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#include "../hyper.h"
#include <iostream>
#include <thread>
namespace hr {
char buf[10000000];
int bufpos;
bool chk(const char *s) {
char *t = buf+bufpos;
while(*s == *t) s++, t++;
return *s == 0;
}
bool eat(const char *s) {
bool ret = chk(s);
if(ret) bufpos += strlen(s);
return ret;
}
char eatchar() {
return buf[bufpos++];
}
set<string> seen;
void check_ex(string s, string help) {
if(seen.count(s)) return;
seen.insert(s);
if(!translation_exists(s)) println(hlog, "S(", as_nice_cstring(s), ", ", help, ")");
}
void check_nonliteral(string s, string fname, int line) {
if(seen.count(s)) return;
seen.insert(s);
string thu = "", end = "";
for(char c: s) if(c == '[') break; else thu += c;
for(char c: s) if(c == ']') end = ""; else end += c;
if(s == "s") ;
else if(thu == "minetexts")
for(string m: minetexts) check_ex(m, s);
else if(thu == "dfnames")
for(string m: dfnames) check_ex(m, s);
else if(thu == "ncnames")
for(string m: ncnames) check_ex(m, s);
else if(thu == "slides" && end == ".help") ;
// for(auto sl: tour::slides) check_ex(sl.help);
else if(thu == "slides" && end == ".name") ;
// for(auto sl: tour::slides) check_ex(sl.name);
else if(end == ".menu_displayed_name") ;
// for(auto g: ginf) check_ex(g.menu_displayed_name);
else if(end == ".tiling_name") ;
// for(auto g: ginf) check_ex(g.tiling_name);
else if(end == ".name_hyperbolic")
for(auto md: mdinf) check_ex(md.name_hyperbolic, s);
else if(end == ".name_spherical")
for(auto md: mdinf) { if(md.name_spherical != md.name_hyperbolic) check_ex(md.name_spherical, s); }
else if(end == ".name_euclidean")
for(auto md: mdinf) { if(md.name_euclidean != md.name_hyperbolic && md.name_euclidean != md.name_hyperbolic) check_ex(md.name_euclidean, s); }
else if(thu == "olrdesc") ;
else if(thu == "wdmodes")
for(string m: wdmodes) check_ex(m, s);
else if(thu == "axemodes")
for(string m: multi::axemodes) check_ex(m, s);
else if(thu == "axmodes")
for(string m: multi::axmodes) check_ex(m, s);
else if(thu == "mpnames")
for(string m: texture::mpnames) check_ex(m, s);
else if(thu == "axemodes3")
for(string m: multi::axemodes3) check_ex(m, s);
else if(thu == "mdmodes")
for(string m: mdmodes) check_ex(m, s);
else if(thu == "hlmodes")
for(string m: hlmodes) check_ex(m, s);
else if(thu == "current_filter->name")
for(auto f: available_filters) check_ex(f->name, s);
else if(thu == "olrDescriptions")
for(string m: olrDescriptions) check_ex(m, s);
else if(thu == "shmupcmdtable") ;
else if(thu == "stringx") ;
else if(thu == "lv.msg") ; /* trust */
else if(thu == "opt") ; /* todo */
else if(thu == "menu_item_name") ; /* todo */
else if(s == "winf[w].help") ;
else if(s == "linf[l].help") ;
else if(s == "iinf[it].help") ;
else if(s == "minf[m].help") ;
else if(among(s, "mapeditorhelp", "patthelp", "drawhelp", "warpdesc", "hyperstone_optional", "irrhelp", "helptext", "inv::helptext", "power_help", "trollhelp2")) ; /* trust */
else
println(hlog, "// unrecognized nonliteral: ", s, " in ", fname, ":", line);
}
void check_xlat_content(string s, string fname, int line) {
// println(hlog, "// xlat content found: ", s);
string literal = "";
string nonliteral = "";
bool in_quote = false;
int i = 0;
while(i < isize(s)) {
auto chk = [&] (string mname, string mvalue) {
if(in_quote) return false;
for(int k=0; k<isize(mname); k++) if(s[i+k] != mname[k]) return false;
literal += mvalue; i += isize(mname);
return true;
};
if(chk("LEADERFULL", "Steam Leaderboards")) continue;
if(chk("LEADER", "Steam")) continue;
if(chk("IMAGEEXT", IMAGEEXT)) continue;
if(chk("SHMUPTITLE", SHMUPTITLE)) continue;
if(s[i] == '"') in_quote = !in_quote;
else if(s[i] == '\\') {
i++;
if(s[i] == '"' || s[i] == '\'' || s[i] == '\\') literal += s[i];
else if(s[i] == 'n') literal += "\n";
else println(hlog, "unknown escape: ", s0+s[i]);
}
else if(in_quote) literal += s[i];
else if(among(s[i], ' ', '\n', '\r')) ;
else nonliteral += s[i];
i++;
}
if(literal != "" && nonliteral != "") {
println(hlog, "// confused about: ", s, " ", fname, ":", line);
println(hlog, "literal = ", literal);
println(hlog, "nonliteral = ", nonliteral);
}
else if(nonliteral != "")
check_nonliteral(nonliteral, fname, line);
else {
if(seen.count(literal)) return;
seen.insert(literal);
if(!translation_exists(literal))
println(hlog, "S(", s, ", literal in ", fname, ":", line, ")");
}
}
void check_file(string s) {
FILE *f = fopen(s.c_str(), "rt");
int qty = fread(buf, 1, 10000000, f);
buf[qty] = 0;
fclose(f);
// println(hlog, "// checking file ", s, ", ", qty, " B");
bufpos = 0;
bool in_xlat = false;
bool in_quote = false;
string xlat_content;
int linenum = 0;
while(true) {
if(bufpos == qty) break;
if(buf[bufpos] == '\n') linenum++;
if(!in_xlat) {
if(eat("XLAT(")) {
in_xlat = true;
xlat_content = "";
}
else
eatchar();
}
else {
if(eat("\"")) {
xlat_content += "\"";
in_quote = !in_quote;
}
else if(in_quote && eat("\\")) {
xlat_content += "\\";
xlat_content += eatchar();
}
else if(!in_quote && eat("(")) {
println(hlog, "// found parenthesis inside XLAT: ", xlat_content, " at ", s, ":", linenum);
}
else if(!in_quote && eat("?")) {
println(hlog, "// found '?' inside XLAT: ", xlat_content, " at ", s, ":", linenum);
}
else if(!in_quote && (eat(")") || eat(","))) {
check_xlat_content(xlat_content, s, linenum);
in_xlat = false;
}
else
xlat_content += eatchar();
}
}
}
void gentrans() {
DIR *d;
struct dirent *dir;
println(hlog, "// checking all the files");
d = opendir(".");
if(d) {
while ((dir = readdir(d)) != NULL) {
string s = dir->d_name;
if(s.size() > 4 && s.substr(s.size()-4) == ".cpp")
check_file(s);
}
closedir(d);
}
println(hlog, "// checking configurables");
for(auto& fs: params) {
auto& sett = fs.second;
if(sett->menu_item_name != sett->config_name)
check_ex(sett->menu_item_name, "menu_item_name for " + sett->parameter_name);
check_ex(sett->help_text, "help_text for " + sett->parameter_name);
auto ls = dynamic_cast<list_setting*> ( (setting*) &*sett);
if(ls)
for(auto opt: ls->options) {
check_ex(opt.first, "option first for " + sett->parameter_name);
check_ex(opt.second, "option second for " + sett->parameter_name);
}
}
exit(0);
}
auto ar = arg::add3("-gentrans", gentrans);
}
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