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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 <iostream>
#include <stdexcept>
#include <boost/test/unit_test.hpp>
#include "ecflow/attribute/TimeAttr.hpp"
#include "ecflow/core/Calendar.hpp"
#include "ecflow/core/Chrono.hpp"
#include "ecflow/core/TimeSeries.hpp"
#include "ecflow/test/scaffold/Naming.hpp"
using namespace ecf;
BOOST_AUTO_TEST_SUITE(U_Attributes)
BOOST_AUTO_TEST_SUITE(T_TimeAttr)
BOOST_AUTO_TEST_CASE(test_time_string_constrcutor) {
ECF_NAME_THIS_TEST();
{
TimeAttr time("+00:30");
BOOST_CHECK_MESSAGE(time.time_series().start().hour() == 0 && time.time_series().start().minute() == 30 &&
time.time_series().finish().isNULL() && time.time_series().incr().isNULL() &&
time.time_series().relative(),
"Error in time constructor");
}
{
TimeAttr time("12:30");
BOOST_CHECK_MESSAGE(time.time_series().start().hour() == 12 && time.time_series().start().minute() == 30 &&
time.time_series().finish().isNULL() && time.time_series().incr().isNULL() &&
!time.time_series().relative(),
"Error in time constructor");
}
{
TimeAttr time("+00:30 11:30 00:01");
BOOST_CHECK_MESSAGE(time.time_series().start().hour() == 0 && time.time_series().start().minute() == 30 &&
time.time_series().finish().hour() == 11 &&
time.time_series().finish().minute() == 30 && time.time_series().incr().hour() == 0 &&
time.time_series().incr().minute() == 1 && time.time_series().relative(),
"Error in time constructor");
}
{
BOOST_REQUIRE_THROW(TimeAttr(""), std::runtime_error);
BOOST_REQUIRE_THROW(TimeAttr(" "), std::runtime_error);
BOOST_REQUIRE_THROW(TimeAttr("sdsdsdsd"), std::runtime_error);
}
}
BOOST_AUTO_TEST_CASE(test_time_attr) {
ECF_NAME_THIS_TEST();
// See TimeAttr.hpp for rules concerning isFree() and checkForReque()
// test time attr isFree(), and checkForRequeue
Calendar calendar;
calendar.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 timeSeriesX(TimeSlot(10, 0), TimeSlot(20, 0), TimeSlot(1, 0), false /* relative */);
TimeSeries timeSeries2X(TimeSlot(11, 0), TimeSlot(15, 0), TimeSlot(1, 0), false /* relative */);
TimeSeries timeSeries3X(TimeSlot(15, 0), false /* relative */);
TimeSeries timeSeries4X(TimeSlot(0, 0), false /* relative */);
TimeSlot t1_min, t1_max, t2_min, t2_max, t3_min, t3_max, t4_min, t4_max;
timeSeriesX.min_max_time_slots(t1_min, t1_max);
timeSeries2X.min_max_time_slots(t2_min, t2_max);
timeSeries3X.min_max_time_slots(t3_min, t3_max);
timeSeries4X.min_max_time_slots(t4_min, t4_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");
BOOST_CHECK_MESSAGE(t4_min == TimeSlot(0, 0) && t4_max == TimeSlot(0, 0), "Not as expected");
TimeAttr timeSeries(timeSeriesX);
TimeAttr timeSeries2(timeSeries2X);
TimeAttr timeSeries3(timeSeries3X);
TimeAttr timeSeries4(timeSeries4X);
std::vector<boost::posix_time::time_duration> timeSeries_free_slots;
std::vector<boost::posix_time::time_duration> timeSeries2_free_slots;
timeSeries.time_series().free_slots(timeSeries_free_slots);
timeSeries2.time_series().free_slots(timeSeries2_free_slots);
BOOST_CHECK_MESSAGE(timeSeries_free_slots.size() == 11,
"Expected 11 free slots for " << timeSeries.toString() << " but found "
<< timeSeries_free_slots.size());
BOOST_CHECK_MESSAGE(timeSeries2_free_slots.size() == 5,
"Expected 5 free slots for " << timeSeries2.toString() << " but found "
<< timeSeries_free_slots.size());
// follow normal process
timeSeries.reset(calendar);
timeSeries2.reset(calendar);
timeSeries3.reset(calendar);
timeSeries4.reset(calendar);
bool cmd_context = true;
