Update docs structure

README.md

@@ -1,31 +1,7 @@
 # FPGA tutorial
 
-Here are some materials for my FPGA workshop. The workshop uses the open source
-Icestorm toolchain. The hardware is Icestick and TinyFPGA boards because that's
-what I have, as well as some peripherals like OLED displays.
+See the tutorial at [pwmarcz.github.io/fpga-tutorial/](https://pwmarcz.github.io/fpga-tutorial/),
+or just look into the [docs](docs/) directory.
 
 The code is MIT licensed (see LICENSE) unless otherwise stated in the
 file. Patches welcome!
-
-See also [fpga-experiments](https://github.com/pwmarcz/fpga-experiments) which
-is a very messy sandbox where I try out all this stuff.
-
-This tutorial has the following parts:
-
-## [NandGame](http://nandgame.com/)
-
-Play the excellent [NandGame](http://nandgame.com/). Try to get at least to
-"Data Flip-Flop".
-
-## [Bit operations](bits/)
-
-If you are not familiar with bit operations, learn a bit about them. There
-are some links and exercises in the [bits/](bits/) directory.
-
-## [Verilog basics](verilog/)
-
-Move on to Verilog basics in the [verilog/](verilog/) directory.
-
-## [FPGA](fpga/)
-
-Finally, we get to play with real hardware. See the [fpga/](fpga/) directory.

docs/fpga.md

@@ -1,5 +1,9 @@
 # FPGA
 
+Link to repo: [fpga-tutorial](https://github.com/pwmarcz/fpga-tutorial/)
+
+We'll be working in the `verilog` directory.
+
 ## Setup
 
 You will need Verilog setup from the [previous step](../verilog/README.md).

docs/index.md

@@ -0,0 +1,33 @@
+# FPGA tutorial
+
+Link to repo: [fpga-tutorial](https://github.com/pwmarcz/fpga-tutorial/)
+
+Here are some materials for my FPGA workshop. The workshop uses the open source
+Icestorm toolchain. The hardware is Icestick and TinyFPGA boards because that's
+what I have, as well as some peripherals like OLED displays.
+
+The code is MIT licensed (see LICENSE) unless otherwise stated in the
+file. Patches welcome!
+
+See also [fpga-experiments](https://github.com/pwmarcz/fpga-experiments) which
+is a very messy sandbox where I try out all this stuff.
+
+This tutorial has the following parts:
+
+## [NandGame](http://nandgame.com/)
+
+Play the excellent [NandGame](http://nandgame.com/). Try to get at least to
+"Data Flip-Flop".
+
+## [Bit operations](https://github.com/pwmarcz/fpga-tutorial/bits/)
+
+If you are not familiar with bit operations, learn a bit about them. There
+are some links and exercises in the [bits/](https://github.com/pwmarcz/fpga-tutorial/bits/) directory.
+
+## [Verilog basics](verilog.html)
+
+Move on to Verilog basics.
+
+## [FPGA](fpga.html)
+
+Finally, we get to play with real hardware.

docs/verilog.md

@@ -1,5 +1,9 @@
 # Verilog basics
 
+Link to repo: [fpga-tutorial](https://github.com/pwmarcz/fpga-tutorial/)
+
+We'll be working in the `verilog` directory.
+
 ## Prerequisites
 
 You will need the following: