done inside this loop. Please use the example coding pattern given in the documentation of this generator. file_info Basic information of the annot’s attached file. Return type dict 1 Rotating an annotation xref of the page like Page.xref. pages(start=None[, stop=None[, step=None]]) • New in v1.16.4 A generator for a range of pages. Parameters have the same meaning as in the built-in function range(). Intended value. Defaults are 1 if start < stop and -1 if start > stop. Zero is not allowed. Returns a generator iterator over the document’s pages. Some examples: • ”doc.pages()” emits all pages. • ”doc.pages(4

classes for each FZ_ERROR_* enum, all derived from a class mupdf::FzErrorBase which in turn derives from std::exception. For example if MuPDF C code does fz_throw(ctx, FZ_ERROR_GENERIC, "something failed"), mupdf::FzStextChar stextchar = *it_line; fz_stext_char* c = stextchar.m_internal; using namespace mupdf; std::cout << "FzStextChar(" << "c=" << c->c << " color=" << c->color << " origin=" << c->origin << " quad=" functions: std::ostream& operator<< (std::ostream& out, const fz_rect& rhs); std::ostream& operator<< (std::ostream& out, const FzRect& rhs); std::string to_string_fz_rect(const fz_rect& s); std::string to_string(const

classes for each FZ_ERROR_* enum, all derived from a class mupdf::FzErrorBase which in turn derives from std::exception. For example if MuPDF C code does fz_throw(ctx, FZ_ERROR_GENERIC, "something failed"), mupdf::FzStextChar stextchar = *it_line; fz_stext_char* c = stextchar.m_internal; using namespace mupdf; std::cout << "FzStextChar(" << "c=" << c->c << " color=" << c->color << " origin=" << c->origin << " quad=" functions: std::ostream& operator<< (std::ostream& out, const fz_rect& rhs); std::ostream& operator<< (std::ostream& out, const FzRect& rhs); std::string to_string_fz_rect(const fz_rect& s); std::string to_string(const

mupdf::FzStextChar stextchar = *it_line; fz_stext_char* c = stextchar.m_internal; using namespace mupdf; std::cout << "FzStextChar(" << "c=" << c->c << " color=" << c->color << " origin=" << c->origin << " quad=" functions: std::ostream& operator<< (std::ostream& out, const fz_rect& rhs); std::ostream& operator<< (std::ostream& out, const FzRect& rhs); std::string to_string_fz_rect(const fz_rect& s); std::string to_string(const to_string(const fz_rect& s); std::string Rect::to_string() const; These each generate text such as: (x0=90.51 y0=160.65 x1=501.39 y1=1215.6) 7.1.6 Environmental variables All builds • MUPDF_mt_ctx

mupdf::FzStextChar stextchar = *it_line; fz_stext_char* c = stextchar.m_internal; using namespace mupdf; std::cout << "FzStextChar(" << "c=" << c->c << " color=" << c->color << " origin=" << c->origin << " quad=" functions: std::ostream& operator<< (std::ostream& out, const fz_rect& rhs); std::ostream& operator<< (std::ostream& out, const FzRect& rhs); std::string to_string_fz_rect(const fz_rect& s); std::string to_string(const to_string(const fz_rect& s); std::string Rect::to_string() const; These each generate text such as: (x0=90.51 y0=160.65 x1=501.39 y1=1215.6) 5.1.6 Environmental variables All builds • MUPDF_mt_ctx