test.go:48:13: 8 bytes saved: struct with 48 pointer bytes could be 40
fiber/middleware/cors/cors_test.go:328:13: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/middleware/cors/cors_test.go:683:17: 24 bytes saved: struct with 168 pointer bytes could be 144
fiber/middleware/cors/cors_test.go:830:17: 24 bytes saved: struct with 184 pointer bytes could be 160
fiber/middleware/cors/utils_test.go:11:17: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/middleware/csrf/helpers_test.go:11:17: 8 bytes saved: struct with 32 pointer bytes could be 24
fiber/middleware/keyauth/keyauth_test.go:21:13: 8 bytes saved: struct with 80 pointer bytes could be 72
fiber/middleware/keyauth/keyauth_test.go:281:13: 8 bytes saved: struct with 64 pointer bytes could be 56
fiber/middleware/static/static_test.go:652:13: 16 bytes saved: struct with 72 pointer bytes could be 56

Changes introduced

  • API Longevity: Discuss the steps taken to ensure that the new or updated APIs are consistent and not prone to breaking changes.

Type of change

  • Enhancement (improvement to existing features and functionality)
  • Performance improvement (non-breaking change which improves efficiency)
  • Code consistency (non-breaking change which improves code reliability and robustness)

@gaby gaby added this to the v3 milestone Jul 21, 2024
@gaby gaby requested a review from a team as a code owner July 21, 2024 00:02
@gaby gaby requested review from sixcolors, ReneWerner87 and efectn and removed request for a team July 21, 2024 00:02
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coderabbitai bot commented Jul 21, 2024

Walkthrough

This change set includes a comprehensive reorganization of Go files, focusing on enhancing clarity and maintainability through the reordering of struct fields and improvements in configuration options. Key modifications involve reactivating certain linting checks, refining middleware settings, and updating test case definitions for better readability. The overall goal is to streamline the codebase and ensure consistent data handling while preserving existing functionalities.

Changes

File(s) Change Summary
.golangci.yml Enabled the fieldalignment linter check to enforce stricter code style.
app.go, client/client.go, ctx.go, middleware/*, router.go Reordered fields in multiple structs for improved readability and maintainability; introduced new fields for enhanced configuration options.
bind_test.go, client/client_test.go, client/request_test.go, middleware/*.go, middleware/*.test.go, ctx_test.go Updated test case struct initializations to use named fields, enhancing code clarity.
internal/* Adjusted the order of fields in various structs to improve organization without changing functionality.
.github/workflows/benchmark.yml Changed comment-on-alert from true to false to adjust alert notification behavior; added pull-requests: write permission.

Poem

In the realm of code, where rabbits roam,
We've tidied up paths and made them our home.
With fields in their places, all neat and aligned,
Clarity blooms, and confusion's confined.
So hop with delight, let bugs take their flight,
For our code is now shining, a sweet, joyful sight! 🐰✨


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codecov bot commented Jul 21, 2024

Codecov Report

All modified and coverable lines are covered by tests ✅

Project coverage is 83.12%. Comparing base (ef07360) to head (0d34345).

Additional details and impacted files
@@            Coverage Diff             @@
##             main    #3079      +/-   ##
==========================================
- Coverage   83.14%   83.12%   -0.03%     
==========================================
  Files         115      115              
  Lines        8332     8332              
==========================================
- Hits         6928     6926       -2     
- Misses       1075     1076       +1     
- Partials      329      330       +1     
Flag Coverage Δ
unittests 83.12% <100.00%> (-0.03%) ⬇️

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Actionable comments posted: 4

Outside diff range, codebase verification and nitpick comments (24)
middleware/proxy/config.go (1)

28-29: Ensure consistent naming conventions.

The TlsConfig field should be renamed to TLSConfig to follow Go naming conventions. This change is already noted in the comment.

-  TlsConfig *tls.Config //nolint:stylecheck,revive // TODO: Rename to "TLSConfig" in v3
+  TLSConfig *tls.Config //nolint:stylecheck,revive // TODO: Rename to "TLSConfig" in v3
middleware/cache/config.go (3)

39-44: The purpose and usage of the CacheHeader field are not clearly documented.

  • The current comment mentions possible return values but does not explain the purpose and usage of the CacheHeader field.
Analysis chain

Clarify the purpose of the CacheHeader field.

The comment for the CacheHeader field has been updated. Ensure that the purpose and usage of this field are clear and documented.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the purpose and usage of the `CacheHeader` field are clear and documented.

# Test: Search for documentation related to the `CacheHeader` field. Expect: Clear documentation is present.
rg --type markdown --type go -A 5 'CacheHeader string'

Length of output: 415


64-68: Ensure the CacheControl field is properly validated.

The CacheControl field is being used in various parts of the codebase, but there is no explicit validation logic to enforce its requirements. Please add proper validation to ensure the CacheControl field is used correctly.

  • File: middleware/cache/config.go
  • Lines: 64-68
Analysis chain

Ensure the CacheControl field is properly validated.

The CacheControl field has been moved. Ensure that proper validation is in place to enforce this field's requirements.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the `CacheControl` field is properly validated.

# Test: Search for validation logic related to the `CacheControl` field. Expect: Validation logic is present.
rg --type go -A 5 'CacheControl bool'

Length of output: 354


Script:

#!/bin/bash
# Description: Search for validation logic related to the `CacheControl` field.

# Test: Search for functions or methods that reference `CacheControl`. Expect: Validation logic is present.
rg --type go 'CacheControl' -A 10

Length of output: 26535


46-50: Ensure the Methods field is properly validated.

