test(zencode): 🧪 update deprecated statements in test

test/testgen_sign_verify_tests.sh

@@ -48,9 +48,9 @@ EOF
 Scenario %%ALGOSIGN%%
 Given I am known as 'Carl'
 When I create the %%ALGOSIGN%% key
-and I copy the '%%ALGOSIGN%%' in 'keyring' to '%%ALGOSIGN%% before'
+and I copy the '%%ALGOSIGN%%' from 'keyring' to '%%ALGOSIGN%% before'
 and I create the %%ALGOSIGN%% public key
-and I copy the '%%ALGOSIGN%%' in 'keyring' to '%%ALGOSIGN%% after'
+and I copy the '%%ALGOSIGN%%' from 'keyring' to '%%ALGOSIGN%% after'
 and I verify '%%ALGOSIGN%% before' is equal to '%%ALGOSIGN%% after'
 Then print '%%ALGOSIGN%% before' as 'hex'
 and print '%%ALGOSIGN%% after' as 'hex'

test/zencode/array.bats

@@ -892,7 +892,7 @@ EOF
 Given I have a 'string array' named 'array'
 
 When I create the size of 'array'
-and I create the copy of element 'size' in array 'array'
+and I create the copy of element 'size' from array 'array'
 
 Then print the 'copy'
 EOF
@@ -935,11 +935,11 @@ Given I have a 'string array' named 'smallarray'
 Given I have a 'string dictionary' named 'smalldict'
 Given I have a 'ethereum signature array' named 'smallSignatures'
 
-When I create the copy of last element in 'smallarray'
+When I create the copy of last element from 'smallarray'
 and I rename 'copy_of_last_element' to 'last array'
-When I create the copy of last element in 'smalldict'
+When I create the copy of last element from 'smalldict'
 and I rename 'copy_of_last_element' to 'last dict'
-When I create the copy of last element in 'smallSignatures'
+When I create the copy of last element from 'smallSignatures'
 and I rename 'copy_of_last_element' to 'last signature'
 
 Then print the 'last array'
@@ -1014,7 +1014,7 @@ EOF
     cat << EOF | zexe copy_from_schema_array.zen copy_from_schema_array.data
 Scenario 'ethereum': copy element
 Given I have a 'ethereum address signature pair array' named 'addresses_signatures'
-When I create the copy of element '1' in array 'addresses_signatures'
+When I create the copy of element '1' from array 'addresses_signatures'
 Then print the 'copy'
 EOF
     save_output 'copy_from_schema_array.json'

test/zencode/bbs_sha.bats

@@ -42,9 +42,9 @@ EOF
 Scenario bbs
 Given I am known as 'Carl'
 When I create the bbs key
-and I copy the 'bbs' in 'keyring' to 'bbs before'
+and I copy the 'bbs' from 'keyring' to 'bbs before'
 and I create the bbs public key
-and I copy the 'bbs' in 'keyring' to 'bbs after'
+and I copy the 'bbs' from 'keyring' to 'bbs after'
 and I verify 'bbs before' is equal to 'bbs after'
 Then print 'bbs before' as 'hex'
 and print 'bbs after' as 'hex'

test/zencode/bbs_shake.bats

@@ -42,9 +42,9 @@ EOF
 Scenario bbs
 Given I am known as 'Carl'
 When I create the bbs key
-and I copy the 'bbs' in 'keyring' to 'bbs before'
+and I copy the 'bbs' from 'keyring' to 'bbs before'
 and I create the bbs public key
-and I copy the 'bbs' in 'keyring' to 'bbs after'
+and I copy the 'bbs' from 'keyring' to 'bbs after'
 and I verify 'bbs before' is equal to 'bbs after'
 Then print 'bbs before' as 'hex'
 and print 'bbs after' as 'hex'

test/zencode/cookbook_dictionaries.bats

@@ -346,10 +346,11 @@ And I rename the 'copy' to 'InitialAmount<<TransactionAmountsA'
 When I create the copy of object named by 'objectToBeCopied' from dictionary 'TransactionAmountsA'
 And I rename the 'copy' to 'LaterAmount<<TransactionAmountsA'
 
