Chocolate Candy Cane Cookies

I made these cookies from the Pioneer Woman last year, but didn't actually like them too much. The cookie itself was just to dry and tasteless, so this year, I tried them again by modifying a different recipe for chocolate cookies to make them a little firmer so they would dip well. The recipe worked wonderfully and I think this will be my new favorite Christmas cookie.


1/2 cup butter or shortening (the original recipe called for shortening, but I prefer butter)
2 cups sugar
4 eggs
2 tsp vanilla
5-6 Tbsp cocoa
4 cups flour (I used just short of 4 cups, they seemed to be getting a little dry)
1 tsp baking soda
1/8 tsp salt
1/2 pkg. white almond bark or white chocolate chips
Crushed peppermint candy

Cream shortening and sugar. Add eggs and vanilla and beat well. Sift dry ingredients together and add to sugar mixture. Roll into small balls and bake at 350 degrees for 10 minutes. Immediately flatten cookies when they are removed from the oven.

When cookies are cooled, melt white chocolate chips or white almond bark. Dip half the cookie in the melted chocolate and then dip in crushed candy canes or peppermint lozenges. Set on waxed paper to cool.

Gumdrop Cookies

This is an old family recipe. It's been around at least since my great-grandma, Grandma Daines. Although you can make it anytime of the year with regular gumdrops, I always think of it as a Christmas cookie with red and green gumdrops because that is what I remember my Grandma Donna making when I was a little girl. I think I have eaten about 1.5 dozen of these since I made them yesterday. I really like them.



Gumdrop Cookies

1 cup shortening
1 cup sugar
1 cup brown sugar
1 tsp. vanilla
3 eggs
1-2 cups gumdrops
2 cups flour
2 cups oatmeal
1 cup coconut
1 tsp. baking powder
1 tsp. baking soda
1/2 tsp. salt

Cream shortening and then add sugars and vanilla. Beat well. Add eggs one at a time. Add the gumdrops and set aside. Combine the remaining dry ingredients together and add to the gumdrop mixture. Bake for 10-12 minutes at 350 degrees.