int gb28181_init_env(pSipEnv *env)
{
TRACE("Init GB28181 env\n");
//constly
SYSCONF_t *sysconf = SYSCONF_dup();
pSipEnv p = (pSipEnv)calloc(1,sizeof(sSipEnv));
*env = p;
char devip[20];
SOCK_gethostname(devip);
GB_ASSERT(*env,"Calloc env Node failed\n");
printf("calloc env hdr node %p\n",*env);
SIP_ENV_insert(p,"Model",sysconf->ipcam.info.device_model);
SIP_ENV_insert(p,"UserAgent",sysconf->ipcam.info.device_name);
SIP_ENV_insert(p,"Firmware",sysconf->ipcam.info.software_version);
SIP_ENV_insert(p,"MaxAlarm","1");
SIP_ENV_insert(p,"MaxCamera","1");
SIP_ENV_insert(p,"Manufacturer","JUAN");
// variable
Gb28181Conf_t gb_conf;
memset(&gb_conf, 0, sizeof(Gb28181Conf_t));
gb28181_read_env(&gb_conf,sizeof(Gb28181Conf_t));
if(strlen(gb_conf.SipServerId) > 0)
//if(0)
{
TRACE("use the env in the flash,SipServerId:%s:%d\n",gb_conf.SipServerId,
strlen(gb_conf.SipServerId));
SIP_ENV_insert(p,"Realm",gb_conf.LoginDomain);
SIP_ENV_insert(p,"SipServerId",gb_conf.SipServerId);
SIP_ENV_insert(p,"SipServerIp",gb_conf.SipServerIp);
SIP_ENV_insert(p,"SipServerPort",ITOA(gb_conf.SipServerPort));
SIP_ENV_insert(p,"UserId",gb_conf.UserId);
SIP_ENV_insert(p,"UserPwd",gb_conf.UserPwd);
SIP_ENV_insert(p,"DevPort",ITOA(GB28181_DEFAULT_DEV_PORT));
SIP_ENV_insert(p,"DevIp",devip);
SIP_ENV_insert(p,"AliveTime",ITOA(gb_conf.AliveTime));
SIP_ENV_insert(p,"HeartBeatTime",ITOA(gb_conf.HeartBeatTime));
SIP_ENV_insert(p,"Alarm1",gb_conf.AlarmId[0]);
SIP_ENV_insert(p,"Video1",gb_conf.VideoId[0]);
}
else{ // use the default gb28181 env
TRACE("NULL gb28181 env ,use default env\n");
gb28181_write_env(&def_gb_conf,sizeof(Gb28181Conf_t));
SIP_ENV_insert(p,"Realm",def_gb_conf.LoginDomain);
SIP_ENV_insert(p,"SipServerId",def_gb_conf.SipServerId);
SIP_ENV_insert(p,"SipServerIp",def_gb_conf.SipServerIp);
SIP_ENV_insert(p,"SipServerPort",ITOA(def_gb_conf.SipServerPort));
SIP_ENV_insert(p,"UserId",def_gb_conf.UserId);
SIP_ENV_insert(p,"UserPwd",def_gb_conf.UserPwd);
SIP_ENV_insert(p,"DevIp",devip);
SIP_ENV_insert(p,"DevPort",ITOA(GB28181_DEFAULT_DEV_PORT));
SIP_ENV_insert(p,"AliveTime",ITOA(def_gb_conf.AliveTime));
SIP_ENV_insert(p,"HeartBeatTime",ITOA(def_gb_conf.HeartBeatTime));
SIP_ENV_insert(p,"Alarm1",def_gb_conf.AlarmId[0]);
SIP_ENV_insert(p,"Video1",def_gb_conf.VideoId[0]);
}
return 0;
}
char *itoa(unsigned n)
{
int sign = 0;
int i = -1;
char *p = NULL;
p = malloc(CHAR_BUF);
if ((sign = n) < 0) {
p[0] = '-';
sign = -1;
i = 0;
n = -n;
}
do {
p[++i] = ITOA(n%10);
} while (n = n/10);
p[++i] = '\0';
if (sign == -1) {
reverse(p, 1, i-1);
return p;
}
reverse(p, 0, i-1);
return p;
}
//=============================================================================
// Return the length of the given track
//=============================================================================
int CCDAudio::GetTrackLength(const int nTrack)
{
if(IsMediaInsert())
{
const int nBuffSize = 64;
TCHAR szTrack[10];
TCHAR szReqBuff[nBuffSize];
TCHAR szBuff[nBuffSize];
ITOA( nTrack, szTrack, 10 );
lstrcpy( szReqBuff, _T("status cdaudio length track ") );
lstrcat( szReqBuff, szTrack );
m_nErrorCode = mciSendString( szReqBuff, szBuff, nBuffSize, NULL );
if( m_nErrorCode != 0 )
{
return 0;
}
TCHAR szMin[3], szSec[3];
STRNCPY( szMin, szBuff, 2 );
STRNCPY( szSec, (szBuff + 3), 2 );
return ((ATOI(szMin) * 60) + ATOI(szSec));
}
return 0;
}
void time_to_string(Time *t,char *out){
