Class: Vcard::V3_0::Typegrammars
- Inherits:
-
Object
- Object
- Vcard::V3_0::Typegrammars
- Defined in:
- lib/vobject/vcard/v3_0/typegrammars.rb
Class Method Summary collapse
- .address ⇒ Object
-
.binary ⇒ Object
property value types, each defining their own parser.
- .classvalue ⇒ Object
- .date_or_date_time ⇒ Object
- .date_t ⇒ Object
- .date_time ⇒ Object
- .fivepartname ⇒ Object
- .float_t ⇒ Object
- .geovalue ⇒ Object
- .iana_token ⇒ Object
- .integer ⇒ Object
- .kindvalue ⇒ Object
- .org ⇒ Object
- .phone_number ⇒ Object
- .profilevalue ⇒ Object
- .registered_propname ⇒ Object
- .registered_propname?(x) ⇒ Boolean
- .text_t ⇒ Object
- .textlist ⇒ Object
- .time_t ⇒ Object
-
.typematch(strict, key, params, _component, value, ctx) ⇒ Object
Enforce type restrictions on values of particular properties.
-
.unescape(x) ⇒ Object
text escapes: \ ; , N n.
- .uri ⇒ Object
- .utc_offset ⇒ Object
- .versionvalue ⇒ Object
Class Method Details
.address ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 245 def address text = C::TEXT3 component = seq(text << ",".r, lazy { component }) do |(a, b)| [unescape(a), b].flatten end | text.map { |t| [unescape(t)] } address1 = seq(component << ";".r, component << ";".r, component << ";".r, component << ";".r, component << ";".r, component << ";".r, component) do |(a, b, c, d, e, f, g)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 d = d[0] if d.length == 1 e = e[0] if e.length == 1 f = f[0] if f.length == 1 g = g[0] if g.length == 1 { pobox: a, ext: b, street: c, locality: d, region: e, code: f, country: g } end | seq(component << ";".r, component << ";".r, component << ";".r, component << ";".r, component << ";".r, component) do |(a, b, c, d, e, f)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 d = d[0] if d.length == 1 e = e[0] if e.length == 1 f = f[0] if f.length == 1 { pobox: a, ext: b, street: c, locality: d, region: e, code: f, country: "" } end | seq(component << ";".r, component << ";".r, component << ";".r, component << ";".r, component) do |(a, b, c, d, e)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 d = d[0] if d.length == 1 e = e[0] if e.length == 1 { pobox: a, ext: b, street: c, locality: d, region: e, code: "", country: "" } end | seq(component << ";".r, component << ";".r, component << ";".r, component) do |(a, b, c, d)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 d = d[0] if d.length == 1 { pobox: a, ext: b, street: c, locality: d, region: "", code: "", country: "" } end | seq(component << ";".r, component << ";".r, component) do |(a, b, c)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 { pobox: a, ext: b, street: c, locality: "", region: "", code: "", country: "" } end | seq(component << ";".r, component) do |(a, b)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 { pobox: a, ext: b, street: "", locality: "", region: "", code: "", country: "" } end | component.map do |a| a = a[0] if a.length == 1 { pobox: a, ext: "", street: "", locality: "", region: "", code: "", country: "" } end address = address1.map { |n| PropertyValue::Address.new(n) } address.eof end |
.binary ⇒ Object
property value types, each defining their own parser
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 14 def binary binary = seq(/[a-zA-Z0-9+\/]*/.r, /={0,2}/.r) do |(b, q)| if (b.length + q.length) % 4 == 0 PropertyValue::Binary.new(b + q) else { error: "Malformed binary coding" } end end binary.eof end |