The Methods field is a new addition, and no validation logic was found to enforce its requirements. It is recommended to add proper validation to ensure that the Methods field contains valid HTTP methods.

  • Location: middleware/cache/config.go lines 46-50
  • Function: configDefault in middleware/cache/config.go
Analysis chain

Ensure the Methods field is properly validated.

The Methods field is a new addition. Ensure that proper validation is in place to enforce this field's requirements.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the `Methods` field is properly validated.

# Test: Search for validation logic related to the `Methods` field. Expect: Validation logic is present.
rg --type go -A 5 'Methods []string'

Length of output: 125


Script:

#!/bin/bash
# Description: Verify that the `Methods` field is properly validated.

# Test: Search for validation logic related to the `Methods` field. Expect: Validation logic is present.
rg --type go -A 10 'Methods \[\]string'

Length of output: 1629


Script:

#!/bin/bash
# Description: Search for functions in the `middleware/cache/config.go` file to identify any validation logic related to the `Methods` field.

# List all functions in the `middleware/cache/config.go` file.
ast-grep --lang go --pattern 'func $_($_) $_' middleware/cache/config.go

Length of output: 1501


Script:

#!/bin/bash
# Description: Search for any validation functions or methods related to the `Methods` field in the codebase.

# Search for functions that might validate the `Methods` field.
rg --type go 'func validateMethods' -A 10

Length of output: 43


Script:

#!/bin/bash
# Description: Search for any validation logic related to the `Methods` field in the codebase using common validation keywords.

# Search for validation logic related to the `Methods` field.
rg --type go 'validate|check' -A 10

Length of output: 146055

listen.go (6)

43-46: Add documentation for GracefulContext.

The GracefulContext field allows for graceful shutdown using a provided context. Ensure that this field is documented properly to guide users on its usage.


48-51: Add documentation for TLSConfigFunc.

The TLSConfigFunc field allows customization of the tls.Config. Ensure that this field is documented properly to guide users on its usage.


53-56: Add documentation for ListenerAddrFunc.

The ListenerAddrFunc field allows customization of the net.Listener. Ensure that this field is documented properly to guide users on its usage.


58-61: Add documentation for BeforeServeFunc.

The BeforeServeFunc field allows customization before serving the app. Ensure that this field is documented properly to guide users on its usage.


63-67: Add documentation for OnShutdownError.

The OnShutdownError field allows customization of error behavior during graceful shutdown. Ensure that this field is documented properly to guide users on its usage.


69-72: Add documentation for OnShutdownSuccess.

The OnShutdownSuccess field allows customization of success behavior during graceful shutdown. Ensure that this field is documented properly to guide users on its usage.

client/client.go (6)

37-38: Add documentation for the logger field.

The logger field is a new addition and should have a comment explaining its purpose.

// logger is used for logging client operations.
logger log.CommonLogger

52-53: Add documentation for the cookieJar field.

The cookieJar field is a new addition and should have a comment explaining its purpose.

// cookieJar manages cookies for the client.
cookieJar *CookieJar

54-55: Add documentation for the retryConfig field.

The retryConfig field is a new addition and should have a comment explaining its purpose.

// retryConfig holds the retry configuration for the client.
retryConfig *RetryConfig

61-62: Add documentation for the proxyURL field.

The proxyURL field is a new addition and should have a comment explaining its purpose.

// proxyURL specifies the proxy server URL.
proxyURL string

614-615: Add documentation for the FormData field.

The FormData field is a new addition and should have a comment explaining its purpose.

// FormData holds form data for the request.
FormData map[string]string

618-619: Add documentation for the File field.

The File field is a new addition and should have a comment explaining its purpose.

// File holds the files to be uploaded with the request.
File []*File
app.go (7)

145-150: Add documentation for the CompressedFileSuffixes field.

The CompressedFileSuffixes field is a new addition and should have a comment explaining its purpose.

// CompressedFileSuffixes adds suffix to the original file name and
// tries saving the resulting compressed file under the new file name.
CompressedFileSuffixes map[string]string `json:"compressed_file_suffixes"`

151-155: Add documentation for the ErrorHandler field.

The ErrorHandler field is a new addition and should have a comment explaining its purpose.

// ErrorHandler is executed when an error is returned from fiber.Handler.
ErrorHandler ErrorHandler `json:"-"`

161-162: Add documentation for the JSONEncoder field.

The JSONEncoder field is a new addition and should have a comment explaining its purpose.

// JSONEncoder allows for flexibility in using another JSON library for encoding.
JSONEncoder utils.JSONMarshal `json:"-"`

168-169: Add documentation for the JSONDecoder field.

The JSONDecoder field is a new addition and should have a comment explaining its purpose.

// JSONDecoder allows for flexibility in using another JSON library for decoding.
JSONDecoder utils.JSONUnmarshal `json:"-"`

175-176: Add documentation for the XMLEncoder field.

The XMLEncoder field is a new addition and should have a comment explaining its purpose.

// XMLEncoder allows for flexibility in using another XML library for encoding.
XMLEncoder utils.XMLMarshal `json:"-"`

210-211: Add documentation for the TrustedProxies field.

The TrustedProxies field is a new addition and should have a comment explaining its purpose.

// TrustedProxies defines a list of trusted proxy IP addresses.
TrustedProxies []string `json:"trusted_proxies"`

182-183: Add documentation for the ColorScheme field.

The ColorScheme field is a new addition and should have a comment explaining its purpose.

// ColorScheme defines custom color schemes for the application.
ColorScheme Colors `json:"color_scheme"`
ctx.go (1)

178-183: Ensure all initializations and usages of Cookie are updated to reflect the new fields.

