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billing.cpp
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billing.cpp
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#include <math.h>
#include "voipmonitor.h"
#include "billing.h"
#define UNSET_STRING string("unset")
extern int opt_id_sensor;
extern int opt_nocdr;
cBillingAssignment::cBillingAssignment(eBilingTypeAssignment typeAssignment) {
this->typeAssignment = typeAssignment;
}
void cBillingAssignment::load(SqlDb_row *row, SqlDb *sqlDb) {
id = atol((*row)["id"].c_str());
billing_rule_id = atol((*row)["id_billing"].c_str());
name = (*row)["name"];
limitation_for_sensors = atol((*row)["limitation_for_sensors"].c_str());
checkInternational.load(row, sqlDb);
}
bool cBillingAssignment::isSensorOk(SqlDb *sqlDb) {
if(!limitation_for_sensors || opt_id_sensor <= 0) {
return(true);
}
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
bool rslt = false;
if(sqlDb->existsTable(typeAssignment == _billing_ta_operator ?
"billing_operator_assignment_sensors" :
"billing_customer_assignment_sensors")) {
sqlDb->query((typeAssignment == _billing_ta_operator ?
"select sensors.id_sensor \
from billing_operator_assignment_sensors \
join sensors on (sensors.id = billing_operator_assignment_sensors.id_sensor) \
where id_operator_assignment = " :
"select sensors.id_sensor \
from billing_customer_assignment_sensors \
join sensors on (sensors.id = billing_customer_assignment_sensors.id_sensor) \
where id_customer_assignment = ") + intToString(id));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
if(atoi(row["id_sensor"].c_str()) == opt_id_sensor) {
rslt = true;
break;
}
}
}
if(_createSqlObject) {
delete sqlDb;
}
return(rslt);
}
void cBillingAssignment::loadCond(SqlDb *sqlDb) {
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
if(sqlDb->existsTable(typeAssignment == _billing_ta_operator ?
"billing_operator_assignment_addresses" :
"billing_customer_assignment_addresses")) {
sqlDb->query((typeAssignment == _billing_ta_operator ?
"select * \
from billing_operator_assignment_addresses \
where id_operator_assignment = " :
"select * \
from billing_customer_assignment_addresses \
where id_customer_assignment = ") + intToString(id));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
list_ip.add(mysql_ip_2_vmIP(&row, "ip"), atoi(row["mask"].c_str()));
}
}
if(sqlDb->existsTable(typeAssignment == _billing_ta_operator ?
"billing_operator_assignment_numbers" :
"billing_customer_assignment_numbers")) {
sqlDb->query((typeAssignment == _billing_ta_operator ?
"select * \
from billing_operator_assignment_numbers \
where id_operator_assignment = " :
"select * \
from billing_customer_assignment_numbers \
where id_customer_assignment = ") + intToString(id));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
list_number.add(row["number"].c_str(), !atoi(row["fixed"].c_str()));
}
}
if(_createSqlObject) {
delete sqlDb;
}
}
bool cBillingAssignment::checkIP(vmIP ip) {
return(list_ip.checkIP(ip));
}
bool cBillingAssignment::checkNumber(const char *number) {
return(list_number.checkNumber(number));
}
cBillingAssignments::cBillingAssignments() {
_sync = 0;
}
cBillingAssignments::~cBillingAssignments() {
clear();
}
void cBillingAssignments::load(SqlDb *sqlDb) {
lock();
clear(false);
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
if(sqlDb->existsTable("billing_operator_assignment")) {
sqlDb->query("select * \
from billing_operator_assignment");
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
cBillingAssignment *assignment = new FILE_LINE(0) cBillingAssignment(_billing_ta_operator);
assignment->load(&row, sqlDb);
operators[assignment->id] = assignment;
}
}
if(sqlDb->existsTable("billing_customer_assignment")) {
sqlDb->query("select * \
from billing_customer_assignment");
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
cBillingAssignment *assignment = new FILE_LINE(0) cBillingAssignment(_billing_ta_customer);
assignment->load(&row, sqlDb);
customers[assignment->id] = assignment;
}
}
for(map<unsigned, cBillingAssignment*>::iterator iter = operators.begin(); iter != operators.end();) {
if(iter->second->isSensorOk(sqlDb)) {
iter->second->loadCond(sqlDb);
iter++;
