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|
/*
* Copyright 2009- ECMWF.
*
* This software is licensed under the terms of the Apache Licence version 2.0
* which can be obtained at http://www.apache.org/licenses/LICENSE-2.0.
* In applying this licence, ECMWF does not waive the privileges and immunities
* granted to it by virtue of its status as an intergovernmental organisation
* nor does it submit to any jurisdiction.
*/
#include <string>
#include <vector>
#include <boost/test/unit_test.hpp>
#include "ecflow/core/Calendar.hpp"
#include "ecflow/core/Str.hpp"
#include "ecflow/core/TimeSeries.hpp"
#include "ecflow/test/scaffold/Naming.hpp"
using namespace std;
using namespace ecf;
BOOST_AUTO_TEST_SUITE(U_Core)
BOOST_AUTO_TEST_SUITE(T_TimeSeries)
BOOST_AUTO_TEST_CASE(test_default_boost_time_duration) {
ECF_NAME_THIS_TEST();
boost::posix_time::time_duration td;
BOOST_CHECK_MESSAGE(td.is_special() == false,
"Default constructed boost::posix_time::time_duration, should not be special");
BOOST_CHECK_MESSAGE(td.hours() == 0, "Expected 0 for hours");
BOOST_CHECK_MESSAGE(td.minutes() == 0, "Expected 0 for minutes");
BOOST_CHECK_MESSAGE(td.seconds() == 0, "Expected 0 for seconds ");
}
BOOST_AUTO_TEST_CASE(test_time_series_min_max_time_slots) {
ECF_NAME_THIS_TEST();
TimeSlot the_min;
TimeSlot the_max;
TimeSeries a(9, 0, true);
a.min_max_time_slots(the_min, the_max);
BOOST_CHECK_MESSAGE(the_min == TimeSlot(9, 0), "Max min time slot failed");
BOOST_CHECK_MESSAGE(the_max == TimeSlot(9, 0), "Max min time slot failed");
TimeSeries b(TimeSlot(10, 12), false);
b.min_max_time_slots(the_min, the_max);
BOOST_CHECK_MESSAGE(the_min == TimeSlot(9, 0), "Max min time slot failed");
BOOST_CHECK_MESSAGE(the_max == TimeSlot(10, 12), "Max min time slot failed");
TimeSeries c(TimeSlot(0, 10), TimeSlot(10, 13), TimeSlot(0, 1));
c.min_max_time_slots(the_min, the_max);
BOOST_CHECK_MESSAGE(the_min == TimeSlot(0, 10), "Max min time slot failed");
BOOST_CHECK_MESSAGE(the_max == TimeSlot(10, 13), "Max min time slot failed");
TimeSeries x;
x.min_max_time_slots(the_min, the_max);
BOOST_CHECK_MESSAGE(the_min == TimeSlot(), "Max min time slot failed");
BOOST_CHECK_MESSAGE(the_max == TimeSlot(10, 13), "Max min time slot failed");
}
BOOST_AUTO_TEST_CASE(test_time_series_constrcution) {
ECF_NAME_THIS_TEST();
{
TimeSeries x;
TimeSeries y;
BOOST_CHECK_MESSAGE(x == y, "Equality operator expected to succeed");
TimeSeries a(10, 12, true);
TimeSeries b(10, 12, true);
BOOST_CHECK_MESSAGE(a == b, "Equality operator expected to succeed");
TimeSeries c(10, 12, false);
TimeSeries d(10, 12, false);
BOOST_CHECK_MESSAGE(c == d, "Equality operator expected to succeed");
TimeSeries e(TimeSlot(14, 59), false);
TimeSeries f(TimeSlot(14, 59), false);
BOOST_CHECK_MESSAGE(e == f, "Equality operator expected to succeed");
TimeSeries g(TimeSlot(0, 10), TimeSlot(10, 4), TimeSlot(0, 1));
TimeSeries h(TimeSlot(0, 10), TimeSlot(10, 4), TimeSlot(0, 1));
BOOST_CHECK_MESSAGE(g == h, "Equality operator expected to succeed");
}
{
TimeSeries a(10, 12, false);
TimeSeries b(10, 12, true);
BOOST_CHECK_MESSAGE(a != b, "Equality operator expected to fail");
TimeSeries c(10, 13, false);
TimeSeries d(10, 12, false);
BOOST_CHECK_MESSAGE(c != d, "Equality operator expected to fail");
TimeSeries e(TimeSlot(14, 59), false);
TimeSeries f(TimeSlot(14, 10), false);
BOOST_CHECK_MESSAGE(e != f, "Equality operator expected to fail");
TimeSeries g(TimeSlot(0, 10), TimeSlot(10, 4), TimeSlot(0, 1), true);
TimeSeries h(TimeSlot(0, 10), TimeSlot(10, 4), TimeSlot(0, 1), false);
BOOST_CHECK_MESSAGE(g != h, "Equality operator expected to fail");
}
