antelope_bps

Pinax

v0.3.0/14 downloads

Package ref

antelope-bps@v0.3.0

Download .spkg

Run package

CLI

Run map_bps from the command line.

substreams run antelope-bps@v0.3.0 map_bps --start-block -1

Authenticate by running substreams auth or directly on thegraph.market (see docs).

README

Antelope Block Producer claim rewards (Block Pay & Vote Pay).

Modules

Execution graph

9 modules

mapMain

map_bps

Output

antelope.bps.v1.Bps

Inputs

common:filtered_transactions

Show 8 dependencies

map

common:all_actions

`all_actions` reads from all_transactions and extracts all executed actions

Output

sf.antelope.type.v1.ActionTraces

Inputs

common:all_transactions

map

common:all_transactions

`all_transactions` reads from antelope blocks and extracts all executed transactions

Output

sf.antelope.type.v1.TransactionTraces

Inputs

sf.antelope.type.v1.Block

map

common:filtered_actions

`filtered_actions` reads from all_actions and applies a filter on the actions Supported operators are: logical or `||`, logical and `&&` and parenthesis: `()` Example: `code:eosio.token && action:transfer`

Output

sf.antelope.type.v1.ActionTraces

Inputs

paramscommon:all_actions

map

common:filtered_actions_extra

`filtered_actions_extra` reads from all_actions and applies a filter on the actions Supported operators are: logical or `||`, logical and `&&` and parenthesis: `()` Example: `code:eosio.token && action:transfer && (data.to:myaccount || data.from:myaccount)`

Output

sf.antelope.type.v1.ActionTraces

Inputs

paramscommon:all_actions

map

common:filtered_transactions

`filtered_transactions` reads from all_transactions and applies a filter on the transactions Supported operators are: logical or `||`, logical and `&&` and parenthesis: `()` Example: `code:eosio.token && action:transfer`

Output

sf.antelope.type.v1.TransactionTraces

Inputs

paramscommon:all_transactions

map

common:filtered_transactions_extra

`filtered_transactions_extra` reads from all_transactions and applies a filter on the transactions Supported operators are: logical or `||`, logical and `&&` and parenthesis: `()` Example: `code:eosio.token && action:transfer && (data.to:myaccount || data.from:myaccount)`

Output

sf.antelope.type.v1.TransactionTraces

Inputs

paramscommon:all_transactions

blockIndex

common:index_actions

`index_actions` sets the following keys on the block: * Contract account code:{account} * Action action:{action} * Receiver receiver:{account}

Output

sf.substreams.index.v1.Keys

Inputs

common:all_actions

blockIndex

common:index_actions_extra

`index_actions_extra` sets the following keys on the block: * Contract account code:{account} * Action action:{action} * Receiver receiver:{account} * Authorized by auth:{account}[@{permission}] * Action params data.{param}:{value}

Output

sf.substreams.index.v1.Keys

Inputs

common:all_actions

Protobuf

sf.antelope.type.v1

ActionTracesmain

sf.antelope.type.v1.ActionTraces

ActionTrace[]action_traces = 1

TransactionTracesmain

sf.antelope.type.v1.TransactionTraces

TransactionTrace[]transaction_traces = 1

AccountCreationRef

sf.antelope.type.v1.AccountCreationRef

AccountCreation represents the time and place where an account was created on an EOSIO chain. The block referenced is expected to be irreversible.

stringaccount = 1

Account being created

stringcreator = 2

Account that created the account

uint64block_num = 3

At which block number this happened

stringblock_id = 4

At which block ID this happened

Timestampblock_time = 5

stringtransaction_id = 6

AccountDelta

sf.antelope.type.v1.AccountDelta

stringaccount = 1

int64delta = 2

AccountRAMDelta

sf.antelope.type.v1.AccountRAMDelta

stringaccount = 1

int64delta = 2

Action

sf.antelope.type.v1.Action

stringaccount = 1

stringname = 2

PermissionLevel[]authorization = 3

stringjson_data = 4

bytesraw_data = 5

ActionReceipt

sf.antelope.type.v1.ActionReceipt

stringreceiver = 1

stringdigest = 2

uint64global_sequence = 3

AuthSequence[]auth_sequence = 4

uint64recv_sequence = 5

uint64code_sequence = 6

uint64abi_sequence = 7

ActionTrace

sf.antelope.type.v1.ActionTrace

ActionReceiptreceipt = 1

Actionaction = 2

boolcontext_free = 3

int64elapsed = 4

stringconsole = 5

stringtransaction_id = 6

uint64block_num = 7

stringproducer_block_id = 8

Timestampblock_time = 9

AccountRAMDelta[]account_ram_deltas = 10

stringreceiver = 11

Exceptionexception = 15

uint32action_ordinal = 16

uint32creator_action_ordinal = 17

uint32closest_unnotified_ancestor_action_ordinal = 18

uint32execution_index = 19

uint64error_code = 20

https://github.com/EOSIO/eos/pull/7108

boolfiltering_matched = 30

Whether this action trace was a successful match, present only when filtering was applied on block. This will be true if the Block filtering_applied is true, if the include CEL filter matched and if the exclude CEL filter did NOT match.

boolfiltering_matched_system_action_filter = 31

Whether this action trace was a successful system match, present only when filtering was applied on block. This will be true if the Block filtering_applied is true, if the system actions include CEL filter matched, supersedes any exclude CEL filter.

bytesraw_return_value = 41

ReturnValue has been added in EOSIO 2.1.x as something that can be returned from the execution of an action.

See https://github.com/EOSIO/eos/pull/8327

stringjson_return_value = 42

ActivatedProtocolFeatures

sf.antelope.type.v1.ActivatedProtocolFeatures

bytes[]protocol_features = 1

Authority

sf.antelope.type.v1.Authority

uint32threshold = 1

KeyWeight[]keys = 2

PermissionLevelWeight[]accounts = 3

WaitWeight[]waits = 4

AuthSequence

sf.antelope.type.v1.AuthSequence

stringaccount_name = 1

uint64sequence = 2

Block

sf.antelope.type.v1.Block

stringid = 1

id is the block's hash.

uint32number = 2

Number is the block's height at which this block was mined.

uint32version = 3

BlockHeaderheader = 4

Header contains the block's header information like its parent hash, the merkel root hash and all other information the form a block.

stringproducer_signature = 5

TransactionReceipt[]unfiltered_transactions = 6

The unfiltered transactions in this block when NO filtering has been applied, (i.e. filtering_applied = false). When filtering has been applied on this block, (i.e. filtering_applied = true), this field will be set to nil and instead, the filtered_transactions will be populated with only filtered transactions.

Use the helper getter method Transactions() to automatically pick the correct field to use (unfiltered_transactions when filtering_applied == false and filtered_transactions when filtering_applied == true).

Extension[]block_extensions = 7

uint32dpos_proposed_irreversible_blocknum = 8

uint32dpos_irreversible_blocknum = 9

ProducerScheduleactive_schedule_v1 = 10

This was a list of {name, publicKey} elements, each block being signed by a single key, the schedule was simply a list of pair, each pair being the producer name and it's public key used to sign the block.

BlockRootMerkleblockroot_merkle = 11

ProducerToLastProduced[]producer_to_last_produced = 12

ProducerToLastImpliedIRB[]producer_to_last_implied_irb = 13

stringblock_signing_key = 14

This was a single string element representing a public key (eos-go#ecc.PublicKey). It has been replaced by valid_block_signing_authority_v2.

uint32[]confirm_count = 15

PendingProducerSchedulepending_schedule = 16

ActivatedProtocolFeaturesactivated_protocol_features = 17

RlimitOp[]rlimit_ops = 19

TrxOp[]unfiltered_implicit_transaction_ops = 20

The unfiltered implicit transaction ops in this block when NO filtering has been applied, (i.e. filtering_applied = false). When filtering has been applied on this block, (i.e. filtering_applied = true), this field will be set to nil and instead, the filtered_implicit_transaction_ops will be populated with only filtered implicit transaction ops.

Use the helper getter method ImplicitTransactionOps() to automatically pick the correct field to use (unfiltered_implicit_transaction_ops when filtering_applied == false and filtered_implicit_transaction_ops when filtering_applied == true).

TransactionTrace[]unfiltered_transaction_traces = 21

The unfiltered transaction traces in this block when NO filtering has been applied, (i.e. filtering_applied = false). When filtering has been applied on this block, (i.e. filtering_applied = true), this field will be set to nil and instead, the filtered_transaction_traces will be populated with only filtered transactions.

Use the helper getter method TransactionTraces() to automatically pick the correct field to use (unfiltered_transaction_traces when filtering_applied == false and filtered_transaction_traces when filtering_applied == true).

uint32unfiltered_transaction_count = 22

Number of transaction executed within this block when no filtering is applied (filtering_applied == false).

uint32unfiltered_transaction_trace_count = 23

Number of transaction trace executed within this block when no filtering is applied (filtering_applied == false).

uint32unfiltered_executed_input_action_count = 24

Number of top-level actions that were successfully executed within this block when no filtering is applied (filtering_applied == false).

uint32unfiltered_executed_total_action_count = 25

Number of actions that were successfully executed within this block when no filtering is applied (filtering_applied == false).

BlockSigningAuthorityvalid_block_signing_authority_v2 = 30

This replaces block_signing_key with a richer structure able to handle the weighted threshold multisig for block producers.

This can be downgraded to the old block_signing_key simply by taking the first key present in the list. This is of course simple and not accurate anymore in EOSIO 2.0 system where WTMSIG_BLOCK_SIGNATURES has been activated AND block producers starts signing blocks with more than one key.

See BlockSigningAuthority for further details

ProducerAuthorityScheduleactive_schedule_v2 = 31

This repleaces the old type ProducerSchedule for the active_schedule field. This was only a type change in EOSIO 2.0, the field's name remained the same.

This is the new schedule data layout which is richer than it's oldest counterpart. The inner element for a producer can then be composed with multiple keys, each with their own weight and the threshold required to accept the block signature.

boolfiltering_applied = 40

Wheter or not a filtering process was run on this block. The filtering process sets to nil the unfiltered_transaction_traces to nil and populate the filtered_transaction_traces according to the filtering_include_filter_expr and filtering_exclude_filter_expr CEL expressions. A transaction will be present in the filtered_transaction_traces array if it matched the filtering_include_filter_expr and did NOT match the filtering_exclude_filter_expr.

Moreover, each matching action that brought the transaction to be in filtered_transaction_traces array will have a filtering_matched flag set on it to broadcast the fact that this action match the inclusion/exclusion list.

This flag controls all filtered_* and unfiltered_* elements on the Block structure and on substructures if present.

stringfiltering_include_filter_expr = 41

The CEL filter expression used to include transaction in filtered_transaction_traces array, works in combination with filtering_exclude_filter_expr value.

stringfiltering_exclude_filter_expr = 42

The CEL filter expression used to exclude transaction in filtered_transaction_traces array, works in combination with filtering_include_filter_expr value.

uint32filtered_transaction_trace_count = 43

Number of transaction trace that were successfully executed within this block that are found in the filtered_transaction_traces array. This field is populated only when the flag filtering_applied is true.

uint32filtered_executed_input_action_count = 44

Number of top-level actions that were successfully executed within this block that are found in the filtered_transaction_traces array. This field is populated only when the flag filtering_applied is true.

uint32filtered_executed_total_action_count = 45

Number of actions that were successfully executed within this block that are found in the filtered_transaction_traces array. This field is populated only when the flag filtering_applied is true.

TransactionTrace[]filtered_transaction_traces = 46

The filtered transaction traces in this block when filtering has been applied, (i.e. filtering_applied = true). This will be only the transaction trace that matched the include filter CEL expression and did NOT match the exclude filter CEL expression.

TransactionReceipt[]filtered_transactions = 47

The filtered transactions in this block when filtering has been applied, (i.e. filtering_applied = true). This will be only the transactions that matched the include filter CEL expression and did NOT match the exclude filter CEL expression.

Use the helper getter method Transactions() to automatically the correct field (unfiltered_transaction when filtering_applied == false and filtered_transactions when filtering_applied == true).

uint32filtered_transaction_count = 48

Number of transaction that were successfully executed within this block that are found in the filtered_transactions array. This field is populated only when the flag filtering_applied is true.

TrxOp[]filtered_implicit_transaction_ops = 49

The filtered implicit transaction ops in this block when filtering has been applied, (i.e. filtering_applied = true). This will be only the implicit transaction ops that matched the include filter CEL expression and did NOT match the exclude filter CEL expression.

Use the helper getter method ImplicitTransactionOps() to automatically the correct field (unfiltered_implicit_transaction_ops when filtering_applied == false and filtered_implicit_transaction_ops when filtering_applied == true).

stringfiltering_system_actions_include_filter_expr = 50

The CEL filter expression used to include system actions, required by some systems, works in combination with the two other filters above.

BlockHeader

sf.antelope.type.v1.BlockHeader

Timestamptimestamp = 3

stringproducer = 4

uint32confirmed = 5

uint16

stringprevious = 6

bytestransaction_mroot = 7

bytesaction_mroot = 8

uint32schedule_version = 9

ProducerSchedulenew_producers_v1 = 10

EOSIO 1.x only

A change to producer schedule was reported as a NewProducers field on the BlockHeader in EOSIO 1.x. In EOSIO 2.x, when feature WTMSIG_BLOCK_SIGNATURES is activated, the NewProducers field is not present anymore and the schedule change is reported through a BlockHeaderExtension on the the BlockHeader struct.