} else {
delete iter->second;
operators.erase(iter++);
}
}
for(map<unsigned, cBillingAssignment*>::iterator iter = customers.begin(); iter != customers.end();) {
if(iter->second->isSensorOk(sqlDb)) {
iter->second->loadCond(sqlDb);
iter++;
} else {
delete iter->second;
customers.erase(iter++);
}
}
if(_createSqlObject) {
delete sqlDb;
}
unlock();
}
void cBillingAssignments::clear(bool useLock) {
if(useLock) {
lock();
}
for(map<unsigned, cBillingAssignment*>::iterator iter = operators.begin(); iter != operators.end(); iter++) {
delete iter->second;
}
operators.clear();
for(map<unsigned, cBillingAssignment*>::iterator iter = customers.begin(); iter != customers.end(); iter++) {
delete iter->second;
}
customers.clear();
if(useLock) {
unlock();
}
}
unsigned cBillingAssignments::findBillingRuleIdForIP(vmIP ip, eBilingTypeAssignment typeAssignment,
unsigned *assignment_id) {
unsigned rslt = 0;
*assignment_id = 0;
lock();
map<unsigned, cBillingAssignment*> *assignments = typeAssignment == _billing_ta_operator ? &operators : &customers;
for(map<unsigned, cBillingAssignment*>::iterator iter = assignments->begin(); iter != assignments->end(); iter++) {
if(iter->second->checkIP(ip)) {
rslt = iter->second->billing_rule_id;
*assignment_id = iter->first;
break;
}
}
unlock();
return(rslt);
}
unsigned cBillingAssignments::findBillingRuleIdForNumber(const char *number, eBilingTypeAssignment typeAssignment,
unsigned *assignment_id, CountryPrefixes *countryPrefixes) {
unsigned rslt = 0;
*assignment_id = 0;
lock();
map<unsigned, cBillingAssignment*> *assignments = typeAssignment == _billing_ta_operator ? &operators : &customers;
for(map<unsigned, cBillingAssignment*>::iterator iter = assignments->begin(); iter != assignments->end(); iter++) {
if(countryPrefixes) {
string numberNormalized = iter->second->checkInternational.numberNormalized(number, countryPrefixes);
if(iter->second->checkNumber(numberNormalized.c_str())) {
rslt = iter->second->billing_rule_id;
*assignment_id = iter->first;
break;
}
} else {
if(iter->second->checkNumber(number)) {
rslt = iter->second->billing_rule_id;
*assignment_id = iter->first;
break;
}
}
}
unlock();
return(rslt);
}
cBillingExclude::cBillingExclude(bool agregation) {
this->agregation = agregation;
_sync = 0;
}
void cBillingExclude::load(SqlDb *sqlDb) {
lock();
list_ip_src.clear();
list_ip_dst.clear();
list_number_src.clear();
list_number_dst.clear();
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
if(sqlDb->existsTable(agregation ? "billing_agregation_exclude_addresses" : "billing_exclude_addresses")) {
sqlDb->query(string(
"select * \
from ") + (agregation ? "billing_agregation_exclude_addresses" : "billing_exclude_addresses"));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
if(row["side"] == "src" || row["side"] == "both") {
list_ip_src.add(mysql_ip_2_vmIP(&row, "ip"), atoi(row["mask"].c_str()));
}
if(row["side"] == "dst" || row["side"] == "both") {
list_ip_dst.add(mysql_ip_2_vmIP(&row, "ip"), atoi(row["mask"].c_str()));
}
}
}
if(sqlDb->existsTable(agregation ? "billing_agregation_exclude_numbers" : "billing_exclude_numbers")) {
sqlDb->query(string(
"select * \
from ") + (agregation ? "billing_agregation_exclude_numbers" : "billing_exclude_numbers"));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
if(row["side"] == "src" || row["side"] == "both") {
list_number_src.add(row["number"].c_str(), !atoi(row["fixed"].c_str()));
}
if(row["side"] == "dst" || row["side"] == "both") {
list_number_dst.add(row["number"].c_str(), !atoi(row["fixed"].c_str()));
}
}
}
if(sqlDb->existsTable(agregation ? "billing_agregation_exclude_domains" : "billing_exclude_domains")) {
sqlDb->query(string(
"select * \
from ") + (agregation ? "billing_agregation_exclude_domains" : "billing_exclude_domains"));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
if(row["side"] == "src" || row["side"] == "both") {
list_domain_src.add(row["domain"].c_str());
}
if(row["side"] == "dst" || row["side"] == "both") {
list_domain_dst.add(row["domain"].c_str());
}
}
}
if(_createSqlObject) {
delete sqlDb;
}
unlock();
}
bool cBillingExclude::checkIP(vmIP ip, eBilingSide side) {
lock();
bool rslt = side == _billing_side_src ?