/// Basic test for time series of getters and setters
TimeSeries timeSeries(TimeSlot(0, 1), TimeSlot(0, 4), TimeSlot(0, 1));
BOOST_CHECK_MESSAGE(timeSeries.hasIncrement(), "expected increment");
std::string errMsg;
BOOST_CHECK_MESSAGE(timeSeries.checkInvariants(errMsg), errMsg);
TimeSeries another = timeSeries;
BOOST_CHECK_MESSAGE(another == timeSeries, "copy constructor failed for TimeSeries ");
BOOST_CHECK_MESSAGE(another.checkInvariants(errMsg), errMsg);
BOOST_CHECK_MESSAGE(timeSeries.checkInvariants(errMsg), errMsg);
TimeSeries timeSeries2(TimeSlot(0, 1), TimeSlot(0, 4), TimeSlot(0, 1));
BOOST_CHECK_MESSAGE(timeSeries2.checkInvariants(errMsg), errMsg);
another = timeSeries2;
BOOST_CHECK_MESSAGE(another == timeSeries2, "assignment operator failed for TimeSeries ");
BOOST_CHECK_MESSAGE(another.checkInvariants(errMsg), errMsg);
TimeSeries timeSeries3(TimeSlot(0, 1));
BOOST_CHECK_MESSAGE(timeSeries3.checkInvariants(errMsg), errMsg);
}
BOOST_AUTO_TEST_CASE(test_time_series) {
ECF_NAME_THIS_TEST();
/// Basic test for time series of getters and setters
TimeSeries timeSeries(TimeSlot(0, 1), TimeSlot(0, 4), TimeSlot(0, 1));
BOOST_CHECK_MESSAGE(timeSeries.hasIncrement(), "expected increment");
std::string expected = "00:01:00";
std::string actual = to_simple_string(timeSeries.start().duration());
BOOST_CHECK_MESSAGE(expected == actual, " expected " << expected << " but found " << actual);
expected = "00:04:00";
actual = to_simple_string(timeSeries.finish().duration());
BOOST_CHECK_MESSAGE(expected == actual, " expected " << expected << " but found " << actual);
expected = "00:01:00";
actual = to_simple_string(timeSeries.incr().duration());
BOOST_CHECK_MESSAGE(expected == actual, " expected " << expected << " but found " << actual);
TimeSeries timeSeries2(TimeSlot(0, 1));
BOOST_CHECK_MESSAGE(!timeSeries2.hasIncrement(), "Not expecting time series");
}
BOOST_AUTO_TEST_CASE(test_time_series_increment_real) {
ECF_NAME_THIS_TEST();
// Test time series with a calendar, we update calendar then
// test time series isFree(), and checkForRequeue
Calendar c;
c.init(boost::posix_time::ptime(boost::gregorian::date(2010, 2, 10), boost::posix_time::minutes(0)),
Calendar::REAL);
// Create a test when we can match a time series. Need to sync hour with suite time
// at hour 1, suite time should also be 01:00, for test to work
//
// Create the time series: start 10:00
// finish 20:00
// incr 1:00
TimeSeries timeSeries(TimeSlot(10, 0), TimeSlot(20, 0), TimeSlot(1, 0), true /* relative */);
TimeSeries timeSeries2(TimeSlot(11, 0), TimeSlot(15, 0), TimeSlot(1, 0), true /* relative */);
TimeSeries timeSeries3(TimeSlot(15, 0), true /* relative */);
TimeSlot t1_min, t1_max, t2_min, t2_max, t3_min, t3_max;
timeSeries.min_max_time_slots(t1_min, t1_max);
timeSeries2.min_max_time_slots(t2_min, t2_max);
timeSeries3.min_max_time_slots(t3_min, t3_max);
BOOST_CHECK_MESSAGE(t1_min == TimeSlot(10, 0) && t1_max == TimeSlot(20, 0), "Not as expected");
BOOST_CHECK_MESSAGE(t2_min == TimeSlot(11, 0) && t2_max == TimeSlot(15, 0), "Not as expected");
BOOST_CHECK_MESSAGE(t3_min == TimeSlot(15, 0) && t3_max == TimeSlot(15, 0), "Not as expected");
// Follow normal process
timeSeries.reset(c);
timeSeries2.reset(c);
timeSeries3.reset(c);
bool cmd_context = true;
for (int hour = 1; hour < 24; hour++) {
// Update calendar every hour, then see we can match time series, *RELATIVE* to suite start
c.update(boost::posix_time::time_duration(boost::posix_time::hours(1)));
timeSeries.calendarChanged(c);
timeSeries2.calendarChanged(c);
timeSeries3.calendarChanged(c);
if (hour < timeSeries.start().hour()) {