bool day_changed = false; // after midnight make sure we keep day_changed
for (int m = 1; m < 96; m++) {
calendar.update(boost::posix_time::time_duration(boost::posix_time::minutes(30)));
if (!day_changed) {
day_changed = calendar.dayChanged();
}
boost::posix_time::time_duration time = calendar.suiteTime().time_of_day();
timeSeries.calendarChanged(calendar);
timeSeries2.calendarChanged(calendar);
timeSeries3.calendarChanged(calendar);
timeSeries4.calendarChanged(calendar);
if (calendar.dayChanged()) {
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
" expected " << timeSeries.toString() << " checkForRequeue to fail at "
<< to_simple_string(calendar.suiteTime()));
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(calendar, t1_min, t1_max, cmd_context),
" expected " << timeSeries.toString() << " checkForRequeue to pass at "
<< to_simple_string(calendar.suiteTime()));
}
else if (time < timeSeries.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar),
timeSeries.toString() << " should NOT be free at time " << time);
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
timeSeries.toString() << " checkForRequeue should fail at " << time);
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(calendar, t1_min, t1_max, cmd_context),
timeSeries.toString() << " checkForRequeue should pass at " << time);
}
else if (time >= timeSeries.time_series().start().duration() &&
time <= timeSeries.time_series().finish().duration()) {
bool matches_free_slot = false;
for (const auto& timeSeries_free_slot : timeSeries_free_slots) {
if (time == timeSeries_free_slot) {
matches_free_slot = true;
break;
}
}
if (matches_free_slot) {
BOOST_CHECK_MESSAGE(timeSeries.isFree(calendar),
timeSeries.toString() << " should be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar),
timeSeries.toString() << " should be fail at time " << time);
}
/// 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 (time < timeSeries.time_series().finish().duration()) {
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(calendar, t1_min, t1_max),
timeSeries.toString() << " checkForRequeue should be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
timeSeries.toString() << "checkForRequeue should Not free at time " << time);
}
}
else {
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar),
timeSeries.toString() << " should be holding at time " << time);
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
timeSeries.toString() << " should fail at " << time);
}
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 (time < timeSeries2.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(!timeSeries2.isFree(calendar),
timeSeries2.toString() << " should NOT be free at time " << time);
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
timeSeries2.toString() << " checkForRequeue should pass at " << time);
}
else if (time >= timeSeries2.time_series().start().duration() &&
time <= timeSeries2.time_series().finish().duration()) {
bool matches_free_slot = false;
for (const auto& timeSeries2_free_slot : timeSeries2_free_slots) {
if (time == timeSeries2_free_slot) {
matches_free_slot = true;
break;
}
}
if (matches_free_slot) {
BOOST_CHECK_MESSAGE(timeSeries2.isFree(calendar),
timeSeries2.toString() << " should be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries2.isFree(calendar),
timeSeries2.toString() << " should be fail at time " << time);
}
/// At the last time checkForRequeue should return false; This ensures that value will
/// not get incremented and so, should leave node in the complete state.
