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#include "catch/catch.hpp"
#include "calendar.h"
#include "itype.h"
#include "ret_val.h"
#include "units.h"
#include "item.h"
TEST_CASE( "item_volume", "[item]" )
{
// Need to pick some item here which is count_by_charges and for which each
// charge is at least 1_ml. Battery works for now.
item i( "battery", 0, item::default_charges_tag() );
REQUIRE( i.count_by_charges() );
// Would be better with Catch2 generators
const units::volume big_volume = units::from_milliliter( std::numeric_limits<int>::max() / 2 );
for( units::volume v : {
0_ml, 1_ml, i.volume(), big_volume
} ) {
INFO( "checking batteries that fit in " << v );
const long charges_that_should_fit = i.charges_per_volume( v );
i.charges = charges_that_should_fit;
CHECK( i.volume() <= v ); // this many charges should fit
i.charges++;
CHECK( i.volume() > v ); // one more charge should not fit
}
}
TEST_CASE( "simple_item_layers", "[item]" )
{
CHECK( item( "arm_warmers" ).get_layer() == UNDERWEAR );
CHECK( item( "10gal_hat" ).get_layer() == REGULAR_LAYER );
CHECK( item( "baldric" ).get_layer() == WAIST_LAYER );
CHECK( item( "aep_suit" ).get_layer() == OUTER_LAYER );
CHECK( item( "2byarm_guard" ).get_layer() == BELTED_LAYER );
}
TEST_CASE( "gun_layer", "[item]" )
{
item gun( "win70" );
item mod( "shoulder_strap" );
CHECK( gun.is_gunmod_compatible( mod ).success() );
gun.contents.push_back( mod );
CHECK( gun.get_layer() == BELTED_LAYER );
}
// second minute hour day week season year
TEST_CASE( "stacking_over_time", "[item]" )
{
item A( "neccowafers" );
item B( "neccowafers" );
GIVEN( "Two items with the same birthday" ) {
REQUIRE( A.stacks_with( B ) );
WHEN( "the items are aged different numbers of seconds" ) {
A.mod_rot( A.type->comestible->spoils - 1_turns );
B.mod_rot( B.type->comestible->spoils - 3_turns );
THEN( "they don't stack" ) {
CHECK( !A.stacks_with( B ) );
}
}
WHEN( "the items are aged the same to the minute but different numbers of seconds" ) {
A.mod_rot( A.type->comestible->spoils - 5_minutes );
B.mod_rot( B.type->comestible->spoils - 5_minutes );
B.mod_rot( -5_turns );
THEN( "they stack" ) {
CHECK( A.stacks_with( B ) );
}
}
WHEN( "the items are aged a few seconds different but different minutes" ) {
A.mod_rot( A.type->comestible->spoils - 5_minutes );
B.mod_rot( B.type->comestible->spoils - 5_minutes );
B.mod_rot( 5_turns );
THEN( "they don't stack" ) {
CHECK( !A.stacks_with( B ) );
}
}
WHEN( "the items are aged the same to the hour but different numbers of minutes" ) {
A.mod_rot( A.type->comestible->spoils - 5_hours );
B.mod_rot( B.type->comestible->spoils - 5_hours );
B.mod_rot( -5_minutes );
THEN( "they stack" ) {
CHECK( A.stacks_with( B ) );
}
}
WHEN( "the items are aged a few seconds different but different hours" ) {
A.mod_rot( A.type->comestible->spoils - 5_hours );
B.mod_rot( B.type->comestible->spoils - 5_hours );
B.mod_rot( 5_turns );
THEN( "they don't stack" ) {
CHECK( !A.stacks_with( B ) );
}
}
WHEN( "the items are aged the same to the day but different numbers of seconds" ) {
A.mod_rot( A.type->comestible->spoils - 3_days );
B.mod_rot( B.type->comestible->spoils - 3_days );
B.mod_rot( -5_turns );
THEN( "they stack" ) {
CHECK( A.stacks_with( B ) );
}
}
WHEN( "the items are aged a few seconds different but different days" ) {
A.mod_rot( A.type->comestible->spoils - 3_days );
B.mod_rot( B.type->comestible->spoils - 3_days );
B.mod_rot( 5_turns );
THEN( "they don't stack" ) {
CHECK( !A.stacks_with( B ) );
}
}
WHEN( "the items are aged the same to the week but different numbers of seconds" ) {
A.mod_rot( A.type->comestible->spoils - 7_days );
B.mod_rot( B.type->comestible->spoils - 7_days );
B.mod_rot( -5_turns );
THEN( "they stack" ) {
CHECK( A.stacks_with( B ) );
}
}
WHEN( "the items are aged a few seconds different but different weeks" ) {
A.mod_rot( A.type->comestible->spoils - 7_days );
B.mod_rot( B.type->comestible->spoils - 7_days );
B.mod_rot( 5_turns );
THEN( "they don't stack" ) {
CHECK( !A.stacks_with( B ) );
}
}
WHEN( "the items are aged the same to the season but different numbers of seconds" ) {
A.mod_rot( A.type->comestible->spoils - calendar::season_length() );
B.mod_rot( B.type->comestible->spoils - calendar::season_length() );
B.mod_rot( -5_turns );
THEN( "they stack" ) {
CHECK( A.stacks_with( B ) );
}
}
WHEN( "the items are aged a few seconds different but different seasons" ) {
A.mod_rot( A.type->comestible->spoils - calendar::season_length() );
B.mod_rot( B.type->comestible->spoils - calendar::season_length() );
B.mod_rot( 5_turns );
THEN( "they don't stack" ) {
CHECK( !A.stacks_with( B ) );
}
}
WHEN( "the items are aged the same to the year but different numbers of seconds" ) {
A.mod_rot( A.type->comestible->spoils - calendar::year_length() );
B.mod_rot( B.type->comestible->spoils - calendar::year_length() );
B.mod_rot( -5_turns );
THEN( "they stack" ) {
CHECK( A.stacks_with( B ) );
}
}
WHEN( "the items are aged a few seconds different but different years" ) {
A.mod_rot( A.type->comestible->spoils - calendar::year_length() );
B.mod_rot( B.type->comestible->spoils - calendar::year_length() );
B.mod_rot( 5_turns );
THEN( "they don't stack" ) {
CHECK( !A.stacks_with( B ) );
}
}
}
}
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