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(c, t1_min, t1_max, cmd_context),
" Time series " << timeSeries.toString() << " checkForRequeue should pass at "
<< c.suite_time_str());
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(c, t1_min, t1_max),
" Time series " << timeSeries.toString() << " checkForRequeue should fail at "
<< c.suite_time_str());
BOOST_CHECK_MESSAGE(!timeSeries.isFree(c),
"Time series " << timeSeries.toString() << " should NOT be free at hour " << hour);
}
else if (hour >= timeSeries.start().hour() && hour <= timeSeries.finish().hour()) {
BOOST_CHECK_MESSAGE(timeSeries.isFree(c),
"Time series " << timeSeries.toString() << " should be free at hour " << hour);
/// At the last hour checkForRequeue should return false; This ensures that value will
/// not get incremented and so, should leave node in the complete state.
if (hour < timeSeries.finish().hour()) {
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(c, t1_min, t1_max),
"Time series " << timeSeries.toString()
<< " checkForRequeue should be free at hour " << hour);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(c, t1_min, t1_max),
"Time series " << timeSeries.toString()
<< "checkForRequeue should Not free at hour " << hour);
}
}
else {
BOOST_CHECK_MESSAGE(!timeSeries.isFree(c),
"Time series " << timeSeries.toString() << " should NOT be free at hour " << hour);
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(c, t1_min, t1_max),
" Time series " << timeSeries.toString() << " should fail at " << hour);
}
if (hour < timeSeries2.start().hour()) {
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(c, t1_min, t1_max),
" Time series " << timeSeries2.toString() << "checkForRequeue should pass at " << hour);
BOOST_CHECK_MESSAGE(!timeSeries2.isFree(c),
"Time series " << timeSeries2.toString() << " should NOT be free at hour " << hour);
}
else if (hour >= timeSeries2.start().hour() && hour <= timeSeries2.finish().hour()) {
BOOST_CHECK_MESSAGE(timeSeries2.isFree(c),
"Time series " << timeSeries2.toString() << " should be free at hour " << hour);
/// At the last hour checkForRequeue should return false;
if (hour < timeSeries2.finish().hour()) {
BOOST_CHECK_MESSAGE(timeSeries2.checkForRequeue(c, t2_min, t2_max),
"Time series " << timeSeries2.toString()
<< " checkForRequeue should be free at hour " << hour);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(c, t2_min, t2_max),
"Time series " << timeSeries2.toString()
<< "checkForRequeue should Not free at hour " << hour);
}
}
else {
BOOST_CHECK_MESSAGE(!timeSeries2.isFree(c),
"Time series " << timeSeries2.toString() << " not be free at hour " << hour);
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(c, t2_min, t2_max),
" Time series " << timeSeries2.toString() << " should fail at " << hour);
}
if (hour == timeSeries3.start().hour()) {
BOOST_CHECK_MESSAGE(timeSeries3.isFree(c),
"Time series " << timeSeries3.toString() << " should be free at hour " << hour);
}
else if (hour < timeSeries3.start().hour()) {
BOOST_CHECK_MESSAGE(!timeSeries3.isFree(c),
"Time series " << timeSeries3.toString() << " isFree should fail at hour " << hour);
}
else if (hour > timeSeries3.start().hour()) {
BOOST_CHECK_MESSAGE(!timeSeries3.isFree(c),
"Time series " << timeSeries3.toString() << " is Free should fail at hour " << hour);
}
BOOST_CHECK_MESSAGE(!timeSeries3.checkForRequeue(c, t3_min, t3_max),
" Time series " << timeSeries3.toString() << " checkForRequeue should fail at " << hour);
}
}
BOOST_AUTO_TEST_CASE(test_time_series_requeueable_and_compute_next_time_slot) {
ECF_NAME_THIS_TEST();
// Test time series with a calendar, we update calendar then