if (time < timeSeries2.time_series().finish().duration()) {
BOOST_CHECK_MESSAGE(timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
timeSeries2.toString() << " checkForRequeue should be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
timeSeries2.toString() << "checkForRequeue should Not free at time " << time);
}
}
else {
BOOST_CHECK_MESSAGE(!timeSeries2.isFree(calendar),
timeSeries2.toString() << " should be holding at time " << time);
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(calendar, t2_min, t2_max),
timeSeries2.toString() << " should fail at " << time);
}
// Single slot, Once a single slot is Free it *stays* free until explicitly requeued, (i.e by parent
// repeat/cron)
if (!day_changed) {
if (time < timeSeries3.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(!timeSeries3.isFree(calendar),
timeSeries3.toString() << " should be fail at time " << time);
}
else if (time == timeSeries3.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries3.isFree(calendar),
timeSeries3.toString() << " should be free at time " << time);
}
else if (time > timeSeries3.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries3.isFree(calendar),
timeSeries3.toString() << " isFree should pass at time " << time);
}
}
else {
BOOST_CHECK_MESSAGE(timeSeries3.isFree(calendar),
timeSeries3.toString() << " should be free at time after day change" << time);
}
BOOST_CHECK_MESSAGE(!timeSeries3.checkForRequeue(calendar, t3_min, t3_max),
timeSeries3.toString() << " checkForRequeue should fail at " << time);
// single slot at midnight, Once a single slot if Free it *stays* free until explicitly requeued, (i.e by parent
// repeat/cron)
if (!day_changed) {
if (time == timeSeries4.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries4.isFree(calendar),
timeSeries4.toString() << " should be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries4.isFree(calendar),
timeSeries4.toString()
<< " day_changed(" << day_changed << ") isFree should fail at time " << time);
}
}
else {
BOOST_CHECK_MESSAGE(timeSeries4.isFree(calendar),
timeSeries4.toString()
<< " day_changed(" << day_changed << ") isFree should pass at time " << time);
}
BOOST_CHECK_MESSAGE(!timeSeries4.checkForRequeue(calendar, t4_min, t4_max),
timeSeries4.toString() << " checkForRequeue should fail at " << time);
// Typically when a time is free, it stays free, until it is re-queued
// However in order to test isFree for time with time intervals, we need to re-queue
timeSeries.requeue(calendar);
timeSeries2.requeue(calendar);
// Do not requeue time 00, and time 15, so that we can check for free
}
}
BOOST_AUTO_TEST_CASE(test_time_once_free_stays_free) {
ECF_NAME_THIS_TEST();
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2010, 2, 10), boost::posix_time::minutes(0)),
Calendar::REAL);
TimeSeries timeSeriesX(TimeSlot(10, 0), TimeSlot(20, 0), TimeSlot(1, 0), false /* relative */);
TimeSeries timeSeries2X(TimeSlot(11, 0), TimeSlot(15, 0), TimeSlot(1, 0), false /* relative */);
TimeSeries timeSeries3X(TimeSlot(15, 0), false /* relative */);
TimeSeries timeSeries4X(TimeSlot(0, 0), false /* relative */);
TimeAttr timeSeries(timeSeriesX);
TimeAttr timeSeries2(timeSeries2X);
TimeAttr timeSeries3(timeSeries3X);
TimeAttr timeSeries4(timeSeries4X);
bool day_changed = false; // after midnight make sure we keep day_changed
for (int m = 1; m < 96; m++) {
calendar.update(boost::posix_time::time_duration(boost::posix_time::minutes(30)));
if (!day_changed) {
day_changed = calendar.dayChanged();
}
boost::posix_time::time_duration time = calendar.suiteTime().time_of_day();
timeSeries.calendarChanged(calendar);
timeSeries2.calendarChanged(calendar);
timeSeries3.calendarChanged(calendar);
timeSeries4.calendarChanged(calendar);
// **********************************************************************************
// When a time (regardless of whether its single slot or time series) is free, it stays free,
// until explicitly re-queued,
// ***********************************************************************************
if (time < timeSeries.time_series().start().duration()) {
if (!day_changed) {
BOOST_CHECK_MESSAGE(!timeSeries.isFree(calendar),
timeSeries.toString() << " should NOT be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(timeSeries.isFree(calendar),
timeSeries.toString() << " should be free at time " << time);
}
}
else if (time >= timeSeries.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries.isFree(calendar),
timeSeries.toString() << " should be free at time " << time);
}
if (time < timeSeries2.time_series().start().duration()) {
if (!day_changed) {