The addition of Expires and SameSite fields in the Cookie struct is approved. However, the following instances need to be updated to handle the new fields:

  • redirect.go: Lines where Cookie is initialized (e.g., r.c.Cookie(&Cookie{...})) should include the new fields.
  • ctx.go: The Cookie method should ensure the new fields are set correctly.
  • ctx_test.go: Test cases should include checks for the new fields.
  • middleware/session/session.go: Ensure the new fields are handled when setting cookies.
  • middleware/csrf/csrf.go: Handle the new fields when setting CSRF cookies.

Please update the code to reflect these changes and ensure all instances of Cookie include the Expires and SameSite fields.

Analysis chain

LGTM! But verify the struct usage in the codebase.

The addition of Expires and SameSite fields in the Cookie struct is approved.

However, ensure that all initializations and usages of Cookie are updated to reflect the new fields.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify all initializations and usages of `Cookie` match the new fields.

# Test: Search for the struct usage. Expect: Occurrences with the new fields.
rg --type go -A 5 $'Cookie'

Length of output: 167796

Review details

Configuration used: CodeRabbit UI
Review profile: CHILL

Commits

Files that changed from the base of the PR and between 9ea7651 and ef22517.

Files selected for processing (56)
  • .golangci.yml (1 hunks)
  • addon/retry/exponential_backoff_test.go (1 hunks)
  • app.go (8 hunks)
  • bind_test.go (16 hunks)
  • binder/mapping.go (1 hunks)
  • client/client.go (3 hunks)
  • client/client_test.go (3 hunks)
  • client/cookiejar.go (1 hunks)
  • client/core_test.go (1 hunks)
  • client/request.go (2 hunks)
  • client/request_test.go (6 hunks)
  • client/response.go (1 hunks)
  • ctx.go (5 hunks)
  • ctx_test.go (14 hunks)
  • group.go (1 hunks)
  • helpers.go (2 hunks)
  • helpers_test.go (2 hunks)
  • internal/memory/memory.go (2 hunks)
  • internal/schema/cache.go (1 hunks)
  • internal/schema/decoder.go (1 hunks)
  • internal/storage/memory/memory.go (2 hunks)
  • listen.go (3 hunks)
  • listen_test.go (1 hunks)
  • log/default_test.go (3 hunks)
  • middleware/adaptor/adaptor_test.go (2 hunks)
  • middleware/basicauth/basicauth_test.go (1 hunks)
  • middleware/basicauth/config.go (2 hunks)
  • middleware/cache/config.go (3 hunks)
  • middleware/cache/manager.go (1 hunks)
  • middleware/compress/compress_test.go (4 hunks)
  • middleware/cors/config.go (2 hunks)
  • middleware/cors/cors_test.go (3 hunks)
  • middleware/cors/utils_test.go (3 hunks)
  • middleware/csrf/config.go (3 hunks)
  • middleware/csrf/csrf.go (1 hunks)
  • middleware/csrf/csrf_test.go (1 hunks)
  • middleware/csrf/helpers_test.go (1 hunks)
  • middleware/csrf/session_manager.go (2 hunks)
  • middleware/csrf/token.go (1 hunks)
  • middleware/encryptcookie/config.go (2 hunks)
  • middleware/encryptcookie/encryptcookie_test.go (4 hunks)
  • middleware/envvar/envvar_test.go (1 hunks)
  • middleware/etag/config.go (2 hunks)
  • middleware/favicon/favicon.go (2 hunks)
  • middleware/helmet/config.go (2 hunks)
  • middleware/idempotency/config.go (1 hunks)
  • middleware/idempotency/locker.go (1 hunks)
  • middleware/idempotency/response.go (1 hunks)
  • middleware/keyauth/config.go (2 hunks)
  • middleware/keyauth/keyauth_test.go (2 hunks)
  • middleware/limiter/config.go (2 hunks)
  • middleware/logger/config.go (3 hunks)
  • middleware/logger/data.go (1 hunks)
  • middleware/logger/logger_test.go (1 hunks)
  • middleware/proxy/config.go (3 hunks)
  • middleware/proxy/proxy.go (1 hunks)
Files not processed due to max files limit (16)
  • middleware/recover/config.go
  • middleware/redirect/config.go
  • middleware/requestid/config.go
  • middleware/session/config.go
  • middleware/session/data.go
  • middleware/session/session.go
  • middleware/session/store.go
  • middleware/static/config.go
  • middleware/static/static_test.go
  • mount.go
  • path.go
  • path_testcases_test.go
  • prefork.go
  • redirect.go
  • redirect_test.go
  • router.go
Files skipped from review due to trivial changes (38)
  • addon/retry/exponential_backoff_test.go
  • binder/mapping.go
  • client/cookiejar.go
  • client/core_test.go
  • client/request.go
  • client/request_test.go
  • client/response.go
  • group.go
  • helpers.go
  • helpers_test.go
  • internal/memory/memory.go
  • internal/schema/cache.go
  • internal/schema/decoder.go
  • internal/storage/memory/memory.go
  • listen_test.go
  • log/default_test.go
  • middleware/adaptor/adaptor_test.go
  • middleware/basicauth/basicauth_test.go
  • middleware/basicauth/config.go
  • middleware/cache/manager.go
  • middleware/compress/compress_test.go
  • middleware/cors/config.go
  • middleware/cors/cors_test.go
  • middleware/cors/utils_test.go
  • middleware/csrf/csrf.go
  • middleware/csrf/csrf_test.go
  • middleware/csrf/helpers_test.go
  • middleware/csrf/session_manager.go
  • middleware/csrf/token.go
  • middleware/encryptcookie/encryptcookie_test.go
  • middleware/envvar/envvar_test.go
  • middleware/favicon/favicon.go
  • middleware/idempotency/locker.go
  • middleware/idempotency/response.go
  • middleware/keyauth/keyauth_test.go
  • middleware/limiter/config.go
  • middleware/logger/data.go
  • middleware/logger/logger_test.go
Additional comments not posted (80)
middleware/etag/config.go (1)

9-12: LGTM! Verify the usage of the new Next field.