// test time series requeueable(), and compute_next_time_slot
// This are used with the WHY command
Calendar c;
c.init(boost::posix_time::ptime(boost::gregorian::date(2010, 2, 10), boost::posix_time::minutes(0)),
Calendar::REAL);
// Create a test when we can match a time series. Need to sync hour with suite time
// at hour 1, suite time should also be 01:00, for test to work
//
// Create the time series: start 10:00
// finish 20:00
// incr 1:00
TimeSeries timeSeries(TimeSlot(10, 0), TimeSlot(20, 0), TimeSlot(1, 0), true /* relative */);
TimeSeries timeSeries2(TimeSlot(11, 0), TimeSlot(15, 0), TimeSlot(1, 0), true /* relative */);
TimeSeries timeSeries3(TimeSlot(15, 0), true /* relative */);
for (int hour = 1; hour < 24; hour++) {
// Update calendar every hour, then see we can match time series,
c.update(boost::posix_time::time_duration(boost::posix_time::hours(1)));
timeSeries.calendarChanged(c);
timeSeries2.calendarChanged(c);
timeSeries3.calendarChanged(c);
if (hour < timeSeries.start().hour()) {
TimeSlot next_time_slot = timeSeries.compute_next_time_slot(c);
TimeSlot expected(10, 0);
BOOST_CHECK_MESSAGE(next_time_slot == expected,
" Time series " << timeSeries.toString() << " at " << hour
<< " expected next time slot at " << expected.toString()
<< " but found " << next_time_slot.toString());
BOOST_CHECK_MESSAGE(timeSeries.requeueable(c),
"Time series " << timeSeries.toString() << " should be requeueable at hour " << hour);
}
else if (hour == timeSeries.start().hour()) {
TimeSlot next_time_slot = timeSeries.compute_next_time_slot(c);
TimeSlot expected(11, 0);
BOOST_CHECK_MESSAGE(next_time_slot == expected,
" Time series " << timeSeries.toString() << " at " << hour
<< " expected next time slot at " << expected.toString()
<< " but found " << next_time_slot.toString());
BOOST_CHECK_MESSAGE(timeSeries.requeueable(c),
"Time series " << timeSeries.toString() << " should be requeueable at hour " << hour);
}
else if (hour > timeSeries.start().hour() && hour < timeSeries.finish().hour()) {
TimeSlot next_time_slot = timeSeries.compute_next_time_slot(c);
TimeSlot expected(hour + 1, 0);
BOOST_CHECK_MESSAGE(next_time_slot == expected,
" Time series " << timeSeries.toString() << " at " << hour
<< " expected next time slot at " << expected.toString()
<< " but found " << next_time_slot.toString());
BOOST_CHECK_MESSAGE(timeSeries.requeueable(c),
"Time series " << timeSeries.toString() << " should be requeueable at hour " << hour);
}
else if (hour == timeSeries.finish().hour()) {
TimeSlot next_time_slot = timeSeries.compute_next_time_slot(c);
BOOST_CHECK_MESSAGE(next_time_slot.isNULL(),
" Time series " << timeSeries.toString() << " at " << hour
<< " expected next time slot to be NULL");
BOOST_CHECK_MESSAGE(!timeSeries.requeueable(c),
"Time series " << timeSeries.toString() << " should NOT be requeueable at hour "
<< hour);
}
else if (hour > timeSeries.finish().hour()) {
TimeSlot next_time_slot = timeSeries.compute_next_time_slot(c);
BOOST_CHECK_MESSAGE(next_time_slot.isNULL(),
" Time series " << timeSeries.toString() << " at " << hour
<< " expected next time slot to be NULL");
BOOST_CHECK_MESSAGE(!timeSeries.requeueable(c),
"Time series " << timeSeries.toString() << " should NOT be requeueable at hour "
<< hour);
}
if (hour < timeSeries2.start().hour()) {
TimeSlot next_time_slot = timeSeries2.compute_next_time_slot(c);
TimeSlot expected(11, 0);
BOOST_CHECK_MESSAGE(next_time_slot == expected,
" Time series " << timeSeries2.toString() << " at " << hour
<< " expected next time slot at " << expected.toString()
<< " but found " << next_time_slot.toString());
BOOST_CHECK_MESSAGE(timeSeries2.requeueable(c),