If you need to access the old value, you can

Extension[]header_extensions = 11

BlockRef

sf.antelope.type.v1.BlockRef

byteshash = 1

uint64number = 2

BlockRootMerkle

sf.antelope.type.v1.BlockRootMerkle

uint32node_count = 1

bytes[]active_nodes = 2

BlockSigningAuthority

sf.antelope.type.v1.BlockSigningAuthority

Present in EOSIO 2.x only

This represents the signatures that were used to signed the block. Previously, in EOSIO 1.x, this was a simple public key since only one key could sign a block. In EOSIO 2.x, when WTMSIG_BLOCK_SIGNATURES feature is active, the block can be signed with a set of different public keys, each with its own weight as well as the threshold at which point the signatures are accepted.

This is actually implemented as a fc::variant type in the C++ code, this tainted our own implementation where multiple types can be represented using a oneof.

Know current types (and version they were introduced):

BlockSigningAuthorityV0 [Type 0] (EOSIO 2.0)

BlockSigningAuthorityV0v0 = 1oneof variant

BlockSigningAuthorityV0

sf.antelope.type.v1.BlockSigningAuthorityV0

Present in EOSIO 2.x only

uint32threshold = 1

KeyWeight[]keys = 2

BlockWithRefs

sf.antelope.type.v1.BlockWithRefs

BlockWithRefs is a lightweight block, with traces and transactions purged from the block within, and only. It is used in transports to pass block data around.

stringid = 1

Blockblock = 2

TransactionRefsimplicit_transaction_refs = 3

TODO: Triple check that that's the right thing

TransactionRefstransaction_refs = 4

TransactionRefstransaction_trace_refs = 5

boolirreversible = 6

CreationFlatNode

sf.antelope.type.v1.CreationFlatNode

int32creator_action_index = 1

uint32execution_action_index = 2

DBOp

sf.antelope.type.v1.DBOp

DBOp.Operationoperation = 1

uint32action_index = 2

stringcode = 3

stringscope = 4

stringtable_name = 5

stringprimary_key = 6

stringold_payer = 7

stringnew_payer = 8

bytesold_data = 9

bytesnew_data = 10

stringold_data_json = 11

stringnew_data_json = 12

DBOps

sf.antelope.type.v1.DBOps

DBOp[]db_ops = 1

DTrxOp

sf.antelope.type.v1.DTrxOp

DTrxOp.Operationoperation = 1

uint32action_index = 2

stringsender = 3

stringsender_id = 4

stringpayer = 5

stringpublished_at = 6

stringdelay_until = 7

stringexpiration_at = 8

stringtransaction_id = 9

SignedTransactiontransaction = 10

ElasticLimitParameters

sf.antelope.type.v1.ElasticLimitParameters

uint64target = 1

uint64max = 2

uint32periods = 3

uint32max_multiplier = 4

Ratiocontract_rate = 5

Ratioexpand_rate = 6

Exception

sf.antelope.type.v1.Exception

int32code = 1

stringname = 2

stringmessage = 3

Exception.LogMessage[]stack = 4

LogContext

sf.antelope.type.v1.Exception.LogContext

stringlevel = 1

stringfile = 2

int32line = 3

stringmethod = 4

stringhostname = 5

stringthread_name = 6

Timestamptimestamp = 7

Exception.LogContextcontext = 8

LogMessage

sf.antelope.type.v1.Exception.LogMessage

Exception.LogContextcontext = 1

stringformat = 2

bytesdata = 4

This is actually a Pair<string, any> in C++ which get serialized usually as a JSON object. However, it seems some string sequences could be invalid UTF-8 characters. As such, we decided to use a bytes array. Can be interpreted as a UTF-8 string containing JSON, just be ready to handle UTF-8 errors if they arise.

ExtDTrxOp

sf.antelope.type.v1.ExtDTrxOp

stringsource_transaction_id = 1

uint64block_num = 2

stringblock_id = 3

Timestampblock_time = 4

DTrxOpdtrx_op = 5

Extension

sf.antelope.type.v1.Extension

uint32type = 1

bytesdata = 2

Feature

sf.antelope.type.v1.Feature

stringfeature_digest = 1

SubjectiveRestrictionssubjective_restrictions = 2

stringdescription_digest = 3

string[]dependencies = 4

stringprotocol_feature_type = 5

Specification[]specification = 6

FeatureOp

sf.antelope.type.v1.FeatureOp

stringkind = 1

uint32action_index = 2

stringfeature_digest = 3

Featurefeature = 4

HeaderOnlyBlock

sf.antelope.type.v1.HeaderOnlyBlock

HeaderOnlyBlock is used to optimally unpack the [Block] structure (note the corresponding message number for the header field) while consuming less memory, when only the header is desired.

WARN: this is a client-side optimization pattern and should be moved in the consuming code.

stringid = 1

id is the block's hash.

uint32number = 2

Number is the block's height at which this block was mined.

BlockHeaderheader = 4

Header contain's the block's header information like its parent hash, the merkel root hash and all other information the form a block.

BlockRootMerkleblockroot_merkle = 11

A blockroot Merkle tree is a data structure that uses hash functions to organize and verify the integrity of data blocks in a blockchain. Each leaf node contains a hash of a data block, while each non-leaf node contains the hash of its child nodes. The root node contains a single hash that represents all the data in the tree, allowing for efficient verification of data integrity by only checking the root hash.

KeyWeight

sf.antelope.type.v1.KeyWeight

stringpublic_key = 1

uint32weight = 2

PackedTransaction

sf.antelope.type.v1.PackedTransaction

string[]signatures = 1

uint32compression = 2

bytespacked_context_free_data = 3

bytespacked_transaction = 4

PendingProducerSchedule

sf.antelope.type.v1.PendingProducerSchedule

uint32schedule_lib_num = 1

bytesschedule_hash = 2

ProducerScheduleschedule_v1 = 3

See Block#active_schedule_v1 for further details, this is the same change as the active schedule, but applied to the pending field.

ProducerAuthorityScheduleschedule_v2 = 4

See Block#active_schedule_v2 for further details, this is the same change as the active schedule, but applied to the pending field.

Permission

sf.antelope.type.v1.Permission

stringname = 1

stringparent = 2

Authorityrequired_auth = 3

PermissionLevel

sf.antelope.type.v1.PermissionLevel

stringactor = 1

stringpermission = 2

PermissionLevelWeight

sf.antelope.type.v1.PermissionLevelWeight

PermissionLevelpermission = 1

uint32weight = 2

PermissionObject

sf.antelope.type.v1.PermissionObject

stringowner = 1

Owner is the account for which this permission was set

stringname = 2

Name is the permission's name this permission object is known as.

Timestamplast_updated = 3

Authorityauthority = 4

uint64id = 10

Id represents the EOSIO internal id of this permission object.

uint64parent_id = 11

ParentId represents the EOSIO internal id of the parent's of this permission object.

PermOp

sf.antelope.type.v1.PermOp

PermOp.Operationoperation = 1

uint32action_index = 2

PermissionObjectold_perm = 8

PermissionObjectnew_perm = 9

ProducerAuthority

sf.antelope.type.v1.ProducerAuthority

Present in EOSIO 2.x only

stringaccount_name = 1

BlockSigningAuthorityblock_signing_authority = 2

ProducerAuthoritySchedule

sf.antelope.type.v1.ProducerAuthoritySchedule

Present in EOSIO 2.x only

uint32version = 1

ProducerAuthority[]producers = 2

ProducerKey

sf.antelope.type.v1.ProducerKey

Present in EOSIO 1.x only

stringaccount_name = 1

stringblock_signing_key = 2

ProducerSchedule

sf.antelope.type.v1.ProducerSchedule

Present in EOSIO 1.x only

uint32version = 1

ProducerKey[]producers = 2

ProducerToLastImpliedIRB

sf.antelope.type.v1.ProducerToLastImpliedIRB

stringname = 1

uint32last_block_num_produced = 2

ProducerToLastProduced

sf.antelope.type.v1.ProducerToLastProduced

stringname = 1

uint32last_block_num_produced = 2

PublicKeys

sf.antelope.type.v1.PublicKeys

string[]public_keys = 1

RAMCorrectionOp

sf.antelope.type.v1.RAMCorrectionOp

stringcorrection_id = 1

stringunique_key = 2

stringpayer = 3

int64delta = 4

RAMOp

sf.antelope.type.v1.RAMOp

RAMOp.Operationoperation = 1

Operation is the legacy operation tag that we used initially. This is replaced by a combination of Namespce and Action.

Deprecated: Use Namespace and Action instead to determine what the RAM operation represents

uint32action_index = 2

stringpayer = 3

int64delta = 4

uint64usage = 5

RAMOp.Namespacenamespace = 6

Namespace representing the category the RAM operation belong to, like account, table_row, table, etc.

This coupled with action replaces the operation field.

RAMOp.Actionaction = 7

Namespace representing the action the RAM operation did, like add, delete or remove an object.

This coupled with action replaces the operation field.

stringunique_key = 8

UniqueKey gives a unique key to the operation, this unique key is opaque, does not necessarly represents anything and should uniquely represents the RAM Operation within a given timeframe of block (a key should never overlap any other keys (per namespace), on any blocks span).

