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let test_update_same_key_multiple_times_existing_big_map ( ) = let * ( contract , ctxt ) = init ( ) in let * ( diff , ctxt ) = existing_diff ctxt contract ~ key_type " : int " ~ value_type " : ticket string " ~ existing_entries : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsderg... |
let test_remove_same_key_multiple_times_existing_big_map ( ) = let * ( contract , ctxt ) = init ( ) in let * ( diff , ctxt ) = existing_diff ctxt contract ~ key_type " : int " ~ value_type " : ticket string " ~ existing_entries : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsderg... |
let test_update_and_remove_same_key_multiple_times_existing_big_map ( ) = let * ( contract , ctxt ) = init ( ) in let * ( diff , ctxt ) = existing_diff ctxt contract ~ key_type " : int " ~ value_type " : ticket string " ~ existing_entries : [ ( 1 , { | Pair " KT1ThEdxf... |
let test_copy_big_map ( ) = let * ( contract , ctxt ) = init ( ) in let * ( diff , ctxt ) = copy_diff ctxt contract ~ key_type " : int " ~ value_type " : ticket string " ~ existing_entries : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 } ... |
let test_copy_big_map_with_updates ( ) = let * ( contract , ctxt ) = init ( ) in let * ( diff , ctxt ) = copy_diff ctxt contract ~ key_type " : int " ~ value_type " : ticket string " ~ existing_entries : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " r... |
let test_copy_big_map_with_updates_to_same_key ( ) = let * ( contract , ctxt ) = init ( ) in let * ( diff , ctxt ) = copy_diff ctxt contract ~ key_type " : int " ~ value_type " : ticket string " ~ existing_entries : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeH... |
let test_mix_lazy_diffs ( ) = let * ( contract , ctxt ) = init ( ) in let * ( diff_copy , ctxt ) = copy_diff ctxt contract ~ key_type " : int " ~ value_type " : ticket string " ~ existing_entries : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " ... |
let tests = [ Tztest . tztest " Test allocate new empty " ` Quick test_allocate_new_empty ; Tztest . tztest " Test allocate new " ` Quick test_allocate_new ; Tztest . tztest " Test allocate new no tickets " ` Quick test_allocate_new_no_tickets ; Tztest . tztest " Remove " ` Quic... |
type ticket_token_diff = { ticket_token : Ticket_token . ex_token ; total_amount : Script_int . n Script_int . num ; destinations : ( Contract . t * Script_int . n Script_int . num ) list ; } |
let to_local_ticket_token_diff { Ticket_operations_diff . ticket_token ; total_amount ; destinations } = { ticket_token ; total_amount ; destinations } |
let ( let * ) m f = m >>=? f |
let wrap m = m >|= Environment . wrap_tzresult |
let big_map_updates_of_key_values ctxt key_values = List . fold_right_es ( fun ( key , value ) ( kvs , ctxt ) -> let * ( key_hash , ctxt ) = wrap ( Script_ir_translator . hash_comparable_data ctxt Script_typed_ir . int_key ( Script_int_repr . of_int key ) ) in return ( { Big_... |
let new_int_key_big_map ctxt contract ~ value_type entries = let * ( ctxt , big_map_id ) = wrap @@ Big_map . fresh ~ temporary : false ctxt in let key_type = Expr . from_string " int " in let value_type = Expr . from_string value_type in let * ( updates , ctxt ) = big_map_updates_of_key... |
let assert_equal_string_list ~ loc msg = Assert . assert_equal_list ~ loc String . equal msg Format . pp_print_string |
let string_of_ticket_token ctxt ( Ticket_token . Ex_token { ticketer ; contents_type ; contents } ) = let * ( x , _ ) = wrap @@ Script_ir_translator . unparse_comparable_data ctxt ~ loc ( ) : Script_ir_translator . Readable contents_type contents in return @@ Format . asprintf { ... |
let string_of_contract_and_amounts cas = Format . asprintf " [ % a ] " ( Format . pp_print_list ~ pp_sep ( : fun fmt ( ) -> Format . fprintf fmt " ; " ) ( fun fmt ( contract , amount ) -> Format . fprintf fmt { ( " |% a " , % s ) } | Contract . pp contrac... |