"Time series " << timeSeries2.toString() << " should be requeueable at hour " << hour);
}
else if (hour == timeSeries2.start().hour()) {
TimeSlot next_time_slot = timeSeries2.compute_next_time_slot(c);
TimeSlot expected(12, 0);
BOOST_CHECK_MESSAGE(next_time_slot == expected,
" Time series " << timeSeries2.toString() << " at " << hour
<< " expected next time slot at " << expected.toString()
<< " but found " << next_time_slot.toString());
BOOST_CHECK_MESSAGE(timeSeries2.requeueable(c),
"Time series " << timeSeries2.toString() << " should NOT be requeueable at hour "
<< hour);
}
else if (hour > timeSeries2.start().hour() && hour < timeSeries2.finish().hour()) {
TimeSlot next_time_slot = timeSeries2.compute_next_time_slot(c);
TimeSlot expected(hour + 1, 0);
BOOST_CHECK_MESSAGE(next_time_slot == expected,
" Time series " << timeSeries2.toString() << " at " << hour
<< " expected next time slot at " << expected.toString()
<< " but found " << next_time_slot.toString());
BOOST_CHECK_MESSAGE(timeSeries2.requeueable(c),
"Time series " << timeSeries2.toString() << " should be requeueable at hour " << hour);
}
else if (hour == timeSeries2.finish().hour()) {
TimeSlot next_time_slot = timeSeries2.compute_next_time_slot(c);
BOOST_CHECK_MESSAGE(next_time_slot.isNULL(),
" Time series " << timeSeries2.toString() << " at " << hour
<< " expected next time slot to be NULL");
BOOST_CHECK_MESSAGE(!timeSeries2.requeueable(c),
"Time series " << timeSeries2.toString() << " should NOT be requeueable at hour "
<< hour);
}
else if (hour > timeSeries2.finish().hour()) {
TimeSlot next_time_slot = timeSeries2.compute_next_time_slot(c);
BOOST_CHECK_MESSAGE(next_time_slot.isNULL(),
" Time series " << timeSeries2.toString() << " at " << hour
<< " expected next time slot to be NULL");
BOOST_CHECK_MESSAGE(!timeSeries2.requeueable(c),
"Time series " << timeSeries2.toString() << " should NOT be requeueable at hour "
<< hour);
}
if (hour < timeSeries3.start().hour()) {
TimeSlot next_time_slot = timeSeries3.compute_next_time_slot(c);
TimeSlot expected(15, 0);
BOOST_CHECK_MESSAGE(next_time_slot == expected,
" Time series " << timeSeries3.toString() << " at " << hour
<< " expected next time slot at " << expected.toString()
<< " but found " << next_time_slot.toString());
BOOST_CHECK_MESSAGE(timeSeries3.requeueable(c),
"Time series " << timeSeries3.toString() << " should be requeueable at hour " << hour);
}
else if (hour == timeSeries3.start().hour()) {
TimeSlot next_time_slot = timeSeries3.compute_next_time_slot(c);
BOOST_CHECK_MESSAGE(next_time_slot.isNULL(),
" Time series " << timeSeries3.toString() << " at " << hour
<< " expected next time slot to be NULL");
BOOST_CHECK_MESSAGE(!timeSeries3.requeueable(c),
"Time series " << timeSeries3.toString() << " should NOT be requeueable at hour "
<< hour);
}
else if (hour > timeSeries3.start().hour()) {
TimeSlot next_time_slot = timeSeries3.compute_next_time_slot(c);
BOOST_CHECK_MESSAGE(next_time_slot.isNULL(),
" Time series " << timeSeries3.toString() << " at " << hour
<< " expected next time slot to be NULL");
BOOST_CHECK_MESSAGE(!timeSeries3.requeueable(c),
"Time series " << timeSeries3.toString() << " should NOT be requeueable at hour "
<< hour);
}
}
}
BOOST_AUTO_TEST_CASE(test_time_series_finish_not_divisble_by_increment) {
ECF_NAME_THIS_TEST();
// HANDLE CASE WHERE FINISH MINUTES IS NOT DIVISIBLE BY THE INCREMENT
// Test time series with a calendar, we update calendar then
// test time series isFree(), and checkForRequeue
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(0)),
Calendar::REAL);
// Create a test when we can match a time series.
