hello.rpp.talkback.xml

DE2板上的hello程序,实现在8个七段译码器上循环显示hello

		<option>Auto ROM Replacement</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Auto RAM Replacement</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Auto Shift Register Replacement</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Auto Clock Enable Replacement</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Allow Synchronous Control Signals</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Force Use of Synchronous Clear Signals</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Auto Resource Sharing</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Allow Any RAM Size For Recognition</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Allow Any ROM Size For Recognition</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Allow Any Shift Register Size For Recognition</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Maximum Number of M4K Memory Blocks</option>
		<setting>Unlimited</setting>
		<default_value>Unlimited</default_value>
	</row>
	<row>
		<option>Ignore translate_off and translate_on Synthesis Directives</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Show Parameter Settings Tables in Synthesis Report</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Ignore Maximum Fan-Out Assignments</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Retiming Meta-Stability Register Sequence Length</option>
		<setting>2</setting>
		<default_value>2</default_value>
	</row>
	<row>
		<option>PowerPlay Power Optimization</option>
		<setting>Normal compilation</setting>
		<default_value>Normal compilation</default_value>
	</row>
	<row>
		<option>HDL message level</option>
		<setting>Level2</setting>
		<default_value>Level2</default_value>
	</row>
</analysis___synthesis_settings>
<assembler_settings>
	<row>
		<option>Use smart compilation</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Generate Serial Vector Format File (.svf) for Target Device</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Generate a JEDEC STAPL Format File (.jam) for Target Device</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Generate an uncompressed Jam STAPL Byte Code 2.0 File (.jbc) for Target Device</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Generate a compressed Jam STAPL Byte Code 2.0 File (.jbc) for Target Device</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Generate compressed bitstreams</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Compression mode</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Clock source for configuration device</option>
		<setting>Internal</setting>
		<default_value>Internal</default_value>
	</row>
	<row>
		<option>Clock frequency of the configuration device</option>
		<setting units="MHz">10</setting>
		<default_value units="MHz">10</default_value>
	</row>
	<row>
		<option>Divide clock frequency by</option>
		<setting>1</setting>
		<default_value>1</default_value>
	</row>
	<row>
		<option>JTAG user code for target device</option>
		<setting>Ffffffff</setting>
		<default_value>Ffffffff</default_value>
	</row>
	<row>
		<option>Configuration device</option>
		<setting>Auto</setting>
		<default_value>Auto</default_value>
	</row>
	<row>
		<option>JTAG user code for configuration device</option>
		<setting>Ffffffff</setting>
		<default_value>Ffffffff</default_value>
	</row>
	<row>
		<option>Configuration device auto user code</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Generate Tabular Text File (.ttf) For Target Device</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Generate Raw Binary File (.rbf) For Target Device</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Generate Hexadecimal (Intel-Format) Output File (.hexout) for Target Device</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Hexadecimal Output File start address</option>
		<setting>0</setting>
		<default_value>0</default_value>
	</row>
	<row>
		<option>Hexadecimal Output File count direction</option>
		<setting>Up</setting>
		<default_value>Up</default_value>
	</row>
	<row>
		<option>Release clears before tri-states</option>
		<setting>Off</setting>
		<default_value>Off</default_value>
	</row>
	<row>
		<option>Auto-restart configuration after error</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
	<row>
		<option>Maintain Compatibility with All Cyclone II M4K Versions</option>
		<setting>On</setting>
		<default_value>On</default_value>
	</row>
</assembler_settings>
<general_register_statistics>
	<row>
		<statistic>Total registers</statistic>
		<value>0</value>
	</row>
	<row>
		<statistic>Number of registers using Synchronous Clear</statistic>
		<value>0</value>
	</row>
	<row>
		<statistic>Number of registers using Synchronous Load</statistic>
		<value>0</value>
	</row>
	<row>
		<statistic>Number of registers using Asynchronous Clear</statistic>
		<value>0</value>
	</row>
	<row>
		<statistic>Number of registers using Asynchronous Load</statistic>
		<value>0</value>
	</row>
	<row>
		<statistic>Number of registers using Clock Enable</statistic>
		<value>0</value>
	</row>
	<row>
		<statistic>Number of registers using Preset</statistic>
		<value>0</value>
	</row>
</general_register_statistics>
<input_pins>
	<row>
		<name>SW[0]</name>
		<pin__>G10</pin__>
		<i_o_bank>3</i_o_bank>
		<x_coordinate>14</x_coordinate>
		<y_coordinate>36</y_coordinate>
		<cell_number>0</cell_number>
		<combinational_fan_out>2</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[10]</name>
		<pin__>AD10</pin__>
		<i_o_bank>8</i_o_bank>
		<x_coordinate>22</x_coordinate>
		<y_coordinate>0</y_coordinate>
		<cell_number>1</cell_number>
		<combinational_fan_out>1</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[11]</name>
		<pin__>E10</pin__>
		<i_o_bank>3</i_o_bank>
		<x_coordinate>18</x_coordinate>
		<y_coordinate>36</y_coordinate>
		<cell_number>0</cell_number>
		<combinational_fan_out>1</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[12]</name>
		<pin__>F10</pin__>
		<i_o_bank>3</i_o_bank>
		<x_coordinate>14</x_coordinate>
		<y_coordinate>36</y_coordinate>
		<cell_number>1</cell_number>
		<combinational_fan_out>1</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[13]</name>
		<pin__>J13</pin__>
		<i_o_bank>3</i_o_bank>
		<x_coordinate>24</x_coordinate>
		<y_coordinate>36</y_coordinate>
		<cell_number>1</cell_number>
		<combinational_fan_out>1</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[14]</name>
		<pin__>E5</pin__>
		<i_o_bank>2</i_o_bank>
		<x_coordinate>0</x_coordinate>
		<y_coordinate>34</y_coordinate>
		<cell_number>4</cell_number>
		<combinational_fan_out>1</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[15]</name>
		<pin__>B12</pin__>
		<i_o_bank>3</i_o_bank>
		<x_coordinate>29</x_coordinate>
		<y_coordinate>36</y_coordinate>
		<cell_number>0</cell_number>
		<combinational_fan_out>5</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[16]</name>
		<pin__>B2</pin__>
		<i_o_bank>2</i_o_bank>
		<x_coordinate>0</x_coordinate>
		<y_coordinate>34</y_coordinate>
		<cell_number>2</cell_number>
		<combinational_fan_out>7</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[17]</name>
		<pin__>D11</pin__>
		<i_o_bank>3</i_o_bank>
		<x_coordinate>22</x_coordinate>
		<y_coordinate>36</y_coordinate>
		<cell_number>0</cell_number>
		<combinational_fan_out>5</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>
	</row>
	<row>
		<name>SW[1]</name>
		<pin__>C10</pin__>
		<i_o_bank>3</i_o_bank>
		<x_coordinate>20</x_coordinate>
		<y_coordinate>36</y_coordinate>
		<cell_number>1</cell_number>
		<combinational_fan_out>2</combinational_fan_out>
		<registered_fan_out>0</registered_fan_out>
		<global>no</global>
		<input_register>no</input_register>
		<power_up_high>no</power_up_high>
		<pci_i_o_enabled>no</pci_i_o_enabled>
		<bus_hold>no</bus_hold>
		<weak_pull_up>Off</weak_pull_up>
		<i_o_standard>LVTTL</i_o_standard>
		<termination>Off</termination>
		<location_assigned_by>Fitter</location_assigned_by>