Field-free　magnetization　switching　driven　by　spin-orbit　torque　(SOT)　is　an　up-and-coming　solution　for　spintronic　devices,　which　enables　energy　efficient　reconfigurable　logic-in-memory　computing　is　well-suited　for　next-generation　data-intensive　applications.　However,　the　use　of　ferromagnetic/antiferromagnetic　systems　in　flexible　spin　logic　devices　is　still　in　the　early　stages　of　development.　Here,　a　polyimide/Ta/Pt/Co/IrMn/Pt-based　devices　are　reported　as　a　potential　candidate　for　flexible　field-free　programmable　spin　logic　applications.　By　controlling　the　exchange　bias　at　the　Co/IrMn　interface,　the　flexible　Hall　bar　device　has　successfully　realized　SOT-induced　magnetization　switching　under　zero　field.　Basing　on　its　magnetization　switching　capability,　the　devices　can　realize　all-electric　controlled　flexible　programmable　spin　logic.　Using　two　Hall　bar　devices,　AND,　NOT,　OR,　NAND,　and　NOR　Boolean　logic　functions　can　be　achieved　by　controlling　the　path　of　the　pulse　current,　which　provides　a　new　solution　for　flexible　spin-logic　devices　with　all-electric　manipulation.