Critical error 80 44

critical error 80 44

It's not smartclip fault. Probably changes made in PDS or in the boot causes this problem. C975 sympthom? Comment. Linux and Windows operating system error codes. 44, ECHRNG, Channel number out of range 80, ELIBBAD, Accessing a corrupted shared library. This error message is logged when a router detects a malformed HTTP response coming from a dyno. 2010-10-06T21:51:37-07:00 heroku[router]: at.

Thematic video


Heroku Error Codes

Last updated July 27, 2022

Whenever your app experiences an error, Heroku will return a standard error page with the HTTP status code 503. To help you debug the underlying error, however, the platform will also add custom error information to your logs. Each type of error gets its own error code, with all HTTP errors starting with the letter H and all runtime errors starting with R, critical error 80 44. Logging errors start with L.

H10 - App crashed

A crashed web dyno or a boot timeout on the web dyno will present this error.

H11 - Critical error 80 44 too deep

When HTTP requests arrive faster than your application can process them, they can form a large backlog on a number of routers. When the backlog on a particular router passes a threshold, the router determines that your application isn’t keeping up with its incoming request volume. You’ll see an H11 error for each incoming request as long as the backlog is over this size. The exact value of this threshold may change depending on various factors, such as the number of dynos in your app, response time for individual requests, and your app’s normal request volume.

The solution is to increase your app’s throughput by adding more dynos, canon e27 error mp198 your database (for example, adding an index), or making the code itself faster. As always, increasing performance is highly application-specific and requires profiling.

H12 - Request timeout

For more information on request timeouts (including recommendations for resolving them), take a look at our article on the topic.

An HTTP request took longer than 30 seconds to complete. In the example below, a Rails app takes 37 seconds to render the page; the HTTP router returns a 503 prior to Rails completing its request cycle, but the Rails process continues and the completion message shows after the router message.

This 30-second limit is measured by the router, and includes all time spent in the dyno, including the kernel’s incoming connection queue and the app itself.

See Request Timeout for more, as well as a language-specific article on this error:

H13 - Connection closed without response

This error is thrown when a process in your web dyno accepts a connection but then closes the socket without writing anything to it.

One example where this might happen is when a Unicorn web server is configured with a timeout shorter than 30s and a request has not been processed by a worker before the timeout happens. In this case, Unicorn closes the connection before any data is written, resulting in an H13.

An example of an H13 can be found here.

H14 - No web dynos running

This critical error 80 44 most likely the result of scaling your web dynos down to 0 dynos. To fix it, scale your web dynos to 1 or more dynos:

Use the command to determine the state of your web dynos.

H15 - Idle connection

The dyno did not send a full response and was terminated due to 55 seconds of inactivity. For example, the response indicated a of 50 bytes which were not sent in time.

H16 - (No Longer in Use)

Heroku no longer emits H16 errors

H17 - Poorly formatted HTTP response

Our HTTP routing stack has no longer accepts responses that are missing a reason phrase in the status line. ‘HTTP/1.1 200 OK’ will work with the new critical error 80 44, but ‘HTTP/1.1 200’ will not.

This error message is logged when a router detects a malformed HTTP response coming from a dyno.

H18 - Server Request Interrupted

An H18 signifies that the socket connected, and some data was sent; The error occurs in cases where the socket was destroyed before sending a complete response, or if the server responds with data before reading the entire body of the incoming request.

An example of an Cpu fan error checking nvram can be found here.

H19 - Backend connection timeout

A router received a connection timeout error after 5 seconds of attempting to open a socket to a web dyno. This is usually a symptom of your hp 500 error 01 10 being overwhelmed and failing to accept new connections in a timely manner. For Common Runtime apps, if you have multiple dynos, the router will retry multiple dynos before logging H19 and serving a standard error page. Private Space routers can’t reroute i o device error hard drive to another web dyno.

If your app has a single web dyno, it is possible to see H19 errors if the runtime instance running your web dyno fails and is replaced. Once the failure is detected and the instance is terminated your web dyno will be restarted somewhere else, but in the meantime, H19s may be served as the router fails to establish a connection to your dyno. This can be mitigated by running more than one web dyno.

H20 - App boot how to solve icm delete ras error router critical error 80 44 enqueue requests for 75 seconds while waiting for starting processes to reach an “up” state. If after 75 seconds, critical error 80 44, no web dynos have reached an “up” state, the router logs H20 and serves a standard error page.

