The SQL statement was: "SELECT T1.PURCHNUMBERSEQUENCE,T1.VENDACCOUNT,T1.VENDORDATAAREAID,T1.BUYINGLEGALENTITY,T1.WORKFLOWSTATUS_PSN,T1.INSTANCERELATIONTYPE,T1.AGREEMENTCLASSIFICATION,T1.AGREEMENTSTATE,T1.DOCUMENTTITLE,T1.DOCUMENTEXTERNALREFERENCE,T1.CURRENCY,T1.DEFAULTAGREEMENTLINETYPE,T1.DEFAULTAGREEMENTLINEEFFECTIVEDATE,T1.DEFAULTAGREEMENTLINEEXPIRATIONDATE,T1.ORIGINATOR,T1.LANGUAGE,T1.EARLIESTLINEEFFECTIVEDATE,T1.LATESTLINEEXPIRATIONDATE,T1.ISDELETED,T1.DEFAULTDIMENSION,T1.AWARDDATE,T1.DEPARTMENT,T1.PROJECTMANAGER,T1.TOTALAMOUNT,T1.BOOKMARK1_4895,T1.PURCHAGREEMENTSTATUS,T1.DEFAULTAGREEMENTLINEEXPIRATIONDATE1_4895,T1.MODIFIEDDATETIME,T1.MODIFIEDBY,T1.CREATEDDATETIME,T1.RECVERSION,T1.RELATIONTYPE,T1.PARTITION,T1.RECID FROM AGREEMENTHEADER T1 WHERE (((T1.PARTITION=?) AND (T1.RECID=?)) AND (T1.INSTANCERELATIONTYPE IN (4902) )) ORDER BY T1.RECID,T1.RECID OPTION(FAST 2)" Columns in the order by list must be unique. (error coming when alert getting generated)Ī column has been specified more than once in Info Synchronize database Synchronize failed on 1 table(s)Įrror 2:- Added new field on Agreement table and enable alert rule on field. Info Synchronize database SQL statement: ALTER TABLE "DBO".LEDGERJOURNALTABLE ALTER COLUMN JOURNALNUM nvarchar(20) NOT NULLĮrror Synchronize database Problems during SQL data dictionary synchronization. Info Synchronize database SQL error description: The object 'I_211TYPENUMIDX' is dependent on column 'JOURNALNUM'. Listing 1: SubmitWalletTransaction - Handler 01 app.Handle(http.MethodPost, "v1/tx/submit", pbl.SubmitWalletTransaction)Ġ3 func (h Handlers) SubmitWalletTransaction(Ġ4 ctx context.Context, w http.ResponseWriter, r *http.I just create new filed in Ledger Journal table getting below errorĬan any one suggest me on below errors pls :-Įrror Synchronize database Cannot execute a data definition language command on (). As mentioned in the previous post, Ethereum uses a JSON-RPC protocol for this same communication. This is done to keep things simple since this is just a reference implementation. The Ardan blockchain implements a HTTP based REST API for communication with wallets and between blockchain nodes. There are lots of little details to make all this work and I will describe this flow by walking through the code. Then the transaction is signaled to a goroutine so it can be sent to other blockchain nodes in the network, where the transaction is stored in their mempool. The node accepts the transaction and will store it in an in-memory cache called the mempool. At a high-level, a transaction is submitted by the Ardan wallet to a blockchain node. Here is a quick high-level overview of the workflow I will be describing in this post.įigure 1 shows how transactions flow through the Ardan blockchain. It’s important to understand this code is still a work-in-progress and that things are being refactored as more is learned. The source code for the Ardan blockchain project can be found at the link below. In this second post, I will focus on transaction distribution and synchronization between different computers (blockchain nodes). The first post focused on how the Ardan blockchain provides support for digital accounts, signatures, and verification. Detection of any fraud to past transactions.Redundant storage and consensus by different computers.Transaction distribution and synchronization between computers.Digital accounts with electronic signatures and verification.In the first post, I explained there were four aspects of a blockchain that this series would explore with a backing implementation provided by the Ardan blockchain project.
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