justin/gropple
1
0
Fork 0
Code Issues 1 Pull Requests 1 Actions Packages Projects Releases 24 Wiki Activity

Use constants and constructors in the test

Browse Source
This commit is contained in:
Justin Hawkins
2023-03-13 10:48:38 +10:30
parent b40dd218f1
commit 08e2c1c377
3 changed files with 88 additions and 40 deletions
Download Patch File Download Diff File Expand all files Collapse all files

98
download/download_test.go
View File

@@ -85,10 +85,20 @@ func TestQueue(t *testing.T) {
cs.LoadTestConfig()
conf := cs.Config
new1 := Download{Id: 1, Url: "http://sub.example.org/foo1", State: "queued", DownloadProfile: conf.DownloadProfiles[0], Config: conf}
new2 := Download{Id: 2, Url: "http://sub.example.org/foo2", State: "queued", DownloadProfile: conf.DownloadProfiles[0], Config: conf}
new3 := Download{Id: 3, Url: "http://sub.example.org/foo3", State: "queued", DownloadProfile: conf.DownloadProfiles[0], Config: conf}
new4 := Download{Id: 4, Url: "http://example.org/", State: "queued", DownloadProfile: conf.DownloadProfiles[0], Config: conf}
new1 := NewDownload("http://sub.example.org/foo1", conf)
new2 := NewDownload("http://sub.example.org/foo2", conf)
new3 := NewDownload("http://sub.example.org/foo3", conf)
new4 := NewDownload("http://example.org/", conf)
// pretend the user chose a profile for each
new1.DownloadProfile = *conf.ProfileCalled("test profile")
new2.DownloadProfile = *conf.ProfileCalled("test profile")
new3.DownloadProfile = *conf.ProfileCalled("test profile")
new4.DownloadProfile = *conf.ProfileCalled("test profile")
new1.State = STATE_QUEUED
new2.State = STATE_QUEUED
new3.State = STATE_QUEUED
new4.State = STATE_QUEUED
q := Manager{
Downloads: []*Download{},
@@ -96,105 +106,129 @@ func TestQueue(t *testing.T) {
Lock: sync.Mutex{},
}
q.AddDownload(&new1)
q.AddDownload(&new2)
q.AddDownload(&new3)
q.AddDownload(&new4)
q.AddDownload(new1)
q.AddDownload(new2)
q.AddDownload(new3)
q.AddDownload(new4)
q.startQueued(1)
// two should start, one from each of the two domains
time.Sleep(time.Millisecond * 100)
if q.Downloads[0].State != "downloading" {
if q.Downloads[0].State != STATE_DOWNLOADING {
t.Errorf("#1 was not downloading - %s instead ", q.Downloads[0].State)
t.Log(q.String())
}
if q.Downloads[1].State != "queued" {
if q.Downloads[1].State != STATE_QUEUED {
t.Errorf("#2 is not queued - %s instead", q.Downloads[1].State)
t.Log(q.String())
}
if q.Downloads[2].State != "queued" {
if q.Downloads[2].State != STATE_QUEUED {
t.Errorf("#3 is not queued - %s instead", q.Downloads[2].State)
t.Log(q.String())
}
if q.Downloads[3].State != "downloading" {
if q.Downloads[3].State != STATE_DOWNLOADING {
t.Errorf("#4 is not downloading - %s instead", q.Downloads[3].State)
t.Log(q.String())
}
// this should start no more, as one is still going
q.startQueued(1)
time.Sleep(time.Millisecond * 100)
if q.Downloads[0].State != "downloading" {
if q.Downloads[0].State != STATE_DOWNLOADING {
t.Errorf("#1 was not downloading - %s instead ", q.Downloads[0].State)
t.Log(q.String())
}
if q.Downloads[1].State != "queued" {
if q.Downloads[1].State != STATE_QUEUED {
t.Errorf("#2 is not queued - %s instead", q.Downloads[1].State)
t.Log(q.String())
}
if q.Downloads[2].State != "queued" {
if q.Downloads[2].State != STATE_QUEUED {
t.Errorf("#3 is not queued - %s instead", q.Downloads[2].State)
