fix: do not convert timestamps to Duniter V2 block number

lib/functions.py

@@ -7,7 +7,7 @@ from adapters.duniter_v18.memberships import LevelDBMembershipsRepository
 from adapters.duniter_v18.wallets import LevelDBWalletsRepository
 from adapters.duniter_v18.ud_value import LevelDBUDValueRepository
 from custom.parameters import CERT_PERIOD, CERT_MIN_RECEIVED_CERT_TO_ISSUE_CERT
-from lib.utility import v1_pubkey_to_v2_address, load_json, date_to_bloc_number
+from lib.utility import load_json
 
 
 def get_wallets_data(leveldb_path: str) -> tuple:
@@ -108,7 +108,7 @@ def get_identities_and_wallets(start_timestamp: int, leveldb_path: str) -> tuple
         uid = identity["uid"]
         is_member = identity["member"]
         identity_names[pubkey] = uid
-        membership_expire_on = date_to_bloc_number(memberships_repository.get(pubkey)["expires_on"], start_timestamp)
+        membership_expire_on = memberships_repository.get(pubkey)["expires_on"]
         if membership_expire_on < 0:
             membership_expire_on = 0  # forget old expiry date
 
@@ -154,13 +154,11 @@ def get_identities_and_wallets(start_timestamp: int, leveldb_path: str) -> tuple
             # get expiration of certification
             # timestamp of cert creation
             created_at = blocks_repository.get(cert["created_on"])["medianTime"]
-            # block of cert creation
-            created_on = date_to_bloc_number(created_at, start_timestamp)
             # block of next issuable cert
-            next_issuable_on = created_on + CERT_PERIOD
+            next_issuable_on = created_at + CERT_PERIOD
             # timestamp of cert expiration
             cert_expire_at = cert["expires_on"]
-            cert_expire_on = date_to_bloc_number(cert_expire_at, start_timestamp)
+            cert_expire_on = cert_expire_at
 
             # if certification expiration date is before export,
             # it is a renewed certification and can be ignored

main.py

@@ -57,7 +57,7 @@ def main():
     last_block_time = last_block["medianTime"]
 
     first_ud_value = last_block["dividend"]
-    first_ud_reeval = date_to_bloc_number(last_block["udReevalTime"], start_timestamp)
+    first_ud_reeval = last_block["udReevalTime"]
     inital_monetary_mass = last_block["mass"]
     last_block_time = last_block["medianTime"]