[Financial AI Research] Log 23,100 bytes: Activity Decline? Check before comparing with another date file

Evening Conclusion: The number of trades for the day cannot be confirmed from 23,100 bytes

Even with the November 2, 18:35:47 JST deadline on the original edit, the number of trades for the day, open positions, profit/loss, currencies, tickets, and signal IDs are unverified. 23,100 bytes refers to the size of a specific local file named 20261101.log, and is not the total trading volume for November 2. The reason why 20261102.log was not found around 06:11 remains unverified. We will maintain the stance in the evening not to use missing records as grounds for halting trading or zero profit/loss.

Evidence and Verified Scope

As evidence, trades.json explains that the day's value is null and that there are no fresh heartbeat, positions, results, or broker/account history for the day’s materials. Previously verified partial aggregates in a separate section show from 00:00 on October 26 to 18:33:59 JST on 31st: the entire account has 5 items, 2 wins and 3 losses, with a P/L column of −7,020; however, currencies are null, attribution to the target EA is unknown, and the aggregation range is partial. This value is not the performance for November 2 and will not be used to fill today’s blanks.

Limitations and Next Verification Steps

The limitation is that the log body is unparsed and cannot be cross-checked with actual trades. In the next verification, we will obtain the original document at the same cut-off, and follow signal ID → ACK → TICKET_SIGNAL → position → result. If trades exist, we will verify the same ticket and signal ID with corresponding Drive video, entry/exit images, and trade_meta. Do not assume the cause of missing records; do not derive trading counts or restoration rates from capacity differences.

Morning Materials Content: Verification scope up to 06:10 handover

Conclusion: Activity of the EA cannot be compared by capacity difference alone

“Yesterday’s materials show 94,239 bytes, this morning 23,100 bytes. Has the EA activity decreased?” These two capacities alone cannot determine. The morning handover on November 2 reported the保存 attributes of a local file named 20261101.log. The previous day’s article used 20261031.log with a different date name, and the body’s inclusion range was not aligned for direct comparison. The conclusion is not to convert capacity differences into order quantity or restoration rate.

The progress this time is that the specific local file to be examined has been identified. If size, update time, and a matching value exist, they provide a clue to later confirm whether the same content is being viewed. However, merely having records and reading orders does not equate to establishing a cause for increases or decreases in the live account. We will avoid creating a cause from unparsed records.

Evidence: The 23,100-byte log name for November 1

LOCAL_CODEX_HANDOFF_2026-11-02_0610_JST reports 20261101.log as 23,100 bytes, with last update at 00:10:07 JST on November 2. The target of verification is the local MQL4 log storage location investigated by the handover supervisor. It is not an independently verified value that the content on the live terminal matches and that this storage location covers all paths.

On the other hand, 20261102.log was not detected at the same storage location in that morning’s check. This is a report limited to the explored scope and time of verification. It does not extend to conclude that no logs exist for all times on November 2, that it exists in another environment, or that the EA is not running. We also avoid rewriting the not-found value as a 0-byte file. Not-found is not the same as zero capacity.

The log body has not been parsed in this handover. Therefore, the exact start and end times, source of output, candidate count, order acceptance, and breakdown of errors are still unknown. While respecting the attributes obtained from the file, we will leave blank those items that can only be obtained from the body. Distinguishing verification steps helps identify where to modify conclusions if new evidence is added later.

Reason for not converting the previous day’s 94,239 bytes into a ratio

The morning handover on November 1 reported 94,239 bytes for 20261031.log, updated at 04:23:17 JST. This value is referenced as observations from past materials, not as a performance for November 2. Because the file name, update time, and the dates compared differ, we must not interpret the difference between the two capacities as a decline in orders or an improvement in fault handling.

Even if simple subtraction or ratio calculation is possible, what that metric means is another question. If the number of lines in the output differs or the recording times differ, the storage capacity can vary. Since we have not identified the cause this time, we will not fill in capacity differences with imagined reasons. Comparisons without aligned conditions should not be given precise percentages, as they would not strengthen trading judgments.