list_ip_src.checkIP(ip) :
list_ip_dst.checkIP(ip);
unlock();
return(rslt);
}
bool cBillingExclude::checkNumber(const char *number, eBilingSide side) {
lock();
bool rslt = side == _billing_side_src ?
list_number_src.checkNumber(number) :
list_number_dst.checkNumber(number);
unlock();
return(rslt);
}
bool cBillingExclude::checkDomain(const char *domain, eBilingSide side) {
if(!domain) {
return(false);
}
lock();
bool rslt = side == _billing_side_src ?
list_domain_src.check(domain) :
list_domain_dst.check(domain);
unlock();
return(rslt);
}
void cStateHolidays::sHoliday::load(SqlDb_row *row) {
type = (*row)["type_holiday"] == "fixed" ? _billing_holiday_fixed :
(*row)["type_holiday"] == "movable" ? _billing_holiday_movable :
(*row)["type_holiday"] == "easter_monday" ? _billing_holiday_easter_monday :
(*row)["type_holiday"] == "easter_friday" ? _billing_holiday_easter_friday :
_billing_holiday_na;
switch(type) {
case _billing_holiday_fixed:
day.tm_mday = atoi((*row)["month_day"].c_str());
day.tm_mon = atoi((*row)["month"].c_str());
if(day.tm_mday && day.tm_mon) {
day.tm_mon -= 1;
} else {
type = _billing_holiday_na;
day.tm_mday = 0;
day.tm_mon = 0;
}
break;
case _billing_holiday_movable:
day = stringToTm((*row)["date"].c_str());
break;
case _billing_holiday_easter_monday:
case _billing_holiday_easter_friday:
case _billing_holiday_na:
break;
}
}
bool cStateHolidays::sHoliday::isHoliday(tm &day, const char *timezone) {
switch(type) {
case _billing_holiday_fixed:
return(this->day.tm_mon == day.tm_mon &&
this->day.tm_mday == day.tm_mday);
case _billing_holiday_movable:
return(this->day.tm_year == day.tm_year &&
this->day.tm_mon == day.tm_mon &&
this->day.tm_mday == day.tm_mday);
case _billing_holiday_easter_monday:
return(isEasterMondayDate(day, 0, timezone));
case _billing_holiday_easter_friday:
return(isEasterMondayDate(day, 3, timezone));
case _billing_holiday_na:
break;
}
return(false);
}
void cStateHolidays::load(SqlDb_row *row) {
id = atol((*row)["id"].c_str());
name = (*row)["name"];
country_code = (*row)["country_code"];
}
void cStateHolidays::loadHolidays(SqlDb *sqlDb) {
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
if(sqlDb->existsTable("holiday_state_date")) {
sqlDb->query("select * \
from holiday_state_date \
where id_holiday_state = " + intToString(id));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
sHoliday holiday;
holiday.load(&row);
holidays.push_back(holiday);
}
}
if(_createSqlObject) {
delete sqlDb;
}
}
bool cStateHolidays::isHoliday(tm &day, const char *timezone) {
for(list<sHoliday>::iterator iter = holidays.begin(); iter != holidays.end(); iter++) {
if(iter->isHoliday(day, timezone)) {
return(true);
}
}
return(false);
}
cStatesHolidays::cStatesHolidays() {
_sync = 0;
}
void cStatesHolidays::load(SqlDb *sqlDb) {
lock();
holidays.clear();
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
if(sqlDb->existsTable("holiday_state")) {
sqlDb->query("select * \
from holiday_state");
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
cStateHolidays stateHolidays;
stateHolidays.load(&row);
holidays[stateHolidays.id] = stateHolidays;
}
}
for(map<unsigned, cStateHolidays>::iterator iter = holidays.begin(); iter != holidays.end(); iter++) {
iter->second.loadHolidays(sqlDb);
}
if(_createSqlObject) {
delete sqlDb;
}
unlock();
}
bool cStatesHolidays::isHoliday(unsigned id, tm &day, const char *timezone) {
