/
title.go
274 lines (233 loc) · 7.02 KB
/
title.go
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package xml
import (
"fmt"
"io"
"log"
"strconv"
"strings"
"time"
"github.com/gomarkdown/markdown/ast"
"github.com/gomarkdown/markdown/html"
"github.com/mmarkdown/mmark/v2/mast"
"github.com/mmarkdown/mmark/v2/mast/reference"
)
// StatusToCategory translate the status to a category.
var StatusToCategory = map[string]string{
"full-standard": "std",
"standard": "std",
"informational": "info",
"experimental": "exp",
"bcp": "bcp",
"historic": "historic",
}
func (r *Renderer) titleBlock(w io.Writer, t *mast.Title) {
// Order is fixed in RFC 7991.
d := t.TitleData
if d == nil {
return
}
if d.SubmissionType == "" {
d.SubmissionType = "IETF"
}
// rfc tag
attrs := Attributes(
[]string{"version", "ipr", "docName", "submissionType", "category", "xml:lang", "xmlns:xi"},
[]string{"3", d.Ipr, t.SeriesInfo.Value, d.SubmissionType, StatusToCategory[d.SeriesInfo.Status], "en", "http://www.w3.org/2001/XInclude"},
)
attrs = append(attrs, Attributes(
[]string{"updates", "obsoletes", "indexInclude"},
[]string{IntSliceToString(d.Updates), IntSliceToString(d.Obsoletes), fmt.Sprintf("%t", d.IndexInclude)},
)...)
// RFC 7841 Appendix A.2.2: IETF and IRTF streams pay attention to the consensus attribute.
// RFC 7991 Section 2.45.2: Default is false.
if (d.SubmissionType == "IETF" || d.SubmissionType == "IRTF" || d.SubmissionType == "IAB") && d.Consensus {
attrs = append(attrs, Attributes(
[]string{"consensus"},
[]string{fmt.Sprintf("%t", d.Consensus)},
)...)
}
// RFC 7991 Section 2.45.11: Default is false.
if d.SortRefs {
attrs = append(attrs, Attributes(
[]string{"sortRefs"},
[]string{fmt.Sprintf("%t", d.SortRefs)},
)...)
}
if t.TocDepth > 0 {
attrs = append(attrs, Attributes(
[]string{"tocDepth"},
[]string{fmt.Sprintf("%d", t.TocDepth)},
)...)
}
// number is deprecated, but xml2rfc want's it here to generate an actual RFC.
// But only if number is a integer...
if _, err := strconv.Atoi(t.SeriesInfo.Value); err == nil {
attrs = append(attrs, Attributes(
[]string{"number"},
[]string{t.SeriesInfo.Value},
)...)
}
r.outTag(w, "<rfc", attrs)
r.cr(w)
r.matter(w, &ast.DocumentMatter{Matter: ast.DocumentMatterFront})
attrs = Attributes([]string{"abbrev"}, []string{d.Abbrev})
r.outTag(w, "<title", attrs)
r.outs(w, d.Title)
r.outs(w, "</title>")
r.titleSeriesInfo(w, d.SeriesInfo)
for _, author := range d.Author {
r.TitleAuthor(w, author, "author")
}
r.TitleDate(w, d.Date, d.SeriesInfo)
r.outTagContent(w, "<area", d.Area)
r.outTagContent(w, "<workgroup", d.Workgroup)
r.TitleKeyword(w, d.Keyword)
// abstract - handled by paragraph
// note - handled by paragraph
// boilerplate - not supported.
return
}
// TitleAuthor outputs the author.