let string_of_ticket_operations_diff ctxt { ticket_token ; total_amount ; destinations } = let * ticket_token = string_of_ticket_token ctxt ticket_token in let destinations = string_of_contract_and_amounts destinations in return ( Printf . sprintf " ( % s , % s , % s ) " ticket_token ( ... |
let assert_equal_ticket_token_diffs ctxt ~ loc ticket_diffs ( ~ expected : ticket_token_diff list ) = let sorted_strings ticket_diffs = List . map ( fun { ticket_token ; total_amount ; destinations } -> { ticket_token ; total_amount ; destinations = List . sort ( fun ( c1 , _ ) (... |
let string_token ~ ticketer content = let contents = Result . value_f ~ default ( : fun _ -> assert false ) @@ Alpha_context . Script_string . of_string content in Ticket_token . Ex_token { ticketer ; contents_type = Script_typed_ir . string_key ; contents } |
let init ( ) = Context . init ~ consensus_threshold : 0 2 >|=? fun ( block , contracts ) -> let ( src0 , src1 ) = match contracts with src0 :: src1 :: _ -> ( src0 , src1 ) | _ -> assert false in let baker = match Alpha_context . Contract . is_implicit src0 with | Some v -> ... |
let originate block ~ script ~ storage ~ src ~ baker ~ forges_tickets = let code = Expr . toplevel_from_string script in let storage = Expr . from_string storage in let script = Alpha_context . Script . { code = lazy_expr code ; storage = lazy_expr storage } in let * ( operation , destinat... |
let two_ticketers block = let * ctxt = Incremental . begin_construction block >|=? Incremental . alpha_ctxt in let * cs = Lwt . map Result . ok @@ Contract . list ctxt in match cs with c1 :: c2 :: _ -> return ( c1 , c2 ) | _ -> assert false |
let one_ticketer block = two_ticketers block >|=? fst |
let nat n = Script_int . ( abs @@ of_int n ) |
let origination_operation block ~ src ~ baker ~ script ~ storage ~ forges_tickets = let * ( orig_contract , script , block ) = originate block ~ script ~ storage ~ src ~ baker ~ forges_tickets in let * incr = Incremental . begin_construction ~ policy : Block . ( By_account baker ) block... |
let register_global_constant_operation ~ src = Internal_operation { source = src ; operation = Register_global_constant { value = Script . lazy_expr @@ Expr . from_string " 1 " } ; nonce = 1 ; } |
let reveal_operation ~ src pk = Internal_operation { source = src ; operation = Reveal pk ; nonce = 1 } |
let delegation_operation ~ src = Internal_operation { source = src ; operation = Delegation None ; nonce = 1 } |
let set_deposits_limit_operation ~ src = Internal_operation { source = src ; operation = Set_deposits_limit None ; nonce = 1 } |
let sc_rollup_origination_operation ~ src = let rollup = Sc_rollup . Address . hash_string [ " Dummy " ] in Internal_operation { source = src ; operation = Sc_rollup_add_messages { rollup ; messages = [ ] } ; nonce = 1 ; } |
let sc_rollup_add_message ~ src = Internal_operation { source = src ; operation = Sc_rollup_originate { kind = Sc_rollup . Kind . Example_arith ; boot_sector = Sc_rollup . PVM . boot_sector_of_string " Dummy " ; } ; nonce = 1 ; } |
let tx_rollup_originate_operation ~ src = Internal_operation { source = src ; operation = Tx_rollup_origination ; nonce = 1 } |
let originate block ~ src ~ baker ~ script ~ storage ~ forges_tickets = let * ( orig_contract , _script , block ) = originate block ~ script ~ storage ~ src ~ baker ~ forges_tickets in let * incr = Incremental . begin_construction ~ policy : Block . ( By_account baker ) block in return... |
let transfer_operation ~ src ~ destination ~ parameters = Internal_operation { source = src ; operation = Transaction { amount = Tez . zero ; parameters = Script . lazy_expr @@ Expr . from_string parameters ; entrypoint = Entrypoint . default ; destination = Destination . Contract desti... |
let ticket_diffs_of_operations incr elements = wrap @@ Ticket_operations_diff . ticket_diffs_of_operations ( Incremental . alpha_ctxt incr ) { Script_typed_ir . elements ; length = List . length elements } |
let unit_script = { | { parameter unit ; storage unit ; code { CAR ; NIL operation ; PAIR } } } | |