bool rslt = false;
lock();
if(holidays.find(id) != holidays.end()) {
rslt = holidays[id].isHoliday(day, timezone);
}
unlock();
return(rslt);
}
cPeakDefinition::cPeakDefinition() {
enable = false;
}
void cPeakDefinition::load(SqlDb_row *row, const char *fieldNamePrefix) {
string _fieldNamePrefix = fieldNamePrefix ? fieldNamePrefix : "";
peak_starts_hour = atoi((*row)[_fieldNamePrefix + "peak_starts_hour"].c_str());
peak_starts_minute = atoi((*row)[_fieldNamePrefix + "peak_starts_minute"].c_str());
peak_ends_hour = atoi((*row)[_fieldNamePrefix + "peak_ends_hour"].c_str());
peak_ends_minute = atoi((*row)[_fieldNamePrefix + "peak_ends_minute"].c_str());
weekend_start = atoi((*row)[_fieldNamePrefix + "weekend_start"].c_str());
}
bool cPeakDefinition::peakCheck(tm &time, cStateHolidays *holidays, tm *toTime, const char *timezone) {
tm _toTime;
if(!toTime) {
toTime = &_toTime;
}
*toTime = getNextBeginDate(time, timezone);
if(!enable) {
return(false);
}
int week_day_1 = weekend_start ? weekend_start : 7;
int week_day_2 = week_day_1 == 7 ? 1 : week_day_1 + 1;
if(time.tm_wday == week_day_1 - 1 ||
time.tm_wday == week_day_2 - 1) {
return(false);
}
if(holidays && holidays->isHoliday(time, timezone)) {
return(false);
}
if(peak_starts_hour || peak_ends_hour) {
if((peak_ends_hour * 60 + peak_ends_minute) > (peak_starts_hour * 60 + peak_starts_minute)) {
if((time.tm_hour * 60 + time.tm_min) < (int)(peak_starts_hour * 60 + peak_starts_minute)) {
*toTime = time;
toTime->tm_hour = peak_starts_hour;
toTime->tm_min = peak_starts_minute;
} else if((time.tm_hour * 60 + time.tm_min) < (int)(peak_ends_hour * 60 + peak_ends_minute)) {
*toTime = time;
toTime->tm_hour = peak_ends_hour;
toTime->tm_min = peak_ends_minute;
return(true);
}
} else if((peak_ends_hour * 60 + peak_ends_minute) < (peak_starts_hour * 60 + peak_starts_minute)) {
if((time.tm_hour * 60 + time.tm_min) < (int)(peak_ends_hour * 60 + peak_ends_minute)) {
*toTime = time;
toTime->tm_hour = peak_ends_hour;
toTime->tm_min = peak_ends_minute;
return(true);
} else if((time.tm_hour * 60 + time.tm_min) < (int)(peak_starts_hour * 60 + peak_starts_minute)) {
*toTime = time;
toTime->tm_hour = peak_starts_hour;
toTime->tm_min = peak_starts_minute;
} else {
return(true);
}
}
}
return(false);
}
cBillingRuleNumber::cBillingRuleNumber() {
regexp = NULL;
}
cBillingRuleNumber::~cBillingRuleNumber() {
if(regexp) {
delete regexp;
}
}
void cBillingRuleNumber::load(SqlDb_row *row) {
name = (*row)["name"];
number_prefix = (*row)["prefix_number"];
number_fixed = (*row)["fixed_number"];
number_regex = (*row)["regex_number"];
peak_definition.enable = atoi((*row)["override_default_peak_offpeak"].c_str());
peak_definition.load(row);
price = atof((*row)["price"].c_str());
price_peak = atof((*row)["price_peak"].c_str());
t1 = atoi((*row)["t1"].c_str());
t2 = atoi((*row)["t2"].c_str());
use_for_number_format = numberFormatEnum((*row)["use_for_number_format"].c_str());
use_for_number_type = numberTypeEnum((*row)["use_for_number_type"].c_str());
}
void cBillingRuleNumber::regexp_create() {
if(regexp) {
delete regexp;
regexp = NULL;
}
if(number_regex.length()) {
regexp = new FILE_LINE(0) cRegExp(number_regex.c_str(), cRegExp::_regexp_icase_matches);
}
}
cBillingRuleNumber::eNumberFormat cBillingRuleNumber::numberFormatEnum(const char *str) {
return(!strcasecmp(str, "original") ?
