func Test_WriteHtmlFile(t *testing.T) {
realisticdate1999, _ := article.ParseDateUnix("1999/03/21 17:00:00")
realisticdate2012, _ := article.ParseDateUnix("2012/03/19 06:51:15")
article.SetPathForContent("/am-a-path")
// Produce output case.
ms := &mockSystem{test_header_2,
make([]*mockReadCloser, 0, 4),
make([]*mockWriteCloser, 0, 4),
time.Time{},
make([]string, 0, 4)}
md := article.NewArticleTest("one.md", realisticdate1999, realisticdate2012, "What I want", true)
WriteHtmlFile(ms, md)
testhelpers.AssertInt(t, 1, len(ms.writefiles))
testhelpers.AssertInt(t, 1, len(ms.readfiles))
testhelpers.AssertInt(t, 1, int(ms.writefiles[0].closedCount))
testhelpers.AssertInt(t, 1, int(ms.readfiles[0].closedCount))
testhelpers.AssertString(t, "one.md", ms.readfiles[0].name)
testhelpers.AssertString(t, "one.html", ms.writefiles[0].name)
testhelpers.AssertString(t, "one.html", ms.timedfiles[0])
// TODO(rjkroege): might want to diff the stirngs?
testhelpers.AssertString(t, generated_output_2, ms.writefiles[0].String())
// Output production skipped by date comparison.
ms = &mockSystem{test_header_2,
make([]*mockReadCloser, 0, 4),
make([]*mockWriteCloser, 0, 4),
realisticdate2012,
make([]string, 0, 4)}
md = article.NewArticleTest("one.md", realisticdate1999, realisticdate2012, "What I want", true)
WriteHtmlFile(ms, md)
testhelpers.AssertInt(t, 0, len(ms.writefiles))
testhelpers.AssertInt(t, 1, len(ms.readfiles))
testhelpers.AssertInt(t, 1, int(ms.readfiles[0].closedCount))
testhelpers.AssertString(t, "one.md", ms.readfiles[0].name)
testhelpers.AssertString(t, "one.html", ms.timedfiles[0])
// TODO(rjkroege): Add additional tests to support validating error handling, etc.
}
func Test_WriteTimeline(t *testing.T) {
/* General idea: create a constant string. Read from it., validate the resulting output. */
statdate, _ := article.ParseDateUnix("1999/03/21 17:00:00")
tagdate, _ := article.ParseDateUnix("2012/03/19 06:51:15")
article.SetPathForContent("/foo")
metadatas := []*article.MetaData{
article.NewArticleTest("bar0.md", statdate, tagdate, "What I want 0", false),
article.NewArticleTest("bar1.md", statdate, statdate, "What I want 1", false),
article.NewArticleTest("bar2.md", statdate, tagdate, "What I want 2", false)}
buffy := make([]byte, 0, 5000)
fd := bytes.NewBuffer(buffy)
WriteTimeline(fd, metadatas)
testhelpers.AssertString(t, expected, fd.String())
// t.Errorf("output: {%s}", fd.String())
}
// TODO(rjkroege): must read the directory from the command line?
func main() {
pwd, _ := os.Getwd()
article.SetPathForContent(pwd)
// get a directory listing
fd, _ := os.OpenFile(".", os.O_RDONLY, 0)
dirs, _ := fd.Readdir(-1) // < 0 means get all of them
e := make([]*article.MetaData, len(dirs))
i := 0
// Can finess the "template" here.
for _, d := range dirs {
if strings.HasSuffix(d.Name(), ".md") {
e[i] = article.NewMetaData(d.Name(), d.ModTime())
fd, _ := os.OpenFile(e[i].Name, os.O_RDONLY, 0)
e[i].RootThroughFileForMetadata(io.Reader(fd))
fd.Close()
i++
}
}
e = e[0:i] // fix up the slice
// Generate the timeline datafile.
ofd, err := os.OpenFile("note_list.js", os.O_WRONLY|os.O_CREATE|os.O_TRUNC, 0644)
if err != nil {
fmt.Print(err)
} else {
// fmt.Print("attempt to print out the metadata\n")
generate.WriteTimeline(ofd, e)
}
// Generate articles here so that we can inline the JavaScript data if
// that would prove desirable.
for _, d := range e {
// fmt.Print("running WriteHtmlFile\n")
generate.WriteHtmlFile(SystemImpl(0), d)
}
}