.classvalue ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 44 def classvalue iana_token = /[a-zA-Z\d\-]+/.r xname = seq(/[xX]-/, /[a-zA-Z0-9-]+/.r).map {|x, _| x.join } classvalue = (/PUBLIC/i.r | /PRIVATE/i.r | /CONFIDENTIAL/i.r | iana_token | xname).map do |m| PropertyValue::ClassValue.new m end classvalue.eof end |
.date_or_date_time ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 167 def date_or_date_time utc_offset = seq(C::SIGN, /[0-9]{2}/.r << /:/.r._?, /[0-9]{2}/.r) do |(s, h, m)| { sign: s, hour: h, min: m } end zone = utc_offset.map { |u| u } | /Z/i.r.map { "Z" } hour = /[0-9]{2}/.r minute = /[0-9]{2}/.r second = /[0-9]{2}/.r secfrac = seq(",".r >> /[0-9]+/) date = seq(/[0-9]{4}/.r << /-/.r._?, /[0-9]{2}/.r << /-/.r._?, /[0-9]{2}/.r) do |(yy, mm, dd)| { year: yy, month: mm, day: dd } end time = seq(hour << /:/.r._?, minute << /:/.r._?, second, secfrac._?, zone._?) do |(h, m, s, f, z)| h = { hour: h, min: m, sec: s } h[:zone] = z[0] unless z.empty? h[:secfrac] = f[0] unless f.empty? h end date_or_date_time = seq(date << "T".r, time) do |(d, t)| PropertyValue::DateTimeLocal.new(d.merge(t)) end | date.map { |d| PropertyValue::Date.new(d) } date_or_date_time.eof end |
.date_t ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 112 def date_t date_t = seq(/[0-9]{4}/.r, /-/.r._? >> /[0-9]{2}/.r, /-/.r._? >> /[0-9]{2}/.r) do |(yy, mm, dd)| PropertyValue::Date.new(year: yy, month: mm, day: dd) end date_t.eof end |
.date_time ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 138 def date_time utc_offset = seq(C::SIGN, /[0-9]{2}/.r << /:/.r._?, /[0-9]{2}/.r) do |(s, h, m)| { sign: s, hour: h, min: m } end zone = utc_offset.map { |u| u } | /Z/i.r.map { "Z" } hour = /[0-9]{2}/.r minute = /[0-9]{2}/.r second = /[0-9]{2}/.r secfrac = seq(",".r >> /[0-9]+/) date = seq(/[0-9]{4}/.r, /-/.r._?, /[0-9]{2}/.r, /-/.r._?, /[0-9]{2}/.r) do |(yy, _, mm, _, dd)| { year: yy, month: mm, day: dd } end time = seq(hour << /:/.r._?, minute << /:/.r._?, second, secfrac._?, zone._?) do |(h, m, s, f, z)| h = { hour: h, min: m, sec: s } h[:zone] = if z.empty? "" else z[0] end h[:secfrac] = f[0] unless f.empty? h end date_time = seq(date << "T".r, time) do |(d, t)| PropertyValue::DateTimeLocal.new(d.merge(t)) end date_time.eof end |
.fivepartname ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 209 def fivepartname text = C::TEXT3 component = seq(text << ",".r, lazy { component }) do |(a, b)| [unescape(a), b].flatten end | text.map { |t| [unescape(t)] } fivepartname1 = seq(component << ";".r, component << ";".r, component << ";".r, component << ";".r, component) do |(a, b, c, d, e)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 d = d[0] if d.length == 1 e = e[0] if e.length == 1 { surname: a, givenname: b, middlename: c, honprefix: d, honsuffix: e } end | seq(component << ";".r, component << ";".r, component << ";".r, component) do |(a, b, c, d)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 d = d[0] if d.length == 1 { surname: a, givenname: b, middlename: c, honprefix: d, honsuffix: "" } end | seq(component << ";".r, component << ";".r, component) do |(a, b, c)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 c = c[0] if c.length == 1 { surname: a, givenname: b, middlename: c, honprefix: "", honsuffix: "" } end | seq(component << ";".r, component) do |(a, b)| a = a[0] if a.length == 1 b = b[0] if b.length == 1 { surname: a, givenname: b, middlename: "", honprefix: "", honsuffix: "" } end | component.map do |a| a = a[0] if a.length == 1 { surname: a, givenname: "", middlename: "", honprefix: "", honsuffix: "" } end fivepartname = fivepartname1.map { |n| PropertyValue::Fivepartname.new(n) } fivepartname.eof end |