The Ruby on Rails asset pipeline can sometimes fail to run during git push, and will instead attempt to run when your app’s dynos boot. Since the Rails asset pipeline is a slow process, this can cause H20 boot timeout errors.

This error differs from R10 in that the H20 75-second timeout includes platform tasks such as internal state propagation, requests between internal components, slug download, unpacking, container preparation, etc… The R10 60-second timeout applies solely to application startup tasks.

If your application requires more time to boot, you may use the boot timeout tool to increase the limit. However, in general, slow boot times will make it harder to deploy your application and will make recovery from dyno failures slower, so this should be considered a temporary solution.

H21 - Backend connection refused

A router received a connection refused error when attempting to open a socket to your web process, critical error 80 44. This is usually a symptom of your app being overwhelmed and failing to accept new connections.

For Common Runtime apps, critical error 80 44, the router will retry multiple dynos before logging H21 and serving a standard error page. Private Spaces apps are not capable of sending the requests to multiple dynos.

H22 - Connection limit reached

A routing node has detected an elevated number of HTTP client connections attempting to reach your app. Reaching this threshold most likely means your app is under heavy load and is not responding quickly enough to keep up. The exact value of this threshold may change depending on various factors, such as the number of dynos in your app, critical error 80 44, response time for individual requests, and your app’s normal request volume.

H23 - Endpoint misconfigured

A routing node has detected a websocket handshake, specifically the ‘Sec-Websocket-Version’ header in the request, that came from an endpoint (upstream proxy) that does not support websockets.

H24 - Forced close

The routing node serving this request was either shutdown for critical error 80 44 or terminated before the request completed.

H25 - HTTP Restriction

This error is logged when a routing node detects and blocks a valid HTTP response that is judged risky or too large to be safely parsed. The error comes in four types.

Currently, this functionality is experimental, and is only made available to a subset of applications on the platform.

Invalid content length

The response has multiple content lengths declared within the same response, with varying lengths.

Oversized cookies

The cookie in the response will be too large to be used again in a request to the Heroku router or SSL endpoints.

A single header line is deemed too long (over 512kb) and the response is discarded on purpose.

Oversized status line

The status line is judged too long (8kb) and the response is discarded on purpose.

H26 - Request Error

This error is logged when a request has been identified as belonging to a specific Heroku application, critical error 80 44, but cannot be delivered entirely to a dyno due to HTTP protocol errors in the request. Multiple possible causes can be identified in the log message.

The request has an header, and its value is notthe only expect value handled by the router. A request with an unsupported value is terminated with the status code .

The request has an HTTP header with a value that is either impossible to parse, or not handled by the router, such as .

Bad chunk

The request has a chunked transfer-encoding, critical error 80 44, but with a chunk that was invalid or couldn’t be parsed correctly. A request with this status code will be interrupted during transfer to the dyno.

H27 - Client Request Interrupted

The client socket was closed either in the middle of the request or before a response could be returned. For example, the client closed their browser session before the request was able to complete.

H28 - Client Connection Idle

The client did not send a full request and was terminated due to 55 seconds of inactivity. For example, the client indicated a of 50 bytes which were not sent in time.

H31 - Misdirected Request

The client sent a request to the wrong endpoint. This could php_value displayerrors 0 because the client used stale DNS information or is accessing the app through a CDN that has stale DNS information. Verify that DNS is correctly configured for your app. If a CDN is configured for the app, consider contacting your CDN provider.

If you and your app users can successfully access the app in a browser (or however the app is used), this may not be cause for concern. The errors may be caused by clients (typically web-crawlers) with cached DNS entries trying to access a now-invalid endpoint or IP address for your app.

You can verify the validity of user agent through the app log error message as shown in the example below:

H80 - Maintenance mode

This is not an error, but we give it a code for the sake of completeness. Note the log formatting is the same but without the word “Error”.

H81 - Blank app

No code has been pushed to this application. To get rid of this message you need to do one deploy. This is not an error, but we give it a code for the sake of completeness.

H82 - Free dyno quota exhausted

This indicates that an account’s free critical error 80 44 hour quota is exhausted and that apps running free dynos are sleeping. You can view your app’s free dyno usage in the Heroku dashboard.

