-- Import section New = require("utils.new") -- local MockSingleBlock = { name = "MockSingleBlock", workAllowed = true, workProgress = 3, workMaxProgress = 4, storedEU = 1234, active = true, outputVoltage = 0, outputAmperage = 1, EUCapacity = 2048 } function MockSingleBlock.setWorkAllowed(allow) MockSingleBlock.workAllowed = allow end function MockSingleBlock.isWorkAllowed() return MockSingleBlock.workAllowed end function MockSingleBlock.getAverageElectricInput() return 0.0 end function MockSingleBlock.getOwnerName() return "gordominossi" end function MockSingleBlock.getEUStored() return MockSingleBlock.storedEU end function MockSingleBlock.getWorkMaxProgress() return MockSingleBlock.workMaxProgress end function MockSingleBlock.getSensorInformation() return { "§9gt.recipe.laserengraver§r", "Progress:", "§a2§r s / §e5§r s", "Stored Energy:", "§a1000§r EU / §e1000§r EU", "Probably uses: §c0§r EU/t at §c0§r A", n = 6 } end function MockSingleBlock.getEUOutputAverage() return MockSingleBlock.EUOutputAverage end function MockSingleBlock.getEUInputAverage() return MockSingleBlock.EUInputAverage end function MockSingleBlock.getStoredEU() return MockSingleBlock.storedEU end function MockSingleBlock.isMachineActive() return MockSingleBlock.active end function MockSingleBlock.getOutputVoltage() return MockSingleBlock.outputVoltage end function MockSingleBlock.getAverageElectricOutput() return 0.0 end function MockSingleBlock.hasWork() return MockSingleBlock.workProgress < MockSingleBlock.workMaxProgress end function MockSingleBlock.getOutputAmperage() return MockSingleBlock.outputAmperage end function MockSingleBlock.getEUCapacity() return MockSingleBlock.EUCapacity end function MockSingleBlock.getWorkProgress() return MockSingleBlock.workProgress end function MockSingleBlock.getEUMaxStored() return MockSingleBlock.EUCapacity end MockSingleBlock.__index = MockSingleBlock function MockSingleBlock:new() return New(self) end function MockSingleBlock:getEfficiencyPercentage() return 100 end return MockSingleBlock