文件列表:

RS232 (0, 2012-10-07)
RS232\.sopc_builder (0, 2012-10-07)
RS232\.sopc_builder\install.ptf (11692, 2009-12-28)
RS232\.sopc_builder\install2.ptf (4917, 2009-12-28)
RS232\.sopc_builder\preferences.xml (581, 2009-12-21)
RS232\DE2_pin.tcl (20274, 2009-06-09)
RS232\RS232.v (33373, 2009-12-25)
RS232\altpll0.bsf (3935, 2009-12-21)
RS232\altpll0.ppf (497, 2009-12-21)
RS232\altpll0.qip (448, 2009-12-21)
RS232\altpll0.v (17188, 2009-12-21)
RS232\altpll0_bb.v (13154, 2009-12-21)
RS232\altpll0_wave0.jpg (79937, 2009-12-21)
RS232\altpll0_waveforms.html (620, 2009-12-21)
RS232\button_pio.v (4302, 2009-12-25)
RS232\cpu.ocp (840, 2009-12-25)
RS232\cpu.sdc (3992, 2009-12-25)
RS232\cpu.v (410264, 2009-12-25)
RS232\cpu_bht_ram.mif (2392, 2009-12-25)
RS232\cpu_dc_tag_ram.mif (856, 2009-12-25)
RS232\cpu_ic_tag_ram.mif (1881, 2009-12-25)
RS232\cpu_jtag_debug_module_sysclk.v (6332, 2009-12-25)
RS232\cpu_jtag_debug_module_tck.v (7700, 2009-12-25)
RS232\cpu_jtag_debug_module_wrapper.v (9332, 2009-12-25)
RS232\cpu_mult_cell.v (6103, 2009-12-25)
RS232\cpu_ociram_default_contents.mif (5878, 2009-12-25)
RS232\cpu_rf_ram_a.mif (600, 2009-12-25)
RS232\cpu_rf_ram_b.mif (600, 2009-12-25)
RS232\cpu_test_bench.v (39245, 2009-12-25)
RS232\db (0, 2012-10-07)
RS232\db\a_dpfifo_8t21.tdf (3251, 2009-12-18)
RS232\db\a_fefifo_7cf.tdf (3892, 2009-12-18)
RS232\db\altsyncram_0jb1.tdf (28845, 2009-12-18)
RS232\db\altsyncram_29f1.tdf (40876, 2009-12-18)
RS232\db\altsyncram_6jb1.tdf (28845, 2009-12-18)
RS232\db\altsyncram_9tl1.tdf (12554, 2009-12-18)
RS232\db\altsyncram_9vc1.tdf (38031, 2009-12-18)
RS232\db\altsyncram_e502.tdf (44611, 2009-12-18)
RS232\db\altsyncram_j9f1.tdf (22228, 2009-12-18)
RS232\db\altsyncram_kib1.tdf (28841, 2009-12-18)
... ...

/****************************************************************************** * README.TXT for count_binary software example. * * Project Contents * **************** * README.TXT This file. * count_binary.c The main C code. * count_binary.h C Header file containing various includes and LCD * convenience definitions. ****************************************************************************** * Description * ************* * A simple program which, using an 8 bit variable, counts from 0 to ff, * repeatedly. Output of this variable is displayed on the LEDs, the Seven * Segment Display, and the LCD. The four "buttons" (SW0-SW3) are used * to control output to these devices in the following manner: * Button1 (SW0) => LED is "counting" * Button2 (SW1) => Seven Segment is "counting" * Button3 (SW2) => LCD is "counting" * Button4 (SW3) => All of the peripherals are "counting". * * Upon completion of "counting", there is a short waiting period during * which button/switch presses will be identified on STDOUT. * NOTE: These buttons have not been de-bounced, so one button press may * cause multiple notifications to STDOUT. ****************************************************************************** * Requirements * ************** * This program requires the following devices to be configured: * an LED PIO named 'led_pio', * a Seven Segment Display PIO named 'seven_seg_pio', * an LCD Display named 'lcd_display', * a Button PIO named 'button_pio', * a UART (JTAG or standard serial) ****************************************************************************** * * Peripherals Exercised by SW * ***************************** * LEDs * Seven Segment Display * LCD * Buttons (SW0-SW3) * UART (JTAG or serial) ****************************************************************************** ** NOTE: For additional information, please see the top of count_binary.c. ** ** Behavior will be different on the 1C12 board, due to its of ** ** peripherals. ** ****************************************************************************** */

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