ooni-probe-cli/internal/ooapi/fakeapi_test.go
Simone Basso 0fdc9cafb5
fix(all): introduce and use iox.ReadAllContext (#379)
* fix(all): introduce and use iox.ReadAllContext

This improvement over the ioutil.ReadAll utility returns early
if the context expires. This enables us to unblock stuck code in
case there's censorship confounding the TCP stack.

See https://github.com/ooni/probe/issues/1417.

Compared to the functionality postulated in the above mentioned
issue, I choose to be more generic and separate limiting the
maximum body size (not implemented here) from using the context
to return early when reading a body (or any other reader).

After implementing iox.ReadAllContext, I made sure we always
use it everywhere in the tree instead of ioutil.ReadAll.

This includes many parts of the codebase where in theory we don't
need iox.ReadAllContext. Though, changing all the places makes
checking whether we're not using ioutil.ReadAll where we should
not be using it easy: `git grep` should return no lines.

* Update internal/iox/iox_test.go

* fix(ndt7): treat context errors as non-errors

The rationale is explained by the comment documenting reduceErr.

* Update internal/engine/experiment/ndt7/download.go
2021-06-15 11:57:40 +02:00

213 lines
5.0 KiB
Go

// Code generated by go generate; DO NOT EDIT.
// 2021-06-15 10:55:58.234786 +0200 CEST m=+0.000218167
package ooapi
//go:generate go run ./internal/generator -file fakeapi_test.go
import (
"context"
"github.com/ooni/probe-cli/v3/internal/atomicx"
"github.com/ooni/probe-cli/v3/internal/ooapi/apimodel"
)
type FakeCheckReportIDAPI struct {
Err error
Response *apimodel.CheckReportIDResponse
CountCall *atomicx.Int64
}
func (fapi *FakeCheckReportIDAPI) Call(ctx context.Context, req *apimodel.CheckReportIDRequest) (*apimodel.CheckReportIDResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForCheckReportIDAPI = &FakeCheckReportIDAPI{}
)
type FakeCheckInAPI struct {
Err error
Response *apimodel.CheckInResponse
CountCall *atomicx.Int64
}
func (fapi *FakeCheckInAPI) Call(ctx context.Context, req *apimodel.CheckInRequest) (*apimodel.CheckInResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForCheckInAPI = &FakeCheckInAPI{}
)
type FakeLoginAPI struct {
Err error
Response *apimodel.LoginResponse
CountCall *atomicx.Int64
}
func (fapi *FakeLoginAPI) Call(ctx context.Context, req *apimodel.LoginRequest) (*apimodel.LoginResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForLoginAPI = &FakeLoginAPI{}
)
type FakeMeasurementMetaAPI struct {
Err error
Response *apimodel.MeasurementMetaResponse
CountCall *atomicx.Int64
}
func (fapi *FakeMeasurementMetaAPI) Call(ctx context.Context, req *apimodel.MeasurementMetaRequest) (*apimodel.MeasurementMetaResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForMeasurementMetaAPI = &FakeMeasurementMetaAPI{}
)
type FakeRegisterAPI struct {
Err error
Response *apimodel.RegisterResponse
CountCall *atomicx.Int64
}
func (fapi *FakeRegisterAPI) Call(ctx context.Context, req *apimodel.RegisterRequest) (*apimodel.RegisterResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForRegisterAPI = &FakeRegisterAPI{}
)
type FakeTestHelpersAPI struct {
Err error
Response apimodel.TestHelpersResponse
CountCall *atomicx.Int64
}
func (fapi *FakeTestHelpersAPI) Call(ctx context.Context, req *apimodel.TestHelpersRequest) (apimodel.TestHelpersResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForTestHelpersAPI = &FakeTestHelpersAPI{}
)
type FakePsiphonConfigAPI struct {
WithResult callerForPsiphonConfigAPI
Err error
Response apimodel.PsiphonConfigResponse
CountCall *atomicx.Int64
}
func (fapi *FakePsiphonConfigAPI) Call(ctx context.Context, req *apimodel.PsiphonConfigRequest) (apimodel.PsiphonConfigResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
func (fapi *FakePsiphonConfigAPI) WithToken(token string) callerForPsiphonConfigAPI {
return fapi.WithResult
}
var (
_ callerForPsiphonConfigAPI = &FakePsiphonConfigAPI{}
_ clonerForPsiphonConfigAPI = &FakePsiphonConfigAPI{}
)
type FakeTorTargetsAPI struct {
WithResult callerForTorTargetsAPI
Err error
Response apimodel.TorTargetsResponse
CountCall *atomicx.Int64
}
func (fapi *FakeTorTargetsAPI) Call(ctx context.Context, req *apimodel.TorTargetsRequest) (apimodel.TorTargetsResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
func (fapi *FakeTorTargetsAPI) WithToken(token string) callerForTorTargetsAPI {
return fapi.WithResult
}
var (
_ callerForTorTargetsAPI = &FakeTorTargetsAPI{}
_ clonerForTorTargetsAPI = &FakeTorTargetsAPI{}
)
type FakeURLsAPI struct {
Err error
Response *apimodel.URLsResponse
CountCall *atomicx.Int64
}
func (fapi *FakeURLsAPI) Call(ctx context.Context, req *apimodel.URLsRequest) (*apimodel.URLsResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForURLsAPI = &FakeURLsAPI{}
)
type FakeOpenReportAPI struct {
Err error
Response *apimodel.OpenReportResponse
CountCall *atomicx.Int64
}
func (fapi *FakeOpenReportAPI) Call(ctx context.Context, req *apimodel.OpenReportRequest) (*apimodel.OpenReportResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForOpenReportAPI = &FakeOpenReportAPI{}
)
type FakeSubmitMeasurementAPI struct {
Err error
Response *apimodel.SubmitMeasurementResponse
CountCall *atomicx.Int64
}
func (fapi *FakeSubmitMeasurementAPI) Call(ctx context.Context, req *apimodel.SubmitMeasurementRequest) (*apimodel.SubmitMeasurementResponse, error) {
if fapi.CountCall != nil {
fapi.CountCall.Add(1)
}
return fapi.Response, fapi.Err
}
var (
_ callerForSubmitMeasurementAPI = &FakeSubmitMeasurementAPI{}
)