let ticket_list_script = { | { parameter ( list ( ticket string ) ) ; storage ( list ( ticket string ) ) ; code { CAR ; NIL operation ; PAIR } } } | |
let ticket_big_map_script = { | { parameter ( big_map int ( ticket string ) ) ; storage ( big_map int ( ticket string ) ) ; code { CAR ; NIL operation ; PAIR } } } | |
let test_non_ticket_operations ( ) = let * ( _baker , src , block ) = init ( ) in let * incr = Incremental . begin_construction block in let pub_key = Signature . Public_key . of_b58check_exn " edpkuBknW28nW72KG6RoHtYW7p12T6GKc7nAbwYX5m8Wd9sDVC9yav " in let operations = [ register_gl... |
let test_transfer_to_non_ticket_contract ( ) = let * ( baker , src , block ) = init ( ) in let * ( orig_contract , incr ) = originate block ~ src ~ baker ~ script : unit_script ~ storage " : Unit " ~ forges_tickets : false in let operation = transfer_operation ~ src ~ destinati... |
let test_transfer_empty_ticket_list ( ) = let * ( baker , src , block ) = init ( ) in let * ( orig_contract , incr ) = originate block ~ src ~ baker ~ script : ticket_list_script ~ storage " { } " : ~ forges_tickets : false in let operation = transfer_operation ~ src ~ dest... |
let test_transfer_one_ticket ( ) = let * ( baker , src , block ) = init ( ) in let * ticketer = one_ticketer block in let * ( orig_contract , incr ) = originate block ~ src ~ baker ~ script : ticket_list_script ~ storage " { } " : ~ forges_tickets : false in let parameters ... |
let test_transfer_multiple_tickets ( ) = let * ( baker , src , block ) = init ( ) in let * ticketer = one_ticketer block in let * ( orig_contract , incr ) = originate block ~ src ~ baker ~ script : ticket_list_script ~ storage " { } " : ~ forges_tickets : false in let operat... |
let test_transfer_different_tickets ( ) = let * ( baker , src , block ) = init ( ) in let * ( ticketer1 , ticketer2 ) = two_ticketers block in let parameters = let ticketer1_addr = Contract . to_b58check ticketer1 in let ticketer2_addr = Contract . to_b58check ticketer2 in Printf . s... |
let test_transfer_to_two_contracts_with_different_tickets ( ) = let * ( baker , src , block ) = init ( ) in let * ticketer = one_ticketer block in let parameters = let ticketer_addr = Contract . to_b58check ticketer in Printf . sprintf { { | Pair % S " red " 1 ; Pair % S " gre... |
let test_originate_non_ticket_contract ( ) = let * ( baker , src , block ) = init ( ) in let * ( _orig_contract , operation , incr ) = origination_operation block ~ src ~ baker ~ script : unit_script ~ storage " : Unit " ~ forges_tickets : false in let * ( ticket_diffs , c... |
let test_originate_with_empty_tickets_list ( ) = let * ( baker , src , block ) = init ( ) in let storage = " { } " in let * ( _orig_contract , operation , incr ) = origination_operation block ~ src ~ baker ~ script : ticket_list_script ~ storage ~ forges_tickets : false in ... |
let test_originate_with_one_ticket ( ) = let * ( baker , src , block ) = init ( ) in let * ticketer = one_ticketer block in let storage = Printf . sprintf { { | Pair % S " white " 1 } } | ( Contract . to_b58check ticketer ) in let * ( orig_contract , operation , ctxt... |
let test_originate_with_multiple_tickets ( ) = let * ( baker , src , block ) = init ( ) in let * ticketer = one_ticketer block in let storage = let ticketer_addr = Contract . to_b58check ticketer in Printf . sprintf { { | Pair % S " red " 1 ; Pair % S " blue " 2 ; Pair %... |
let test_originate_with_different_tickets ( ) = let * ( baker , src , block ) = init ( ) in let * ( ticketer1 , ticketer2 ) = two_ticketers block in let storage = let ticketer1_addr = Contract . to_b58check ticketer1 in let ticketer2_addr = Contract . to_b58check ticketer2 in Printf . ... |
let test_originate_two_contracts_with_different_tickets ( ) = let * ( baker , src , block ) = init ( ) in let * ticketer = one_ticketer block in let storage = let ticketer_addr = Contract . to_b58check ticketer in Printf . sprintf { { | Pair % S " red " 1 ; Pair % S " green " ... |
