@ -81,7 +81,7 @@ defmodule BlockScoutWeb.Schema.Query.TransactionTest do
conn = get ( conn , " /graphql " , query : query , variables : variables ) conn = get ( conn , " /graphql " , query : query , variables : variables )
assert %{ " errors " = > [ error ] } = json_response ( conn , 200 ) assert %{ " errors " = > [ error ] } = json_response ( conn , 200 )
assert error [ " message " ] =~ ~s( Transaction hash #{ transaction . hash } was not found ) assert error [ " message " ] == " Transaction not found. "
end end
test " errors if argument 'hash' is missing " , %{ conn : conn } do test " errors if argument 'hash' is missing " , %{ conn : conn } do
@ -116,4 +116,396 @@ defmodule BlockScoutWeb.Schema.Query.TransactionTest do
assert error [ " message " ] =~ ~s( Argument "hash" has invalid value ) assert error [ " message " ] =~ ~s( Argument "hash" has invalid value )
end end
end end
describe " transaction internal_transactions field " do
test " returns all expected internal_transaction fields " , %{ conn : conn } do
address = insert ( :address )
contract_address = insert ( :contract_address )
block = insert ( :block )
transaction =
:transaction
|> insert ( from_address : address )
|> with_contract_creation ( contract_address )
|> with_block ( block )
internal_transaction_attributes = %{
transaction : transaction ,
index : 0 ,
from_address : address ,
call_type : :call
}
internal_transaction =
:internal_transaction_create
|> insert ( internal_transaction_attributes )
|> with_contract_creation ( contract_address )
query = """
query ( $ hash : FullHash ! , $ first : Int ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( first : $ first ) {
edges {
node {
call_type
created_contract_code
error
gas
gas_used
index
init
input
output
trace_address
type
value
block_number
transaction_index
created_contract_address_hash
from_address_hash
to_address_hash
transaction_hash
}
}
}
}
}
"""
variables = %{
" hash " = > to_string ( transaction . hash ) ,
" first " = > 1
}
conn = get ( conn , " /graphql " , query : query , variables : variables )
assert json_response ( conn , 200 ) == %{
" data " = > %{
" transaction " = > %{
" internal_transactions " = > %{
" edges " = > [
%{
" node " = > %{
" call_type " = > internal_transaction . call_type |> to_string ( ) |> String . upcase ( ) ,
" created_contract_code " = > to_string ( internal_transaction . created_contract_code ) ,
" error " = > internal_transaction . error ,
" gas " = > to_string ( internal_transaction . gas ) ,
" gas_used " = > to_string ( internal_transaction . gas_used ) ,
" index " = > internal_transaction . index ,
" init " = > to_string ( internal_transaction . init ) ,
" input " = > nil ,
" output " = > nil ,
" trace_address " = > Jason . encode! ( internal_transaction . trace_address ) ,
" type " = > internal_transaction . type |> to_string ( ) |> String . upcase ( ) ,
" value " = > to_string ( internal_transaction . value . value ) ,
" block_number " = > internal_transaction . block_number ,
" transaction_index " = > internal_transaction . transaction_index ,
" created_contract_address_hash " = >
to_string ( internal_transaction . created_contract_address_hash ) ,
" from_address_hash " = > to_string ( internal_transaction . from_address_hash ) ,
" to_address_hash " = > nil ,
" transaction_hash " = > to_string ( internal_transaction . transaction_hash )
}
}
]
}
}
}
}
end
test " with transaction with zero internal transactions " , %{ conn : conn } do
address = insert ( :address )
block = insert ( :block )
transaction =
:transaction
|> insert ( from_address : address )
|> with_block ( block )
query = """
query ( $ hash : FullHash ! , $ first : Int ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( first : $ first ) {
edges {
node {
index
transaction_hash
}
}
}
}
}
"""
variables = %{
" hash " = > to_string ( transaction . hash ) ,
" first " = > 1
}
conn = get ( conn , " /graphql " , query : query , variables : variables )
assert json_response ( conn , 200 ) == %{
" data " = > %{
" transaction " = > %{
" internal_transactions " = > %{
" edges " = > [ ]
}
}
}
}
end
test " internal transactions are ordered by ascending index " , %{ conn : conn } do
transaction = insert ( :transaction )
insert ( :internal_transaction , transaction : transaction , index : 2 )
insert ( :internal_transaction , transaction : transaction , index : 0 )
insert ( :internal_transaction , transaction : transaction , index : 1 )
query = """
query ( $ hash : FullHash ! , $ first : Int ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( first : $ first ) {
edges {
node {
index
transaction_hash
}
}
}
}
}
"""
variables = %{
" hash " = > to_string ( transaction . hash ) ,
" first " = > 3
}
response =
conn
|> get ( " /graphql " , query : query , variables : variables )
|> json_response ( 200 )
internal_transactions = get_in ( response , [ " data " , " transaction " , " internal_transactions " , " edges " ] )
index_order = Enum . map ( internal_transactions , & &1 [ " node " ] [ " index " ] )
assert index_order == Enum . sort ( index_order )
end
test " complexity correlates to first or last argument " , %{ conn : conn } do
transaction = insert ( :transaction )
query1 = """
query ( $ hash : FullHash ! , $ first : Int ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( first : $ first ) {
edges {
node {
index
transaction_hash
}
}
}
}
}
"""
variables1 = %{
" hash " = > to_string ( transaction . hash ) ,
" first " = > 55
}
response1 =
conn
|> get ( " /graphql " , query : query1 , variables : variables1 )
|> json_response ( 200 )
assert %{ " errors " = > [ error1 , error2 , error3 ] } = response1
assert error1 [ " message " ] =~ ~s( Field internal_transactions is too complex )
assert error2 [ " message " ] =~ ~s( Field transaction is too complex )
assert error3 [ " message " ] =~ ~s( Operation is too complex )
query2 = """
query ( $ hash : FullHash ! , $ last : Int ! , $ count : Int ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( last : $ last , count : $ count ) {
edges {
node {
index
transaction_hash
}
}
}
}
}
"""
variables2 = %{
" hash " = > to_string ( transaction . hash ) ,
" last " = > 55 ,
" count " = > 100
}
response2 =
conn
|> get ( " /graphql " , query : query2 , variables : variables2 )
|> json_response ( 200 )
assert %{ " errors " = > [ error1 , error2 , error3 ] } = response2
assert error1 [ " message " ] =~ ~s( Field internal_transactions is too complex )
assert error2 [ " message " ] =~ ~s( Field transaction is too complex )
assert error3 [ " message " ] =~ ~s( Operation is too complex )
