search for: u20ac

...hich might be a (slightly) different problem, but I will get to that later.) > print(x) [1] "\u0080" "\u009e" "\u009a" "?" "?", "?", and "?" are printed as (incorrect) unicode escapes. "?" for example should be \u20ac not \u0080. (In R 3.4.1, print(x) shows the glyphs and not the unicode escapes. Apparently, as of v3.5, print() calls enc2utf8() (or its equivalent in C (translateCharUTF8?))?) > print("\u20ac") [1] "?" The characters in x are marked as "latin1". > Encodin...

...eserve encoding! > I am not interested in preserving encodings. What I am worried about is that the encoding is not marked anymore, i.e. that Encoding() returns "unknown". In cp1252 encoding on Windows (note that I am using the cp1252 escape "\x80" and not the Unicode "\u20AC") > x_utf8 <- enc2utf8(c("?", "\x80")) > Encoding(x_utf8) [1] "UTF-8" "UTF-8" > x_nat <- enc2native(x_utf8) > Encoding(x_nat) [1] "unknown" "unknown" See also Kirill's message to this list: "ASCII strings...

...different problem, but I will get to that later.) > > > print(x) > [1] "\u0080" "\u009e" "\u009a" "?" > > "?", "?", and "?" are printed as (incorrect) unicode escapes. "?" for > example should be \u20ac not \u0080. > (In R 3.4.1, print(x) shows the glyphs and not the unicode escapes. > Apparently, as of v3.5, print() calls enc2utf8() (or its equivalent in > C (translateCharUTF8?))?) > > > print("\u20ac") > [1] "?" > > The characters in x are marked...

Upon further inspection, I think these are at least two problems. First the issue with printing latin1/cp1252 characters in the "80" to "9F" code range. x <- c("?", "?", "?") Encoding(x) print(x) I assume that these are Unicode escapes!? (Given that Encoding(x) shows "latin1" I'd rather expect latin1/cp1252 escapes here, but

hi, Is it possible to add special characters like the euro sign to a plot? thanks!

...oot) if h.node_name(n) == u("weird\u2122") ] assert len (ns) == 1 -vs = [ v for v in h.node_values (ns[0]) if h.value_key(v) == u"symbols $£₤₧€" ] +# "symbols $£₤₧€" +vs = [ v for v in h.node_values (ns[0]) if h.value_key(v) == u("symbols \u0024\u00a3\u20a4\u20a7\u20ac") ] assert len (vs) == 1 -- 1.8.5.2

...t lost with the enc2* > functions As you are changing encodings, you do not want to preserve encoding! > x_utf8 <- enc2utf8(x) > Encoding(x_utf8) > x_nat <- enc2native(x_utf8) > Encoding(x_nat) In an actual Latin-1 locale on Linux > x_utf8 <- c("??", "\u20ac", "\u2013") > Encoding(x_utf8) [1] "latin1" "UTF-8" "UTF-8" > enc2native(x_utf8) [1] "??" "<U+20AC>" "<U+2013>" > Encoding(.Last.value) [1] "latin1" "unknown" "unknown&q...

--- configure.ac | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/configure.ac b/configure.ac index 6785037..203f34f 100644 --- a/configure.ac +++ b/configure.ac @@ -329,8 +329,8 @@ AS_IF([test "x$enable_python" != "xno"], AC_MSG_CHECKING([for Python extension suffix (PEP-3149)]) if test -z "$PYTHON_EXT_SUFFIX"; then

Dear list, Following advice posted to this list a while back by Prof Ripley [1], I have been trying to draw a per mille character [2] in an axis label. This should give the correct character: plot(1:10, ylab = "\u2030") but all I get is '"S'. I'm running linux (FC5) and have fonts installed that have the correct character (viewed in the Gnome character map at least).

Hi, This patch series is based on a prior patch[1], splitting off changes as requested and incorporating feedback from Richard Jones. It introduces type validation to avoid segmentation faults (instead, it reports an exception) and fixes handling of the bytes type in Python 3. Major changes since that series: - Drop newly introduced support for integer types for DWORD/QWORDS - Reject Unicode