Datafiles Classes¶

rrServer dailyStats¶

Job Information for each project, user and render application¶

Information include:

Memory usage
CPU usage.
Number of jobs rendering, idle, finished, …
Number of frames rendered and frames to be rendered.

`_dailyStats_timeline` Class¶

class libpyRR39_datafiles._dailyStats_timeline¶

A helper class to load _dailyStats based on date. Can keep once loaded dates in memory.

class _dailyStats_timeline functions:

Return Type	Name	Description
`int`	currentUnixDayLocal()¶	Returns the current unix date in your local time zone.
	freeMem()¶	Unload any loaded stat files to free memory.
`str`	getError()¶	The error message in case initFileList() or period_day_hasData() returned False.
`bool`	initFileList(str folder)¶	Specify the folder of the stat files in case your machine does not have the RR_ROOT env var set. The folder is usually RoyalRender/sub/stats/server. Returns True on success.
`int`	memUsageMiB()¶	Current Memory usage of this class
`_dailyStats_data`	period_day(int unixDay)¶	Returns the _dailyStats_data of the date specified. Returns empty data if it does not exist or cannot be loaded. (see .slotSet in data)
`bool`	period_day_hasData(int unixDay)¶	Tries to load the date specified and returns True on success

`_dailyStats_data` Class¶

class libpyRR39_datafiles._dailyStats_data¶

class _dailyStats_data functions:

Return Type	Name	Description
`datetime.datetime`	fileNameDate()¶	Date the stats have been written
`list`	getClientGroups()¶	Returns a list of `_clientStatDay` statistics. One for each client group
`str`	getError()¶	Returns the error message in case `loadFromFile()` fails.
`list`	getJobsByType(int id)¶	Returns a list of `_jobStatDay` statistics. The id value can be: User stats Project stats Render app stats
`_jobStatDay`	getJobsByTypeAndName(int id, str name)¶	It first gets the list as getJobsByType() does and then returns a `_jobStatDay` statistic by the specified name.
`int`	jobTypeCount()¶	Returns the number of different job stat lists. Which is 3
`bool`	loadFromFile(str filename, bool failIfNoFile)¶	Loads a stat file. failIfNoFile should be True. Return success status
`list`	singleStats(int id)¶	-deprecated-
`int`	singleStatsCount()¶	-deprecated-

`_jobStat` Class¶

class libpyRR39_datafiles._jobStat¶

class _jobStat properties:

Type	Name	Description
`float`	Cost¶	Cost of finished frame segments
`int`	Ghz_minutes¶	Ghz*Minutes of finished frame segments
`int`	PS_minutes¶	PS*Minutes of finished frame segments
`float`	PSneeded¶	An estimate how much PS would be needed to render all unassigned segments
`int`	Watt_minutes¶	Watt*Minutes of finished frame segments
`int`	avFrameTime¶	Average frame time
`int`	avMemUsageMB¶	Average memory usage
`float`	avPSUsage¶	Average PS usage
`int`	framesLeft¶	Frames left to render
`int`	framesRendered¶	Frames rendered during these 15 minutes
byte	freeA¶
`int`	jobsDisabled¶	Number of jobs in disabled state
`int`	jobsDone¶	Number of jobs in finished state
`int`	jobsIdle¶	Number of jobs in idle state
`int`	jobsRendering¶	Number of jobs in rendering state
`int`	jobsWaiting¶	Number of jobs in wait state
`int`	maxFrameTime¶	Maximum frame time
`int`	maxMemUsageMB¶	Maximum memory usage
`float`	maxPSUsage¶	Maximum PS usage
`float`	renderLicNeeded¶	An estimate how many render licenses would be needed to render all unassigned segments
`bool`	slotSet¶	True if this time slot contains any valid data
`int`	timesFinished¶	Number of times a frame segment finished
`int`	timesSended¶	Number of times a frame segment was sent

class _jobStat functions:

Return Type	Name	Description
`bool`	hasValidData()¶	Was the data set and is it valid?

`_jobStatDay` Class¶

class libpyRR39_datafiles._jobStatDay¶

class _jobStatDay properties:

Type

Name

Description

str

name¶

Name of the user, project or render app

byte

type¶

This value can be:

User stats
Project stats
Render app stats

class _jobStatDay functions:

Return Type	Name	Description
`_jobStat`	getTimeSlot(int index)¶	Get the statistics data at array position index. Each array item contains the stats for 15 minutes of that day: 00:00- 00:15 00:15- 00:30 00:30- 00:45
`int`	statCount()¶	Deprecated
`_jobStat`	stats(int index)¶	Deprecated
`int`	timeSlotCount()¶	Returns the maximum number of possible `_jobStat` values. It always returns 96 for this RR version. (24h / 96 = 15 min)

`_clientStat` Class¶

class libpyRR39_datafiles._clientStat¶

class _clientStat properties:

Type	Name	Description
`int`	disabled¶	Number of disabled clients (even if partly disabled and not partly rendering)
`int`	idle¶	Number of idle clients
`int`	off¶	Number of offline clients
`int`	rendering¶	Number of rendering clients (even if partly rendering)
`bool`	slotSet¶	True if this time slot contains any valid data

`_clientStatDay` Class¶

class libpyRR39_datafiles._clientStatDay¶

class _clientStatDay properties:

Type	Name	Description
`str`	groupName¶	Name of the cleint group

class _clientStatDay functions:

Return Type

Name

Description

_clientStat

getTimeSlot(int index)¶

Get the statistics data at array position index. Each array item contains the stats for 15 minutes of that day:

00:00- 00:15
00:15- 00:30
00:30- 00:45

int

timeSlotCount()¶

Returns the maximum number of possible _jobStat values. It always returns 96 for this RR version. (24h / 96 = 15 min)

rrGlobalStats¶

Same information as in rrControl tab “Global Info”¶

Information includes

Clients enabled, disabled, rendering.
Jobs rendering, waiting
Frames rendered, waiting
Server CPU usage

Global information about RR is saved to three different lists Each list contains 1440 values (Please verify with dayCount(), monthCount() or yearCount()).

name	Range	Res.	Description
day	24h	1m	Get the day stats at given index. Index 0 returns the first minute of the day, the time from 00:00.01 to 00:01.00. The stats are updated and overwritten every minute. An index larger than the current minute returns the stats of yesterday. Example: It is 18:00 right now. Querying the stats of 17:00, returns the stats from 1 hour ago. Querying the stats of 19:00, returns the stats from 23h ago.
month	30 days	30m	The server adds the stats of the last 30 minutes to the last index ‘monthMax()-1’ of the list and pushes all other stat values down in the list. Therefore the index of monthMax()-1 (=1439) returns the stats of the last completed 30 minutes. e.g. if the current time is 18:15, then the last stats are from 17:30 - 18:00
year	360 days	6h	The server adds the stats of the last 6 hours to the last index ‘yearMax()-1’ of the list and pushes all other stat values down in the list. Therefore an index of yearMax()-1 (=1439) returns the stats of the last completed quarter day. e.g. if the current time is 17:15, then the last stats in are from 06:00 - 12:00

`_rrGlobalStatsLS` Class¶

class libpyRR39_datafiles._rrGlobalStatsLS¶

class _rrGlobalStatsLS properties:

Type	Name	Description
`int`	lastSaveDay¶	The time the last index of the day array was saved. This value is the unix system time in the current time zone divided by 60. Use `currentUnixTimeLocal()` to get the current local time.
`int`	lastSaveMonth¶	The time the last index of the month array was saved. This value is the unix system time in the current time zone divided by 60. Use `currentUnixTimeLocal()` to get the current local time.
`int`	lastSaveYear¶	The time the last index of the year array was saved. This value is the unix system time in the current time zone divided by 60. Use `currentUnixTimeLocal()` to get the current local time.

class _rrGlobalStatsLS functions:

Return Type	Name	Description
`int`	currentTime_Unix()¶	Returns the current system time in the local time zone in seconds. The system time is based on the default unix timestamp (seconds since 00:00, Jan 1, 1970).
`int`	currentTime_Unix_UTC()¶	Returns the current system time in UTC in seconds. The system time is based on the default unix timestamp (seconds since 00:00, Jan 1, 1970).
`datetime.datetime`	currentTime_datetime()¶	Returns the current date and time in the UTC (Coordinated Universal Time) as datetime object.
`int`	currentUnixDayLocal()¶	Returns the current local date (no time) as int (days since 00:00, Jan 1, 1970).
`_rrGlobalStats_item`	day(int index)¶	Get the day stats at given index. index 0 returns the first minute of the day, the time from 00:00.01 to 00:01.00. The stats are updated and overwritten every minute. An index larger than the current minute returns the stats of yesterday. Example: It is 18:00 right now. Querying the stats of 17:00, returns the stats from 1 hour ago. Querying the stats of 19:00, will return the stats from 23h ago. .. note:: This is only true as long as the rrServer is running and continues to save stats. Otherwise check `lastSaveDay`.
`int`	dayMax()¶	Max number of stat values in the array. It returns 1440 for the current version.
`str`	getError()¶	Returns the error message in case the loadFromFile() fails.
`datetime.datetime`	lastSaveDay_asDatetime()¶	lastSaveDay as python datetime.
`int`	lastSaveDay_asUnixTime()¶	lastSaveDay as unix time in seconds ‘since the epoch’. Local timezone
`datetime.datetime`	lastSaveMonth_asDatetime()¶	lastSaveMonth as python datetime.
`int`	lastSaveMonth_asUnixTime()¶	lastSaveMonth as unix time in seconds ‘since the epoch’. Local timezone
`datetime.datetime`	lastSaveYear_asDatetime()¶	lastSaveYear as python datetime.
`int`	lastSaveYear_asUnixTime()¶	lastSaveYear as unix time in seconds ‘since the epoch’. Local timezone
`bool`	loadFromFile(str FileName)¶	Loads the stats from file FileName. Returns success status.
`_rrGlobalStats_item`	month(int index)¶	The server adds the stats of the last 30 minutes to the last index ‘monthMax()-1’ of the array and pushes all other stat values down in the array. Therefore an index of `monthMax()` - 1 = 1439 returns the stats of the last completed 30 minutes. e.g. if the current time is 18:15, then the last stats are from 17:30 - 18:00 .. note:: This is only true as long as the rrServer is running and continues to save stats.Otherwise `lastSaveMonth`.
`int`	monthMax()¶	Max number of stat values in the array. It returns 1440 for the current version.
`_rrGlobalStats_item`	period_auto_day(int unixDay, int slot)¶	Automatically chooses ‘month’ or ‘year’ stats based on timerange set with period_setTimeRange().
`int`	period_auto_daySlotCount()¶	Number of slots per day for function period_auto_day()
`_rrGlobalStats_item`	period_auto_item(int index)¶	Automatically chooses ‘month’ or ‘year’ stats based on timerange set with period_setTimeRange().
`int`	period_auto_itemCount()¶	Automatically chooses ‘month’ or ‘year’ stats based on timerange set with period_setTimeRange().
`_rrGlobalStats_item`	period_month_day(int unixDay, int slot)¶	Returns stats at day ‘unixDay’. Use slot to loop through all slots of the day. Optional: Use period_setTimeRange to return empty settings if outside time range.
`int`	period_month_daySlotCount()¶	Number of slots per day for function period_month_day()
`_rrGlobalStats_item`	period_month_item(int index)¶	Get stat item at index 0 to period_month_itemCount()-1. Useful if you just want to loop a time range without being interested in the specific day.
`int`	period_month_itemCount()¶	Number of stat items in your time range
	period_setTimeRange(datetime.datetime startTime, datetime.datetime endTime)¶	Required to set the time range for the period…item() function. Optional for period…day() functions if you want to start in the middle of a day. Time as local time (not UTC)
`_rrGlobalStats_item`	period_year_day(int unixDay, int slot)¶	Returns stats at day ‘unixDay’. Use slot to loop through all slots of the day. Optional: Use period_setTimeRange to return empty settings if outside time range.
`int`	period_year_daySlotCount()¶	Number of slots per day for function period_year_day()
`_rrGlobalStats_item`	period_year_item(int index)¶	Get stat item at index 0 to period_year_itemCount()-1. Useful if you just want to loop a time range without being interested in the specific day.
`int`	period_year_itemCount()¶	Number of stat items in your time range
`int`	secDiff_Day()¶	Returns the time between two slots of the day array.
`int`	secDiff_Month()¶	Returns the time between two slots of the month array.
`int`	secDiff_Year()¶	Returns the time between two slots of the year array.
`_rrGlobalStats_item`	year(int index)¶	The server adds the stats of the last 6 hours to the last index ‘yearMax()-1’ of the array and pushes all other stat values down in the array. Therefore an index of `yearMax()` - 1 = 1439 returns the stats of the last completed quarter day. e.g. if the current time is 17:15, then the last stats in are from 06:00 - 12:00 .. note:: This is only true as long as the rrServer is running and continues to save stats.Otherwise check lastSaveYear.
`int`	yearMax()¶	Max number of stat values in the array. It returns 1440 for the current version.

`_rrGlobalStats_item` Class¶

class libpyRR39_datafiles._rrGlobalStats_item¶

class _rrGlobalStats_item properties:

Type	Name	Description
`int`	clients_avTemperature¶	Average temperature of the first HDD of all rrClients
`int`	clients_disabled¶	Number of disabled clients
`int`	clients_free¶	Number of free clients
`float`	clients_needed¶	An estimate how many clients would be needed to start all unassigned frame segments.
`int`	clients_rendering¶	Number of clients rendering
`int`	frameTime¶	Average frame time of all jobs
`int`	frameTime_3D¶	Average frame time
`int`	frameTime_Archive¶	Average frame time
`int`	frameTime_Comp¶	Average frame time
`int`	frameTime_ExecuteFrames¶	Average frame time
`int`	frameTime_FileExport¶	Average frame time
`int`	framesLeft¶	Summed frames to be rendered from all jobs
`int`	framesLeft_3D¶	Summed frames to be rendered
`int`	framesLeft_Archive¶	Summed frames to be rendered
`int`	framesLeft_Comp¶	Summed frames to be rendered
`int`	framesLeft_ExecuteFrames¶	Summed frames to be rendered
`int`	framesLeft_FileExport¶	Summed frames to be rendered
`float`	framesPerMin¶	Average number of frames that have been rendered within a minute. Multiply by the time segment to get the number of frames. Real-world example: I drove 100km/h, so I drove 50km in 30 minutes.
`float`	framesPerMin_3D¶	Same as `framesPerMin()`, but 3D-render jobs only
`float`	framesPerMin_Archive¶	Same as `framesPerMin()`, but Archive/Standalone jobs only
`float`	framesPerMin_Comp¶	Same as `framesPerMin()`, but Comp jobs only
`float`	framesPerMin_ExecuteFrames¶	Same as `framesPerMin()`, but Execute jobs only
`float`	framesPerMin_FileExport¶	Same as `framesPerMin()`, but File Export jobs only
`bool`	freeA¶
`int`	jobs_rendering¶	Number of jobs rendering
`int`	jobs_total¶	Total number of jobs
`int`	jobs_unfinished¶	Number of unfinished jobs
`float`	serverCoreUsageMachine¶	CPU usage of the machine as cores
`float`	serverCoreUsageProcess¶	CPU usage of the rrServer app as cores
`int`	serverMemUsage_JobBuffer¶	Memory usage for all job data
`int`	serverMemUsage_Machine¶	Memory usage of the rrServer machine.
`int`	serverMemUsage_Process¶	Memory usage of the rrServer application.
`int`	serverMemUsage_TCPData¶	Memory usage of the 2nd rrServers TCP socket buffer
`int`	serverMemUsage_TCPDataCompressed¶	Max memory for a TCP socket buffer after compression
`int`	serverMemUsage_TCPSocket¶	Memory usage of the 1st rrServers TCP socket buffer
`int`	serverTemperature¶	Temperature of the first HDD in the rrServer machine
`bool`	slot_used¶	Is this data valid? If not, then this data is crap or from any other day/time.

rrClientStats¶

render clients stats, like CPU and memory usage¶

Example, use _clientStats_data to load clients render stats and save them to .csv files:

#
# This scripts loads the statistics files of all clients.
#
# It reports:
#   - The average CPU usage of the OS for each day
#   - The average CPU usage of all Jobs for each day
#   - The total number of frames rendered for each day
#
# And saves them as .csv file, which you can load into Excel.
#
# You need to execute this python script with rrPythonconsole
#

from rr_python_utils.load_rrdata import rrData
import os


#Note: Please check your license via rrControl/help menu of you have access to the class rrTable
client_table = rrGlobal._rrTable()
clientjob_table	= rrGlobal._rrTable()

for table in client_table, clientjob_table:
    table.setHeader(0, "Date")


#_StatsRenderTime
stat_folder = rrGlobal.rrRootPath() + "sub/stats/clients"
stat_files = [f for f in os.listdir(stat_folder) if os.path.isfile(os.path.join(stat_folder, f))]

print(f"{stat_folder}: {len(stat_files)} files found.")

loaded_stats = 0
client_stats = rrData._clientStats_data()

for stat_file in stat_files:
    if ".stdb" not in stat_file:
        continue

    if not client_stats.loadFromFile(os.path.join(stat_folder, stat_file)):
        print(stat_file, "| Error:  unable to load stats file!", client_stats.getError())
        continue

    loaded_stats += 1

    client_name = stat_file[:-5]
    days_loaded = 0
    num_days = 1

    for d in range(client_stats.daysMax() - num_days, client_stats.daysMax()):
        stat_day = client_stats.days(d)
        if (not stat_day.daySet or stat_day.day==0):
            continue

        days_loaded = days_loaded +1
        cpu_amount_OS = 0
        cpu_amount_job = 0
        stat_count= 0

        for h in range(0, stat_day.dataMax()):
            stat_data = stat_day.data(h)
            if (not stat_data.hasData()):
                continue

            cpu_amount_OS += stat_data.cpuTotal
            cpu_amount_job += stat_data.jobThread(0).cpuRender
            stat_count = stat_count + 1

        if stat_count > 0:
            cpu_amount_OS = cpu_amount_OS / stat_count
            cpu_amount_job = cpu_amount_job / stat_count

        if cpu_amount_OS > 0:
            client_table.setIntByNameNDate(client_name, stat_day.day * 24*60*60 , int(cpu_amount_OS))
        if (cpu_amount_job>0):
            clientjob_table.setIntByNameNDate(client_name, stat_day.day * 24*60*60 , int(cpu_amount_job))
            
        frame_count = 0
        for h in range(0, stat_day.dataHourlyMax()):
            hour_data = stat_day.dataHourly(h)
            frame_count += hour_data.jobThread(0).framesDone

            print(hour_data.jobThread(0).framesDone, f"frames done at the {h}th hour")

        if frame_count>0:
            clientjob_table.setIntByNameNDate(client_name, stat_day.day*24*60*60 , int(frame_count) )
            
    print(stat_file, "| days:,", f"{days_loaded} / {client_stats.daysMax()}");
	    
print(stat_folder, ":", str(loaded_stats), "files loaded.")