_number_format_original :
!strcasecmp(str, "normalized") ?
_number_format_normalized :
!strcasecmp(str, "both") ?
_number_format_both :
_number_format_na);
}
cBillingRuleNumber::eNumberType cBillingRuleNumber::numberTypeEnum(const char *str) {
return(!strcasecmp(str, "local") ?
_number_type_local :
!strcasecmp(str, "international") ?
_number_type_international :
!strcasecmp(str, "both") ?
_number_type_both :
_number_type_na);
}
string cBillingRuleNumber::numberFormatString(eNumberFormat numbFormat) {
return(numbFormat == _number_format_na ? "na" :
numbFormat == _number_format_original ? "original" :
numbFormat == _number_format_normalized ? "normalized" :
numbFormat == _number_format_both ? "original or normalized" : "unknown");
}
string cBillingRuleNumber::numberTypeString(eNumberType numbType) {
return(numbType == _number_type_na ? "na" :
numbType == _number_type_local ? "local" :
numbType == _number_type_international ? "international" :
numbType == _number_type_both ? "local or international" : "unknown");
}
cBillingRule::~cBillingRule() {
freeNumbers();
}
void cBillingRule::load(SqlDb_row *row) {
id = atol((*row)["id"].c_str());
name = (*row)["name"];
holiday_id = atol((*row)["id_holiday_state"].c_str());
peak_definition.enable = atoi((*row)["peak_offpeak"].c_str());
peak_definition.load(row, "default_");
price = atof((*row)["default_price"].c_str());
price_peak = atof((*row)["default_price_peak"].c_str());
t1 = atoi((*row)["default_t1"].c_str());
t2 = atoi((*row)["default_t2"].c_str());
use_for_number_format = cBillingRuleNumber::numberFormatEnum((*row)["default_use_for_number_format"].c_str());
use_for_number_type = cBillingRuleNumber::numberTypeEnum((*row)["default_use_for_number_type"].c_str());
default_customer = atoi((*row)["default_customer_billing"].c_str());
currency_code = (*row)["currency_code"];
currency_id = atoi((*row)["currency_id"].c_str());
timezone_name = (*row)["timezone_name"];
}
void cBillingRule::loadNumbers(SqlDb *sqlDb) {
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
freeNumbers();
if(sqlDb->existsTable("billing_rule")) {
sqlDb->query("select * \
from billing_rule \
where id_billing = " + intToString(id));
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
cBillingRuleNumber *number = new FILE_LINE(0) cBillingRuleNumber;
number->load(&row);
numbers.push_back(number);
}
}
if(_createSqlObject) {
delete sqlDb;
}
}
void cBillingRule::freeNumbers() {
for(list<cBillingRuleNumber*>::iterator iter = numbers.begin(); iter != numbers.end(); iter++) {
delete *iter;
}
numbers.clear();
}
double cBillingRule::billing(time_t time, unsigned duration, const char *number, const char *number_normalized,
bool isLocalNumber, cStateHolidays *holidays, const char *timezone,
vector<string> *debug) {
tm time_tm = time_r(&time, timezone_name.length() ? timezone_name.c_str() : timezone);
if(!duration) {
duration = 1;
}
double price = this->price;
double price_peak = this->price_peak;
unsigned t1 = this->t1;
unsigned t2 = this->t2;
cBillingRuleNumber::eNumberFormat number_format_default = this->use_for_number_format == cBillingRuleNumber::_number_format_na ?
