Blocked Capillary

There's no simple answer. If it's totally blocked, then the compressor will run, and do no work, so the condenser discharge line will be at room ambient (assuming steady state, where compressor has been running a long time), and as there is no refrigeration flowing through the system the evaporator and suction line will be at room ambient. The compressor housing may be hot/warm as the motor has operating losses, and will conduct the heat from motor/compressor to the housing.

If partially blocked, it depends on how much, and how long it's been running in this state, as you could have a partially frosted evaporator closest to where the capillary is connected. This assumes that there is no large heat load or insulation losses that keeps provide more heat to the evaporator then the partially plugged capillary allows of refrigerant flow and heat removal. This is similar to a slightly undercharged capillary system, where the relative pressures on both the condensing and evaporator sides are reduced, allowing a portion of the evaporator to operate below it's normal temperature relative to the saturated pressure enthalpy curves for the refrigerant working fluid.

I hope I worded this in an intelligible fashion.

Thank u sir

Read this:→Theory and Field Problems of the Capillary Tube - Supco

How many capillaries are feeding the evaporator?