📄 cppcheck.cpp
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//: C18:Cppcheck.cpp
// From Thinking in C++, 2nd Edition
// Available at http://www.BruceEckel.com
// (c) Bruce Eckel 1999
// Copyright notice in Copyright.txt
// Configures .h & .cpp files
// To conform to style standard.
// Tests existing files for conformance
#include "../require.h"
#include <fstream>
#include <strstream>
#include <cstring>
#include <cctype>
using namespace std;
int main(int argc, char* argv[]) {
const int sz = 40; // Buffer sizes
const int bsz = 100;
requireArgs(argc, 1); // File set name
enum bufs { base, header, implement,
Hline1, guard1, guard2, guard3,
CPPline1, include, bufnum };
char b[bufnum][sz];
ostrstream osarray[] = {
ostrstream(b[base], sz),
ostrstream(b[header], sz),
ostrstream(b[implement], sz),
ostrstream(b[Hline1], sz),
ostrstream(b[guard1], sz),
ostrstream(b[guard2], sz),
ostrstream(b[guard3], sz),
ostrstream(b[CPPline1], sz),
ostrstream(b[include], sz),
};
osarray[base] << argv[1] << ends;
// Find any '.' in the string using the
// Standard C library function strchr():
char* period = strchr(b[base], '.');
if(period) *period = 0; // Strip extension
// Force to upper case:
for(int i = 0; b[base][i]; i++)
b[base][i] = toupper(b[base][i]);
// Create file names and internal lines:
osarray[header] << b[base] << ".h" << ends;
osarray[implement] << b[base] << ".cpp" << ends;
osarray[Hline1] << "//" << ": " << b[header]
<< " -- " << ends;
osarray[guard1] << "#ifndef " << b[base]
<< "_H" << ends;
osarray[guard2] << "#define " << b[base]
<< "_H" << ends;
osarray[guard3] << "#endif // " << b[base]
<< "_H" << ends;
osarray[CPPline1] << "//" << ": "
<< b[implement]
<< " -- " << ends;
osarray[include] << "#include \""
<< b[header] << "\"" <<ends;
// First, try to open existing files:
ifstream existh(b[header]),
existcpp(b[implement]);
if(!existh) { // Doesn't exist; create it
ofstream newheader(b[header]);
assure(newheader, b[header]);
newheader << b[Hline1] << endl
<< b[guard1] << endl
<< b[guard2] << endl << endl
<< b[guard3] << endl;
}
if(!existcpp) { // Create cpp file
ofstream newcpp(b[implement]);
assure(newcpp, b[implement]);
newcpp << b[CPPline1] << endl
<< b[include] << endl;
}
if(existh) { // Already exists; verify it
strstream hfile; // Write & read
ostrstream newheader; // Write
hfile << existh.rdbuf() << ends;
// Check that first line conforms:
char buf[bsz];
if(hfile.getline(buf, bsz)) {
if(!strstr(buf, "//" ":") ||
!strstr(buf, b[header]))
newheader << b[Hline1] << endl;
}
// Ensure guard lines are in header:
if(!strstr(hfile.str(), b[guard1]) ||
!strstr(hfile.str(), b[guard2]) ||
!strstr(hfile.str(), b[guard3])) {
newheader << b[guard1] << endl
<< b[guard2] << endl
<< buf
<< hfile.rdbuf() << endl
<< b[guard3] << endl << ends;
} else
newheader << buf
<< hfile.rdbuf() << ends;
// If there were changes, overwrite file:
if(strcmp(hfile.str(),newheader.str())!=0){
existh.close();
ofstream newH(b[header]);
assure(newH, b[header]);
newH << "//@//" << endl // Change marker
<< newheader.rdbuf();
}
delete hfile.str();
delete newheader.str();
}
if(existcpp) { // Already exists; verify it
strstream cppfile;
ostrstream newcpp;
cppfile << existcpp.rdbuf() << ends;
char buf[bsz];
// Check that first line conforms:
if(cppfile.getline(buf, bsz))
if(!strstr(buf, "//" ":") ||
!strstr(buf, b[implement]))
newcpp << b[CPPline1] << endl;
// Ensure header is included:
if(!strstr(cppfile.str(), b[include]))
newcpp << b[include] << endl;
// Put in the rest of the file:
newcpp << buf << endl; // First line read
newcpp << cppfile.rdbuf() << ends;
// If there were changes, overwrite file:
if(strcmp(cppfile.str(),newcpp.str())!=0){
existcpp.close();
ofstream newCPP(b[implement]);
assure(newCPP, b[implement]);
newCPP << "//@//" << endl // Change marker
<< newcpp.rdbuf();
}
delete cppfile.str();
delete newcpp.str();
}
} ///:~
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