Add level stacking unit tests

JamesBremner · Jul 2, 2020 · 7bb7883 · 7bb7883
1 parent e33d62e
commit 7bb7883
Showing 1 changed file with 83 additions and 0 deletions.
diff --git a/src/taUnitTest.cpp b/src/taUnitTest.cpp
@@ -39,6 +39,89 @@ TEST( tid9 )
     CHECK_EQUAL( 2, I.myCut.size() );
     CHECK_EQUAL( 300, I.myCut[0].myLocation );
     CHECK_EQUAL( 500, I.myCut[1].myLocation );
+    CHECK_EQUAL( 0, I.unPackedCount() );
+}
+
+TEST( twoLevels )
+{
+//    i 1000 600 400 1 i1
+//d 500 300 200 8 o1
+
+    ta::cInstance I;
+    ta::cInventory theInventory;
+    ta::timber_t T( new ta::cTimber(1000, 600, 400 ) );
+    T->myUserID = "i1";
+    theInventory.add( T );
+    ta::timber_t O( new ta::cTimber(500, 300, 200 ) );
+    O->myUserID = "o1";
+    O->myCount = 8;
+    I.addOrder( O );
+    I.expandCount();
+
+
+    // sort inventory into stock, sheets and scraps
+    theInventory.sortInventory( 100, 100 );
+
+    // sort orders into levels of the same height
+    auto levels = Levels( I );
+
+    // allocate levels to stock
+    LevelsToStock( I, levels, theInventory );
+
+    // cut out orders from stock by level
+    LevelCuts( I, levels, theInventory );
+
+    //std::cout << I.textSolution();
+
+    // check cut count and positions
+    CHECK_EQUAL( 5, I.myCut.size() );
+    CHECK_EQUAL( 200, I.myCut[0].myLocation );
+    CHECK_EQUAL( 300, I.myCut[1].myLocation );
+    CHECK_EQUAL( 500, I.myCut[2].myLocation );
+    CHECK_EQUAL( 300, I.myCut[3].myLocation );
+    CHECK_EQUAL( 500, I.myCut[4].myLocation );
+    CHECK_EQUAL( 0, I.unPackedCount() );
+}
+
+TEST( shortStock )
+{
+//    i 1000 600 400 1 i1
+//d 500 300 200 12 o1
+
+    ta::cInstance I;
+    ta::cInventory theInventory;
+    ta::timber_t T( new ta::cTimber(1000, 600, 400 ) );
+    T->myUserID = "i1";
+    theInventory.add( T );
+    ta::timber_t O( new ta::cTimber(500, 300, 200 ) );
+    O->myUserID = "o1";
+    O->myCount = 12;
+    I.addOrder( O );
+    I.expandCount();
+
+
+    // sort inventory into stock, sheets and scraps
+    theInventory.sortInventory( 100, 100 );
+
+    // sort orders into levels of the same height
+    auto levels = Levels( I );
+
+    // allocate levels to stock
+    LevelsToStock( I, levels, theInventory );
+
+    // cut out orders from stock by level
+    LevelCuts( I, levels, theInventory );
+
+    //std::cout << I.textSolution();
+
+    // check cut count and positions
+    CHECK_EQUAL( 5, I.myCut.size() );
+    CHECK_EQUAL( 200, I.myCut[0].myLocation );
+    CHECK_EQUAL( 300, I.myCut[1].myLocation );
+    CHECK_EQUAL( 500, I.myCut[2].myLocation );
+    CHECK_EQUAL( 300, I.myCut[3].myLocation );
+    CHECK_EQUAL( 500, I.myCut[4].myLocation );
+    CHECK_EQUAL( 4, I.unPackedCount() );
 }
 
 int main(  )