.float_t ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 58 def float_t float_t = prim(:double).map { |f| PropertyValue::Float.new f } float_t.eof end |
.geovalue ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 32 def geovalue float = prim(:double) geovalue = seq(float << ";".r, float) do |(a, b)| if a <= 180.0 && a >= -180.0 && b <= 180 && b > -180 PropertyValue::Geovalue.new(lat: a, long: b) else { error: "Latitude/Longitude outside of range -180..180" } end end geovalue.eof end |
.iana_token ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 63 def iana_token iana_token = /[a-zA-Z\d\-]+/.r.map { |x| PropertyValue::Ianatoken.new x } iana_token.eof end |
.integer ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 53 def integer integer = prim(:int32).map { |i| PropertyValue::Integer.new i } integer.eof end |
.kindvalue ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 199 def kindvalue iana_token = /[a-zA-Z\d\-]+/.r xname = seq(/[xX]-/, /[a-zA-Z0-9-]+/.r).map {|x, _| x.join } kindvalue = (/individual/i.r | /group/i.r | /org/i.r | /location/i.r | iana_token | xname).map do |k| PropertyValue::Kindvalue.new(k) end kindvalue.eof end |
.org ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 103 def org text = C::TEXT3 org1 = seq(text << ";".r, lazy { org1 }) { |(a, b)| [unescape(a), b].flatten } | text.map { |t| [unescape(t)] } org = org1.map { |o| PropertyValue::Org.new o } org.eof end |
.phone_number ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 25 def phone_number # This is on the lax side; there should be up to 15 digits # Will allow letters phone_number = /[0-9() +A-Z-]+/i.r.map { |p| PropertyValue::Phonenumber.new p } phone_number.eof end |
.profilevalue ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 73 def profilevalue profilevalue = /VCARD/i.r.map { |v| PropertyValue::Profilevalue.new v } profilevalue.eof end |
.registered_propname ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 307 def registered_propname registered_propname = C::NAME_VCARD registered_propname.eof end |
.registered_propname?(x) ⇒ Boolean
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 312 def registered_propname?(x) p = registered_propname.parse(x) not(Rsec::INVALID[p]) end |
.text_t ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 89 def text_t text_t = C::TEXT3.map { |t| PropertyValue::Text.new(unescape(t)) } text_t.eof end |
.textlist ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 94 def textlist text = C::TEXT3 textlist1 = seq(text << ",".r, lazy { textlist1 }) { |(a, b)| [unescape(a), b].flatten } | text.map { |t| [unescape(t)] } textlist = textlist1.map { |m| PropertyValue::Textlist.new m } textlist.eof end |
.time_t ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 119 def time_t utc_offset = seq(C::SIGN, /[0-9]{2}/.r << /:/.r._?, /[0-9]{2}/.r) do |(s, h, m)| { sign: s, hour: h, min: m } end zone = utc_offset.map { |u| u } | /Z/i.r.map { "Z" } hour = /[0-9]{2}/.r minute = /[0-9]{2}/.r second = /[0-9]{2}/.r secfrac = seq(",".r >> /[0-9]+/) time_t = seq(hour << /:/._?, minute << /:/._?, second, secfrac._?, zone._?) do |(h, m, s, f, z)| h = { hour: h, min: m, sec: s } h[:zone] = z[0] unless z.empty? h[:secfrac] = f[0] unless f.empty? PropertyValue::Time.new(h) end time_t.eof end |
.typematch(strict, key, params, _component, value, ctx) ⇒ Object
Enforce type restrictions on values of particular properties. If successful, return typed interpretation of string