H83 - Planned Service Degradation

This indicates that your app is temporarily unavailable as Heroku makes necessary changes to support the retirement of a feature that has reached end of life. You will likely encounter an error screen when attempting to access your application and see the error below in your logs. Please reference the Heroku Changelog and the Heroku Status page for more details and the timeline of the planned service outage.

H99 - Platform error

H99 and R99 are the only error codes that represent errors in the Heroku platform.

This indicates an internal error in the Heroku platform. Unlike all of the other errors which will require action from you to correct, this one does not require action from you. Try again in a minute, or check the status site.

R10 - Boot timeout

A web process took longer than 60 seconds to bind to its assigned. When this happens, the dyno’s process is killed and the dyno is considered crashed. Crashed dynos are restarted according to the dyno manager’s restart policy.

This error is often caused by a process being unable to reach an external resource, such as a database, or the application doing too much work, such as parsing and evaluating numerous, large code dependencies, during startup.

Common solutions are to access external resources asynchronously, so they don’t block startup, and to reduce the amount of application code or its dependencies.

If your application requires more time to boot, you may use the boot timeout tool to increase the limit. However, critical error 80 44, in general, critical error 80 44, slow boot times will make it harder to deploy your application and will make recovery from dyno failures slower, so this should be considered a temporary solution.

One exception is for apps using the Java buildpack, Gradle buildpack, critical error 80 44, heroku-deploy toolbelt plugin, or Heroku Maven plugin, which will be allowed 90 seconds to bind to their assigned port.

R12 - Exit timeout

A process failed to exit within 30 seconds of being sent a SIGTERM indicating that it should stop. The process is sent SIGKILL to force an exit.

R13 - Attach error

A dyno started with failed to attach to the invoking client.

R14 - Memory quota exceeded

A dyno requires memory in excess of its quota. If this error occurs, the dyno will page to swap space to continue running, which may cause degraded process performance. The R14 error is critical error 80 44 by total memory swap, rss and cache.

If you are getting a large number of R14 errors, your application performance is likely severely degraded. Resolving R14 memory errors are language specific:

R15 - Memory quota vastly exceeded

A dyno requires vastly more memory than its quota and is consuming excessive swap space. If this error occurs, the dyno will be forcibly killed critical error 80 44 (which cannot be caught or handled) by the platform. The R15 error is calculated by total memory swap and rss; cache is not included.

In Private Spaces, dynos exceeding their memory quota do not use swap space and thus do not emit R14 errors.


Private Space dynos vastly exceeding their memory quota generally will emit R15 errors but occasionally the platform may shut down the dyno before the R15 is sent, causing the error to be dropped. If an R15 is emitted it will only be visible in the app log stream but not in the dashboard Application Metrics interface, critical error 80 44. Other non-R15 types of errors from Private Space dynos are correctly surfaced in the Application Metrics interface.


For Private Space dynos vastly exceeding their memory quota the platform kills dyno processes consuming large amounts of memory, but may not kill the dyno itself.

R16 - Detached

An attached dyno is continuing to run after being sent when its external connection was closed. This is usually a mistake, though some apps might want to do this intentionally.

R17 - Checksum error

This indicates an error with runtime slug checksum verification. If the checksum does not match or there is another problem with the checksum when launch a dyno, critical error 80 44, an R17 error will occur and the dyno will fail to launch. Check the log stream for details about the error.

If this error occurs, try deploying a new release system error installarchives failed broadcom a correct checksum or rolling back to an older release. Ensure the checksum is formatted and calculated correctly with the SHA256 algorithm. The checksum must start with followed by the calculated SHA256 value for the compressed slug. If you did not manually calculate the checksum and error continues to occur, please contact Heroku support.

R99 - Platform error

R99 and H99 are the only error codes that represent errors in the Heroku platform.

This indicates an internal error in the Heroku platform. Unlike all of the other errors which will require action from you to correct, critical error 80 44, this one does not require action from you. Try again in a minute, or check the status site.

L10 - Drain buffer overflow

The number of log messages being generated has temporarily exceeded the rate at which they can be received by a drain consumer (such as a log management add-on) and Logplex, Heroku’s logging system, has discarded some messages in order to handle the rate difference.

A common cause of L10 error messages is the exhaustion of capacity in a log consumer. If a log management add-on or similar system can only accept so many messages per time period, your application may experience L10s after crossing that threshold.