func (r *Renderer) TitleAuthor(w io.Writer, a mast.Author, tag string) {
attrs := Attributes(
[]string{"role", "initials", "surname", "fullname"},
[]string{a.Role, a.Initials, a.Surname, a.Fullname},
)
r.outTag(w, "<"+tag, attrs)
r.outTag(w, "<organization", Attributes([]string{"abbrev"}, []string{a.OrganizationAbbrev}))
html.EscapeHTML(w, []byte(a.Organization))
r.outs(w, "</organization>")
r.outs(w, "<address>")
r.outs(w, "<postal>")
r.outTagContent(w, "<street", a.Address.Postal.Street)
for _, street := range a.Address.Postal.Streets {
r.outTagContent(w, "<street", street)
}
r.outTagMaybe(w, "<city", a.Address.Postal.City)
for _, city := range a.Address.Postal.Cities {
r.outTagContent(w, "<city", city)
}
r.outTagMaybe(w, "<cityarea", a.Address.Postal.CityArea)
for _, city := range a.Address.Postal.CityAreas {
r.outTagContent(w, "<cityarea", city)
}
r.outTagMaybe(w, "<code", a.Address.Postal.Code)
for _, code := range a.Address.Postal.Codes {
r.outTagContent(w, "<code", code)
}
r.outTagMaybe(w, "<country", a.Address.Postal.Country)
for _, country := range a.Address.Postal.Countries {
r.outTagContent(w, "<country", country)
}
r.outTagMaybe(w, "<extaddr", a.Address.Postal.ExtAddr)
for _, extaddr := range a.Address.Postal.ExtAddrs {
r.outTagContent(w, "<extaddr", extaddr)
}
r.outTagMaybe(w, "<pobox", a.Address.Postal.PoBox)
for _, pobox := range a.Address.Postal.PoBoxes {
r.outTagContent(w, "<pobox", pobox)
}
r.outTagMaybe(w, "<region", a.Address.Postal.Region)
for _, region := range a.Address.Postal.Regions {
r.outTagContent(w, "<region", region)
}
r.outs(w, "</postal>")
r.outTagMaybe(w, "<phone", a.Address.Phone)
r.outTagMaybe(w, "<email", a.Address.Email)
for _, email := range a.Address.Emails {
r.outTagContent(w, "<email", email)
}
r.outTagMaybe(w, "<uri", a.Address.URI)
r.outs(w, "</address>")
r.outs(w, "</"+tag+">")
}
// TitleDate outputs the date from the TOML title block.
func (r *Renderer) TitleDate(w io.Writer, d time.Time, s reference.SeriesInfo) {
if d.IsZero() { // not specified
r.outs(w, "<date/>\n")
return
}
var attr = []string{}
if x := d.Year(); x > 0 {
attr = append(attr, fmt.Sprintf(`year="%d"`, x))
}
if d.Month() > 0 {
attr = append(attr, d.Format("month=\"January\""))
}
if s.Name != "RFC" { // or just check for Internet-Draft ??
if x := d.Day(); x > 0 {
attr = append(attr, fmt.Sprintf(`day="%d"`, x))
}
}
// April 1st RFCs, do have a 'day'
if s.Name == "RFC" && d.Month() == time.April && d.Day() == 1 {
attr = append(attr, fmt.Sprintf(`day="%d"`, d.Day()))
}
r.outTag(w, "<date", attr)
r.outs(w, "</date>\n")
}
// TitleKeyword outputs the keywords from the TOML title block.
func (r *Renderer) TitleKeyword(w io.Writer, keyword []string) {
for _, k := range keyword {
if k == "" {
continue
}
r.outTagContent(w, "<keyword", k)
}
}
// titleSeriesInfo outputs the seriesInfo from the TOML title block.
func (r *Renderer) titleSeriesInfo(w io.Writer, s reference.SeriesInfo) {
if s.Value == "" {
log.Printf("Empty 'value' in [seriesInfo], resulting XML may fail to parse.")
}
if s.Stream == "" {
log.Printf("Empty 'stream' in [seriesInfo], resulting XML may fail to parse.")
}
if s.Status == "" {
log.Printf("Empty 'status' in [seriesInfo], resulting XML may fail to parse.")
}
if s.Name == "" {
log.Printf("Empty 'name' in [seriesInfo], resulting XML may fail to parse.")
}
attr := Attributes(
[]string{"value", "stream", "status", "name"},
[]string{s.Value, s.Stream, s.Status, s.Name},
)
r.outTag(w, "<seriesInfo", attr)
r.outs(w, "</seriesInfo>\n")
}
// IntSliceToString converts and int slice to a string.
func IntSliceToString(is []int) string {
if len(is) == 0 {
return ""
}
s := []string{}
for i := range is {
s = append(s, strconv.Itoa(is[i]))
}
return strings.Join(s, ", ")
}
func AuthorFromTitle(fullname []byte, t *mast.Title) *mast.Author {
if t == nil {
return nil
}
full := string(fullname)
for _, a := range t.TitleData.Author {
if strings.EqualFold(a.Fullname, full) {
return &a
}
}
return nil
}
func ContactFromTitle(fullname []byte, t *mast.Title) *mast.Contact {
if t == nil {
return nil
}
full := string(fullname)
for _, a := range t.TitleData.Contact {
if strings.EqualFold(a.Fullname, full) {
return &a
}
}
return nil
}