Ratio

sf.antelope.type.v1.Ratio

uint64numerator = 1

uint64denominator = 2

RlimitAccountLimits

sf.antelope.type.v1.RlimitAccountLimits

stringowner = 1

boolpending = 2

int64net_weight = 3

int64cpu_weight = 4

int64ram_bytes = 5

RlimitAccountUsage

sf.antelope.type.v1.RlimitAccountUsage

stringowner = 1

UsageAccumulatornet_usage = 2

UsageAccumulatorcpu_usage = 3

uint64ram_usage = 4

RlimitConfig

sf.antelope.type.v1.RlimitConfig

ElasticLimitParameterscpu_limit_parameters = 1

ElasticLimitParametersnet_limit_parameters = 2

uint32account_cpu_usage_average_window = 3

uint32account_net_usage_average_window = 4

RlimitOp

sf.antelope.type.v1.RlimitOp

RlimitOp.Operationoperation = 1

RlimitStatestate = 2oneof kind

RlimitConfigconfig = 3oneof kind

RlimitAccountLimitsaccount_limits = 4oneof kind

RlimitAccountUsageaccount_usage = 5oneof kind

RlimitState

sf.antelope.type.v1.RlimitState

UsageAccumulatoraverage_block_net_usage = 1

UsageAccumulatoraverage_block_cpu_usage = 2

uint64pending_net_usage = 3

uint64pending_cpu_usage = 4

uint64total_net_weight = 5

uint64total_cpu_weight = 6

uint64total_ram_bytes = 7

uint64virtual_net_limit = 8

uint64virtual_cpu_limit = 9

SignedTransaction

sf.antelope.type.v1.SignedTransaction

Transactiontransaction = 1

string[]signatures = 2

bytes[]context_free_data = 3

Specification

sf.antelope.type.v1.Specification

stringname = 1

stringvalue = 2

SubjectiveRestrictions

sf.antelope.type.v1.SubjectiveRestrictions

boolenabled = 1

boolpreactivation_required = 2

stringearliest_allowed_activation_time = 3

TableOp

sf.antelope.type.v1.TableOp

TableOp.Operationoperation = 1

uint32action_index = 2

stringpayer = 3

stringcode = 4

stringscope = 5

stringtable_name = 6

Transaction

sf.antelope.type.v1.Transaction

TransactionHeaderheader = 1

Action[]context_free_actions = 2

Action[]actions = 3

Extension[]extensions = 4

TransactionEvent

sf.antelope.type.v1.TransactionEvent

TransactionEvent are elements that contribute to a view of the whole transaction lifecycle. They can be extracted from block logs, or from storage, and merged together to form an up-to-date TransactionLifecycle.

stringid = 1

stringblock_id = 2

uint32block_num = 3

boolirreversible = 4

TransactionEvent.AddedInternallyinternal_addition = 5oneof event

TransactionEvent.Addedaddition = 6oneof event

TransactionEvent.Executedexecution = 7oneof event

TransactionEvent.DtrxScheduleddtrx_scheduling = 8oneof event

TransactionEvent.DtrxCanceleddtrx_cancellation = 9oneof event

Added

sf.antelope.type.v1.TransactionEvent.Added

This is the transaction that is added into a block, in the list of transactions there.

TransactionReceiptreceipt = 1

SignedTransactiontransaction = 2

PublicKeyspublic_keys = 3

AddedInternally

sf.antelope.type.v1.TransactionEvent.AddedInternally

This is an implicit transaction, like onblock and onerror that is extracted separately from the block itself. TODO: does it have a receipt? It probably has