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 325 def typematch(strict, key, params, _component, value, ctx) errors = [] params[:VALUE] = params[:VALUE].downcase if params && params[:VALUE] ctx1 = Rsec::ParseContext.new value, "source" case key when :VERSION ret = versionvalue._parse ctx1 when :SOURCE, :URL, :IMPP, :FBURL, :CALURI, :CALADRURI, :CAPURI ret = uri._parse ctx1 # not imposing filename restrictions on calendar URIs when :NAME, :FN, :LABEL, :EMAIL, :MAILER, :TITLE, :ROLE, :NOTE, :PRODID, :SORT_STRING, :UID ret = text_t._parse ctx1 when :CLASS ret = classvalue._parse ctx1 when :CATEGORIES, :NICKNAME ret = textlist._parse ctx1 when :ORG ret = org._parse ctx1 when :PROFILE ret = profilevalue._parse ctx1 when :N ret = fivepartname._parse ctx1 when :PHOTO, :LOGO, :SOUND ret = if params && params[:VALUE] == "uri" uri._parse ctx1 else binary._parse ctx1 end when :KEY ret = if params && params[:ENCODING] == "b" binary._parse ctx1 else text_t._parse ctx1 end when :BDAY ret = if params && params[:VALUE] == "date-time" date_time._parse ctx1 elsif params && params[:VALUE] == "date" date_t._parse ctx1 else # unlike VCARD 4, can have either date || date_time without explicit value switch date_or_date_time._parse ctx1 end when :REV ret = if params && params[:VALUE] == "date" date_t._parse ctx1 elsif params && params[:VALUE] == "date-time" date_time._parse ctx1 else # unlike VCARD 4, can have either date || date_time without explicit value switch ret = date_or_date_time._parse ctx1 end when :ADR ret = address._parse ctx1 when :TEL ret = phone_number._parse ctx1 when :TZ ret = if params && params[:VALUE] == "text" text_t._parse ctx1 else utc_offset._parse ctx1 end when :GEO ret = geovalue._parse ctx1 when :AGENT if params && params[:VALUE] == "uri" ret = uri._parse ctx1 else # unescape value = value.gsub(/\\n/, "\n").gsub(/\\;/, ";").gsub(/\\,/, ",").gsub(/\\:/, ":") # spec says that colons need to be escaped, but none of the examples do so value = value.gsub(/BEGIN:VCARD\n/, "BEGIN:VCARD\nVERSION:3.0\n") unless value =~ /\nVERSION:3\.0/ ctx1 = Rsec::ParseContext.new value, "source" ret = PropertyValue::Agent.new(Grammar.new(strict).vobject_grammar._parse(ctx1)) # TODO same strictness as grammar end else ret = text_t._parse ctx1 end if ret.is_a?(Hash) && ret[:error] parse_err(strict, errors, "#{ret[:error]} for property #{key}, value #{value}", ctx) end if Rsec::INVALID[ret] parse_err(strict, errors, "Type mismatch for property #{key}, value #{value}", ctx) end Rsec::Fail.reset [ret, errors] end |
.unescape(x) ⇒ Object
text escapes: \ ; , N n
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 318 def unescape(x) # temporarily escape \\ as \007f, which is disallowed in any text x.gsub(/\\\\/, "\u007f").gsub(/\\;/, ";").gsub(/\\,/, ",").gsub(/\\[Nn]/, "\n").tr("\u007f", "\\") end |
.uri ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 78 def uri uri = /\S+/.r.map do |s| if s =~ URI::DEFAULT_PARSER.make_regexp PropertyValue::Uri.new(s) else { error: "Invalid URI" } end end uri.eof end |
.utc_offset ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 192 def utc_offset utc_offset = seq(C::SIGN, /[0-9]{2}/.r, /:/.r._?, /[0-9]{2}/.r) do |(s, h, _, m)| PropertyValue::Utcoffset.new(sign: s, hour: h, min: m) end utc_offset.eof end |
.versionvalue ⇒ Object
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# File 'lib/vobject/vcard/v3_0/typegrammars.rb', line 68 def versionvalue versionvalue = "3.0".r.map { |v| PropertyValue::Version.new v } versionvalue.eof end |