The addition of the Next field enhances the configurability of the middleware by allowing custom logic for skipping the middleware. The default value of nil ensures backward compatibility.

However, ensure that the new field is correctly utilized in the codebase.

Verification successful

The Next field is correctly utilized in the codebase.

The Next field is used in various middleware configurations and implementations, confirming its proper integration and utilization.

  • middleware/static/static.go
  • middleware/rewrite/rewrite.go
  • middleware/recover/recover.go
  • middleware/logger/logger.go
  • middleware/etag/etag.go
  • middleware/proxy/proxy.go
  • middleware/limiter/limiter_fixed.go
  • middleware/healthcheck/healthcheck.go
  • middleware/idempotency/idempotency.go
  • middleware/csrf/csrf.go
  • middleware/compress/compress.go
  • middleware/cors/cors.go
  • middleware/basicauth/basicauth.go
  • middleware/earlydata/earlydata.go
  • middleware/encryptcookie/encryptcookie.go
  • middleware/cache/cache.go
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the usage of the `Next` field in the codebase.

# Test: Search for the usage of the `Next` field. Expect: Correct utilization.
rg --type go -A 5 $'Next func(c fiber.Ctx) bool'

Length of output: 49


Script:

#!/bin/bash
# Description: Verify the usage of the `Next` field in the codebase.

# Test: Search for the assignment and usage of the `Next` field in the codebase.
rg --type go 'Next'

Length of output: 26458

middleware/encryptcookie/config.go (3)

14-17: LGTM! Verify the usage of the Encryptor field.

The reorganization and updated comments for the Encryptor field improve the clarity of the configuration options. The default value remains unchanged, ensuring backward compatibility.

However, ensure that the Encryptor field is correctly utilized in the codebase.

Verification successful

The Encryptor field is correctly utilized in the codebase.

The field is referenced in the configuration, main implementation, and test files, ensuring its proper functionality and coverage.

  • middleware/encryptcookie/config.go: Initialization and default setting.
  • middleware/encryptcookie/encryptcookie.go: Usage in the encryption process.
  • middleware/encryptcookie/encryptcookie_test.go: Custom encryptor test cases.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the usage of the `Encryptor` field in the codebase.

# Test: Search for the usage of the `Encryptor` field. Expect: Correct utilization.
rg --type go -A 5 $'Encryptor func(decryptedString, key string) (string, error)'

Length of output: 81


Script:

#!/bin/bash
# Description: Verify the usage of the `Encryptor` field in the codebase.

# Test: Search for references to the `Encryptor` field in the codebase.
rg --type go 'Encryptor'

Length of output: 1308


19-22: LGTM! Verify the usage of the Decryptor field.

The reorganization and updated comments for the Decryptor field improve the clarity of the configuration options. The default value remains unchanged, ensuring backward compatibility.

However, ensure that the Decryptor field is correctly utilized in the codebase.

Verification successful

The Decryptor field is correctly utilized in the codebase.

The Decryptor field is defined, assigned a default value if not provided, and called appropriately within the codebase. The reorganization and updated comments for the Decryptor field improve the clarity of the configuration options.

  • middleware/encryptcookie/config.go: Definition and assignment.
  • middleware/encryptcookie/encryptcookie.go: Function call.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the usage of the `Decryptor` field in the codebase.

# Test: Search for the usage of the `Decryptor` field. Expect: Correct utilization.
rg --type go -A 5 $'Decryptor func(encryptedString, key string) (string, error)'

Length of output: 81


Script:

#!/bin/bash
# Description: Verify the usage of the `Decryptor` field in the codebase.

# Search for the usage of the `Decryptor` field in the codebase.
rg --type go 'Decryptor'

# Search for instances where the `Decryptor` field is assigned a value.
rg --type go 'Decryptor ='

# Search for instances where the `Decryptor` field is called.
rg --type go 'Decryptor('

Length of output: 1029


Script:

#!/bin/bash
# Description: Verify the usage of the `Decryptor` field in the codebase.

# Search for instances where the `Decryptor` field is called, fixing the regex error.
rg --type go 'Decryptor\('

Length of output: 135


31-34: LGTM! Verify the usage of the Except field.

The reorganization and updated comments for the Except field improve the clarity of the configuration options. The default value remains unchanged, ensuring backward compatibility.

However, ensure that the Except field is correctly utilized in the codebase.

Verification successful

The Except field is correctly utilized in the codebase.

The field is used in conditional statements and test cases, ensuring its functionality is verified and maintained.

  • middleware/encryptcookie/encryptcookie.go: Conditional checks involving cfg.Except.
  • middleware/encryptcookie/encryptcookie_test.go: Initialization in test cases.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the usage of the `Except` field in the codebase.

# Test: Search for the usage of the `Except` field. Expect: Correct utilization.
rg --type go -A 5 $'Except []string'

Length of output: 122


Script:

#!/bin/bash
# Description: Verify the usage of the `Except` field in the codebase.

# Test: Search for the usage of the `Except` field. Expect: Correct utilization.
rg --type go -A 5 'Except\s*\[\]string'

Length of output: 355


Script:

#!/bin/bash
# Description: Verify the usage of the `Except` field in the codebase.