SignedTransactiontransaction = 1

DtrxCanceled

sf.antelope.type.v1.TransactionEvent.DtrxCanceled

ExtDTrxOpcanceled_by = 1

DtrxScheduled

sf.antelope.type.v1.TransactionEvent.DtrxScheduled

ExtDTrxOpcreated_by = 1

SignedTransactiontransaction = 2

Executed

sf.antelope.type.v1.TransactionEvent.Executed

Executed contributes the traces of executions

TransactionTracetrace = 1

BlockHeaderblockHeader = 2

TransactionHeader

sf.antelope.type.v1.TransactionHeader

Timestampexpiration = 1

uint32ref_block_num = 2

uint32ref_block_prefix = 3

uint32max_net_usage_words = 4

uint32max_cpu_usage_ms = 5

uint32delay_sec = 6

TransactionLifecycle

sf.antelope.type.v1.TransactionLifecycle

stringid = 1

TransactionStatustransaction_status = 2

SignedTransactiontransaction = 10

TransactionTraceexecution_trace = 11

BlockHeaderexecution_block_header = 12

string[]public_keys = 19

ExtDTrxOpcreated_by = 20

ExtDTrxOpcanceled_by = 21

boolcreation_irreversible = 33

boolexecution_irreversible = 34

boolcancelation_irreversible = 35

TransactionReceipttransaction_receipt = 36

FIXME: this is currently missing from our data

TransactionReceipt

sf.antelope.type.v1.TransactionReceipt

TransactionStatusstatus = 1

uint32cpu_usage_micro_seconds = 2

uint32net_usage_words = 3

stringid = 4

PackedTransactionpacked_transaction = 5

present if not deferred

uint64index = 6

within the SignedBlock

TransactionReceiptHeader

sf.antelope.type.v1.TransactionReceiptHeader

TransactionStatusstatus = 1

uint32cpu_usage_micro_seconds = 2

uint32net_usage_words = 3

TransactionRefs

sf.antelope.type.v1.TransactionRefs

bytes[]hashes = 1

TransactionTrace

sf.antelope.type.v1.TransactionTrace

stringid = 1

SHA-256 (FIPS 180-4) of the FCBUFFER-encoded packed transaction

uint64block_num = 2

Reference to the block number in which this transaction was executed.

Timestampblock_time = 3

Reference to the block time this transaction was executed in

stringproducer_block_id = 4

Reference to the block ID this transaction was executed in

TransactionReceiptHeaderreceipt = 5

Receipt of execution of this transaction

int64elapsed = 6

uint64net_usage = 7

boolscheduled = 8

Whether this transaction was taken from a scheduled transactions pool for execution (delayed)

ActionTrace[]action_traces = 9

Traces of each action within the transaction, including all notified and nested actions.

TransactionTracefailed_dtrx_trace = 10

Trace of a failed deferred transaction, if any.

Exceptionexception = 15

Exception leading to the failed dtrx trace.

uint64error_code = 16

DBOp[]db_ops = 17

List of database operations this transaction entailed

DTrxOp[]dtrx_ops = 18

List of deferred transactions operations this transaction entailed

FeatureOp[]feature_ops = 19

List of feature switching operations (changes to feature switches in nodeos) this transaction entailed

PermOp[]perm_ops = 20

List of permission changes operations

RAMOp[]ram_ops = 21

List of RAM consumption/redemption

RAMCorrectionOp[]ram_correction_ops = 22

List of RAM correction operations (happens only once upon feature activation)

RlimitOp[]rlimit_ops = 23

List of changes to rate limiting values

TableOp[]table_ops = 24

List of table creations/deletions

CreationFlatNode[]creation_tree = 25

Tree of creation, rather than execution

uint64index = 26

Index within block's unfiltered execution traces

TransactionTraceWithBlockRef

sf.antelope.type.v1.TransactionTraceWithBlockRef

TransactionTracetrace = 1

BlockRefblock_ref = 2

TrxOp

sf.antelope.type.v1.TrxOp

FIXME: this is really just an output of the implicit transactions, isn't it? We don't have other operations here.. do we? What's the name anyway?