cBillingRuleNumber::_number_format_both : this->use_for_number_format;
cBillingRuleNumber::eNumberType number_type_default = this->use_for_number_type == cBillingRuleNumber::_number_type_na ?
cBillingRuleNumber::_number_type_both : this->use_for_number_type;
cPeakDefinition peak_definition = this->peak_definition;
bool findNumber = false;
string findNumberDebugStr;
struct {
int pattern_type;
string pattern_name;
string pattern;
string number;
cBillingRuleNumber::eNumberFormat number_format;
cBillingRuleNumber::eNumberType number_type;
} findNumberDebugData;
if(numbers.size()) {
unsigned useRegexMatchLength = 0;
unsigned useNumberPrefixLength = 0;
for(unsigned pass = 0; pass < 3 && !findNumber; pass++) {
for(list<cBillingRuleNumber*>::iterator iter = numbers.begin(); iter != numbers.end(); iter++) {
cBillingRuleNumber::eNumberFormat number_format = (*iter)->use_for_number_format == cBillingRuleNumber::_number_format_na ?
number_format_default : (*iter)->use_for_number_format;
cBillingRuleNumber::eNumberType number_type = (*iter)->use_for_number_type == cBillingRuleNumber::_number_type_na ?
number_type_default : (*iter)->use_for_number_type;
if(!(number_type == cBillingRuleNumber::_number_type_both ||
number_type == (isLocalNumber ? cBillingRuleNumber::_number_type_local : cBillingRuleNumber::_number_type_international))) {
continue;
}
bool ok = false;
unsigned regex_match_length = 0;
if(debug) {
findNumberDebugData.pattern_type = pass;
findNumberDebugData.pattern_name = (*iter)->name;
findNumberDebugData.number_type = isLocalNumber ? cBillingRuleNumber::_number_type_local : cBillingRuleNumber::_number_type_international;
}
switch(pass) {
case 0:
if((*iter)->number_fixed.length()) {
if((number_format == cBillingRuleNumber::_number_format_original ||
number_format == cBillingRuleNumber::_number_format_both) &&
(*iter)->number_fixed == number) {
ok = true;
if(debug) {
findNumberDebugData.pattern = (*iter)->number_fixed;
findNumberDebugData.number = (*number ? number : UNSET_STRING);
findNumberDebugData.number_format = cBillingRuleNumber::_number_format_original;
}
}
if(number_normalized &&
(number_format == cBillingRuleNumber::_number_format_normalized ||
number_format == cBillingRuleNumber::_number_format_both) &&
(*iter)->number_fixed == number_normalized) {
ok = true;
if(debug) {
findNumberDebugData.pattern = (*iter)->number_fixed;
findNumberDebugData.number = (*number_normalized ? number_normalized : UNSET_STRING);
findNumberDebugData.number_format = cBillingRuleNumber::_number_format_normalized;
}
}
}
break;
case 1:
if((*iter)->number_regex.length()) {
if(!(*iter)->regexp) {
(*iter)->regexp_create();
}
if((*iter)->regexp->isOK()) {
if(number_format == cBillingRuleNumber::_number_format_original ||
number_format == cBillingRuleNumber::_number_format_both) {
vector<string> matches;
if((*iter)->regexp->match(number, &matches) > 0) {
for(unsigned i = 0; i < matches.size(); i++) {
if(matches[i].length() > regex_match_length) {
regex_match_length = matches[i].length();
if(debug) {
findNumberDebugData.pattern = (*iter)->number_regex;
findNumberDebugData.number = (*number ? number : UNSET_STRING);
findNumberDebugData.number_format = cBillingRuleNumber::_number_format_original;
}
}
}
}
}
if(number_normalized &&
(number_format == cBillingRuleNumber::_number_format_normalized ||
number_format == cBillingRuleNumber::_number_format_both)) {
vector<string> matches;
if((*iter)->regexp->match(number_normalized, &matches) > 0) {
for(unsigned i = 0; i < matches.size(); i++) {