# Test: Search for the usage of the `Except` field. Expect: Correct utilization.
rg --type go 'Except'

Length of output: 1039

middleware/keyauth/config.go (2)

26-27: LGTM! Verify the usage of the CustomKeyLookup field.

The reorganization of the CustomKeyLookup field improves the clarity of the configuration options. The functionality remains unchanged, ensuring backward compatibility.

However, ensure that the CustomKeyLookup field is correctly utilized in the codebase.

Verification successful

Verified: The CustomKeyLookup field is correctly utilized in the codebase, including appropriate checks and tests.

  • middleware/keyauth/keyauth.go: Utilized in multiple logical conditions and function calls.
  • middleware/keyauth/keyauth_test.go: Tested to ensure proper functionality.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the usage of the `CustomKeyLookup` field in the codebase.

# Test: Search for the usage of the `CustomKeyLookup` field. Expect: Correct utilization.
rg --type go -A 5 $'CustomKeyLookup KeyLookupFunc'

Length of output: 424


Script:

#!/bin/bash
# Description: Search for the usage of the `CustomKeyLookup` field in the codebase.

# Test: Search for the term `CustomKeyLookup` to find all instances of its usage.
rg --type go 'CustomKeyLookup'

Length of output: 710


28-29: LGTM! Verify the usage of the Validator field.

The addition of the Validator field enhances the flexibility of the Config struct by allowing custom key validation logic. The default value of nil ensures backward compatibility.

However, ensure that the Validator field is correctly utilized in the codebase.

Verification successful

The Validator field is correctly utilized in the codebase.

The Validator field is referenced in the implementation file middleware/keyauth/keyauth.go and is extensively tested in middleware/keyauth/keyauth_test.go. This ensures that the custom key validation logic is properly integrated and verified.

  • middleware/keyauth/keyauth.go: valid, err := cfg.Validator(c, key)
  • middleware/keyauth/keyauth_test.go: Multiple instances of Validator function definitions and usage in tests.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the usage of the `Validator` field in the codebase.

# Test: Search for the usage of the `Validator` field. Expect: Correct utilization.
rg --type go -A 5 $'Validator func(fiber.Ctx, string) (bool, error)'

Length of output: 69


Script:

#!/bin/bash
# Description: Verify the usage of the `Validator` field in the codebase.

# Test: Search for any references to the `Validator` field.
rg --type go 'Validator'

Length of output: 1842

middleware/proxy/config.go (2)

31-34: Clarify the impact of setting the Client field.

The comment indicates that certain fields will not be used if the Client is set. Ensure this behavior is documented and tested.


36-42: Ensure Servers field is properly validated.

The Servers field is marked as required. Ensure that proper validation is in place to enforce this requirement.

Verification successful

The Servers field has basic validation in place.

The validation logic includes:

  • Ensuring the Servers field is not empty if cfg.Client is also nil.
  • Ensuring each server URL starts with "http".
  • Parsing each server URL and handling errors.

This provides a basic level of validation for the Servers field.

  • middleware/proxy/config.go:

    if len(cfg.Servers) == 0 && cfg.Client == nil {
        panic("Servers cannot be empty")
    }
  • middleware/proxy/proxy.go:

    for _, server := range cfg.Servers {
        if !strings.HasPrefix(server, "http") {
            server = "http://" + server
        }
        u, err := url.Parse(server)
        if err != nil {
            panic(err)
        }
    }
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the `Servers` field is properly validated.

# Test: Search for validation logic related to the `Servers` field. Expect: Validation logic is present.
rg --type go -A 5 'Servers []string'

Length of output: 125


Script:

#!/bin/bash
# Description: Verify that the `Servers` field is properly validated.

# Test: Search for validation logic related to the `Servers` field. Expect: Validation logic is present.
rg --type go -A 5 'Servers \[\]string'

Length of output: 350


Script:

#!/bin/bash
# Description: Verify that the `Servers` field is properly validated.

# Test: Search for validation functions or methods that might validate the `Servers` field.
rg --type go -i 'validate|validation|Servers'

Length of output: 8871


Script:

#!/bin/bash
# Description: Verify that the `Servers` field is properly validated.

# Test: Search for validation logic specifically around the `cfg.Servers` field.
rg --type go -A 10 'cfg.Servers'

Length of output: 783

middleware/cache/config.go (3)

52-55: Ensure the Expiration field is properly validated.

The Expiration field has been moved. Ensure that proper validation is in place to enforce this field's requirements.

Verification successful

The Expiration field is properly validated.

The Expiration field in middleware/cache/config.go is validated to ensure it is not zero or negative, and a default value is assigned if it is zero. This ensures the field is properly validated.

  • In middleware/cache/config.go, lines 52-55:
    • The field is assigned a default value of 1 * time.Minute.
    • There is a conditional check if int(cfg.Expiration.Seconds()) == 0 which sets it to a default value if it is zero.
    • There is also a check if int(cfg.Expiration.Seconds()) < 0 which returns an error if the expiration is negative.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the `Expiration` field is properly validated.

# Test: Search for validation logic related to the `Expiration` field. Expect: Validation logic is present.
rg --type go -A 5 'Expiration time.Duration'

Length of output: 1331


Script:

#!/bin/bash
# Description: Verify that the `Expiration` field in middleware/cache/config.go is properly validated.

# Search for functions or methods that reference the `Expiration` field in middleware/cache/config.go and include context lines to identify validation logic.
rg --type go -A 10 'Expiration' middleware/cache/config.go

Length of output: 1822


Script:

#!/bin/bash
# Description: Verify that the `Expiration` field is properly validated across the codebase.