-# And you can also copy an element of a dictionary, that is nested 
-# into another dictionary, to the root level:
-When I create the copy of 'Buyer' in 'Information' in 'TransactionsBatchA'
-and I rename the 'copy' to 'Buyer<<Information<<TransactionsBatchA'
+# PICKUP
+# And you can also pickup an element of a dictionary, that is nested 
+# into another dictionaries, to the root level:
+When I pickup from path 'TransactionsBatchA.Information.Buyer'
+and I rename the 'Buyer' to 'Buyer<<Information<<TransactionsBatchA'
 
 # MOVE in Dictionary
 # We can use the "move" statement to add an element to a dictionary, as we would do with an array

test/zencode/cookbook_when.bats

@@ -253,7 +253,7 @@ When I copy 'myFirstArray' to 'copyOfMyFirstArray'
 # You can copy a certain element from an array, to a new object named "copy", with the
 # same encoding of the array, in the root level of the data. 
 # We are immeediately renaming the outout for your convenience.
-When I create the copy of element '3' in array 'myFourthArray'
+When I create the copy of element '3' from array 'myFourthArray'
 and I rename the 'copy' to 'copyOfElement3OfmyFourthArray'
 
 # SPLIT (leftmost, rightmost)
@@ -525,7 +525,7 @@ When I create the variance of elements in array 'mySecondNumberArray'
 # COPY ELEMENT
 # This statement creates a an object named "copy" containing
 # the given element of the array
-When I create the copy of element '2' in array 'mySecondNumberArray'
+When I create the copy of element '2' from array 'mySecondNumberArray'
 
 # REMOVE
 # The "remove" statement does the opposite of the one above:

test/zencode/dictionary.bats

@@ -316,8 +316,8 @@ When I create the copy of 'dataTime1' from dictionary 'nested'
 and I rename 'copy' to 'dataTime1'
 and I create the copy of 'Currency' from dictionary 'dataTime1'
 and I rename the 'copy' to 'first method'
-When I create the copy of 'Currency' in 'dataTime1' in 'nested'
-and I rename the 'copy' to 'second method'
+When I pickup from path 'nested.dataTime1.Currency'
+and I rename the 'Currency' to 'second method'
 Then print the 'first method'
 and print the 'second method'
 EOF

test/zencode/ecdh.bats

@@ -87,9 +87,9 @@ EOF
 Scenario ecdh
 Given I am known as 'Carl'
 When I create the ecdh key
-and I copy the 'ecdh' in 'keyring' to 'ecdh before'
+and I copy the 'ecdh' from 'keyring' to 'ecdh before'
 and I create the ecdh public key
-and I copy the 'ecdh' in 'keyring' to 'ecdh after'
+and I copy the 'ecdh' from 'keyring' to 'ecdh after'
 and I verify 'ecdh before' is equal to 'ecdh after'
 Then print 'ecdh before' as 'hex'
 and print 'ecdh after' as 'hex'

test/zencode/ethereum.bats

@@ -510,19 +510,19 @@ given I have a 'string' named 'numcid'
 given I have a 'integer' named 'bigcid'
 
 When I create the signed ethereum transaction for chain 'fabt'
-When I copy the 'v' in 'ethereum_transaction' to 'v0'
+When I copy the 'v' from 'ethereum_transaction' to 'v0'
 When I remove 'signed ethereum transaction'
 When I create the signed ethereum transaction for chain 'strcid'
-When I copy the 'v' in 'ethereum_transaction' to 'v1'
+When I copy the 'v' from 'ethereum_transaction' to 'v1'
 When I remove 'signed ethereum transaction'
 When I create the signed ethereum transaction for chain '80'
-When I copy the 'v' in 'ethereum_transaction' to 'v2'
+When I copy the 'v' from 'ethereum_transaction' to 'v2'
 When I remove 'signed ethereum transaction'
 When I create the signed ethereum transaction for chain 'numcid'
-When I copy the 'v' in 'ethereum_transaction' to 'v3'
+When I copy the 'v' from 'ethereum_transaction' to 'v3'
 When I remove 'signed ethereum transaction'
 When I create the signed ethereum transaction for chain 'bigcid'
-When I copy the 'v' in 'ethereum_transaction' to 'v4'
+When I copy the 'v' from 'ethereum_transaction' to 'v4'
 When I remove 'signed ethereum transaction'
 
 then print the 'v0' as 'hex'
@@ -874,11 +874,11 @@ Given I have a 'hex' named 'encoded data'
 Given I have a 'string array' named 'typeSpec'
 