if(matches[i].length() > regex_match_length) {
regex_match_length = matches[i].length();
if(debug) {
findNumberDebugData.pattern = (*iter)->number_regex;
findNumberDebugData.number = (*number_normalized ? number_normalized : UNSET_STRING);
findNumberDebugData.number_format = cBillingRuleNumber::_number_format_normalized;
}
}
}
}
}
if(regex_match_length > 0 &&
(!useRegexMatchLength || regex_match_length > useRegexMatchLength)) {
ok = true;
}
}
}
break;
case 2:
if((*iter)->number_prefix.length()) {
if((number_format == cBillingRuleNumber::_number_format_original ||
number_format == cBillingRuleNumber::_number_format_both) &&
(*iter)->number_prefix == string(number, min(strlen(number), (*iter)->number_prefix.length())) &&
(!useNumberPrefixLength || (*iter)->number_prefix.length() > useNumberPrefixLength)) {
ok = true;
if(debug) {
findNumberDebugData.pattern = (*iter)->number_prefix;
findNumberDebugData.number = (*number ? number : UNSET_STRING);
findNumberDebugData.number_format = cBillingRuleNumber::_number_format_original;
}
}
if(number_normalized &&
(number_format == cBillingRuleNumber::_number_format_normalized ||
number_format == cBillingRuleNumber::_number_format_both) &&
(*iter)->number_prefix == string(number_normalized, min(strlen(number_normalized), (*iter)->number_prefix.length())) &&
(!useNumberPrefixLength || (*iter)->number_prefix.length() > useNumberPrefixLength)) {
ok = true;
if(debug) {
findNumberDebugData.pattern = (*iter)->number_prefix;
findNumberDebugData.number = (*number_normalized ? number_normalized : UNSET_STRING);
findNumberDebugData.number_format = cBillingRuleNumber::_number_format_normalized;
}
}
}
break;
}
if(ok) {
if((*iter)->price) {
price = (*iter)->price;
}
if((*iter)->price_peak) {
price_peak = (*iter)->price_peak;
}
if((*iter)->t1) {
t1 = (*iter)->t1;
}
if((*iter)->t2) {
t2 = (*iter)->t2;
}
if((*iter)->peak_definition.enable) {
peak_definition = (*iter)->peak_definition;
}
findNumber = true;
if(debug) {
findNumberDebugStr = "number '" + findNumberDebugData.number + "' " +
"matched with pattern named '" + findNumberDebugData.pattern_name + "' "
" - pattern type: '" + (findNumberDebugData.pattern_type == 0 ? "fixed length pattern" :
findNumberDebugData.pattern_type == 1 ? "regexp pattern" :
"prefix pattern") + "', " +
"pattern: '" + findNumberDebugData.pattern + "', " +
"format: '" + cBillingRuleNumber::numberFormatString(findNumberDebugData.number_format) + "', " +
"area: '" + cBillingRuleNumber::numberTypeString(findNumberDebugData.number_type) + "'";
}
if(pass == 0) {
break;
} else if(pass == 1) {
useRegexMatchLength = regex_match_length;
} else if(pass == 2) {
useNumberPrefixLength = (*iter)->number_prefix.length();
}
}
}
}
}
if(!t1 || !t2 ||
!price ||
(peak_definition.enable && !price_peak)) {
return(0);
}
if(findNumber) {
if(debug && !findNumberDebugStr.empty()) {
debug->push_back(findNumberDebugStr);
}
} else {
if(debug) {
debug->push_back((numbers.size() ?
"number '" + (*number ? number : UNSET_STRING) + "' (normalized to '" + (*number_normalized ? number_normalized : UNSET_STRING) + "') " +
"does not match with any pattern in billing table '" + name + "'" :
"not exists patterns for number '" + (*number ? number : UNSET_STRING) + "' (normalized to '" + (*number_normalized ? number_normalized : UNSET_STRING) + "') in billing table '" + name + "'") +
" - using default price which is set in table '" + name + "'");
}
}
if(debug) {
debug->push_back("selected tarification: " +
(peak_definition.enable ?