let test_originate_and_transfer ( ) = let * ( baker , src , block ) = init ( ) in let * ticketer = one_ticketer block in let ticketer_addr = Contract . to_b58check ticketer in let storage = Printf . sprintf { { | Pair % S " red " 1 ; Pair % S " green " 1 ; Pair % S " b... |
let test_originate_big_map_with_tickets ( ) = let * ( baker , ticketer , block ) = init ( ) in let * ( operation , originated ) = Op . contract_origination ( B block ) ticketer ~ script : Op . dummy_script in let * block = Block . bake ~ operation block in let * incr = Increm... |
let test_transfer_big_map_with_tickets ( ) = let * ( baker , ticketer_contract , block ) = init ( ) in let * ( operation , originated ) = Op . contract_origination ( B block ) ticketer_contract ~ script : Op . dummy_script in let * block = Block . bake ~ operation block in let ... |
let tests = [ Tztest . tztest " Test operations that do not involve tickets " ` Quick test_non_ticket_operations ; Tztest . tztest " Test transfer to non - ticket contract " ` Quick test_transfer_to_non_ticket_contract ; Tztest . tztest " Test transfer empty ticket list " ` Quick test_tr... |
let ( let * ) m f = m >>=? f |
let wrap m = m >|= Environment . wrap_tzresult |
let new_ctxt ( ) = let * ( block , _ ) = Context . init 1 in let * incr = Incremental . begin_construction block in return @@ Incremental . alpha_ctxt incr |
let assert_equal_string_list ~ loc msg = Assert . assert_equal_list ~ loc String . equal msg Format . pp_print_string |
let string_list_of_ex_tickets ctxt tickets = let accum ( xs , ctxt ) ( Ticket_scanner . Ex_ticket ( cty , { Script_typed_ir . ticketer ; contents ; amount } ) ) = let * ( x , ctxt ) = wrap @@ Script_ir_translator . unparse_data ctxt Script_ir_translator . Readable ( Script_i... |
let make_ex_ticket ctxt ~ ticketer ~ type_exp ~ content_exp ~ amount = let * ( Script_ir_translator . Ex_comparable_ty cty , ctxt ) = let node = Micheline . root @@ Expr . from_string type_exp in wrap @@ Lwt . return @@ Script_ir_translator . parse_comparable_ty ctxt node in let * ticketer ... |
let assert_equals_ex_tickets ctxt ~ loc ex_tickets expected = let * ( str_tickets , ctxt ) = string_list_of_ex_tickets ctxt ex_tickets in let * ( str_tickets_expected , _ctxt ) = string_list_of_ex_tickets ctxt expected in assert_equal_string_list ~ loc " Compare with expected tickets " ( List ... |
let tickets_of_value ctxt ~ include_lazy ~ type_exp ~ value_exp = let ( Script_ir_translator . Ex_ty ty , ctxt ) = let node = Micheline . root @@ Expr . from_string type_exp in Result . value_f ~ default ( : fun ( ) -> Stdlib . failwith " Failed to parse " ) ( Script_ir_translato... |
let assert_contains_tickets ctxt ~ loc ~ include_lazy ~ type_exp ~ value_exp expected = let * ( ex_tickets , _ ) = tickets_of_value ctxt ~ include_lazy ~ type_exp ~ value_exp in assert_equals_ex_tickets ctxt ~ loc ex_tickets expected |
let assert_fail_non_empty_overlay ctxt ~ loc ~ include_lazy ~ type_exp ~ value_exp = tickets_of_value ctxt ~ include_lazy ~ type_exp ~ value_exp >>= fun res -> match res with | Error [ x ] -> let x = Format . kasprintf Fun . id " % a " Error_monad . pp x in Assert . equal ~ loc String . ... |
let make_string_tickets ctxt ticketer_amounts = List . fold_right_es ( fun ( ticketer , content , amount ) ( tickets , ctxt ) -> let * ( ticket , ctxt ) = make_ex_ticket ctxt ~ ticketer ~ type_exp " : string " ~ content_exp ( : Printf . sprintf { " |% s " } | content )... |
let tickets_from_big_map_ref ~ pre_populated value_exp = let * ( block , contracts ) = Context . init 1 in let source = WithExceptions . Option . get ~ loc : __LOC__ @@ List . hd contracts in let * ( operation , originated ) = Op . contract_origination ( B block ) source ~ script ... |
let assert_big_map_int_ticket_string_ref ~ loc ~ pre_populated ~ big_map_exp ex_tickets = let * ( value_exp , ctxt ) = tickets_from_big_map_ref ~ pre_populated big_map_exp in let * ( ex_tickets , ctxt ) = make_string_tickets ctxt ex_tickets in assert_contains_tickets ctxt ~ include_lazy : true ~... |