TrxOp.Operationoperation = 1

stringname = 2

stringtransaction_id = 3

SignedTransactiontransaction = 4

UsageAccumulator

sf.antelope.type.v1.UsageAccumulator

uint32last_ordinal = 1

uint64value_ex = 2

uint64consumed = 3

WaitWeight

sf.antelope.type.v1.WaitWeight

uint32wait_sec = 1

uint32weight = 2

BlockReversibilityenum

sf.antelope.type.v1.BlockReversibility

BLOCKREVERSIBILITY_NONE = 0

there is no block

BLOCKREVERSIBILITY_REVERSIBLE = 1

BLOCKREVERSIBILITY_IRREVERSIBLE = 2

BLOCKREVERSIBILITY_STALE = 3

BLOCKREVERSIBILITY_MAYBESTALE = 4

behind lib, but we have not confirmed irreversibility

Operationenum

sf.antelope.type.v1.DBOp.Operation

OPERATION_UNKNOWN = 0

OPERATION_INSERT = 1

OPERATION_UPDATE = 2

OPERATION_REMOVE = 3

Operationenum

sf.antelope.type.v1.DTrxOp.Operation

OPERATION_UNKNOWN = 0

OPERATION_CREATE = 1

OPERATION_PUSH_CREATE = 2

OPERATION_FAILED = 3

OPERATION_CANCEL = 4

OPERATION_MODIFY_CANCEL = 5

OPERATION_MODIFY_CREATE = 6

Kindenum

sf.antelope.type.v1.FeatureOp.Kind

KIND_UNKNOWN = 0

KIND_PRE_ACTIVATE = 1

KIND_ACTIVATE = 2

Operationenum

sf.antelope.type.v1.PermOp.Operation

OPERATION_UNKNOWN = 0

OPERATION_INSERT = 1

OPERATION_UPDATE = 2

OPERATION_REMOVE = 3

Actionenum

sf.antelope.type.v1.RAMOp.Action

ACTION_UNKNOWN = 0

ACTION_ADD = 1

ACTION_CANCEL = 2

ACTION_CORRECTION = 3

ACTION_PUSH = 4

ACTION_REMOVE = 5

ACTION_UPDATE = 6

Namespaceenum

sf.antelope.type.v1.RAMOp.Namespace

NAMESPACE_UNKNOWN = 0

NAMESPACE_ABI = 1

NAMESPACE_ACCOUNT = 2

NAMESPACE_AUTH = 3

NAMESPACE_AUTH_LINK = 4

NAMESPACE_CODE = 5

NAMESPACE_DEFERRED_TRX = 6

NAMESPACE_SECONDARY_INDEX = 7

NAMESPACE_TABLE = 8

NAMESPACE_TABLE_ROW = 9

Operationenum

sf.antelope.type.v1.RAMOp.Operation

OPERATION_UNKNOWN = 0

OPERATION_CREATE_TABLE = 1

OPERATION_DEFERRED_TRX_ADD = 2

OPERATION_DEFERRED_TRX_CANCEL = 3

OPERATION_DEFERRED_TRX_PUSHED = 4

OPERATION_DEFERRED_TRX_RAM_CORRECTION = 5

OPERATION_DEFERRED_TRX_REMOVED = 6

OPERATION_DELETEAUTH = 7

OPERATION_LINKAUTH = 8

OPERATION_NEWACCOUNT = 9

OPERATION_PRIMARY_INDEX_ADD = 10

OPERATION_PRIMARY_INDEX_REMOVE = 11

OPERATION_PRIMARY_INDEX_UPDATE = 12

OPERATION_PRIMARY_INDEX_UPDATE_ADD_NEW_PAYER = 13

OPERATION_PRIMARY_INDEX_UPDATE_REMOVE_OLD_PAYER = 14

OPERATION_REMOVE_TABLE = 15

OPERATION_SECONDARY_INDEX_ADD = 16

OPERATION_SECONDARY_INDEX_REMOVE = 17

OPERATION_SECONDARY_INDEX_UPDATE_ADD_NEW_PAYER = 18

OPERATION_SECONDARY_INDEX_UPDATE_REMOVE_OLD_PAYER = 19

OPERATION_SETABI = 20

OPERATION_SETCODE = 21

OPERATION_UNLINKAUTH = 22

OPERATION_UPDATEAUTH_CREATE = 23

OPERATION_UPDATEAUTH_UPDATE = 24

OPERATION_DEPRECATED = 25

For newer RAM Ops that are registered by Deep Mind, their Operation value will be Deprecated until we remove the operation completely. Use instead the Namespace and Action fields to take a decision about what the RAM operation is doing.

Operationenum

sf.antelope.type.v1.RlimitOp.Operation

OPERATION_UNKNOWN = 0

OPERATION_INSERT = 1

OPERATION_UPDATE = 2

Operationenum

sf.antelope.type.v1.TableOp.Operation

OPERATION_UNKNOWN = 0

OPERATION_INSERT = 1

OPERATION_REMOVE = 2

TransactionStatusenum

sf.antelope.type.v1.TransactionStatus

TRANSACTIONSTATUS_NONE = 0

TRANSACTIONSTATUS_EXECUTED = 1

TRANSACTIONSTATUS_SOFTFAIL = 2

TRANSACTIONSTATUS_HARDFAIL = 3

TRANSACTIONSTATUS_DELAYED = 4

TRANSACTIONSTATUS_EXPIRED = 5

TRANSACTIONSTATUS_UNKNOWN = 6

TRANSACTIONSTATUS_CANCELED = 7

Operationenum

sf.antelope.type.v1.TrxOp.Operation

OPERATION_UNKNOWN = 0

OPERATION_CREATE = 1

antelope.bps.v1

Bpsmain

antelope.bps.v1.Bps

Pay[]vpays = 1

Pay[]bpays = 2

Reg[]regs = 3

Pay

antelope.bps.v1.Pay

stringtrx_id = 1

trace information

uint32action_index = 2

stringbp = 7

stringquantity = 8

int64amount = 11

extras

doublevalue = 12

uint64block_num = 13

block information

Timestamptimestamp = 14

Reg

antelope.bps.v1.Reg

stringtrx_id = 1

uint32action_index = 2

stringbp = 5

stringurl = 6

uint32location = 7

stringpublic_key = 8

uint64block_num = 13

block information

Timestamptimestamp = 14