bool DebugInfo::SendAsyncLog(std::list<RandomEntry>::iterator first_a, std::list<RandomEntry>::iterator first_b,
std::list<RandomEntry> &a, std::list<RandomEntry> &b, unsigned identical)
{
if (!SendString("AsyncLog"))
{
return(false);
}
// calculate size
unsigned len = 4;
unsigned cnt = 0;
std::list<RandomEntry>::iterator it_a = first_a;
std::list<RandomEntry>::iterator it_b = first_b;
// if there were any identical lines, include only the last one
if (identical)
{
len += 4 + 4 + 4 + it_a->src_name.length() + 1 + 4 + 4 + 4;
++cnt; ++it_a; ++it_b;
}
while ((it_a != a.end()) && (it_b != b.end()))
{
len += 4 + 4 + 4 + it_a->src_name.length() + 1 + 4 + 4 + 4;
len += 4 + 4 + 4 + it_a->src_name.length() + 1 + 4 + 4 + 4;
cnt += 2;
++it_a; ++it_b;
}
if (!SendUnsigned(len)) return(false);
if (!SendUnsigned(identical)) return(false);
if (!SendUnsigned(cnt)) return(false);
it_a = first_a;
it_b = first_b;
// if there were any identical lines, include only the last one
if (identical)
{
if (!SendUnsigned(it_a->counter)) return(false);
if (!SendSigned(it_a->max)) return(false);
if (!SendSigned(it_a->value)) return(false);
if (!SendString(it_a->src_name)) return(false);
if (!SendUnsigned(it_a->src_line)) return(false);
if (!SendUnsigned(it_a->obj_id)) return(false);
++it_a; ++it_b;
}
while ((it_a != a.end()) && (it_b != b.end()))
{
if (!SendUnsigned(it_a->counter)) return(false);
if (!SendSigned(it_a->max)) return(false);
if (!SendSigned(it_a->value)) return(false);
if (!SendString(it_a->src_name)) return(false);
if (!SendUnsigned(it_a->src_line)) return(false);
if (!SendUnsigned(it_a->obj_id)) return(false);
if (!SendUnsigned(it_b->counter)) return(false);
if (!SendSigned(it_b->max)) return(false);
if (!SendSigned(it_b->value)) return(false);
if (!SendString(it_b->src_name)) return(false);
if (!SendUnsigned(it_b->src_line)) return(false);
if (!SendUnsigned(it_b->obj_id)) return(false);
++it_a; ++it_b;
}
return(true);
}
bool DebugInfo::SendAsyncLog(std::vector<RandomEntry>::const_iterator first_a, std::vector<RandomEntry>::const_iterator first_b,
const std::vector<RandomEntry> &a, const std::vector<RandomEntry> &b, unsigned identical)
{
if (!SendString("AsyncLog"))
{
return(false);
}
// calculate size
unsigned len = 4;
unsigned cnt = 0;
std::vector<RandomEntry>::const_iterator it_a = first_a;
std::vector<RandomEntry>::const_iterator it_b = first_b;
// if there were any identical lines, include only the last one
if (identical)
{
// sizes of: counter, max, rngState
// string = length Bytes + 1 NULL terminator + 4B length
// srcLine, objId
len += 4 + 4 + 4 + it_a->src_name.length() + 1 + 4 + 4 + 4;
++cnt; ++it_a; ++it_b;
}
while ((it_a != a.end()) && (it_b != b.end()))
{
len += 4 + 4 + 4 + it_a->src_name.length() + 1 + 4 + 4 + 4;
len += 4 + 4 + 4 + it_b->src_name.length() + 1 + 4 + 4 + 4;
cnt += 2;
++it_a; ++it_b;
}
if (!SendUnsigned(len)) return(false);
if (!SendUnsigned(identical)) return(false);
if (!SendUnsigned(cnt)) return(false);
it_a = first_a;
it_b = first_b;
// if there were any identical lines, send only one each
for(unsigned i = 0; i< identical; i++)
{
if (!SendUnsigned(it_a->counter)) return(false);
if (!SendSigned(it_a->max)) return(false);
if (!SendSigned(it_a->rngState)) return(false);
if (!SendString(it_a->src_name)) return(false);
if (!SendUnsigned(it_a->src_line)) return(false);
if (!SendUnsigned(it_a->obj_id)) return(false);
++it_a; ++it_b;
}
while ((it_a != a.end()) && (it_b != b.end()))
{
if (!SendUnsigned(it_a->counter)) return(false);
if (!SendSigned(it_a->max)) return(false);
if (!SendSigned(it_a->rngState)) return(false);
if (!SendString(it_a->src_name)) return(false);
if (!SendUnsigned(it_a->src_line)) return(false);
if (!SendUnsigned(it_a->obj_id)) return(false);
if (!SendUnsigned(it_b->counter)) return(false);
if (!SendSigned(it_b->max)) return(false);
if (!SendSigned(it_b->rngState)) return(false);
if (!SendString(it_b->src_name)) return(false);
if (!SendUnsigned(it_b->src_line)) return(false);
if (!SendUnsigned(it_b->obj_id)) return(false);
++it_a; ++it_b;
}
return(true);
}