# Search for validation logic related to the `Expiration` field across the entire codebase.
rg --type go 'Expiration' -A 10

Length of output: 42817


12-15: Ensure the Storage field is properly initialized.

The Storage field is moved and redefined. Ensure that it is properly initialized and used throughout the codebase.


69-72: Ensure the StoreResponseHeaders field is properly validated.

The StoreResponseHeaders field has been moved. Ensure that proper validation is in place to enforce this field's requirements.

middleware/idempotency/config.go (4)

21-24: Ensure the Storage field is properly initialized.

The Storage field is a new addition. Ensure that it is properly initialized and used throughout the codebase.

Verification successful

The Storage field is properly initialized and used.

The Storage field in middleware/idempotency/config.go is assigned a default value if it is nil and is used in various operations such as Get and Set.

  • Initialization: middleware/idempotency/config.go
  • Usage: middleware/idempotency/idempotency.go
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the `Storage` field is properly initialized and used.

# Test: Search for initialization and usage of the `Storage` field. Expect: Proper initialization and usage.
rg --type go -A 5 'Storage fiber.Storage'

Length of output: 1762


Script:

#!/bin/bash
# Description: Verify the initialization and usage of the `Storage` field.

# Search for assignments to the `Storage` field.
rg --type go 'Storage ='

# Search for usages of the `Storage` field.
rg --type go '\.Storage'

Length of output: 2699


30-33: Ensure the KeyHeaderValidate field is properly validated.

The KeyHeaderValidate field has been moved. Ensure that proper validation is in place to enforce this field's requirements.

Verification successful

Proper validation of KeyHeaderValidate field confirmed.

The KeyHeaderValidate field is defined and used appropriately in the codebase. Specifically:

  • Definition and Default Assignment: The field is defined in middleware/idempotency/config.go with a default function that ensures the header is 36 characters long.
  • Usage: The field is used in middleware/idempotency/idempotency.go to validate the idempotency key.

No further action is required as the validation logic is in place and correctly invoked.

  • middleware/idempotency/config.go
  • middleware/idempotency/idempotency.go
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the `KeyHeaderValidate` field is properly validated.

# Test: Search for validation logic related to the `KeyHeaderValidate` field. Expect: Validation logic is present.
rg --type go -A 5 'KeyHeaderValidate func(string) error'

Length of output: 58


Script:

#!/bin/bash
# Description: Verify that the `KeyHeaderValidate` field is properly validated.

# Search for the definition of the `KeyHeaderValidate` field to understand its context.
rg --type go 'KeyHeaderValidate func(string) error'

# Search for the usage of the `KeyHeaderValidate` field in the codebase to find where it might be validated.
rg --type go 'KeyHeaderValidate'

# Search for validation functions or methods that might be related to the `KeyHeaderValidate` field.
rg --type go 'validate' -A 10

Length of output: 12995


16-20: Ensure the Lock field is properly initialized.

The Lock field is a new addition. Ensure that it is properly initialized and used throughout the codebase.

Verification successful

The Lock field is properly initialized and used.

The Lock field in the Config struct is initialized with NewMemoryLock() in the configDefault function if not provided. It is also correctly used in the idempotency middleware for locking and unlocking operations.

  • Initialization: middleware/idempotency/config.go
  • Usage: middleware/idempotency/idempotency.go
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that the `Lock` field is properly initialized and used.

# Test: Search for initialization and usage of the `Lock` field. Expect: Proper initialization and usage.
rg --type go -A 5 'Lock Locker'

Length of output: 392


Script:

#!/bin/bash
# Description: Verify that the `Lock` field is properly initialized and used.

# Test: Search for instances where the `Config` struct is instantiated and check for initialization of the `Lock` field.
rg --type go 'Config{' -A 10

# Test: Search for usage of the `Lock` field within the codebase.
rg --type go '\.Lock' -A 5 -B 5

Length of output: 32228


45-48: Ensure the Lifetime field is properly validated.

The Lifetime field has been moved. Ensure that proper validation is in place to enforce this field's requirements.

middleware/helmet/config.go (1)

66-80: Ensure consistency of comments and default values.

The fields HSTSMaxAge, HSTSExcludeSubdomains, CSPReportOnly, and HSTSPreloadEnabled have been moved. Verify that the comments and default values remain consistent with the rest of the struct.

middleware/logger/config.go (4)

13-16: Verify the default value for Output.

The Output field specifies the destination for log output with a default value of os.Stdout. Ensure that this default value is appropriate and consistent with the intended functionality.


34-37: Verify the default value for BeforeHandlerFunc.

The BeforeHandlerFunc field allows customization before the handler is executed with a default value of beforeHandlerFunc. Ensure that this default value is appropriate and consistent with the intended functionality.


39-44: Verify the default value for LoggerFunc.

The LoggerFunc field enables the use of custom logging implementations with a default value of defaultLogger. Ensure that this default value is appropriate and consistent with the intended functionality.


46-46: Ensure consistency of comments and default values.

The timeZoneLocation field has been repositioned. Verify that the comments and default values remain consistent with the rest of the struct.

middleware/csrf/config.go (12)

16-21: Verify the default value for Storage.

The Storage field is used to store the state of the middleware with a default value of memory.New(). Ensure that this default value is appropriate and consistent with the intended functionality.


27-32: Verify the default value for Session.

The Session field is used to store the state of the middleware with a default value of nil. Ensure that this default value is appropriate and consistent with the intended functionality.


33-37: Verify the default value for KeyGenerator.

The KeyGenerator field creates a new CSRF token with a default value of utils.UUID. Ensure that this default value is appropriate and consistent with the intended functionality.