Another common cause of L10 error messages is a sudden burst critical error 80 44 log messages from a dyno. As each line of dyno output (e.g. a line of a stack trace) is a single log message, and Logplex limits the total number of un-transmitted log messages it will keep in memory to 1024 messages, a burst of lines from a dyno can overflow buffers critical error 80 44 Logplex. In order to allow the log stream to catch up, Logplex will discard messages where necessary, keeping newer messages in favor of older ones.

You may need to investigate reducing the volume of log lines output by your application (e.g. condense multiple log lines into a smaller, single-line entry). You can also use the command to get a live feed of logs and find out where your problem might be, critical error 80 44. A single dyno stuck in a loop that generates log messages can force an L10 error, as can a problematic code path that causes all dynos to generate a multi-line stack trace for some code paths.

L11 - Tail buffer overflow

A heroku logs –tail session cannot keep up with the volume of logs generated by the application or log channel, and Logplex has discarded some log lines necessary to catch up. To avoid this error you will need run the command on a faster internet connection (increase the rate at which you can receive logs) or you will need to modify your application to reduce the logging volume (decrease the rate at which logs are generated).

L12 - Local buffer overflow

The application is producing logs faster than the local delivery process (log-shuttle) can deliver them to logplex and has discarded some log lines in order to keep up. If this error is sustained you will need to reduce the logging volume of your application.

L13 - Local delivery error

The local log delivery process (log-shuttle) was unable to deliver some logs to Logplex and has discarded them. This can happen during transient network errors or during logplex service degradation, critical error 80 44. If this error is sustained please contact support.

L14 - Certificate validation error

The application is configured with a TLS syslog drain that doesn’t have a valid TLS certificate.

You should check that:

  1. You’re not using a self-signed certificate.
  2. The certificate is up to date.
  3. The certificate is signed by a known and trusted CA.
  4. The CN hostname embedded in the certificate matches the hostname being connected to.

L15 - Tail buffer temporarily unavailable

The tail buffer that stores the last 1500 lines of your logs is temporarily unavailable. Run again. critical error 80 44 If you still encounter the error, run to stream your logs (which does not use the tail buffer).

The bioBakery help forum

Hi Thank you.
I was actually running this command;

The output are 3 files; 1. “reformatted_identifiersxugzmf64_singleEnd” which is a fastq file. 2. a log file. 3. an am empty file name “F”.

The content of the log file is:

10/02/2020 01:20:16 PM - kneaddata.knead_data - INFO: Running kneaddata v0.8.0
10/02/2020 01:20:16 PM - kneaddata.knead_data - INFO: Output files will be written to: /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd
10/02/2020 01:20:16 PM - kneaddata.knead_data - DEBUG: Running with the following arguments:
verbose = False
input = /home/po44/kneaddata_analysis/input/singleEnd.fastq
output_dir = /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd
reference_db = /home/po44/kneaddata_analysis/input/demo_db
bypass_trim = False
output_prefix = singleEnd_kneaddata
threads = 1
processes = 1
trimmomatic_quality_scores = -phred33
bmtagger = False
bypass_trf = False
fastqc_start = False
fastqc_end = False
store_temp_output = False
remove_intermediate_output = False
cat_final_output = False
log_level = DEBUG
log = /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd/singleEnd_kneaddata.log
trimmomatic_path = /home/po44/miniconda3/bin/trimmomatic-0.33.jar
run_trim_repetitive = False
max_memory = 500m
trimmomatic_options = None
sequencer_source = NexteraPE
bowtie2_path = /home/po44/miniconda3/bin/bowtie2
bowtie2_options = --very-sensitive-local --phred33
decontaminate_pairs = unpaired
reorder = False
serial = False
bmtagger_path = None
trf_path = /home/po44/miniconda3/bin/trf
match = 2
mismatch = 7
delta = 7
pm = 80
pi = 10
minscore = 50
maxperiod = 500
fastqc_path = None
remove_temp_output = True
discordant = True