//sprintf("%d:%02d'%02d\"%02d",t->hour,t->min,t->sec,t->ms);
out[0] = ITOA(t->hour);
out[1] = ':';
out[2] = ITOA(t->min/10);
out[3] = ITOA(t->min%10);
out[4] = '\'';
out[5] = ITOA(t->sec/10);
out[6] = ITOA(t->sec%10);
out[7] = '\"';
out[8] = ITOA(t->ms/100);
out[9] = ITOA(t->ms%100/10);
}
static inline char *_itoa(char *bufend, uintmax_t value)
{
const char *digits = "0123456789";
ITOA(bufend, value, 10, digits);
return bufend;
}
void CCalcFrameDlg::OnBnClickedBtJiecheng()
{
UpdateData(TRUE);
InsertRecord(en_Record_fact);
if ( (m_strOutPut.Find('.') != -1) || (m_strOutPut.Find('-') != -1) )
{
m_strOutPut = TEXT("无效输入");
return;
}
int nInput = atoi(m_strOutPut);
if ( nInput*5 > 10000 )
{
m_strOutPut = TEXT("溢出");
UpdateData(FALSE);
return;
}
int *pArray = new int[nInput*5];
for (int i=0;i<nInput*5;i++) pArray[i] = 1;
int i=0,c=0,m=0;
for(;nInput;nInput--)
{
for(c=i=0;i<=m;i++)
pArray[i]=(c+=pArray[i]*nInput)%10,c/=10;
while(c)pArray[++m]=c%10,c/=10;
}
m_strOutPut = TEXT("");
int nValue=0;
//数字大于28位，用科学表示法显示
if( m>=32 )
{
for (int i=0;i<=32;i++)
{
nValue = pArray[m--];
m_strOutPut.Insert(i,ITOA(nValue));
}
m_strOutPut.Insert(1,'.');
m_strOutPut+=TEXT("e+");
CString str;
str.Format(TEXT("%d"),m+33);
m_strOutPut+=str;
}
else
{
for(int nIndex=0;m>=0;nIndex++)
{
nValue = pArray[m--];
m_strOutPut.Insert(nIndex,ITOA(nValue));
}
}
SafeDeleteArray(pArray);
UpdateData(FALSE);
}
bool CDataBase::Query(const char *query, CVarDefMap &mapQueryResult)
{
ADDTOCALLSTACK("CDataBase::Query");
mapQueryResult.Empty();
mapQueryResult.SetNumNew("NUMROWS", 0);
if ( !m_connected )
return false;
// Connection can only handle one query at a time, so lock the thread until the query finishes
SimpleThreadLock lock(m_connectionMutex);
int resultCode = mysql_query(m_socket, query);
if ( resultCode == 0 )
{
MYSQL_RES *result = mysql_store_result(m_socket);
if ( !result )
return false;
unsigned int num_fields = mysql_num_fields(result);
char key[64];
if ( num_fields > COUNTOF(key) )
{
// This check is not really needed, MySQL client should be able to handle the same columns amount of MySQL server (4096).
// But since this value is too big and create an 4096 char array at -every- query call is not performance-friendly, maybe
// it's better just use an smaller array to prioritize performance.
g_Log.EventError("MySQL query returned too many columns [Max: %" FMTSIZE_T " / Cmd: \"%s\"]\n", COUNTOF(key), query);
mysql_free_result(result);
return false;
}
MYSQL_FIELD *fields = mysql_fetch_fields(result);
mapQueryResult.SetNum("NUMROWS", mysql_num_rows(result));
mapQueryResult.SetNum("NUMCOLS", num_fields);
int rownum = 0;
char **row = NULL;
char *pszKey = Str_GetTemp();
char *pszVal = NULL;
while ( (row = mysql_fetch_row(result)) != NULL )
{
for ( unsigned int i = 0; i < num_fields; i++ )
{
pszVal = row[i];
if ( !rownum )
{
mapQueryResult.SetStr(ITOA(i, key, 10), true, pszVal);
mapQueryResult.SetStr(fields[i].name, true, pszVal);
}
sprintf(pszKey, "%d.%u", rownum, i);
mapQueryResult.SetStr(pszKey, true, pszVal);
sprintf(pszKey, "%d.%s", rownum, fields[i].name);
mapQueryResult.SetStr(pszKey, true, pszVal);
}
rownum++;
}
mysql_free_result(result);
return true;
}
else
{
g_Log.EventError("MySQL error #%u: %s [Cmd: \"%s\"]\n", mysql_errno(m_socket), mysql_error(m_socket), query);
if ( (resultCode == CR_SERVER_GONE_ERROR) || (resultCode == CR_SERVER_LOST) )
Close();
return false;
}
}