38-42: Verify the default value for ErrorHandler.

The ErrorHandler field is executed when an error is returned from fiber.Handler with a default value of DefaultErrorHandler. Ensure that this default value is appropriate and consistent with the intended functionality.


43-49: Verify the default value for Extractor.

The Extractor field returns the CSRF token with a default value that is created based on KeyLookup. Ensure that this default value is appropriate and consistent with the intended functionality.


104-106: Verify the default value for CookieSecure.

The CookieSecure field indicates if the CSRF cookie is secure with a default value of false. Ensure that this default value is appropriate and consistent with the intended functionality.


108-110: Verify the default value for CookieHTTPOnly.

The CookieHTTPOnly field indicates if the CSRF cookie is HTTP only with a default value of false. Ensure that this default value is appropriate and consistent with the intended functionality.


112-114: Verify the default value for CookieSessionOnly.

The CookieSessionOnly field decides whether the cookie should last for only the browser session with a default value of false. Ensure that this default value is appropriate and consistent with the intended functionality.


116-120: Verify the default value for SingleUseToken.

The SingleUseToken field indicates if the CSRF token should be destroyed and a new one generated on each use with a default value of false. Ensure that this default value is appropriate and consistent with the intended functionality.


99-102: Verify the accuracy of the Expiration field's documentation.

The documentation for the Expiration field specifies a default value of 1 * time.Hour. Ensure that this default value is accurate and consistent with the actual default value used in the code.


Line range hint 16-120:
Ensure consistency of comments and default values.

The fields within the Config struct have been reorganized. Verify that the comments and default values remain consistent with the rest of the struct.


Line range hint 16-120:
Verify the consistency of default values in ConfigDefault.

New fields have been added to the ConfigDefault variable. Ensure that the default values for these fields are appropriate and consistent with the intended functionality.

middleware/proxy/proxy.go (1)

217-220: Verify the impact of field reordering on memory alignment and thread safety.

The sync.Mutex field has been moved after the pool []string field. Ensure that this change does not negatively impact memory alignment or thread safety.

Verification successful

Field reordering does not negatively impact memory alignment or thread safety.

The sync.Mutex field has been moved after the pool []string field. The usage of the roundrobin struct, including the get method, ensures thread safety by locking and unlocking the mutex appropriately. There is no indication of any negative impact on memory alignment or thread safety due to this change.

  • The roundrobin struct and its methods handle thread safety correctly.
  • The initialization of the struct does not show any issues related to memory alignment.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the impact of field reordering on memory alignment and thread safety.

# Test: Search for the usage of the `roundrobin` struct. Expect: No negative impact on memory alignment or thread safety.
rg --type go -A 5 $'roundrobin'

Length of output: 805

.golangci.yml (1)

Line range hint 108-108:
LGTM! Enabling fieldalignment check improves memory efficiency.

The fieldalignment check has been enabled, which will help ensure that struct fields are aligned properly, improving memory efficiency.

app.go (1)

84-85: Verify the reordering of fields in the Error struct.

Ensure that the reordering of fields in the Error struct does not impact any JSON serialization or deserialization logic.

client/client_test.go (3)

839-840: Verify the addition of the CookieInt field.

Ensure that the CookieInt field is correctly utilized in the test cases for Test_Client_Cookie.


1093-1095: Verify the addition of the TInt, TFloat, and TBool fields.

Ensure that the TInt, TFloat, and TBool fields are correctly utilized in the test cases for Test_Client_QueryParam.


1199-1200: Verify the addition of the CookieInt field.

Ensure that the CookieInt field is correctly utilized in the test cases for Test_Client_PathParam.

bind_test.go (7)

31-31: Verify the addition of the ID field.

Ensure that the ID field aligns with the expected input data for the tests.


62-63: Verify the addition of the ID and Bool fields.

Ensure that the ID and Bool fields align with the expected input data for the tests.


241-241: Verify the addition of the Value field.

Ensure that the Value field aligns with the expected input data for the tests.


297-297: Verify the addition of the ID field.

Ensure that the ID field aligns with the expected input data for the tests.


327-328: Verify the addition of the ID and Bool fields.

Ensure that the ID and Bool fields align with the expected input data for the tests.


1257-1257: Verify the addition of the ID field.

Ensure that the ID field aligns with the expected input data for the tests.


1287-1288: Verify the addition of the ID and Bool fields.

Ensure that the ID and Bool fields align with the expected input data for the tests.

ctx.go (3)

200-200: LGTM! But verify the struct usage in the codebase.

The reordering of the MediaType field in the ResFmt struct is approved.

However, ensure that all initializations and usages of ResFmt are updated to reflect the new field order.

Verification successful

Verified: Struct usage is consistent with the new field order.

The reordering of the MediaType field in the ResFmt struct has been correctly applied across all usages in the codebase.

  • ctx.go
  • ctx_test.go
  • ctx_interface_gen.go
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify all initializations and usages of `ResFmt` match the new field order.

# Test: Search for the struct usage. Expect: Only occurrences of the new field order.
rg --type go -A 5 $'ResFmt'

Length of output: 3172


53-70: LGTM! But verify the struct usage in the codebase.

The reordering of fields in the DefaultCtx struct is approved.

However, ensure that all initializations and usages of DefaultCtx are updated to reflect the new field order.

Verification successful

Verification Complete: No Issues Found

The reordering of fields in the DefaultCtx struct has been verified. All initializations and usages of DefaultCtx across the codebase align with the new field order.

  • redirect_test.go
  • router.go
  • helpers.go
  • ctx_test.go
  • bind_test.go
  • router_test.go
  • ctx_interface.go
  • app_test.go
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify all initializations and usages of `DefaultCtx` match the new field order.