let assert_fail_non_empty_overlay_with_big_map_ref ~ loc ~ pre_populated ~ big_map_exp = let * ( value_exp , ctxt ) = tickets_from_big_map_ref ~ pre_populated big_map_exp in assert_fail_non_empty_overlay ctxt ~ include_lazy : true ~ loc ~ type_exp " : big_map int ( ticket string ) " ~ value_e... |
let test_tickets_in_unit_ticket ( ) = let * ctxt = new_ctxt ( ) in let type_exp = " ticket ( unit ) " in let value_exp = { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " Unit 10 } | in let * ( ex_ticket , ctxt ) = make_ex_ticket ctxt ~ ticketer " : KT1ThEdxfUcWUwqsdergy3QnbC... |
let assert_string_tickets ~ loc ~ include_lazy ~ type_exp ~ value_exp ~ expected = let * ctxt = new_ctxt ( ) in let * ( ex_tickets , ctxt ) = make_string_tickets ctxt expected in assert_contains_tickets ctxt ~ include_lazy ~ loc ~ type_exp ~ value_exp ex_tickets |
let test_tickets_in_list ( ) = assert_string_tickets ~ loc : __LOC__ ~ include_lazy : false ~ type_exp " : list ( ticket ( string ) ) " ~ value_exp : { | { Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ; Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " green " ... |
let test_tickets_in_pair ( ) = assert_string_tickets ~ loc : __LOC__ ~ include_lazy : false ~ type_exp " : pair ( ticket string ) ( ticket string ) " ~ value_exp : { | Pair ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ) ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUH... |
let test_tickets_in_map ( ) = assert_string_tickets ~ loc : __LOC__ ~ include_lazy : false ~ type_exp " : map int ( ticket string ) " ~ value_exp : { | { Elt 1 ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ) ; Elt 2 ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJ... |
let test_tickets_in_big_map ( ) = let * ctxt = new_ctxt ( ) in assert_fail_non_empty_overlay ctxt ~ loc : __LOC__ ~ include_lazy : true ~ type_exp " : big_map int ( ticket string ) " ~ value_exp : { | { Elt 1 ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ) ; ... |
let test_tickets_in_big_map_strict_only ( ) = assert_string_tickets ~ loc : __LOC__ ~ include_lazy : false ~ type_exp " : big_map int ( ticket string ) " ~ value_exp : { | { Elt 1 ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ) ; Elt 2 ( Pair " KT1ThEdxfUcWUwq... |
let test_tickets_in_list_in_big_map ( ) = let * ctxt = new_ctxt ( ) in assert_fail_non_empty_overlay ctxt ~ loc : __LOC__ ~ include_lazy : true ~ type_exp " ( : big_map int ( list ( ticket string ) ) ) " ~ value_exp : { | { Elt 1 { Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJ... |
let test_tickets_in_pair_big_map_and_list_strict_only ( ) = assert_string_tickets ~ loc : __LOC__ ~ include_lazy : false ~ type_exp " : pair ( big_map int ( ticket string ) ) ( list ( ticket string ) ) " ~ value_exp : { | Pair { Elt 1 ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUH... |
let test_tickets_in_or_left ( ) = assert_string_tickets ~ loc : __LOC__ ~ include_lazy : false ~ type_exp " : or ( ticket string ) int " ~ value_exp { :| Left ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ) } | ~ expected [ ( " : KT1ThEdxfUcWUwqsdergy3QnbCWGHS... |
let test_tickets_in_or_right ( ) = assert_string_tickets ~ loc : __LOC__ ~ include_lazy : false ~ type_exp " : or int ( ticket string ) " ~ value_exp { :| Right ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ) } | ~ expected [ ( " : KT1ThEdxfUcWUwqsdergy3QnbCWG... |
let test_tickets_in_empty_big_map_ref ( ) = assert_big_map_int_ticket_string_ref ~ loc : __LOC__ ~ pre_populated [ ] : ~ big_map_exp ( : Printf . sprintf " % s " ) [ ] |
let test_tickets_in_non_empty_big_map_ref ( ) = assert_big_map_int_ticket_string_ref ~ loc : __LOC__ ~ pre_populated : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 } ) ; | ( 2 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " green " 1 } ... |
