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#include <cstdlib>
#include <dux/io.h>
#include <iostream>
#include <zp/str>
template<typename ltyp,typename rtyp> static auto chk(long const lin,::zp::i8 const mth,ltyp const& lval,rtyp const& rval) {
auto const cmp = [](::zp::i8 const mth,auto const& lval,auto const& rval) -> bool {
switch (mth) {
default:
::zp::unrch();
case 0x0u:
return lval == rval;
case 0x1u:
return lval >= rval;
case 0x2u:
return lval > rval;
case 0x3u:
return lval <= rval;
case 0x4u:
return lval < rval;
case 0x5u:
return lval != rval;
}
};
auto const str = [](::zp::i8 const mth) -> char const * {
switch (mth) {
default:
::zp::unrch();
case 0x0u:
return "!=";
case 0x1u:
return "<";
case 0x2u:
return "<=";
case 0x3u:
return ">";
case 0x4u:
return ">=";
case 0x5u:
return "==";
}
};
if (!cmp(mth,lval,rval)) {
::std::cout << lin << ": " << lval << ' ' << str(mth) << ' ' << rval << ::std::endl;
::std::exit(EXIT_SUCCESS);
}
};
#define chkeq(lval,rval) (::chk(__LINE__,0x0u,(lval),(rval)))
#define chkge(lval,rval) (::chk(__LINE__,0x1u,(lval),(rval)))
#define chkgt(lval,rval) (::chk(__LINE__,0x2u,(lval),(rval)))
#define chkle(lval,rval) (::chk(__LINE__,0x3u,(lval),(rval)))
#define chklt(lval,rval) (::chk(__LINE__,0x4u,(lval),(rval)))
#define chkne(lval,rval) (::chk(__LINE__,0x5u,(lval),(rval)))
int main() {
//::dux_pri("dux {i04}.{i04}, demo\n",dux_api,dux_ext);
::std::cout << "dux " << dux_api << '.' << dux_ext << ", demo" << ::std::endl;
::dux_err err = ::dux_err_oky;
auto const chkerr = [&err](char const* const msg) noexcept {
if (err != ::dux_err_oky) {
::zp::siz const errmsglen = ::dux_errmsg(nullptr,err);
char * const errmsg = new char[errmsglen+0x1u];
::dux_errmsg(errmsg,err);
errmsg[errmsglen] = '\x00';
::std::cout << msg << ": " << errmsg << ::std::endl;
delete[] errmsg;
::std::exit(EXIT_FAILURE);
}
};
::zp::siz const homdirlen = ::dux_homdir(nullptr);
char * const homdir = new char[homdirlen+0x1u];
::dux_homdir(homdir);
homdir[homdirlen] = '\x00';
::std::cout << "Home directory: " << homdir << ::std::endl;
delete[] homdir;
err = ::dux_crtdir("testdir",0755u);
chkerr("unable to create directory");
::dux_fil * fil = nullptr;
err = ::dux_crt(&fil,"testdir/dux-demo-file",0644u);
chkerr("unable to create file");
constexpr char src[] =
"static void msg(void);\n"
"\n"
"int main(void) {\n"
"\tmsg();\n"
"\treturn 0x45;\n"
"}\n"
"\n"
"#include <ly/io.h>\n"
"\n"
"static void msg(void) {\n"
"\tly_wrtstr(ly_dflout,\"flux ftw\\n\");\n"
"} /* Remember the last newline -> */\n";
constexpr ::zp::siz srclen = sizeof (src)-0x1u;
err = ::dux_wrtstr(fil,src);
chkerr("unable to write to file");
err = ::dux_cls(fil);
chkerr("unable to close file");
::dux_pthinf pthinf;
err = ::dux_sttpth(&pthinf,"testdir/dux-demo-file");
chkerr("unable to stat file");
chkeq(pthinf.siz,srclen);
err = ::dux_cpy("testdir/dux-demo-file.c","testdir/dux-demo-file",0644u);
chkerr("unable to copy file");
err = ::dux_opn(&fil,"testdir/dux-demo-file.c");
chkerr("unable to open file");
char buf[srclen+0x1u];
buf[srclen] = '\x00';
::zp::siz numred = 0x0u;
err = ::dux_red(buf,fil,srclen,&numred);
chkerr("unable to read file");
chkeq(numred,srclen);
chkeq(::zp::strequ(buf,src),true);
err = ::dux_cls(fil);
chkerr("unable to close file");
err = ::dux_wrtstr(dux_odfl,"Goodbye!\n");
chkerr("unable to say goodbye");
}
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