end
test " with 'last' and 'count' arguments " , %{ conn : conn } do
# "`last: N` must always be acompanied by either a `before:` argument to
# the query, or an explicit `count:` option to the `from_query` call.
# Otherwise it is impossible to derive the required offset."
# https://hexdocs.pm/absinthe_relay/Absinthe.Relay.Connection.html#from_query/4
#
# This test ensures support for a 'count' argument.
transaction = insert ( :transaction )
insert ( :internal_transaction , transaction : transaction , index : 2 )
insert ( :internal_transaction , transaction : transaction , index : 0 )
insert ( :internal_transaction , transaction : transaction , index : 1 )
query = """
query ( $ hash : FullHash ! , $ last : Int ! , $ count : Int ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( last : $ last , count : $ count ) {
edges {
node {
index
transaction_hash
}
}
}
}
}
"""
variables = %{
" hash " = > to_string ( transaction . hash ) ,
" last " = > 1 ,
" count " = > 3
}
[ internal_transaction ] =
conn
|> get ( " /graphql " , query : query , variables : variables )
|> json_response ( 200 )
|> get_in ( [ " data " , " transaction " , " internal_transactions " , " edges " ] )
assert internal_transaction [ " node " ] [ " index " ] == 2
end
test " pagination support with 'first' and 'after' arguments " , %{ conn : conn } do
transaction = insert ( :transaction )
for index <- 0 . . 5 do
insert ( :internal_transaction_create , transaction : transaction , index : index )
end
query1 = """
query ( $ hash : AddressHash ! , $ first : Int ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( first : $ first ) {
page_info {
has_next_page
has_previous_page
}
edges {
node {
index
transaction_hash
}
cursor
}
}
}
}
"""
variables1 = %{
" hash " = > to_string ( transaction . hash ) ,
" first " = > 2
}
conn = get ( conn , " /graphql " , query : query1 , variables : variables1 )
%{ " data " = > %{ " transaction " = > %{ " internal_transactions " = > page1 } } } = json_response ( conn , 200 )
assert page1 [ " page_info " ] == %{ " has_next_page " = > true , " has_previous_page " = > false }
assert Enum . all? ( page1 [ " edges " ] , & ( &1 [ " node " ] [ " index " ] in 0 . . 1 ) )
last_cursor_page1 =
page1
|> Map . get ( " edges " )
|> List . last ( )
|> Map . get ( " cursor " )
query2 = """
query ( $ hash : AddressHash ! , $ first : Int ! , $ after : ID ! ) {
transaction ( hash : $ hash ) {
internal_transactions ( first : $ first , after : $ after ) {
page_info {
has_next_page
has_previous_page
}
edges {
node {
index
transaction_hash
}
cursor
}
}
}
}
"""
variables2 = %{
" hash " = > to_string ( transaction . hash ) ,
" first " = > 2 ,
" after " = > last_cursor_page1
}
page2 =
conn
|> get ( " /graphql " , query : query2 , variables : variables2 )
|> json_response ( 200 )
|> get_in ( [ " data " , " transaction " , " internal_transactions " ] )
assert page2 [ " page_info " ] == %{ " has_next_page " = > true , " has_previous_page " = > true }
assert Enum . all? ( page2 [ " edges " ] , & ( &1 [ " node " ] [ " index " ] in 2 . . 3 ) )
last_cursor_page2 =
page2
|> Map . get ( " edges " )
|> List . last ( )
|> Map . get ( " cursor " )
variables3 = %{
" hash " = > to_string ( transaction . hash ) ,
" first " = > 2 ,
" after " = > last_cursor_page2
}
page3 =
conn
|> get ( " /graphql " , query : query2 , variables : variables3 )
|> json_response ( 200 )
|> get_in ( [ " data " , " transaction " , " internal_transactions " ] )
assert page3 [ " page_info " ] == %{ " has_next_page " = > false , " has_previous_page " = > true }
assert Enum . all? ( page3 [ " edges " ] , & ( &1 [ " node " ] [ " index " ] in 4 . . 5 ) )
end
end
end end
Andrew Cravenho
6 years ago
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