# Test: Search for the struct usage. Expect: Only occurrences of the new field order.
rg --type go -A 10 $'DefaultCtx'

Length of output: 63368


116-116: LGTM! But verify the struct usage in the codebase.

The reordering of the config field in the sendFileStore struct is approved.

However, ensure that all initializations and usages of sendFileStore are updated to reflect the new field order.

Verification successful

Verified: The reordering of the config field in the sendFileStore struct does not introduce any issues.

The struct is correctly initialized and used with field names, so the field order is irrelevant.

  • ctx.go defines the sendFileStore struct with the config field.
  • ctx.go initializes sendFileStore with the config field by name.
Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify all initializations and usages of `sendFileStore` match the new field order.

# Test: Search for the struct usage. Expect: Only occurrences of the new field order.
rg --type go -A 5 $'sendFileStore'

Length of output: 1022

ctx_test.go (32)

969-969: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


991-991: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


995-995: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1025-1025: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1026-1026: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1027-1027: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1028-1028: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1036-1036: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1037-1037: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1038-1038: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1039-1039: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1050-1050: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1051-1051: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1062-1062: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1063-1063: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


1064-1064: Use named fields for struct initialization.

The ResFmt struct initialization should use named fields for clarity and maintainability.


2144-2144: Use named fields for struct initialization.

The User struct initialization should use named fields for clarity and maintainability.


2148-2148: Use named fields for struct initialization.

The User struct initialization should use named fields for clarity and maintainability.


1373-1373: Use named fields for struct initialization.

The TestStruct struct initialization should use named fields for clarity and maintainability.


1374-1374: Use named fields for struct initialization.

The TestStruct struct initialization should use named fields for clarity and maintainability.


1377-1377: Use named fields for struct initialization.

The TestStruct struct initialization should use named fields for clarity and maintainability.


2720-2720: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2721-2721: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2722-2722: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2723-2723: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2700-2700: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2701-2701: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2702-2702: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2703-2703: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2704-2704: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2705-2705: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.


2706-2706: Use named fields for struct initialization.

The RangeSet struct initialization should use named fields for clarity and maintainability.

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gaby commented Jul 21, 2024

  • Reverted changes to app.go Config struct.
  • Added golangci-lint and betteralign ignore directives
  • Added betteralign to Makefile

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Actionable comments posted: 0

Review details

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Review profile: CHILL

Commits

Files that changed from the base of the PR and between ef22517 and d8df331.

Files selected for processing (2)
  • Makefile (1 hunks)
  • app.go (2 hunks)
Files skipped from review as they are similar to previous changes (1)
  • app.go
Additional comments not posted (2)
Makefile (2)

55-56: Ensure .PHONY declaration is correct.

The .PHONY declaration for betteralign is correctly added.


57-58: Review the betteralign command syntax.

The command syntax for running the betteralign tool is correct. It uses the latest version of the tool and applies optimizations to test and generated files.

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  • ctx_test.go (14 hunks)
Additional comments not posted (30)
ctx_test.go (30)

969-969: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the ResFmt struct enhances code clarity and maintainability.


991-991: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the ResFmt struct enhances code clarity and maintainability.


995-995: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the ResFmt struct enhances code clarity and maintainability.


1025-1028: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the ResFmt struct enhances code clarity and maintainability.


1036-1039: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the ResFmt struct enhances code clarity and maintainability.


1050-1051: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the ResFmt struct enhances code clarity and maintainability.


1062-1064: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the ResFmt struct enhances code clarity and maintainability.


1373-1374: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the TestStruct struct enhances code clarity and maintainability.


1377-1377: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the TestStruct struct enhances code clarity and maintainability.


2144-2144: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2148-2148: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2700-2700: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2701-2701: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2702-2702: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2703-2703: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2704-2704: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2705-2705: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2706-2706: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2720-2720: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2721-2721: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2722-2722: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2723-2723: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the RangeSet struct enhances code clarity and maintainability.


2144-2144: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2148-2148: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2144-2144: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2148-2148: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2144-2144: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2148-2148: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2144-2144: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.


2148-2148: LGTM! The change to named fields improves readability.

The use of named fields instead of positional parameters in the User struct enhances code clarity and maintainability.

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17-18: LGTM! The new permission is correctly added.

The permission pull-requests: write allows the workflow to post comments on pull requests, enhancing interaction capabilities.

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⚠️ Performance Alert ⚠️

Possible performance regression was detected for benchmark.
Benchmark result of this commit is worse than the previous benchmark result exceeding threshold 1.50.

Benchmark suite Current: 0d34345 Previous: ef07360 Ratio
Benchmark_Compress/Zstd - B/op 1 B/op 0 B/op +∞
Benchmark_Compress_Levels/Brotli_LevelBestCompression - B/op 7 B/op 0 B/op +∞

This comment was automatically generated by workflow using github-action-benchmark.

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  • router.go

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@ReneWerner87 ReneWerner87 merged commit 8c3f81e into main Jul 23, 2024
15 of 16 checks passed
@gaby gaby deleted the betteralign branch July 23, 2024 11:37
gaby added a commit that referenced this pull request Jul 25, 2024
…duce Memory Usage (#3079)

* Use composites for internal structures. Fix alignment of structures across Fiber

* Update struct alignment in test files

* Enable alignment check with govet

* Fix ctx autoformat unit-test

* Revert app Config struct. Add betteralign to Makefile

* Disable comment on alert since it wont work for forks

* Update benchmark.yml

* Update benchmark.yml

* Remove warning from using positional fields

* Update router.go
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