When comparing files with the same name, we must check handling such as appends, switches, or re-saves. Here, they have different date names to begin with. Whether a file spanning days can be treated as one continuous log, and what the baseline time is, will be verified in the body’s analysis. Do not assume a single day’s complete content from just the date name.

The update 00:10:07 is not the final order time

The value 00:10:07 JST on November 2 is the file’s update attribute reported in the materials. It does not indicate that the EA placed an order at that time or that live signal processing was normal up to just before it. The update attribute, the event time in the body, and the exchange time of the trade server must be considered together only when aligned.

Having the same timestamp alone does not guarantee a one-to-one correspondence. If candidate IDs, processing types, and order tickets are not aligned, two lines with close times might be mistaken as the same trade, leading to misinterpretation of waiting or retry attempts as executions. Since we have not yet read the body, we do not claim this mapping has been completed.

The SHA256 entry supports content verification

The morning materials also record the SHA256 of the target logs. When re-analyzing later, this helps confirm whether the saved object is the same content. Having a checksum does not determine that there were no errors, that orders went through, or that profits improved. Verification (checksum) and analysis and live account verification are treated as separate processes. This time we explicitly state that the body parsing is incomplete.

When updating research records, if the target file changes, it is necessary to note that fact and the time of analysis. As you read new content, attaching old sizes and old checksums could confuse which version’s conclusions apply. Preserving the identity of saved objects is not to guarantee correct trading decisions but to retain material for later review of conclusions.

Limitation: Not discovering the log does not imply the live system has halted

In this material, the current live build, effective settings, AutoTrading, positions, signals, executions, and P/L alignment are unconfirmed. The fact that 20261102.log was not found at the local save location does not allow us to halt or revert all of these at once. Conversely, the presence of the previous day’s log does not prove that today is running without issues.

File size is not a performance metric for the live account. To assess win rate, you need the number of winning and losing trades; for net P/L, you need an original ticket with currency and costs. If you place numbers in the performance field when only storage capacity is known, the verification process changes. In this article, we keep the capacity unit in bytes and will not add the same field as the number of executions.

Next verification: From body scope to matching with orders

In the next analysis, first confirm the verification value and size of the saved object, then verify the body’s start and end times and the output source. For plausible candidates, follow the order: input, judgment, EA acceptance, order ticket, execution, settlement. If retries occur, set a boundary for counting one item and avoid double-counting in trading records.

Only after that do we align quantity, costs, currency, and attribution to the target EA to compare results. If any steps are missing records, we will keep the verified save locations and times and continue as unverified. The 23,100 bytes from this morning provide concrete information as an entry point for analysis. It does not represent the full activity up to the evening; as new materials are added, we will update the verification scope within the same article.

Source and target of the study

Source is LOCAL_CODEX_HANDOFF_2026-11-02_0610_JST. The handover target period is 11/1 06:10 to 11/2 06:10 JST, and the re-calculation of saved files is the verification described at 11/2 06:11. The article’s author did not independently re-examine the live trading screen or account original records. The following sections pertain to the morning material’s verification scope. The differences in the evening supplement by 18:35:47 JST on November 2 are noted at the top of the evening supplement.

As financial AI and AI agent research and development, this records the study and verification of self-made indicators and automated trading software (EA). It shares the research progress on weekday 24-hour trading live streams. The existence of the stream is not treated as proof of individual orders or profitability. Offering conditions and specifications can be checked onthe GogoJungle sales page. It includes sales information.

The candidate IDs, timestamps, and corresponding order tickets for trades verified in this morning handover are not shown in this morning’s handover. To avoid showing separate trading footage in this result, the order of verification is described in the article’s diagrams. No trial orders, trading specification changes, or live deployment were performed for article creation.