10/02/2020 01:20:16 PM - kneaddata.utilities - INFO: Reformatting file sequence identifiers …
10/02/2020 01:20:17 PM - kneaddata.utilities - INFO: READ COUNT: raw single : Initial number of reads ( /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd/reformatted_identifiersxugzmf64_singleEnd ): 16902.0
10/02/2020 01:20:17 PM - kneaddata.utilities server error 403 forbidden windows update DEBUG: Checking input file to Trimmomatic : /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd/reformatted_identifiersxugzmf64_singleEnd
10/02/2020 01:20:17 PM - kneaddata.utilities - INFO: Running Trimmomatic …
10/02/2020 01:20:17 PM - kneaddata.utilities - INFO: Execute command: java -Xmx500m -jar /home/po44/miniconda3/bin/trimmomatic-0.33.jar SE -threads 1 -phred33 /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd/reformatted_identifiersxugzmf64_singleEnd /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd/singleEnd_kneaddata.trimmed.fastq ILLUMINACLIP:/home/po44/miniconda3/lib/python3.8/site-packages/kneaddata/adapters/NexteraPE-PE.fa:2:30:10 SLIDINGWINDOW:4:20 MINLEN:50
10/02/2020 01:20:17 PM - kneaddata.utilities - CRITICAL: Error executing: java -Xmx500m -jar /home/po44/miniconda3/bin/trimmomatic-0.33.jar SE -threads 1 -phred33 /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd/reformatted_identifiersxugzmf64_singleEnd /home/po44/kneaddata_analysis/kneaddataOutputSingleEnd/singleEnd_kneaddata.trimmed.fastq ILLUMINACLIP:/home/po44/miniconda3/lib/python3.8/site-packages/kneaddata/adapters/NexteraPE-PE.fa:2:30:10 SLIDINGWINDOW:4:20 MINLEN:50

I hope this helps to debug the problem.

Thanks again!


Hi All;

Im running into code error 610 Error causing my VM server keep restarting.

Appreciate if anybody can help me in the dump file analysis and pinpoint me to the root cause.

VM Win 2019 .
Event ID details:
Log Name: System
Source: Microsoft-Windows-Kernel-Power
Date: 06-May-22 2:50:24 PM
Event ID: 41
Task Category: (63)
Level: Critical
Keywords: (70368744177664),(2)
The system has rebooted without cleanly shutting down first. This error could be caused if the system stopped responding, crashed, or lost power unexpectedly.
Event Xml:
<Event xmlns="">;
<Provider Name="Microsoft-Windows-Kernel-Power" Guid="{331c3b3a-2005-44c2-ac5e-77220c37d6b4}" />
<TimeCreated SystemTime="2022-05-06T11:50:24.047293800Z" />
<Correlation />
<Execution ProcessID="4" ThreadID="8" />
<Computer> </Computer>
<Security UserID="S-1-5-18" />
<Data Name="BugcheckCode">193</Data>
<Data Name="BugcheckParameter1">0xffffbf85b3208ec0</Data>
<Data Name="BugcheckParameter2">0xffffbf85b3208585</Data>
<Data Name="BugcheckParameter3">0x174140</Data>
<Data Name="BugcheckParameter4">0x23</Data>
<Data Name="SleepInProgress">0</Data>
<Data Name="PowerButtonTimestamp">0</Data>
<Data Name="BootAppStatus">0</Data>
<Data Name="Checkpoint">0</Data>
<Data Name="ConnectedStandbyInProgress">false</Data>
<Data Name="SystemSleepTransitionsToOn">0</Data>
<Data Name="CsEntryScenarioInstanceId">0</Data>
<Data Name="BugcheckInfoFromEFI">false</Data>
<Data Name="CheckpointStatus">0</Data>

  • Last memory Dump details (extracted by WinDbg tool) :

Microsoft (R) Windows Debugger Version 10.0.22549.1000 AMD64
Copyright (c) Microsoft Corporation. All rights reserved.

Loading Dump File [C:\Temp\MiniDump-new\050622-15531-01.dmp]
Mini Kernel Dump File: Only registers and stack trace are available

Path validation summary
Response Time (ms) Location
Deferred srv

Symbol search path is: srv*
Executable search path is:
Windows 10 Kernel Version 17763 MP (8 procs) Free x64
Product: Server, suite: TerminalServer SingleUserTS
Edition build lab: 17763.1.amd64fre.rs5_release.180914-1434
Machine Name:
Kernel base = 0xfffff803`5da11000 PsLoadedModuleList = 0xfffff803`5de28470
Debug session time: Fri May 6 18:00:55.638 2022 (UTC + 3:00)
System Uptime: 0 days 0:29:25.452
Loading Kernel Symbols

Press ctrl-c (cdb, kd, ntsd) or ctrl-break (windbg) to abort symbol loads that take too long.
Run !sym noisy before .reload to track down problems loading symbols.

