#ifndef __NASAL_H__ #define __NASAL_H__ #define __nasver "10.0" #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #ifdef _WIN32 #include #else #include #include #endif const uint32_t STACK_DEPTH=2048; inline double hex_to_double(const char* str) { double ret=0; for(;*str;++str) { ret*=16; if('0'<=*str && *str<='9') ret+=(*str-'0'); else if('a'<=*str && *str<='f') ret+=(*str-'a'+10); else if('A'<=*str && *str<='F') ret+=(*str-'A'+10); else return nan(""); } return ret; } inline double oct_to_double(const char* str) { double ret=0; for(;*str;++str) { ret*=8; if('0'<=*str && *str<'8') ret+=(*str-'0'); else return nan(""); } return ret; } inline double dec_to_double(const char* str) { double ret=0,negative=1,num_pow=0; while('0'<=*str && *str<='9') ret=ret*10+(*str++-'0'); if(!*str) return ret; if(*str=='.') { if(!*++str) return nan(""); num_pow=0.1; while('0'<=*str && *str<='9') { ret+=num_pow*(*str++-'0'); num_pow*=0.1; } if(!*str) return ret; } if(*str!='e' && *str!='E') return nan(""); if(!*++str) return nan(""); if(*str=='-' || *str=='+') negative=(*str++=='-'? -1:1); if(!*str) return nan(""); num_pow=0; for(;*str;++str) { if('0'<=*str && *str<='9') num_pow=num_pow*10+(*str-'0'); else return nan(""); } return ret*std::pow(10,negative*num_pow); } double str2num(const char* str) { bool negative=false; double res=0; if(*str=='-' || *str=='+') negative=(*str++=='-'); if(!*str) return nan(""); if(str[0]=='0' && str[1]=='x') res=hex_to_double(str+2); else if(str[0]=='0' && str[1]=='o') res=oct_to_double(str+2); else res=dec_to_double(str); return negative?-res:res; } int utf8_hdchk(const char head) { // RFC-2279 but now we use RFC-3629 so nbytes is less than 4 const uint8_t c=(uint8_t)head; if((c>>5)==0x06) // 110x xxxx (10xx xxxx)^1 return 1; if((c>>4)==0x0e) // 1110 xxxx (10xx xxxx)^2 return 2; if((c>>3)==0x1e) // 1111 0xxx (10xx xxxx)^3 return 3; return 0; } std::string chrhex(const char c) { return {"0123456789abcdef"[(c&0xf0)>>4],"0123456789abcdef"[c&0x0f]}; } std::string rawstr(const std::string& str,const size_t maxlen=0) { std::string ret(""); for(auto i:str) { #ifdef _WIN32 // windows ps or cmd doesn't output unicode normally // if 'chcp65001' is not enabled, we output the hex if(i<=0) { ret+="\\x"+chrhex(i); continue; } #endif switch(i) { case '\0': ret+="\\0"; break; case '\a': ret+="\\a"; break; case '\b': ret+="\\b"; break; case '\t': ret+="\\t"; break; case '\n': ret+="\\n"; break; case '\v': ret+="\\v"; break; case '\f': ret+="\\f"; break; case '\r': ret+="\\r"; break; case '\e': ret+="\\e"; break; case '\"': ret+="\\\"";break; case '\'': ret+="\\\'";break; case '\\': ret+="\\\\";break; default: ret+=i; break; } } if(maxlen && ret.length()>maxlen) ret=ret.substr(0,maxlen)+"..."; return ret; } #include "nasal_err.h" #include "nasal_lexer.h" #include "nasal_ast.h" #include "nasal_parse.h" #include "nasal_import.h" #include "nasal_opt.h" #include "nasal_gc.h" #include "nasal_builtin.h" #include "nasal_codegen.h" #include "nasal_vm.h" #include "nasal_dbg.h" #endif