// NOTE: Finish minute is not a multiple of INCREMENT hence last valid time slot is 23:50
//
// Create the time series: start 00:00
// finish 23:59
// incr 00:10
TimeSeries timeSeries(TimeSlot(0, 0), TimeSlot(23, 59), TimeSlot(0, 10), false /* relative */);
TimeSeries timeSeries2(TimeSlot(0, 30), TimeSlot(23, 59), TimeSlot(4, 0), false /* relative */);
TimeSlot t1_min, t1_max, t2_min, t2_max;
timeSeries.min_max_time_slots(t1_min, t1_max);
timeSeries2.min_max_time_slots(t2_min, t2_max);
BOOST_CHECK_MESSAGE(t1_min == TimeSlot(0, 0) && t1_max == TimeSlot(23, 59), "Not as expected");
BOOST_CHECK_MESSAGE(t2_min == TimeSlot(0, 30) && t2_max == TimeSlot(23, 59), "Not as expected");
auto last = boost::posix_time::hours(23) + boost::posix_time::minutes(50); // last valid time is 23:50
auto last2 = boost::posix_time::hours(20) + boost::posix_time::minutes(30); // last valid time is 20:30
// follow normal process
timeSeries.reset(calendar);
timeSeries2.reset(calendar);
for (int hour = 0; hour < 24; hour++) {
for (int minute = 0; minute < 60; minute++) {
calendar.update(boost::posix_time::minutes(1));
timeSeries.calendarChanged(calendar);
timeSeries2.calendarChanged(calendar);
if (calendar.dayChanged()) {
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(calendar, t1_min, t1_max),
" expected " << timeSeries.toString() << " checkForRequeue to pass at "
<< to_simple_string(calendar.suiteTime()));
}
else if (calendar.suiteTime().time_of_day() < timeSeries.start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(calendar, t1_min, t1_max),
" expected " << timeSeries.toString() << " checkForRequeue to pass at "
<< to_simple_string(calendar.suiteTime()));
}
else if (calendar.suiteTime().time_of_day() >= timeSeries.start().duration() &&
calendar.suiteTime().time_of_day() < last) {
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(calendar, t1_min, t1_max),
" expected " << timeSeries.toString() << " checkForRequeue to pass at "
<< to_simple_string(calendar.suiteTime()));
}
else {
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
" expected " << timeSeries.toString() << " checkForRequeue to fail at "
<< to_simple_string(calendar.suiteTime()));
}
if (calendar.dayChanged()) {
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
" expected " << timeSeries2.toString() << " checkForRequeue to pass at "
<< to_simple_string(calendar.suiteTime()));
}
else if (calendar.suiteTime().time_of_day() < timeSeries2.start().duration()) {
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
" expected " << timeSeries2.toString() << " checkForRequeue to pass at "
<< to_simple_string(calendar.suiteTime()));
}
else if (calendar.suiteTime().time_of_day() >= timeSeries2.start().duration() &&
calendar.suiteTime().time_of_day() < last2) {
BOOST_CHECK_MESSAGE(timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
" expected " << timeSeries2.toString() << " checkForRequeue to pass at "
<< to_simple_string(calendar.suiteTime()));
}
else {
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
" expected " << timeSeries2.toString() << " checkForRequeue to fail at "
<< to_simple_string(calendar.suiteTime()));
}
// if (calendar.dayChanged()) {
// timeSeries.reset(calendar);
// timeSeries2.reset(calendar);
// }
}
}
}
BOOST_AUTO_TEST_CASE(test_time_series_miss_time_slot) {
ECF_NAME_THIS_TEST();
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(10)),
Calendar::REAL);
// Create a test when we can match a time series.