Loading User Symbols
Loading unloaded module list
For analysis of this file, run !analyze -v
fffff803`5dbc9340 48894c2408 mov qword ptr [rsp+8],rcx ss:0018:fffff803`60334430=00000000000000c1
0: kd> !analyze -v

Special pool has detected memory corruption. Typically the current thread's
stack backtrace will reveal the guilty party.
Arg1: ffffa18891a40d80, address trying to free
Arg2: ffffa18891a40c05, address where bits are corrupted
Arg3: 0000000000c74278, (reserved)
Arg4: 0000000000000023, caller is freeing an address where nearby bytes within the same page have been corrupted

Debugging Details:

*** WARNING: Unable to verify timestamp for win32k.sys


FILE_IN_CAB: 050622-15531-01.dmp


BUGCHECK_P1: ffffa18891a40d80

BUGCHECK_P2: ffffa18891a40c05

BUGCHECK_P3: c74278



BLACKBOXBSD: 1 (!blackboxbsd)

BLACKBOXPNP: 1 (!blackboxpnp)



fffff803`60334428 fffff803`5dd2b19e : 00000000`000000c1 ffffa188`91a40d80 ffffa188`91a40c05 00000000`00c74278 : nt!KeBugCheckEx
fffff803`60334430 fffff803`5dd58de1 : fffff803`5da11000 fffff803`60334820 ffffa188`91a40d80 00000000`00000000 : nt!ExpFreeHeapSpecialPool+0x18a
fffff803`60334480 fffff807`ca408bf1 : ffffa188`91a40d80 00000000`00000000 00000000`00000002 fffff807`ca36f13d : nt!ExFreePoolWithTag+0x181
fffff803`603345b0 fffff803`5e334827 : ffffa188`91a40d80 fffff803`60334820 ffffa188`33fd6520 ffffa188`33fd6520 : VerifierExt!ExFreePoolWithTag_wrapper+0x11
fffff803`603345e0 fffff803`5e33479c : ffffa188`3ac06f80 fffff803`5da2a202 00000000`00000280 fffff807`ca36ef06 : nt!VerifierExFreePoolWithTag+0x57
fffff803`60334610 fffff803`5e3347b9 : ffffa188`91a40db0 ffffa188`91a40de8 00000000`00000002 ffffa188`33e47e38 : nt!VerifierExFreePool+0x1c
fffff803`60334640 fffff803`6048c479 : fffff803`60334798 ffffa188`82cfcf88 00000000`00000280 ffffa188`91a40de8 : nt!VerifierExFreePoolEx+0x9
fffff803`60334670 fffff803`6048378f : ffffa188`91a40d80 00000000`00000000 ffffa188`33e47e28 00000000`00000000 : tcpip!PplGenericFreeFunction+0x59
fffff803`603346a0 fffff803`60488ba1 : ffffa188`3b24ad78 fffff803`60334820 ffffa188`91a40f88 00000000`00000000 : tcpip!WfpAleFreeRemoteEndpoint+0x29f
fffff803`60334720 fffff803`5da4136c : fffff803`5b124f80 fffff803`60601520 fffff803`5b122180 00000000`00000000 : tcpip!LruCleanupDpcRoutine+0x521
fffff803`60334910 fffff803`5da409ae : 00000000`00000000 00000000`00000000 00000000`00000000 00000000`00000000 : nt!KiExecuteAllDpcs+0x2ec
fffff803`60334a50 fffff803`5dbccd6a : 00000000`00000000 fffff803`5b122180 00000000`00000000 fffff803`5df6d840 : nt!KiRetireDpcList+0x1ae
fffff803`60334c60 00000000`00000000 : fffff803`60335000 fffff803`6032f000 00000000`00000000 00000000`00000000 : nt!KiIdleLoop+0x5a

