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#include <lib/network/http_dyn.h>
eHTTPDyn::eHTTPDyn(eHTTPConnection *c, std::string result): eHTTPDataSource(c), result(result)
{
wptr=0;
char buffer[10];
snprintf(buffer, 10, "%d", size=result.length());
c->local_header["Content-Length"]=std::string(buffer);
if (c->code == -1)
{
c->code=200;
c->code_descr="OK";
}
}
eHTTPDyn::~eHTTPDyn()
{
}
int eHTTPDyn::doWrite(int hm)
{
int tw=size-wptr;
if (tw>hm)
tw=hm;
if (tw<=0)
return -1;
connection->writeBlock(result.c_str()+wptr, tw);
wptr+=tw;
return (size > wptr) ? 1 : -1;
}
eHTTPDynPathResolver::eHTTPDynPathResolver()
{
#warning autodelete removed
}
void eHTTPDynPathResolver::addDyn(std::string request, std::string path, std::string (*function)(std::string, std::string, std::string, eHTTPConnection*))
{
dyn.push_back(new eHTTPDynEntry(request, path, function));
}
eHTTPDataSource *eHTTPDynPathResolver::getDataSource(std::string request, std::string path, eHTTPConnection *conn)
{
std::string p, opt;
if (path.find('?')!=std::string::npos)
{
p=path.substr(0, path.find('?'));
opt=path.substr(path.find('?')+1);
} else
{
p=path;
opt="";
}
for (ePtrList<eHTTPDynEntry>::iterator i(dyn); i != dyn.end(); ++i)
if ((i->path==p) && (i->request==request))
{
conn->code=-1;
std::string s=i->function(request, path, opt, conn);
if (!s.empty())
return new eHTTPDyn(conn, s);
return new eHTTPError(conn, 500);
}
return 0;
}
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