Abstract: In a printing device a computer creates raster data based on an image file. When creating the raster data, the computer selects a target object in the image file and performs selected one of first, second, and third processes. The first process is to store a set of extraction data. The second process is performed when the target object includes content data. The second process is to create a set of intermediate data based on the target object. The third process is performed when the target object includes data on a reference to another object. The third process is to store a set of extraction data from the another object. The raster data is created by performing a drawing process on one or more sets of created intermediate data. The computer increases an amount of available space of the memory by deleting one or more sets of extraction data.

Abstract: In a printing apparatus provided with a controller configured to perform a RIP process, when a fixed-width font is determined to be used as a substitute font for a target character to be printed and when a glyph width of the target character is smaller than a fixed width, and a glyph width of the target character is larger than a width of a bounding box of the glyph of the target character expressed by the fixed-width font, the controller is configured to arrange, in the RIP process, the target character expressed by the fixed-width font such that the width of the bounding box is arranged within the glyph width.

Abstract: In a printing apparatus provided with a controller configured to perform a RIP process, when a fixed-width font is determined to be used as a substitute font for a target character to be printed and when a glyph width of the target character is smaller than a fixed width, and a glyph width of the target character is larger than a width of a bounding box of the glyph of the target character expressed by the fixed-width font, the controller is configured to arrange, in the RIP process, the target character expressed by the fixed-width font such that the width of the bounding box is arranged within the glyph width.

Abstract: A data generating apparatus includes a controller to perform a first process to generate and store into a work area n pieces of first-layer object data representing n objects having earlier orders than a combined object in a combining sequence, a second process to generate and store into the work area M pieces of second-layer object data representing M second-layer objects of the combined object, a third process to generate first bitmap data representing an image obtained by combining the n first-layer objects, using the n pieces of first-layer object data, and a fourth process to generate second bitmap data representing the combined object. When a free space is less than a reference value during the second process, the controller interrupts the second process, performs the third process or a part of the fourth process, releases a storage area for object data, and thereafter resumes and completes the second process.

Abstract: A data generating apparatus includes a controller to perform a first process to generate and store into a work area n pieces of first-layer object data representing n objects having earlier orders than a combined object in a combining sequence, a second process to generate and store into the work area M pieces of second-layer object data representing M second-layer objects of the combined object, a third process to generate first bitmap data representing an image obtained by combining the n first-layer objects, using the n pieces of first-layer object data, and a fourth process to generate second bitmap data representing the combined object. When a free space is less than a reference value during the second process, the controller interrupts the second process, performs the third process or a part of the fourth process, releases a storage area for object data, and thereafter resumes and completes the second process.

Abstract: In a printer, when a storage print job is a print job for execution of carbon-copy printing, a controller performs: creating a plurality of bit map data by rasterizing page-description-language data contained in the storage print job a plurality of times; storing the created bit map data; and controlling an image former to print images based on the stored bit map data when a print instruction for the storage print job is received. When the storage print job is a print job not for execution of the carbon-copy printing, the controller performs: storing the page-description-language data contained in the storage print job; when the print instruction for the storage print job is received, rasterizing the stored page-description-language data to create bit map data; and controlling the image former to print an image based on the created bit map data.

Abstract: In a printer, when a storage print job is a print job for execution of carbon-copy printing, a controller performs: creating a plurality of bit map data by rasterizing page-description-language data contained in the storage print job a plurality of times; storing the created bit map data; and controlling an image former to print images based on the stored bit map data when a print instruction for the storage print job is received. When the storage print job is a print job not for execution of the carbon-copy printing, the controller performs: storing the page-description-language data contained in the storage print job; when the print instruction for the storage print job is received, rasterizing the stored page-description-language data to create bit map data; and controlling the image former to print an image based on the created bit map data.

Abstract: A facsimile apparatus is configured execute, as a reception method, a direct-print reception or a memory reception; switch the reception method from the direct-print reception to the memory reception when an instruction to execute a print job is received when the direct-print reception being executed; execute interruption printing by causing the printing device to print images in accordance with the print job after the reception method is switched to the memory reception; determine whether available capacity of the storage device used in the memory reception is less than a threshold value when the memory reception is being executed; stop the interruption printing when the available capacity of the storage device is less than the threshold value; and execute a particular printing process to print the facsimile data in the storage device and release the storage area corresponding to the facsimile data representing the printed image after the interruption printing is stopped.

Abstract: A facsimile apparatus is configured execute, as a reception method, a direct-print reception or a memory reception; switch the reception method from the direct-print reception to the memory reception when an instruction to execute a print job is received when the direct-print reception being executed; execute interruption printing by causing the printing device to print images in accordance with the print job after the reception method is switched to the memory reception; determine whether available capacity of the storage device used in the memory reception is less than a threshold value when the memory reception is being executed; stop the interruption printing when the available capacity of the storage device is less than the threshold value; and execute a particular printing process to print the facsimile data in the storage device and release the storage area corresponding to the facsimile data representing the printed image after the interruption printing is stopped.

Abstract: A first communicating section communicates with a mobile terminal through first non-contact communication protocol having a first communication range. A mobile terminal has a telephone function via a telephone network. A second communicating section communicates with the mobile terminal through second non-contact communication protocol having a second communication range greater than the first communication range. A public-line communicating section transmits data via the telephone network.

Abstract: A first communicating section communicates with a mobile terminal through first non-contact communication protocol having a first communication range. A mobile terminal has a telephone function via a telephone network. A second communicating section communicates with the mobile terminal through second non-contact communication protocol having a second communication range greater than the first communication range. A public-line communicating section transmits data via the telephone network.