@@ -371,84 +371,3 @@ Test( oracle, upd_aggregate ) {
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cr_assert ( px -> prev_conf_ == prev_conf_ );
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cr_assert ( px -> prev_timestamp_ == prev_timestamp_ );
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}
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-
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- Test ( oracle , del_publisher ) {
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- pc_price_info_t p1 = { .price_ = 100 , .conf_ = 10 ,
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- .status_ = PC_STATUS_TRADING , .pub_slot_ = 42 };
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- pc_price_info_t p2 = { .price_ = 200 , .conf_ = 20 ,
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- .status_ = PC_STATUS_TRADING , .pub_slot_ = 42 };
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-
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- // start with perfect inputs
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- pc_pub_key_t p_id = { .k8_ = { 1 , 2 , 3 , 4 } };
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- pc_pub_key_t p_id2 = { .k8_ = { 2 , 3 , 4 , 5 } };
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- pc_pub_key_t p_id3 = { .k8_ = { 3 , 4 , 5 , 6 } };
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- cmd_add_publisher_t idata = {
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- .ver_ = PC_VERSION ,
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- .cmd_ = e_cmd_del_publisher ,
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- .pub_ = p_id2
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- };
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- SolPubkey pkey = {.x = { 1 , }};
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- SolPubkey skey = {.x = { 3 , }};
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- uint64_t pqty = 100 ;
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- pc_price_t sptr [1 ];
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- sol_memset ( sptr , 0 , sizeof ( pc_price_t ) );
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- sptr -> magic_ = PC_MAGIC ;
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- sptr -> ver_ = PC_VERSION ;
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- sptr -> ptype_ = PC_PTYPE_PRICE ;
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- sptr -> type_ = PC_ACCTYPE_PRICE ;
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- sptr -> num_ = 1 ;
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- sptr -> comp_ [0 ].latest_ = p1 ;
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- pc_pub_key_assign ( & sptr -> comp_ [0 ].pub_ , (pc_pub_key_t * )& p_id2 );
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-
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- SolAccountInfo acc [] = {{
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- .key = & pkey ,
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- .lamports = & pqty ,
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- .data_len = 0 ,
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- .data = NULL ,
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- .owner = NULL ,
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- .rent_epoch = 0 ,
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- .is_signer = true,
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- .is_writable = true,
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- .executable = false
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- },{
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- .key = & skey ,
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- .lamports = & PRICE_ACCOUNT_LAMPORTS ,
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- .data_len = sizeof ( pc_price_t ),
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- .data = (uint8_t * )sptr ,
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- .owner = (SolPubkey * )& p_id ,
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- .rent_epoch = 0 ,
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- .is_signer = true,
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- .is_writable = true,
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- .executable = false
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- } };
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- SolParameters prm = {
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- .ka = acc ,
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- .ka_num = 2 ,
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- .data = (const uint8_t * )& idata ,
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- .data_len = sizeof ( idata ),
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- .program_id = (SolPubkey * )& p_id
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- };
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- cr_assert ( SUCCESS == dispatch ( & prm , acc ) );
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- cr_assert ( sptr -> num_ == 0 );
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- cr_assert ( sptr -> comp_ [0 ].latest_ .status_ == 0 );
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-
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- sptr -> num_ = 2 ;
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- sptr -> comp_ [0 ].latest_ = p1 ;
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- sptr -> comp_ [1 ].latest_ = p2 ;
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- pc_pub_key_assign ( & sptr -> comp_ [0 ].pub_ , (pc_pub_key_t * )& p_id2 );
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- pc_pub_key_assign ( & sptr -> comp_ [1 ].pub_ , (pc_pub_key_t * )& p_id3 );
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- cr_assert ( SUCCESS == dispatch ( & prm , acc ) );
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- cr_assert ( sptr -> num_ == 1 );
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- cr_assert ( sptr -> comp_ [0 ].latest_ .price_ == p2 .price_ );
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- cr_assert ( sptr -> comp_ [1 ].latest_ .status_ == 0 );
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-
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- sptr -> num_ = 2 ;
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- sptr -> comp_ [0 ].latest_ = p1 ;
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- sptr -> comp_ [1 ].latest_ = p2 ;
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- pc_pub_key_assign ( & sptr -> comp_ [0 ].pub_ , (pc_pub_key_t * )& p_id3 );
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- pc_pub_key_assign ( & sptr -> comp_ [1 ].pub_ , (pc_pub_key_t * )& p_id2 );
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- cr_assert ( SUCCESS == dispatch ( & prm , acc ) );
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- cr_assert ( sptr -> num_ == 1 );
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- cr_assert ( sptr -> comp_ [0 ].latest_ .price_ == p1 .price_ );
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- cr_assert ( sptr -> comp_ [1 ].latest_ .status_ == 0 );
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- }
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