Class: TableStoreClient
- Inherits:
-
Object
- Object
- TableStoreClient
- Defined in:
- lib/tablestore/table_store_client.rb
Instance Method Summary collapse
- #decode_batch_get_row(body) ⇒ Object
- #decode_get_range_request(api_name, headers, body) ⇒ Object
- #decode_get_row(body) ⇒ Object
- #decode_put_row(body) ⇒ Object
- #encode_get_range_request(request) ⇒ Object
- #encode_get_row(table_name, primary_key, columns_to_get, column_filter, max_version) ⇒ Object
- #encode_put_row(table_name, row, condition) ⇒ Object
- #make_batch_get_row(request) ⇒ Object
- #make_batch_write_row(request) ⇒ Object
- #make_column_condition(column_condition) ⇒ Object
- #make_composite_condition(condition) ⇒ Object
- #make_condition(proto, condition) ⇒ Object
- #make_put_row_item(proto, put_row_item) ⇒ Object
- #make_relation_condition(condition) ⇒ Object
- #make_repeated_column_names(proto, columns_to_get) ⇒ Object
- #make_update_row_item(proto, update_row_item) ⇒ Object
- #parse_batch_write_row(proto) ⇒ Object
- #parse_get_row_item(proto) ⇒ Object
- #parse_write_row_item(row_item) ⇒ Object
Instance Method Details
#decode_batch_get_row(body) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 137 def decode_batch_get_row(body) proto = BatchGetRowResponse.new proto.parse_from_string(body) rows = [] proto.tables.each do |table_item| rows << parse_get_row_item(table_item.rows) end rows end |
#decode_get_range_request(api_name, headers, body) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 22 def decode_get_range_request(api_name, headers, body) proto = GetRangeResponse.new proto.parse_from_string(body) #capacity_unit = parse_capacity_unit(proto.consumed.capacity_unit) next_start_pk = nil row_list = [] # if proto.next_start_primary_key.length != 0 # inputStream = PlainBufferInputStream.new(proto.next_start_primary_key) # codedInputStream = PlainBufferCodedInputStream.new(inputStream) # next_start_pk, att = codedInputStream.read_row # end if proto.rows.length != 0 inputStream = PlainBufferInputStream.new(proto.rows) codedInputStream = PlainBufferCodedInputStream.new(inputStream) row_list = codedInputStream.read_rows end #next_token = proto.next_token row_list #return capacity_unit, next_start_pk, row_list, next_token end |
#decode_get_row(body) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 69 def decode_get_row(body) proto = GetRowResponse.new proto.parse_from_string(body) return_row = nil if proto.row.length > 0 inputStream = PlainBufferInputStream.new(proto.row) codedInputStream = PlainBufferCodedInputStream.new(inputStream) return_row = codedInputStream.read_row end return_row end |
#decode_put_row(body) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 82 def decode_put_row(body) proto = PutRowResponse.new proto.parse_from_string(body) return_row = nil if proto.row.length != 0 inputStream = PlainBufferInputStream.new(proto.row) codedInputStream = PlainBufferCodedInputStream.new(inputStream) return_row = codedInputStream.read_row end return_row end |
#encode_get_range_request(request) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 11 def encode_get_range_request(request) proto = GetRangeRequest.new proto.table_name = request[:table_name] proto.direction = request[:direction] proto.inclusive_start_primary_key = serialize_primary_key(request[:inclusive_start_primary_key]) proto.exclusive_end_primary_key = serialize_primary_key(request[:exclusive_end_primary_key]) proto.max_versions = request[:max_version] proto.limit = request[:limit] proto.serialize_to_string end |
#encode_get_row(table_name, primary_key, columns_to_get, column_filter, max_version) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 57 def encode_get_row(table_name, primary_key, columns_to_get, column_filter, max_version) proto = GetRowRequest.new proto.table_name = table_name make_repeated_column_names(proto.columns_to_get, columns_to_get) if column_filter proto.filter = make_column_condition(column_filter).serialize_to_string end proto.primary_key = serialize_primary_key(primary_key) proto.max_versions = max_version if max_version proto.serialize_to_string end |
#encode_put_row(table_name, row, condition) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 47 def encode_put_row(table_name, row, condition) proto = PutRowRequest.new proto.table_name = table_name condition = Condition(RowExistenceExpectation::IGNORE, nil) if condition.nil? contion_proto = Condition.new proto.condition = make_condition(contion_proto, condition) proto.row = serialize_for_put_row(row.primary_key, row.attribute_columns) proto.serialize_to_string end |
#make_batch_get_row(request) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 94 def make_batch_get_row(request) proto = BatchGetRowRequest.new request.items.each do |item| table_value = item[1] table_item = TableInBatchGetRowRequest.new table_item.table_name = table_value.table_name make_repeated_column_names(table_item.columns_to_get, table_value.columns_to_get) if table_value.column_filter table_item.filter = make_column_condition(table_value.column_filter).serialize_to_string end table_value.primary_keys.each do |pk| table_item.primary_key << serialize_primary_key(pk) end if table_value.token table_value.token.each do |tk| table_item.token << tk end end if table_value.max_version table_item.max_versions = table_value.max_version end if table_value.time_range if table_value.time_range.is_a?(Array) table_item.time_range.start_time = table_value.time_range[0] table_item.time_range.end_time = table_value.time_range[1] elsif table_value.is_a?(Fixnum) table_item.time_range.specific_time = table_value.time_range end end if table_value.start_column table_item.start_column = table_value.start_column end if table_value.end_column table_item.end_column = table_value.end_column end proto.tables << table_item end proto.serialize_to_string end |