// NOTE: Finish minute is not a multiple of INCREMENT hence last valid time slot is 23:50
//
// Create the time series: start 10:00
// finish 23:59
// incr 00:10
TimeSeries timeSeries(TimeSlot(10, 0), TimeSlot(23, 59), TimeSlot(0, 10), false /* relative */);
timeSeries.miss_next_time_slot(); // will increment next_time_slot
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 10), "miss time slot not working ");
timeSeries.miss_next_time_slot(); // will increment next_time_slot
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 20), "miss time slot not working ");
// requeue time series,
timeSeries.requeue(calendar); // calendar time is at midnight 10:00
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 10), "Expected requeue to reset time series");
}
BOOST_AUTO_TEST_CASE(test_time_series_miss_time_slot_1) {
ECF_NAME_THIS_TEST();
// Create calendar before time series
{
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(9)),
Calendar::REAL); // 09:00
TimeSeries timeSeries(10, 0, false /* relative */); // 10:00
TimeSlot t1_min, t1_max;
timeSeries.min_max_time_slots(t1_min, t1_max);
BOOST_CHECK_MESSAGE(t1_min == TimeSlot(10, 0) && t1_max == TimeSlot(10, 0), "Not as expected");
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar), "Expected time holding at 10:00 since calendar is 09:00");
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
"Expected checkForRequeue to return false always");
timeSeries.miss_next_time_slot();
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar), "Expected time to hold");
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
"Expected checkForRequeue to return false");
timeSeries.requeue(calendar);
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar), "Expected time holding at 10:00 since calendar is 09:00");
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
"Expected checkForRequeue to return false after Requeue");
}
{
// Create a time after the time series
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(11)),
Calendar::REAL); // 11:00
TimeSeries timeSeries(10, 0, false /* relative */); // 10:00
TimeSlot t1_min, t1_max;
timeSeries.min_max_time_slots(t1_min, t1_max);
BOOST_CHECK_MESSAGE(t1_min == TimeSlot(10, 0) && t1_max == TimeSlot(10, 0), "Not as expected");
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar),
"Expected time NOT to be free, since calendar time is after time slot");
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
"Expected checkForRequeue to return false, since calendar time > slot time");
timeSeries.miss_next_time_slot();
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar), "Expected time to hold");
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
"Expected checkForRequeue to return false");
timeSeries.requeue(calendar);
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar),
"Expected time to hold, since calendar time is after time slot");
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
"Expected checkForRequeue to return false,since calendar time is after time slot");
}
}
BOOST_AUTO_TEST_CASE(test_time_series_reset) {
ECF_NAME_THIS_TEST();
// Create a test when we can match a time series.
// NOTE: Finish minute is not a multiple of INCREMENT hence last valid time slot is 23:50
//
// Create the time series: start 10:00
// finish 23:59
// incr 00:10
TimeSeries timeSeries(TimeSlot(10, 0), TimeSlot(23, 59), TimeSlot(0, 10), false /* relative */);
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 0), "defaults not correct");
{ // set calendar before time series start & then reset
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(9)),
Calendar::REAL);
timeSeries.reset(calendar);
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 0),
"Reset should set value(next_valid_time_slot) to start." << timeSeries.dump());
timeSeries.miss_next_time_slot();
timeSeries.requeue(calendar);
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 0),
"requeue should set value(next_valid_time_slot) to start." << timeSeries.dump());
}
{ // set calendar at time series start & then reset
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(10)),
Calendar::REAL);
timeSeries.reset(calendar);
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 0),
"Reset should set value(next_valid_time_slot) to start." << timeSeries.dump());
timeSeries.miss_next_time_slot();
timeSeries.requeue(calendar);
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(10, 10),
"requeue should set value(next_valid_time_slot) to start." << timeSeries.dump());
}
{ // set calendar after time series start & before time series end, then reset
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(11)),
