func (t *TypeOneI) NewDic() (r []byte) {
rs := fmt.Sprintf("D%d", t.DicNo)
r = util.Bytes(rs)
t.Dicts[t.DicNo] = new(DicT)
t.Dicts[t.DicNo].Defs = make(map[string][]byte)
t.Dicts[t.DicNo].Name = r
t.DicNo++
return
}
func main() {
pd := pdfreader.Load(os.Args[1])
_, d := pd.DecodedStream(util.Bytes(os.Args[2]))
fmt.Printf("%s", d)
/*
a := cmapi.Read(fancy.SliceReader(d));
fmt.Printf("\n%v\n%v\n%v\n", a, a.Ranges, a.Uni);
*/
}
func (t *TypeOneI) NewArray(size int) (r []byte) {
r = util.Bytes(fmt.Sprintf("A%d", t.ArraNo))
t.Arrays[t.ArraNo] = make([][]byte, size)
t.ArraNo++
return
}
_ = a
},
"currentdict": func(t *TypeOneI) {
t.St.Push(t.DicSt[t.DicSp].Name)
},
"currentfile": func(t *TypeOneI) {
t.St.Push([]byte{'?'})
},
"def": func(t *TypeOneI) {
a := t.St.Drop(2)
t.DicSt[t.DicSp].Defs[string(a[0])] = a[1]
},
"definefont": func(t *TypeOneI) {
a := t.St.Drop(2)
t.Fonts[string(a[0])] = string(a[1])
t.St.Push(util.Bytes("<FONT>")) // FIXME, we need this.
_ = a
},
"defineresource": func(t *TypeOneI) {
a := t.St.Drop(3)
t.St.Push([]byte{'?'})
_ = a
},
"dict": func(t *TypeOneI) {
a := t.St.Pop()
t.St.Push(t.NewDic())
_ = a
},
"dup": func(t *TypeOneI) {
a := t.St.Pop()
t.St.Push(a)
},
"'": func(pd *PdfDrawerT) {
pd.Text.TNextLine()
pd.Text.TShow(pd.Stack.Pop())
},
"BT": func(pd *PdfDrawerT) {
pd.Text.TSetMatrix(nil)
},
"ET": func(pd *PdfDrawerT) {
},
"T*": func(pd *PdfDrawerT) {
pd.Text.TNextLine()
},
"TD": func(pd *PdfDrawerT) {
a := pd.Stack.Drop(2)
pd.TConf.SetLeading(util.Bytes(strm.Neg(string(a[1]))))
pd.Text.TMoveTo(a)
},
"TJ": func(pd *PdfDrawerT) {
pd.Text.TShow(pd.Stack.Pop())
},
"Td": func(pd *PdfDrawerT) {
a := pd.Stack.Drop(2)
pd.Text.TMoveTo(a)
},
"Tj": func(pd *PdfDrawerT) {
pd.Text.TShow(pd.Stack.Pop())
},
"Tm": func(pd *PdfDrawerT) {
a := pd.Stack.Drop(6)
pd.Text.TSetMatrix(a)