#make_batch_write_row(request) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 147 def make_batch_write_row(request) proto = BatchWriteRowRequest.new request.items.each do |item| table_value = item[1] table_item = TableInBatchWriteRowRequest.new table_item.table_name = table_value.table_name table_value.row_items.each do |row_item| if row_item.type == Metadata::BatchWriteRowType::PUT row = RowInBatchWriteRowRequest.new table_item.rows << make_put_row_item(row, row_item) end if row_item.type == Metadata::BatchWriteRowType::UPDATE row = RowInBatchWriteRowRequest.new table_item.rows << make_update_row_item(row, row_item) end end proto.tables << table_item end proto.serialize_to_string end |
#make_column_condition(column_condition) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 224 def make_column_condition(column_condition) return if column_condition.nil? proto = Filter.new proto.type = column_condition.get_type # condition if column_condition.is_a?(Metadata::CompositeColumnCondition) proto.filter = make_composite_condition(column_condition) elsif column_condition.is_a?(Metadata::SingleColumnCondition) proto.filter = make_relation_condition(column_condition) else raise TableStoreClientError.new("expect CompositeColumnCondition, SingleColumnCondition but not #{column_condition.class}") end proto end |
#make_composite_condition(condition) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 240 def make_composite_condition(condition) proto = CompositeColumnValueFilter.new proto.combinator = condition.get_combinator condition.sub_conditions.each do |sub| proto.sub_filters << make_column_condition(sub) end proto.serialize_to_string end |
#make_condition(proto, condition) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 212 def make_condition(proto, condition) raise TableStoreClientError.new("condition should be an instance of Condition, not #{condition.class}") unless condition.is_a?(Metadata::Condition) expectation_str = condition.get_row_existence_expectation proto.row_existence = expectation_str raise TableStoreClientError.new("row_existence_expectation should be one of [#{join(', ')}], not #{expectation_str}") if proto.row_existence.nil? if condition.get_column_condition proto.column_condition = make_column_condition(condition.column_condition).serialize_to_string end proto end |
#make_put_row_item(proto, put_row_item) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 169 def make_put_row_item(proto, put_row_item) condition = put_row_item.condition if condition.nil? condition = Metadata::Condition.new(Metadata::RowExistenceExpectation::IGNORE, nil) end condition_proto = Condition.new proto.condition = make_condition(condition_proto, condition) if put_row_item.return_type == ReturnType::RT_PK proto.return_content.return_type = RT_PK end proto.row_change = serialize_for_put_row(put_row_item.row.primary_key, put_row_item.row.attribute_columns) proto.type = PUT proto end |
#make_relation_condition(condition) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 251 def make_relation_condition(condition) proto = SingleColumnValueFilter.new proto.comparator = condition.get_comparator proto.column_name = condition.get_column_name proto.column_value = serialize_column_value(condition.get_column_value) proto.filter_if_missing = !condition.pass_if_missing proto.latest_version_only = condition.latest_version_only proto.serialize_to_string end |
#make_repeated_column_names(proto, columns_to_get) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 202 def make_repeated_column_names(proto, columns_to_get) if columns_to_get.nil? return end columns_to_get.each do |column_name| proto << column_name end end |
#make_update_row_item(proto, update_row_item) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 185 def make_update_row_item(proto, update_row_item) condition = update_row_item.condition if condition.nil? condition = Condition.new(RowExistenceExpectation::IGNORE, nil) end condition_proto = Condition.new proto.condition = make_condition(condition_proto, condition) if update_row_item.return_type == ReturnType::RT_PK proto.return_content.return_type = RT_PK end proto.row_change = serialize_for_update_row(update_row_item.row.primary_key, update_row_item.row.attribute_columns) proto.type = UPDATE proto end |
#parse_batch_write_row(proto) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 294 def parse_batch_write_row(proto) result_list = {} proto.each do |table_item| table_name = table_item.table_name result_list[table_name] = [] table_item.rows.each do |row_item| row = parse_write_row_item(row_item) result_list[table_name] << row end end result_list end |
#parse_get_row_item(proto) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 263 def parse_get_row_item(proto) row_list = [] proto.each do |row_item| primary_key_columns = nil attribute_columns = nil if row_item.is_ok # error_code = nil # error_message = nil # capacity_unit = parse_capacity_unit(row_item.consumed.capacity_unit) if row_item.row.length != 0 inputStream = PlainBufferInputStream.new(row_item.row) codedInputStream = PlainBufferCodedInputStream.new(inputStream) primary_key_columns, attribute_columns = codedInputStream.read_row end else # error_code = row_item.error.code # error_message = row_item.error.HasField('message') ? row_item.error.message : '' # if row_item.HasField('consumed') # capacity_unit = parse_capacity_unit(row_item.consumed.capacity_unit) # else # capacity_unit = nil # end end row_list << {pk: primary_key_columns, attr: attribute_columns} if primary_key_columns end row_list end |
#parse_write_row_item(row_item) ⇒ Object
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# File 'lib/tablestore/table_store_client.rb', line 309 def parse_write_row_item(row_item) primary_key_columns = nil if row_item.is_ok error_code = nil = nil if row_item.row.length != 0 inputStream = PlainBufferInputStream.new(row_item.row) codedInputStream = PlainBufferCodedInputStream.new(inputStream) primary_key_columns, attribute_columns = codedInputStream.read_row end end primary_key_columns #BatchWriteRowResponseItem.new(row_item.is_ok, error_code, error_message, consumed, primary_key_columns) end |