BOOST_CHECK_MESSAGE(!timeSeries2.isFree(calendar),
timeSeries2.toString() << " should NOT be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(timeSeries.isFree(calendar),
timeSeries.toString() << " should be free at time " << time);
}
}
else if (time >= timeSeries2.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries2.isFree(calendar),
timeSeries2.toString() << " should be free at time " << time);
}
if (!day_changed) {
if (time == timeSeries3.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries3.isFree(calendar),
timeSeries3.toString() << " should be free at time " << time);
}
else if (time > timeSeries3.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries3.isFree(calendar),
timeSeries3.toString() << " isFree, once free should stay free at time " << time);
}
}
else {
BOOST_CHECK_MESSAGE(timeSeries3.isFree(calendar),
timeSeries3.toString() << " should be free at time after day change " << time);
}
// single slot at midnight, Once a single slot if Free it *stays* free until explicitly requeued, (i.e by parent
// repeat/cron)
if (!day_changed) {
if (time == timeSeries4.time_series().start().duration()) {
BOOST_CHECK_MESSAGE(timeSeries4.isFree(calendar),
timeSeries4.toString() << " should be free at time " << time);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries4.isFree(calendar),
timeSeries4.toString()
<< " day_changed(" << day_changed << ") isFree should fail at time " << time);
}
}
else {
BOOST_CHECK_MESSAGE(timeSeries4.isFree(calendar),
timeSeries4.toString()
<< " day_changed(" << day_changed << ") isFree should pass at time " << time);
}
}
}
BOOST_AUTO_TEST_CASE(test_time_attr_multiples) {
ECF_NAME_THIS_TEST();
// See TimeAttr.hpp for rules concerning isFree() and checkForReque()
// test time attr isFree(), and checkForRequeue
Calendar calendar;
calendar.init(boost::posix_time::ptime(boost::gregorian::date(2010, 2, 10), boost::posix_time::minutes(0)),
Calendar::REAL);
TimeSeries timeSeries1530(TimeSlot(15, 30), false /* relative */);
TimeSeries timeSeries1630(TimeSlot(16, 30), false /* relative */);
TimeSeries timeSeries2030(TimeSlot(20, 30), false /* relative */);
TimeSlot t1_min, t1_max;
timeSeries1530.min_max_time_slots(t1_min, t1_max);
timeSeries1630.min_max_time_slots(t1_min, t1_max);
timeSeries2030.min_max_time_slots(t1_min, t1_max);
BOOST_CHECK_MESSAGE(t1_min == TimeSlot(15, 30) && t1_max == TimeSlot(20, 30), "Not as expected");
TimeAttr timeSeries(timeSeries1530);
TimeAttr timeSeries2(timeSeries1630);
TimeAttr timeSeries3(timeSeries2030);
bool day_changed = false; // after midnight make sure we keep day_changed
for (int m = 1; m < 96; m++) {
calendar.update(boost::posix_time::time_duration(boost::posix_time::minutes(30)));
if (!day_changed) {
day_changed = calendar.dayChanged();
}
boost::posix_time::time_duration time = calendar.suiteTime().time_of_day();
timeSeries.calendarChanged(calendar);
timeSeries2.calendarChanged(calendar);
timeSeries3.calendarChanged(calendar);
if (!day_changed) {
if (time >= t1_min.duration() && time < t1_max.duration()) {
BOOST_CHECK_MESSAGE(timeSeries.checkForRequeue(calendar, t1_min, t1_max),
timeSeries.toString() << " checkForRequeue should pass at " << time);
BOOST_CHECK_MESSAGE(timeSeries2.checkForRequeue(calendar, t1_min, t1_max),
timeSeries2.toString() << " checkForRequeue should pass at " << time);
BOOST_CHECK_MESSAGE(timeSeries3.checkForRequeue(calendar, t1_min, t1_max),
timeSeries3.toString() << " checkForRequeue should pass at " << time);
}
else {
BOOST_CHECK_MESSAGE(!timeSeries.checkForRequeue(calendar, t1_min, t1_max),
timeSeries.toString() << " checkForRequeue should fail at " << time);
BOOST_CHECK_MESSAGE(!timeSeries2.checkForRequeue(calendar, t1_min, t1_max),
timeSeries2.toString() << " checkForRequeue should fail at " << time);
BOOST_CHECK_MESSAGE(!timeSeries3.checkForRequeue(calendar, t1_min, t1_max),
timeSeries3.toString() << " checkForRequeue should fail at " << time);
}
}
else {
// Once a single slot if Free it *stays* free until explicitly requeued, (i.e by parent repeat/cron)
BOOST_CHECK_MESSAGE(timeSeries.isFree(calendar),
timeSeries.toString()
<< " day_changed(" << day_changed << ") isFree should pass at time " << time);
BOOST_CHECK_MESSAGE(timeSeries2.isFree(calendar),
timeSeries2.toString()
<< " day_changed(" << day_changed << ") isFree should pass at time " << time);
BOOST_CHECK_MESSAGE(timeSeries3.isFree(calendar),
timeSeries2.toString()
<< " day_changed(" << day_changed << ") isFree should pass at time " << time);
}
}
}
BOOST_AUTO_TEST_SUITE_END()
BOOST_AUTO_TEST_SUITE_END()
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