mirror of https://github.com/openXC7/prjxray.git
docs: Fix top level headers and other small clean.
* Make sure all files have top level headers. * Fixing a few spelling mistakes. * Fixed some trailing spaces. Signed-off-by: Tim 'mithro' Ansell <me@mith.ro>
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@ -4,8 +4,8 @@
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The A5FFMUX family of CLB muxes feed the D input of A5FF family of FFs
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The A5FFMUX family of CLB muxes feed the D input of A5FF family of FFs
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| N5FFMUX | N5FFMUX.D |
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| N5FFMUX | N5FFMUX.D |
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|--------|-----------------|
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|----------|-----------------|
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| IN_A | N5LUT.O5 |
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| IN_A | N5LUT.O5 |
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| IN_B | NX |
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| IN_B | NX |
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@ -4,7 +4,7 @@
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The ACY0 family of CLB muxes feeds the CARRY4.DI0 family
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The ACY0 family of CLB muxes feeds the CARRY4.DI0 family
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| NCY0 | CARRY4.DIN |
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| NCY0 | CARRY4.DIN |
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|--------|------------------|
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|--------|------------------|
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| 0 | NX |
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| 0 | NX |
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| 1 | O5 |
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| 1 | O5 |
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@ -4,7 +4,7 @@
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Configures whether clock enable (CE) is used or clock always on
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Configures whether clock enable (CE) is used or clock always on
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| CEUSEDMUX | CE |
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| CEUSEDMUX | CE |
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|------------|------------------|
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|------------|------------------|
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| 0 | Always on |
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| 0 | Always on |
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| 1 | Controlled |
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| 1 | Controlled |
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@ -14,7 +14,7 @@ Configures whether clock enable (CE) is used or clock always on
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Configures whether FF can be reset or simply uses D value
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Configures whether FF can be reset or simply uses D value
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| SRUSEDMUX | Resettable? |
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| SRUSEDMUX | Resettable? |
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|------------|------------------|
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|------------|------------------|
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| 0 | No |
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| 0 | No |
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| 1 | Controlled |
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| 1 | Controlled |
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@ -4,5 +4,5 @@
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Configures the AFFMUX family of CLB muxes which feed the D input of the AFF series of FFs.
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Configures the AFFMUX family of CLB muxes which feed the D input of the AFF series of FFs.
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Availible selections varies by A/B/C/D, see db for details.
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Available selections varies by A/B/C/D, see db for details.
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@ -4,5 +4,5 @@
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Configures the AOUTMUX family of CLB muxes which feed the AMUX family of CLB outputs
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Configures the AOUTMUX family of CLB muxes which feed the AMUX family of CLB outputs
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Availible selections varies by A/B/C/D, see db for details.
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Available selections varies by A/B/C/D, see db for details.
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@ -4,7 +4,7 @@
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Configures the PRECYINIT mux which provides CARRY4's first carry chain input
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Configures the PRECYINIT mux which provides CARRY4's first carry chain input
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| PRECYINIT | Value |
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| PRECYINIT | Value |
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|------------|---------------------------------|
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|------------|---------------------------------|
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| C0 | Logic 0 |
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| C0 | Logic 0 |
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| C1 | Logic 1 |
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| C1 | Logic 1 |
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@ -43,7 +43,7 @@ Set to 1 to propagate CLB's BX input to WA8
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## WEMUX.CE
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## WEMUX.CE
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| WEMUX.CE | CLB RAM write enable |
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| WEMUX.CE | CLB RAM write enable |
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|-----------|----------------------|
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|-----------|----------------------|
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| 0 | CLB WE input |
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| 0 | CLB WE input |
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| 1 | CLB CE input |
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| 1 | CLB CE input |
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Configures the NDI1MUX mux which provides the DI1 input on CLB RAM.
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Configures the NDI1MUX mux which provides the DI1 input on CLB RAM.
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Availible selections varies by A/B/C/D, see db for details.
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Available selections varies by A/B/C/D, see db for details.
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@ -1,2 +1,4 @@
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# BRAM Configuration
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Solves for BRAM configuration bits (18K vs 36K, etc)
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Solves for BRAM configuration bits (18K vs 36K, etc)
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@ -1,3 +1,5 @@
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# BRAM Data
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Solves for BRAM data bits
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Solves for BRAM data bits
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See workflow comments: https://github.com/SymbiFlow/prjxray/pull/180
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See workflow comments: https://github.com/SymbiFlow/prjxray/pull/180
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@ -0,0 +1,3 @@
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# Clock Management Tile (CMT) - Phase Lock Loop (PLL) Fuzzer
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FIXME: Add description.
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@ -1,3 +1,5 @@
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# XADC Fuzzer
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As of this writing, this fuzzer is not in the ROI
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As of this writing, this fuzzer is not in the ROI
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To use it, you must run tilegrid first with these options (artix7):
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To use it, you must run tilegrid first with these options (artix7):
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@ -1,4 +1,3 @@
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BUFG interconnect fuzzer
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# BUFG interconnect fuzzer
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========================
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Solves pips located within the BUFG switch box.
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Solves pips located within the BUFG switch box.
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HCLK\_CMT interconnect fuzzer
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# HCLK\_CMT interconnect fuzzer
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=============================
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Solves pips located within the HCLK\_CMT switch box.
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Solves pips located within the HCLK\_CMT switch box.
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@ -1,6 +1,4 @@
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# Generic fuzzer for INT PIPs
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Generic fuzzer for INT PIPs
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---------------------------
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Run this fuzzer a few times until it stops adding new PIPs to the
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Run this fuzzer a few times until it stops adding new PIPs to the
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database.
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database.
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# Fuzzer for INT LOGIC\_OUTS -> IMUX PIPs
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Fuzzer for INT LOGIC\_OUTS -> IMUX PIPs
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---------------------------------------
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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# Fuzzer for INT PIPs driving the CLK wires
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Fuzzer for INT PIPs driving the CLK wires
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Run this fuzzer a few times until it produces an empty todo.txt file (`make
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-----------------------------------------
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run` will run this loop).
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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# Fuzzer for INT PIPs driving the CTRL wires
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Fuzzer for INT PIPs driving the CTRL wires
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------------------------------------------
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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# Fuzzer for the ALT_FAN.*GFAN PIPs
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Fuzzer for the ALT_FAN.*GFAN PIPs
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---------------------------------
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This fuzzer solves the ALT_FAN.GFAN PIPs which had collisions with the GFAN PIPs.
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This fuzzer solves the ALT_FAN.GFAN PIPs which had collisions with the GFAN PIPs.
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# Fuzzer for INT PIPs driving the GFAN wires with GND
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Fuzzer for INT PIPs driving the GFAN wires with GND
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---------------------------------------------------
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Run this fuzzer once.
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Run this fuzzer once.
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# Fuzzer for the remaining INT PIPs
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Fuzzer for the remaining INT PIPs
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---------------------------------
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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# Fuzzer for bidirectional INT PIPs
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Fuzzer for bidirectional INT PIPs
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Run this fuzzer a few times until it produces an empty todo.txt file (`make
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---------------------------------
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run` will run this loop).
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Run this fuzzer a few times until it produces an empty todo.txt file (`make run` will run this loop).
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# Fuzzer for PIPs in HCLK titles
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Fuzzer for PIPs in HCLK titles
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------------------------------
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Run this fuzzer once.
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Run this fuzzer once.
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