t.Log(q.String())
}
if q.Downloads[3].State != "downloading" {
if q.Downloads[3].State != STATE_DOWNLOADING {
t.Errorf("#4 is not downloading - %s instead", q.Downloads[3].State)
t.Log(q.String())
}
// wait until the two finish, check
time.Sleep(time.Second * 5.0)
if q.Downloads[0].State != "complete" {
if q.Downloads[0].State != STATE_COMPLETE {
t.Errorf("#1 was not complete - %s instead ", q.Downloads[0].State)
t.Log(q.String())
}
if q.Downloads[1].State != "queued" {
if q.Downloads[1].State != STATE_QUEUED {
t.Errorf("#2 is not queued - %s instead", q.Downloads[1].State)
t.Log(q.String())
}
if q.Downloads[2].State != "queued" {
if q.Downloads[2].State != STATE_QUEUED {
t.Errorf("#3 is not queued - %s instead", q.Downloads[2].State)
t.Log(q.String())
}
if q.Downloads[3].State != "complete" {
if q.Downloads[3].State != STATE_COMPLETE {
t.Errorf("#4 is not complete - %s instead", q.Downloads[3].State)
t.Log(q.String())
}
// this should start one more, as one is still going
q.startQueued(1)
time.Sleep(time.Millisecond * 100)
if q.Downloads[0].State != "complete" {
if q.Downloads[0].State != STATE_COMPLETE {
t.Errorf("#1 was not complete - %s instead ", q.Downloads[0].State)
t.Log(q.String())
}
if q.Downloads[1].State != "downloading" {
if q.Downloads[1].State != STATE_DOWNLOADING {
t.Errorf("#2 is not downloading - %s instead", q.Downloads[1].State)
t.Log(q.String())
}
if q.Downloads[2].State != "queued" {
if q.Downloads[2].State != STATE_QUEUED {
t.Errorf("#3 is not queued - %s instead", q.Downloads[2].State)
t.Log(q.String())
}
if q.Downloads[3].State != "complete" {
if q.Downloads[3].State != STATE_COMPLETE {
t.Errorf("#4 is not complete - %s instead", q.Downloads[3].State)
t.Log(q.String())
}
// this should start no more, as one is still going
q.startQueued(1)
time.Sleep(time.Millisecond * 100)
if q.Downloads[0].State != "complete" {
if q.Downloads[0].State != STATE_COMPLETE {
t.Errorf("#1 was not complete - %s instead ", q.Downloads[0].State)
t.Log(q.String())
}
if q.Downloads[1].State != "downloading" {
if q.Downloads[1].State != STATE_DOWNLOADING {
t.Errorf("#2 is not downloading - %s instead", q.Downloads[1].State)
t.Log(q.String())
}
if q.Downloads[2].State != "queued" {
if q.Downloads[2].State != STATE_QUEUED {
t.Errorf("#3 is not queued - %s instead", q.Downloads[2].State)
t.Log(q.String())
}
if q.Downloads[3].State != "complete" {
if q.Downloads[3].State != STATE_COMPLETE {
t.Errorf("#4 is not complete - %s instead", q.Downloads[3].State)
t.Log(q.String())
}
// but if we allow two per domain, the other queued one will start
q.startQueued(2)
time.Sleep(time.Millisecond * 100)
if q.Downloads[0].State != "complete" {
if q.Downloads[0].State != STATE_COMPLETE {
t.Errorf("#1 was not complete - %s instead ", q.Downloads[0].State)
t.Log(q.String())
}
if q.Downloads[1].State != "downloading" {
if q.Downloads[1].State != STATE_DOWNLOADING {
t.Errorf("#2 is not downloading - %s instead", q.Downloads[1].State)
t.Log(q.String())
}
if q.Downloads[2].State != "downloading" {
if q.Downloads[2].State != STATE_DOWNLOADING {
t.Errorf("#3 is not downloading - %s instead", q.Downloads[2].State)
t.Log(q.String())
}
if q.Downloads[3].State != "complete" {
if q.Downloads[3].State != STATE_COMPLETE {
t.Errorf("#4 is not complete - %s instead", q.Downloads[3].State)
t.Log(q.String())
}
}