SYMBOL_NAME: tcpip!PplGenericFreeFunction+59


IMAGE_NAME: tcpip.sys

IMAGE_VERSION: 10.0.17763.2746

STACK_COMMAND: .cxr; .ecxr ; kb


FAILURE_BUCKET_ID: 0xC1_23_VRF_tcpip!PplGenericFreeFunction

OS_VERSION: 10.0.17763.1

BUILDLAB_STR: rs5_release


OSNAME: Windows 10

FAILURE_ID_HASH: {540e5758-7e83-17ba-47f3-c40a97625a84}

Followup: MachineOwner

0: kd> lmvm tcpip
Browse full module list
start end module name
fffff803`60400000 fffff803`606d9000 tcpip (pdb symbols) C:\ProgramData\Dbg\sym\tcpip.pdb\6CD3025FC195A29D5A02589D8196C86A1\tcpip.pdb
Loaded symbol image file: tcpip.sys
Mapped memory image file: C:\ProgramData\Dbg\sym\tcpip.sys\6FE275492d9000\tcpip.sys
Image path: tcpip.sys
Image name: tcpip.sys
Browse all global symbols functions data
Image was built with /Brepro flag.
Timestamp: 6FE27549 (This is a reproducible build file hash, not a timestamp)
CheckSum: 002D7760
ImageSize: 002D9000
File version: 10.0.17763.2746
Product version: 10.0.17763.2746
File flags: 0 (Mask 3F)
File OS: 40004 NT Win32
File type: 3.6 Driver
File date: 00000000.00000000
Translations: 0409.04b0
Information from resource tables:
CompanyName: Microsoft Corporation
ProductName: Microsoft® Windows® Operating System
InternalName: tcpip.sys
OriginalFilename: tcpip.sys
ProductVersion: 10.0.17763.2746
FileVersion: 10.0.17763.2746 (WinBuild.160101.0800)
FileDescription: TCP/IP Driver
LegalCopyright: © Microsoft Corporation. All rights reserved.

This list of Macintosh error codes is erroneus as soon as it's put up. There are new codes introducted all the time, critical error 80 44, but most of these should at least remain constant.

If you know of a category of errors that are not included here, please let me know, critical error 80 44.

  • error -32768 svTempDisable: Temporarily disable card but run primary init.
  • error -32640 svDisabled: Reserve range -32640 to -32768 for Apple temp disables.
  • error -32615 fontNotOutlineErr: bitmap font passed to routine that does outlines only
  • error -23048 outOfMemory: Not enough memory is available to issue free weekend mw3 ftatl error needed DNR query or to build the DNR cache.
  • error -23047 dnrErr: The domain name server has returned an error.
  • error -23046 noAnsErr: None of the known name servers are responding.
  • error -23045 authNameErr: The domain name does not exist.
  • error -23044 noNameServer: No name server can be found for the specified name string.
  • error -23043 noResultProc: No result procedure is passed to the address translation call when the resolver must be used to find the address.
  • error -23042 cacheFault: The name specified cannot be found in the cache. The domain name resolver will now query the domain name server and return the answer in the callback procedure.
  • error -23041 nameSyntaxErr: The <

Maintained by kevin lenzo ([email protected]).


(BMS) Cont.




Digital DC input

4 - 32VDC for on

on = cooler run


off = cooler off

Indirect Cool

Digital DC input

4 - 32VDC for

On = critical error 80 44 cooling on (can

indirect cool

be used with or without direct



Off = indirect cooling off

Supply fan speed

Analogue DC input

0 - 10V DC

0v = lowest supply fan speed

10V = highest supply fan


Direct Cool*

Digital DC input

24VDC for direct

On = direct cooling on (can be

cool condition

used with or without indirect


Off = direct cooling off

Critical error

Transistor digital DC switch


on (conducting)= critical error

2 - 32V DC range

off (open circuit) =

0.5A Max.

no critical error

Warning error

Volt free relay contacts


relay energized = warning

240VAC/DC Max


5A Max.

relay de-energized = no

warning error

* Direct cool only available in CW-80S Supercool models.

Critical Error Signal

This error signal comprises of a single pole voltage free

transistor that conducts under fault conditions.

The transistor is rated at 500mA and 32 volts DC max.

In order to use this signal an external voltage must be

supplied that will then drive for example a relay coil or

indicator lamp that does this is a hardware error exceed the above ratings.






Above: Critical error 80 44

Hp error 13.0000
Critical error 80 44
Fatal error error while parsing xml
critical error 80 44


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