 When I create the ethereum abi decoding of 'encoded data' using 'typeSpec'
-When I create the copy of element '1' in array 'ethereum abi decoding'
+When I create the copy of element '1' from array 'ethereum abi decoding'
 When I rename 'copy' to 'request_id'
-When I create the copy of element '2' in array 'ethereum abi decoding'
+When I create the copy of element '2' from array 'ethereum abi decoding'
 When I rename 'copy' to 'data'
-When I create the copy of element '3' in array 'ethereum abi decoding'
+When I create the copy of element '3' from array 'ethereum abi decoding'
 When I rename 'copy' to 'dao_vote_id'
 
 Then print the 'request_id' as 'integer'

test/zencode/generic_bbs.bats

@@ -42,9 +42,9 @@ EOF
 Scenario bbs
 Given I am known as 'Carl'
 When I create the bbs key
-and I copy the 'bbs' in 'keyring' to 'bbs before'
+and I copy the 'bbs' from 'keyring' to 'bbs before'
 and I create the bbs public key
-and I copy the 'bbs' in 'keyring' to 'bbs after'
+and I copy the 'bbs' from 'keyring' to 'bbs after'
 and I verify 'bbs before' is equal to 'bbs after'
 Then print 'bbs before' as 'hex'
 and print 'bbs after' as 'hex'

test/zencode/generic_dilithium.bats

@@ -42,9 +42,9 @@ EOF
 Scenario qp
 Given I am known as 'Carl'
 When I create the dilithium key
-and I copy the 'dilithium' in 'keyring' to 'dilithium before'
+and I copy the 'dilithium' from 'keyring' to 'dilithium before'
 and I create the dilithium public key
-and I copy the 'dilithium' in 'keyring' to 'dilithium after'
+and I copy the 'dilithium' from 'keyring' to 'dilithium after'
 and I verify 'dilithium before' is equal to 'dilithium after'
 Then print 'dilithium before' as 'hex'
 and print 'dilithium after' as 'hex'

test/zencode/generic_ecdh.bats

@@ -42,9 +42,9 @@ EOF
 Scenario ecdh
 Given I am known as 'Carl'
 When I create the ecdh key
-and I copy the 'ecdh' in 'keyring' to 'ecdh before'
+and I copy the 'ecdh' from 'keyring' to 'ecdh before'
 and I create the ecdh public key
-and I copy the 'ecdh' in 'keyring' to 'ecdh after'
+and I copy the 'ecdh' from 'keyring' to 'ecdh after'
 and I verify 'ecdh before' is equal to 'ecdh after'
 Then print 'ecdh before' as 'hex'
 and print 'ecdh after' as 'hex'

test/zencode/generic_eddsa.bats

@@ -42,9 +42,9 @@ EOF
 Scenario eddsa
 Given I am known as 'Carl'
 When I create the eddsa key
-and I copy the 'eddsa' in 'keyring' to 'eddsa before'
+and I copy the 'eddsa' from 'keyring' to 'eddsa before'
 and I create the eddsa public key
-and I copy the 'eddsa' in 'keyring' to 'eddsa after'
+and I copy the 'eddsa' from 'keyring' to 'eddsa after'
 and I verify 'eddsa before' is equal to 'eddsa after'
 Then print 'eddsa before' as 'hex'
 and print 'eddsa after' as 'hex'

test/zencode/generic_schnorr.bats

@@ -42,9 +42,9 @@ EOF
 Scenario schnorr
 Given I am known as 'Carl'
 When I create the schnorr key
-and I copy the 'schnorr' in 'keyring' to 'schnorr before'
+and I copy the 'schnorr' from 'keyring' to 'schnorr before'
 and I create the schnorr public key
-and I copy the 'schnorr' in 'keyring' to 'schnorr after'
+and I copy the 'schnorr' from 'keyring' to 'schnorr after'
 and I verify 'schnorr before' is equal to 'schnorr after'
 Then print 'schnorr before' as 'hex'
 and print 'schnorr after' as 'hex'