Calendar::REAL);
timeSeries.reset(calendar);
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(11, 0),
"Reset should update free slot." << timeSeries.dump());
timeSeries.miss_next_time_slot();
timeSeries.requeue(calendar);
BOOST_CHECK_MESSAGE(timeSeries.value() == TimeSlot(11, 10),
"requeue should update to first time slot." << timeSeries.dump());
}
}
BOOST_AUTO_TEST_CASE(test_time_series_parsing) {
ECF_NAME_THIS_TEST();
BOOST_CHECK_MESSAGE(TimeSeries::create("00:30") == ecf::TimeSeries(0, 30), "Error ");
BOOST_CHECK_MESSAGE(TimeSeries::create("+00:30") == ecf::TimeSeries(0, 30, true), "Error ");
ecf::TimeSlot start(0, 30);
ecf::TimeSlot finish(21, 03);
ecf::TimeSlot incr(1, 30);
BOOST_CHECK_MESSAGE(TimeSeries::create("00:30 21:03 01:30") == ecf::TimeSeries(start, finish, incr), "Error");
BOOST_CHECK_MESSAGE(TimeSeries::create("+00:30 21:03 01:30") == ecf::TimeSeries(start, finish, incr, true),
"Error");
}
BOOST_AUTO_TEST_CASE(test_time_series_state_parsing) {
ECF_NAME_THIS_TEST();
/// extract string like
/// time +00:00 20:00 00:10 # this is a comment which will be ignored. index = 1
/// time +20:00 // index = 1
/// today 20:00 // index = 1
/// +00:00 20:00 00:10 // index = 0
/// +20:00 // index = 0
/// will throw std:runtime_error for errors
/// will assert if index >= lineTokens.size()
{
size_t index = 0;
std::string the_time = "+00:00 20:00 00:10";
std::vector<std::string> lineTokens;
Str::split(the_time, lineTokens);
BOOST_CHECK_MESSAGE(TimeSeries::create(index, lineTokens) ==
ecf::TimeSeries(TimeSlot(0, 0), TimeSlot(20, 0), TimeSlot(0, 10), true),
"Error");
}
{
size_t index = 0;
std::string the_time = "+10:10";
std::vector<std::string> lineTokens;
Str::split(the_time, lineTokens);
BOOST_CHECK_MESSAGE(TimeSeries::create(index, lineTokens) == ecf::TimeSeries(TimeSlot(10, 10), true), "Error");
}
{
size_t index = 0;
std::string the_time = "+10:10 # free isValid:false";
ecf::TimeSeries expected(TimeSlot(10, 10), true);
expected.set_isValid(false);
std::vector<std::string> lineTokens;
Str::split(the_time, lineTokens);
ecf::TimeSeries parsed_ts = TimeSeries::create(index, lineTokens, true);
BOOST_CHECK_MESSAGE(parsed_ts == expected,
"Expected \n'" << expected.toString() << expected.state_to_string(false) << "'"
<< " But found \n'" << parsed_ts.toString()
<< parsed_ts.state_to_string(false) << "'");
}
{
size_t index = 0;
std::string the_time = "+10:10 # free isValid:false nextTimeSlot/10:10 relativeDuration/00:00:00";
ecf::TimeSeries expected(TimeSlot(10, 10), true);
expected.set_isValid(false);
std::vector<std::string> lineTokens;
Str::split(the_time, lineTokens);
ecf::TimeSeries parsed_ts = TimeSeries::create(index, lineTokens, true);
BOOST_CHECK_MESSAGE(parsed_ts == expected,
"Expected \n'" << expected.toString() << expected.state_to_string(false) << "'"
<< " But found\n'" << parsed_ts.toString()
<< parsed_ts.state_to_string(false) << "'");
}
{
// Update relative duration
size_t index = 0;
std::string the_time = "+10:10 # free isValid:false nextTimeSlot/10:10 relativeDuration/01:00:00";
ecf::TimeSeries expected(TimeSlot(10, 10), true);
expected.set_isValid(false);
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(0)),
Calendar::REAL);
calendar.update(boost::posix_time::time_duration(boost::posix_time::hours(1)));
expected.calendarChanged(calendar);
std::vector<std::string> lineTokens;
Str::split(the_time, lineTokens);
ecf::TimeSeries parsed_ts = TimeSeries::create(index, lineTokens, true);
BOOST_CHECK_MESSAGE(parsed_ts == expected,
"Expected \n'" << expected.toString() << expected.state_to_string(false) << "'"
<< " But found\n'" << parsed_ts.toString()
<< parsed_ts.state_to_string(false) << "'");
}
{
// Update nextTimeSlot, create calendar at 09:00 and increment time series.
std::string the_time = "09:00 12:00 01:00 # isValid:false nextTimeSlot/10:00 relativeDuration/00:00:00";
ecf::TimeSeries expected(TimeSlot(9, 0), TimeSlot(12, 0), TimeSlot(1, 0), false);
expected.set_isValid(false);
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2008, 10, 8), boost::posix_time::hours(9)),
Calendar::REAL);
expected.requeue(calendar); // this will reset isValid to true
expected.set_isValid(false);
std::vector<std::string> lineTokens;
Str::split(the_time, lineTokens);
size_t index = 0;
ecf::TimeSeries parsed_ts = TimeSeries::create(index, lineTokens, true);
BOOST_CHECK_MESSAGE(parsed_ts == expected,
"Expected \n'" << expected.dump() << expected.state_to_string(false) << "'"
<< " But found\n'" << parsed_ts.dump() << parsed_ts.state_to_string(false)
<< "'");
}
}
BOOST_AUTO_TEST_SUITE_END()
BOOST_AUTO_TEST_SUITE_END()
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