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Compiling the contract and its storage

This contract is implemented using the LIGO programming language, in particular its CameLIGO dialect.

To compile to Michelson the contract code and/or its storage, you'll need to have the ligo executable installed.

The latest working version tested is 0.30.0.

Compiling the contract

The Makefile is the easiest way to compile the contract.

You can run:

make out/segmented_cfmm_default.tz

to obtain one using all the default options.

Note: these are the smart contract compile-time options. They cannot be changed after origination.

This is a make invocation that uses all of them, with their respective default values:

make out/segmented_cfmm_default.tz \
  x_token_type=FA2 \
  y_token_type=CTEZ

Please refer to the compilation options section of the specification for an explanation of these options.

Compiling the contract storage

The Makefile is the easiest way to compile the contract storage as well.

You can run:

make out/storage_default.tz

to obtain one using all the default options.

Note: these are the smart contract origination-time options. They cannot be changed after origination.

This is a make invocation that uses all of them, with their respective default values:

make out/storage_default.tz \
  fee_bps=10 \
  ctez_burn_fee_bps=5 \
  x_token_id=0 \
  y_token_id=0 \
  x_token_address=KT1PWx2mnDueood7fEmfbBDKx1D9BAnnXitn \
  y_token_address=KT1PWx2mnDueood7fEmfbBDKx1D9BAnnXitn \
  tick_spacing=1 \
  init_cumulatives_buffer_extra_slots=0 \
  metadata_map="(Big_map.empty : metadata_map)"

At the very least, you'll probably want to change the tokens' contract address.

If you don't want to use the Makefile, you can use the ligo compile-storage command. The default_storage is located in the defaults LIGO module.

Generating the contract metadata

You can generate the metadata_map compliant with TZIP-16 to be used in the storage via the Makefile as well.

However, to do so you'll need the stack tool installed, see The Haskell Tool Stack tutorial for instructions on how to obtain it.

This is a make invocation with the default values for its options:

make out/metadata_map \
  x_token_symbol=x \
  x_token_name="Token X" \
  x_token_decimals=1 \
  y_token_symbol=y \
  y_token_name="Token Y" \
  y_token_decimals=1

Which you can then include in the storage by using the metadata_map option, for example:

make out/storage_default.tz \
    metadata_map="$(cat out/metadata_map)"

Alternatively, you can also produce the metadata in JSON format with:

make out/metadata.json \
  x_token_symbol=x \
  x_token_name="Token X" \
  x_token_decimals=1 \
  y_token_symbol=y \
  y_token_name="Token Y" \
  y_token_decimals=1

that can then be modified metadata.json with more information.

To use this metadata, follow the TZIP-16 Contract storage documentation, in particular:

The encoding of the values must be the direct stream of bytes of the data being stored. For instance, an URI starting with http: will start with the 5 bytes 0x687474703a (h is 0x68, t is 0x74, etc.). There is no implicit conversion to Michelson's binary format (PACK) nor quoting mechanism.