An oven comprising: a cooking chamber; a cabinet at least partially surrounding the cooking chamber; a water reservoir having a reservoir inlet and a reservoir outlet, the oven being configured to extract water from the water reservoir via the reservoir outlet to supply steam to the cooking chamber; a conduit (54,154) defining a portion of a fluid flow path (52,152) into the reservoir inlet; and a water fill assembly (44,144) including: a holder (70,170) having a receiver (56,156) fixed therewith; and a drawer body (66,166) defining a water-receiving cavity (50,150), an opening (48,148) to the water receiving cavity (50,150), and a fill outlet (46,146) from the water-receiving cavity (50,150), the drawer body (66,166) defining the fluid flow path (52,152) in from the opening (48,148) and out through the fill outlet (46,146) and including a blocking element (72,172) fixed with the drawer body (66,166), the drawer body (66,166) being slideable with respect to the holder (70,170) between an opened position, wherein the opening (48,148) to the water-receiving cavity (50,150) is exposed to an environment surrounding the oven and the blocking element (72,172) is spaced from the receiver (56,156), and a closed position, wherein the drawer body (66,166) is retracted into the holder (70,170) and the blocking element (72,172) to engage with the receiver (56,156) to close the fluid flow path (52,152) between the opening (48,148) of the drawer body (66,166) and the conduit (54,154). a cooking chamber; a cabinet at least partially surrounding the cooking chamber; a water reservoir having a reservoir inlet and a reservoir outlet, the oven being configured to extract water from the water reservoir via the reservoir outlet to supply steam to the cooking chamber; a conduit (54,154) defining a portion of a fluid flow path (52,152) into the reservoir inlet; and a water fill assembly (44,144) including: a holder (70,170) having a receiver (56,156) fixed therewith; and a drawer body (66,166) defining a water-receiving cavity (50,150), an opening (48,148) to the water receiving cavity (50,150), and a fill outlet (46,146) from the water-receiving cavity (50,150), the drawer body (66,166) defining the fluid flow path (52,152) in from the opening (48,148) and out through the fill outlet (46,146) and including a blocking element (72,172) fixed with the drawer body (66,166), the drawer body (66,166) being slideable with respect to the holder (70,170) between an opened position, wherein the opening (48,148) to the water-receiving cavity (50,150) is exposed to an environment surrounding the oven and the blocking element (72,172) is spaced from the receiver (56,156), and a closed position, wherein the drawer body (66,166) is retracted into the holder (70,170) and the blocking element (72,172) to engage with the receiver (56,156) to close the fluid flow path (52,152) between the opening (48,148) of the drawer body (66,166) and the conduit (54,154). a holder (70,170) having a receiver (56,156) fixed therewith; and a drawer body (66,166) defining a water-receiving cavity (50,150), an opening (48,148) to the water receiving cavity (50,150), and a fill outlet (46,146) from the water-receiving cavity (50,150), the drawer body (66,166) defining the fluid flow path (52,152) in from the opening (48,148) and out through the fill outlet (46,146) and including a blocking element (72,172) fixed with the drawer body (66,166), the drawer body (66,166) being slideable with respect to the holder (70,170) between an opened position, wherein the opening (48,148) to the water-receiving cavity (50,150) is exposed to an environment surrounding the oven and the blocking element (72,172) is spaced from the receiver (56,156), and a closed position, wherein the drawer body (66,166) is retracted into the holder (70,170) and the blocking element (72,172) to engage with the receiver (56,156) to close the fluid flow path (52,152) between the opening (48,148) of the drawer body (66,166) and the conduit (54,154).