let test_tickets_overlay_in_empty_big_map_ref ( ) = assert_fail_non_empty_overlay_with_big_map_ref ~ loc : __LOC__ ~ pre_populated [ ] : ~ big_map_exp : ( Printf . sprintf { | Pair % s { Elt 1 ( Some ( Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 ) ) } } ) | |
let test_tickets_overlay_in_non_empty_in_big_map_ref ( ) = assert_fail_non_empty_overlay_with_big_map_ref ~ loc : __LOC__ ~ pre_populated : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 } ) ; | ( 2 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " ... |
let test_tickets_replace_overlay_in_non_empty_in_big_map_ref ( ) = assert_fail_non_empty_overlay_with_big_map_ref ~ loc : __LOC__ ~ pre_populated : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 } ) ] | ~ big_map_exp : ( Printf . sprintf { | Pair % s { ... |
let test_tickets_remove_overlay_in_non_empty_in_big_map_ref ( ) = assert_fail_non_empty_overlay_with_big_map_ref ~ loc : __LOC__ ~ pre_populated : [ ( 1 , { | Pair " KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " " red " 1 } ) ] | ~ big_map_exp ( : Printf . sprintf { | Pair % s { ... |
let tests = [ Tztest . tztest " Test tickets in unit ticket " ` Quick test_tickets_in_unit_ticket ; Tztest . tztest " Test tickets in list " ` Quick test_tickets_in_list ; Tztest . tztest " Test tickets in pair " ` Quick test_tickets_in_pair ; Tztest . tztest " Test tickets in map "... |
let ( let * ) m f = m >>=? f |
let wrap m = m >|= Environment . wrap_tzresult |
let make_context ( ) = let * ( block , _ ) = Context . init 1 in let * incr = Incremental . begin_construction block in return ( Incremental . alpha_ctxt incr ) |
let hash_key ctxt ~ ticketer ~ typ ~ contents ~ owner = let ticketer = Micheline . root @@ Expr . from_string ticketer in let typ = Micheline . root @@ Expr . from_string typ in let contents = Micheline . root @@ Expr . from_string contents in let owner = Micheline . root @@ Expr . from_str... |
let assert_balance ctxt ~ loc key expected = let * ( balance , _ ) = wrap @@ Ticket_balance . get_balance ctxt key in match balance with | Some b -> Assert . equal_int ~ loc ( Z . to_int b ) expected | None -> failwith " Expected balance % d " expected |
let assert_no_balance ctxt key = let * ( balance , _ ) = wrap @@ Ticket_balance . get_balance ctxt key in match balance with | Some b -> failwith " Expected empty ( none ) balance but got % d " ( Z . to_int b ) | None -> return ( ) |
let adjust_balance ctxt key delta = wrap @@ Ticket_balance . adjust_balance ctxt key ~ delta ( : Z . of_int delta ) |
let assert_non_overlapping_keys ~ loc ~ ticketer1 ~ ticketer2 ~ contents1 ~ contents2 ~ typ1 ~ typ2 ~ owner1 ~ owner2 = let * ctxt = make_context ( ) in let * ( k1 , ctxt ) = hash_key ctxt ~ ticketer : ticketer1 ~ typ : typ1 ~ contents : contents1 ~ owner : owner1 in let * ( k2 , _c... |
let make_key ctxt content = hash_key ctxt ~ ticketer { " :| KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " } | ~ typ " : string " ~ contents ( : Printf . sprintf { " |% s " } | content ) ~ owner { " :| KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " } | |
let test_non_overlapping_keys_ticketer ( ) = assert_non_overlapping_keys ~ loc : __LOC__ ~ ticketer1 { " :| KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " } | ~ ticketer2 { " :| KT1PWx2mnDueood7fEmfbBDKx1D9BAnnXitn " } | ~ typ1 " : nat " ~ typ2 " : int " ~ contents1 { " :| 1 " ... |
let test_non_overlapping_keys_contents ( ) = assert_non_overlapping_keys ~ loc : __LOC__ ~ ticketer1 { " :| KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " } | ~ ticketer2 { " :| KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " } | ~ typ1 " : string " ~ typ2 " : string " ~ contents1 { " :| ... |
let test_non_overlapping_keys_type ( ) = assert_non_overlapping_keys ~ loc : __LOC__ ~ ticketer1 { " :| KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " } | ~ ticketer2 { " :| KT1ThEdxfUcWUwqsdergy3QnbCWGHSUHeHJq " } | ~ typ1 " : nat " ~ typ2 " : int " ~ contents1 { " :| 1 " } ... |
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