"peak price = " + floatToString(price_peak, 6, true) + ", offpeak price = " + floatToString(price, 6, true) :
"price = " + floatToString(price, 6, true)) + ", " +
"t1 = " + intToString(t1) + ", t2 = " + intToString(t2));
}
double rslt_price = 0;
int duration_rest = duration;
tm time_iter = time_tm;
unsigned count_iter = 0;
while(duration_rest > 0) {
unsigned duration_iter = count_iter == 0 && t1 != t2 ?
t1 :
duration_rest;
bool peak = false;
if(peak_definition.enable) {
tm time_iter_to;
peak = peak_definition.peakCheck(time_iter, holidays, &time_iter_to, timezone);
unsigned max_duration_iter = diffTime(time_iter_to, time_iter, timezone);
if(max_duration_iter < duration_iter && count_iter > 0) {
duration_iter = max_duration_iter;
}
}
unsigned t = count_iter == 0 ? t1 : t2;
duration_iter = (duration_iter / t + (duration_iter % t ? 1 : 0)) * t;
double price_iter = (duration_iter / t) *
(peak ? price_peak : price) * t / 60;
rslt_price += price_iter;
time_iter = dateTimeAdd(time_iter, duration_iter, timezone);
duration_rest -= duration_iter;
if(debug) {
debug->push_back("price calculation: " +
(peak_definition.enable ?
string("is_peak: ") + (peak ? "yes" : "no") + ", " :
"") +
"tarification: " + floatToString(peak ? price_peak : price, 6, true) + " " + intToString(t1) + "/" + intToString(t2) + ", " +
"duration: " + intToString(duration_iter) + ", " +
"price: " + floatToString(price_iter, 6, true));
}
++count_iter;
}
return(rslt_price);
}
cBillingRules::cBillingRules() {
_sync = 0;
}
cBillingRules::~cBillingRules() {
clear();
}
void cBillingRules::load(SqlDb *sqlDb) {
lock();
clear(false);
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
if(sqlDb->existsTable("billing")) {
sqlDb->query(sqlDb->existsTable("currency") ?
"select billing.*, \
currency.id as currency_id \
from billing \
left join currency on (currency.code = billing.currency_code)" :
"select * \
from billing");
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
cBillingRule *rule = new FILE_LINE(0) cBillingRule;
rule->load(&row);
rules[rule->id] = rule;
}
}
for(map<unsigned, cBillingRule*>::iterator iter = rules.begin(); iter != rules.end(); iter++) {
iter->second->loadNumbers(sqlDb);
}
if(_createSqlObject) {
delete sqlDb;
}
unlock();
}
void cBillingRules::clear(bool useLock) {
if(useLock) {
lock();
}
for(map<unsigned, cBillingRule*>::iterator iter = rules.begin(); iter != rules.end(); iter++) {
delete iter->second;
}
rules.clear();
if(useLock) {
unlock();
}
}
unsigned cBillingRules::getDefaultCustomerBillingId() {
for(map<unsigned, cBillingRule*>::iterator iter = rules.begin(); iter != rules.end(); iter++) {
if(iter->second->default_customer) {
return(iter->first);
}
}
return(0);
}
cBillingAgregationSettings::cBillingAgregationSettings() {
clear();
}
void cBillingAgregationSettings::load(SqlDb *sqlDb) {
clear();
bool _createSqlObject = false;
if(!sqlDb) {
sqlDb = createSqlObject();
_createSqlObject = true;
}
if(sqlDb->existsTable("billing_agregation_settings")) {
sqlDb->query("select * \
from billing_agregation_settings");
SqlDb_rows rows;
sqlDb->fetchRows(&rows);
SqlDb_row row;
while((row = rows.fetchRow())) {
settings.enable_by_ip = atoi(row["enable_by_ip"].c_str());
settings.enable_by_number = atoi(row["enable_by_number"].c_str());
settings.enable_by_domain = atoi(row["enable_by_domain"].c_str());
settings.week_start = atoi(row["week_start"].c_str());
settings.hours_history_in_days = atoi(row["hours_history_in_days"].c_str());
settings.days_history_in_weeks = atoi(row["days_history_in_weeks"].c_str());
settings.weeks_history_in_months = atoi(row["weeks_history_in_months"].c_str());
settings.months_history_in_years = atoi(row["months_history_in_years"].c_str());