client_table.sortRowsByDate()
clientjob_table.sortRowsByDate()

exportFolder = os.path.join(rrGlobal.rrRootPath(), "inhouse")

if not client_table.saveAsCsv(os.path.join(exportFolder, "_clientstats_cpuUsageOS.csv"), False):
    print ("Error: Unable to save clients table!", client_table.fileError())

if not clientjob_table.saveAsCsv(os.path.join(exportFolder, "_clientstats_cpuUsageJob.csv"), False):
    print ("Error: Unable to save client jobs table!", clientjob_table.fileError())

print("Saved to folder", exportFolder)
print("\n\n--- DONE ---\n\n")

`_clientStats_all` Class¶

class libpyRR39_datafiles._clientStats_all¶

A helper class to load _dailyStats based on date. Can keep once loaded dates in memory.

class _clientStats_all functions:

Return Type	Name	Description
`int`	clientCount()¶	Number of client stats files found.
`int`	currentUnixDayLocal()¶	Returns the current unix date in your local time zone.
`int`	findName(str name)¶	Returns the index of client with name. Returns -1 if client name was not found.
	freeMem()¶	Unload any loaded stat files to free memory.
`_clientStats_data`	getData(int index)¶	Get _clientStats_data at index.
`_clientStats_data`	getDataByName(str name)¶	Get _clientStats_data by client name.
`_clientStats_day`	getDataByName_period_day(str name, int unixDay)¶	Get _clientStats_data by client name on unixDay.
`bool`	getDataByName_period_day_hasData(str name, int unixDay)¶	Returns true if the _clientStats_data of the client has data on unixDay.
`bool`	getData_error(int index)¶	Returns true if getData() failed.
`_clientStats_day`	getData_period_day(int name, int unixDay)¶	Get _clientStats_data on unixDay.
`bool`	getData_period_day_hasData(int name, int unixDay)¶	Returns true if the _clientStats_data has data on unixDay.
`str`	getError()¶	The error message in case initFileList() or `getDataByName_period_day_hasData()` returned False.
`str`	getName(int index)¶	Returns the client name at index.
`bool`	initFileList(str folder)¶	Specify the folder of the stat files in case your machine does not have the RR_ROOT env var set. The folder is usually RoyalRender/sub/stats/clients. Returns True on success.
`int`	memUsageMiB()¶	Current Memory usage of this class
	setDelayedLoad_FileAge(int fileage)¶	If a client is currently writing the stat file, we should wait 3 seconds before loading it. We use the delta between the filedate and the current time to assume that the file is written. As there is often a difference in time between fileserver and your machine, you can modify the time delta in seconds.

`_clientStats_data` Class¶

class libpyRR39_datafiles._clientStats_data¶

class _clientStats_data properties:

Type	Name	Description
`int`	StructureID¶

class _clientStats_data functions:

Return Type	Name	Description
`_clientStats_day`	days(int index)¶	-deprecated-
`int`	daysCount()¶	The maximum number of days in this array (400).
`int`	daysMax()¶	-deprecated-
`_clientStats_day`	getDayByIdx(int index)¶	Get the data of a day. index (daysCount() - 1) is the last day written into the stats file. IF the client is currently running, it is the present day.` index (daysCount() - 2) is the day before present day. Check days(i).daySet and days(i).day to verify that you got some data and that it is the correct day.
`str`	getError()¶	Returns the error message in case the loadFromFile() fails.
`bool`	loadFromFile(str FileName)¶	Loads the stats from file FileName
`_clientStats_day`	period_day(int unixDay)¶	Returns the _dailyStats_data of the date specified. Returns empty data if it does not exist or cannot be loaded. (see .daySet in data)
`bool`	period_day_hasData(int unixDay)¶	Tries to find the date specified and returns True if the data on that day was set

`_clientStats_day` Class¶

class libpyRR39_datafiles._clientStats_day¶

class _clientStats_day properties:

Type	Name	Description
`int`	day¶	The current day in the default unix timestamp (days since Jan 1, 1970). As DAYs witout seconds. See dayAsTime()
`bool`	daySet¶	Wether this day contains any useful data (e.g. if the client was not online that day, daySet is false)

class _clientStats_day functions:

Return Type	Name	Description
`_clientStats_day_data_30s`	data(int index)¶	This data is collected every 20 seconds. Index 0 are the first 20 seconds of the day, Index 1 the 20 - 40 seconds of the day, …
`_clientStats_day_data_hourly`	dataHourly(int index)¶	index 0 is the first hour of the day ( 00:00 - 01:00 )
`int`	dataHourlyMax()¶	The maximum number of values in the hourly array (24)
`int`	dataMax()¶	The maximum number of values in the data array. (4320 for the current version, one data item every 20 seconds)
`datetime.datetime`	dayAsTime()¶	day as datetime object with seconds in unix timestamp (since Jan 1, 1970)

`_clientStats_day_data_hourly_jobthread` Class¶

class libpyRR39_datafiles._clientStats_day_data_hourly_jobthread¶

class _clientStats_day_data_hourly_jobthread properties:

Type	Name	Description
`int`	framesDone¶	Frames done in this hour
byte	jobAborted¶	Number of times a job was aborted
byte	jobCrashed¶	Number of times a job crashes
byte	jobSuccessful¶	Number of times a job rendered successfully. Invalid if hasData() returns False

class _clientStats_day_data_hourly_jobthread functions:

Return Type	Name	Description
`bool`	hasData()¶	Returns True if data is valid (client and jobthread was running and at that time)

`_clientStats_day_data_jobthread` Class¶

class libpyRR39_datafiles._clientStats_day_data_jobthread¶

class _clientStats_day_data_jobthread properties:

Type	Name	Description
byte	clientStatus¶	`_ClientStatusThread.clientStatus` of the client
`float`	cpuRender¶	CPU usage of this job.
byte	jobRenderType¶	Render type of the job. See enum `rrJob._renderType`.
`int`	memRender10MB¶	deprecated

class _clientStats_day_data_jobthread functions:

Return Type	Name	Description
`int`	memRenderMB()¶	Memory usage of render job in MiB.
`bool`	threadWasActive()¶	Deprecated
`bool`	threadWasRendering()¶	Deprecated
`bool`	wasActive()¶	Returns True if this threads was active (existed). Note that `_clientStats_day_data_30s:jobThread_Count` uses this function already. So it should not be required to use this function at all.
`bool`	wasDisabled()¶	Returns True if the thread was disabled.
`bool`	wasIdle()¶	Returns True if the thread was idle and waiting for jobs.
`bool`	wasRendering()¶	Returns True if a job was rendering/just finished.

`_clientStats_day_data_hourly` Class¶

class libpyRR39_datafiles._clientStats_day_data_hourly¶

class _clientStats_day_data_hourly functions:

Return Type	Name	Description
`_clientStats_day_data_hourly_jobthread`	jobThread(int index)¶	Returns the data of a job thread
`int`	jobThreadCount()¶	The number of job threads the client was running in this time slot.
`int`	jobThreadMax()¶	-Deprecated- ( equals count()-1 )

`_clientStats_day_data_30s` Class¶

class libpyRR39_datafiles._clientStats_day_data_30s¶

class _clientStats_day_data_30s properties:

Type	Name	Description
`float`	cpuTotal¶	CPU usage as percentage of the system.
`float`	gpuTotal¶	GPU usage as percentage of the system.
`int`	memTotal10MB¶	Total memory usage in MiB, divided by 10.
`int`	networkInMB¶	Total MiB of data received from the network.
`int`	networkInSpeedMaxMB¶	Maximum MiB/s.
`int`	networkOutMB¶	Total MiB of data send into the network..
`bool`	userLoggedIn¶	Was a user logged in?

class _clientStats_day_data_30s functions:

Return Type	Name	Description
`bool`	allThreadsDisabled()¶	Returns True if all job threads have been disabled.
`bool`	anyThreadIdle()¶	Returns True if one of the threads was idle and waiting for a job.
`bool`	anyThreadRendering()¶	Returns True if one of the threads was rendering.
`float`	cpuRender_allThreads()¶	Summed cpuRender of all job threads.
`bool`	hasData()¶	Returns True if the client was online.
`_clientStats_day_data_jobthread`	jobThread(int index)¶	Returns the data of a job thread
`int`	jobThreadCount()¶	The number of job threads the client was running in this time slot.
`int`	jobThreadMax()¶	-deprecated- ( equals count()-1 )
`int`	memRender10MB_allThreads()¶	Maximum memRender10MB of all job threads.

frameStatJob¶

Same data as the “frames rendered” table in rrControl¶

Frame information includes:

Render time
Memory (5 times per frame)
CPU usage (5 times per frame)

`_frameStatJob` Class¶

class libpyRR39_datafiles._frameStatJob¶

class _frameStatJob functions:

Return Type	Name	Description
`_frameStat`	frame(int index)¶	Get the stats of frame with given index. The first frame has index number 0. It is not the frame number in the scene file
`int`	frameCount()¶	Number of frames for this job.
`int`	frameMax()¶	Number of frames for this job.
`str`	getError()¶	Returns the error message in case `loadFromFile()` fails.
`bool`	loadFromFile(str FileName)¶	Loads the stats from file FileName

`_frameStat` Class¶

class libpyRR39_datafiles._frameStat¶

class _frameStat properties:

Type	Name	Description
byte	averageValue¶	Sometimes the client is not able to get exact values per frames. In this case it collects the data of the whole frame segmentand averages the values. The frame segment contains of averageValue frames.
`str`	client¶	Name of the client
`int`	frameNrJob¶	The frame number of the job.
`datetime.datetime`	logFileStart¶	The time when the render logfile was started. It is the same time as in the filename.
`int`	logFileStartFrame¶	The first frame of the render log. It is the same frame number as in the filename.
`bool`	newKSOChunk¶	True for the first frame of a KSO chunk
`bool`	newSceneLoaded¶	True for the first frame after loading a new scene
`int`	renderTime5Sec¶	The render time of the frame in seconds, divided by 5.
`bool`	userLoggedIn¶	True if a user was logged in when rendering the frame

class _frameStat functions:

Return Type	Name	Description
`_frameStat_part`	part(int self)¶	Stats are collected multiple times while a frame is rendered. If a frame takes for example 10 minutes to render, then each of the 5 part represents 2 minute of the render.
`int`	partMax()¶	Max number of parts for each frame (5)

`_frameStat_part` Class¶

class libpyRR39_datafiles._frameStat_part¶

class _frameStat_part properties:

Type	Name	Description
`float`	jobCPU¶	CPU usage of the job
`struct _Mb_hndrt16`	jobMemoryMB¶	Memory usage of job
`float`	nonJobCPU¶	Other CPU usage of the machine
byte	renderThreads¶	Number of job threads rendering on the client at this moment

StatsRenderTime¶

Average frame render time of the last 100 finished jobs of each layer name of each project¶

Every time a job is finished, it adds its average frame time to the list. The list is separated by layers and projects. (For example the the last 100 jobs of render layer “Ambient Occlusion” of project “FancyDrink-Commercial”)

`_StatsRenderTime` Class¶

class libpyRR39_datafiles._StatsRenderTime¶

class _StatsRenderTime properties:

Type	Name	Description
`datetime.datetime`	lastSaved¶	The last time this stat was saved
`int`	prjCount¶	Get/Set the number of projects

class _StatsRenderTime functions:

Return Type	Name	Description
`str`	getError()¶	Returns the error message in case the loadFile() or saveFile() fails.
`_StatsRenderTime_project`	getProject(int index)¶	Get `_StatsRenderTime_project` at index
`bool`	loadFile(str FileName)¶	Loads the stats from file FileName.
`bool`	saveFile(str FileName)¶	Save the stats to file FileName.

`_StatsRenderTime_project` Class¶

class libpyRR39_datafiles._StatsRenderTime_project¶

class _StatsRenderTime_project properties:

Type	Name	Description
`datetime.datetime`	lastUsed¶	The last time a job was added to this list.
`str`	name¶	Name of the project

class _StatsRenderTime_project functions:

Return Type	Name	Description
`bool`	containsRenderType(int renderType)¶	Returns True if there is data for this render type. For renderType please see enum `rrJob._renderType`
`_StatsRenderTime_layer`	getLayer(int renderType, int index)¶	Get `_StatsRenderTime_layer` at index. For renderType please see enum `rrJob._renderType`
`int`	layerCount(int renderType)¶	Returns the number of layers in this list. For renderType please see enum `rrJob._renderType`

`_StatsRenderTime_layer` Class¶

class libpyRR39_datafiles._StatsRenderTime_layer¶

class _StatsRenderTime_layer properties:

Type	Name	Description
byte	jobsAdded¶	Number of jobs that have been added. This is NOT the number of jobs in this list.
`str`	name¶	Name of the layer

class _StatsRenderTime_layer functions:

Return Type	Name	Description
`float`	averageClientPS(int index)¶	Get the average client power rendering in PS at index as float.
`int`	coreUsageMax(int index)¶	Get the max core usage at index.
`int`	count()¶	Returns the number of data entries in all lists. The latest job is always at position 0.
`float`	frameTime_kPS(int index)¶	Get the kiloPS*seconds used for a frame.
`int`	frameTime_sec(int index)¶	Get the frame time at index. The frame time is in PS*seconds.
`float`	memUsageMaxGB(int index)¶	Get the max memory usage at index as float.
`int`	timeSubmitToFramesDone_minutes(int index)¶	Get the time from submission to the first time all frames had been processed (does not include the re-render of broken frames)

server_clientInfo¶

Some network information collected by the rrServer about the clients.¶

The last IPs and the last WOL command attempts.

`_server_clientInfo` Class¶

class libpyRR39_datafiles._server_clientInfo¶

class _server_clientInfo functions:

Return Type	Name	Description
`int`	count()¶	Returns the number of clients in the list.
`str`	errorStr()¶	Returns the error message in case `loadFromFile()` fails.
`datetime.datetime`	fileTime()¶
`_Client_Info_save`	info(int index)¶	Get the _Client_Info_save at index. .. note:: The index does not have to match the client order in the current client list in RR.
`bool`	loadFromFile(str FileName)¶	Loads the infromation from file FileName. The current filename is RR/sub/stats/clientIPstats82.db

`_Client_Info_save` Class¶

class libpyRR39_datafiles._Client_Info_save¶

class _Client_Info_save properties:

Type	Name	Description
byte	WOLTryCount¶	Number of times the WOL command was executed without success… note:: The last WOL command could still be in progressand is therefore not successful yet.
`datetime.datetime`	lastConnect¶	The last time the rrClient reported a status.
`datetime.datetime`	lastWOLTry¶	Last time a WOL command was send to the machine.
`str`	saveNameCopy¶	Name of the rrClient
`str`	saveVersionCopy¶	Version of the rrClient

class _Client_Info_save functions:

Return Type	Name	Description
`datetime.datetime`	lastIPDate(int index)¶	Get the time the rrClient reported this new IP.
`_IP`	lastIPs(int index)¶	Get the IPs used by the rrClient. index 0 is the latest IP. The IP is stored if the rrClient had a different IP during its latest status report.
`_Client_WOLInfo`	lastWOLs(int index)¶	Get information about the last WOL commands send to the machine. index 0 is the latest one.
`int`	maxIPCount()¶	The maximum number of possible IPs for lastIPs and lastIPDate. This is NOT the current count of valid values stored. You have to check if the returned values are valid.
`int`	maxWOLCount()¶	The maximum number of possible `_Client_WOLInfo()` for `lastWOLs`. This is NOT the current count of valid values stored. You have to check if the returned values are valid.

`_Client_WOLInfo` Class¶

class libpyRR39_datafiles._Client_WOLInfo¶

class _Client_WOLInfo properties:

Type	Name	Description
byte	bootTime¶	Seconds it took the machine from the WOL command to the rrClient being online.
`datetime.datetime`	dateTime¶	Date and time of the WOL command.
`bool`	success¶	Was the WOL command successfull?

`_IP` Class¶

class libpyRR39_datafiles._IP¶

class _IP functions:

Return Type	Name	Description
`int`	asInt32()¶
`str`	asString()¶
`bool`	isIP4()¶
`bool`	isValid()¶

AppLicenses¶

data from rrConfig’s “Render Licenses” tab¶

`_AppLicenses_v8` Class¶

class libpyRR39_datafiles._AppLicenses_v8¶

Loads the render license count settings as set in rrConfig tab Render Lic.

class _AppLicenses_v8 functions:

Return Type	Name	Description
`int`	getCount()¶	Number of render apps with license settings contained in `_AppLicenses_v8`.
`str`	getError()¶	Returns the error message if load/save returned FALSE.
`_AppLicenses_v8_licItem`	getLicense(int index)¶	Get license count settings at index.
`bool`	loadFromFile(str filename)¶	Loads the render license config file ‘filename’. Returns True on success.
`bool`	saveToFile(str filename)¶	Saves the render license config file ‘filename’. Returns True on success.
`bool`	setLicense(int arg2, _AppLicenses_v8_licItem arg3)¶	Sets license count settings at index

`_AppLicenses_v8_licItem` Class¶

class libpyRR39_datafiles._AppLicenses_v8_licItem¶

License count settings for each RenderApp. The settings are partitioned in regions identified by index numbers

The regions are:

0: Default 1: Workstation 2: RenderFarm 3: Cloud

class _AppLicenses_v8_licItem functions:

Return Type	Name	Description
	SetRenderAppName(str name)¶	Sets the name of the render app. E.g. Maya, Nuke, Arnold
`float`	getCost(int region)¶	Costs that are used for RR to calculate the costs of a job.
`bool`	getIsTypeSet(int region)¶	If a region is not set, then RR uses the count in ‘Default’.
`bool`	getIsUnlimited(int region)¶	If the region has unlimited licenses, the lic count is ignored.
`int`	getLicCount(int region)¶	Number of licenses
`str`	getPluginName()¶	Plugin name of this license. E.g. Yeti, Sapphire
`str`	getRenderAppName()¶	Name of the render app. E.g. Maya, Nuke, Arnold
`int`	getVersion()¶	Render licenses can be set differently for different versions of the render app. This returns the version this license count applies to.
	setCost(int self, float cost)¶	Sets the figure used to calculate the cost of a job
	setIsTypeSet(int self, bool region)¶	Sets license type (region)
	setIsUnlimited(int self, bool isUnlimited)¶	Sets if the region has unlimeted licenses
	setLicCount(int self, int count)¶	Sets the number of licenses
	setPluginName(str name)¶	Sets the plugin name of this license. E.g. Yeti, Sapphire
	setVersion(int version)¶	Sets the version this license count applies to

ClientGroup¶

List of client groups assigned in rrConfig¶

`_ClientGroup` Class¶

class libpyRR39_datafiles._ClientGroup

class _ClientGroup functions:

Return Type	Name	Description
	addClient(str name)¶	Add client name to the group
`str`	allMemberGlobalIndices()¶	Returns global indices of all members of this group as a comma separated string
	clear()¶	Remove all clients from the group
`int`	count()¶	Number of Clients in group
`str`	getClientName(int index)¶	Get client name at list index
`str`	getName()¶	Get the name of the group
`bool`	isMember_byGlobalIndex(int global-idx)¶	RR keeps a global list of all clients. This function checks if a client at index global-idx in the global list is a member of this group.
	removeClient(str name)¶	Remove client with given name from the group
	removeClientbyID(int index)¶	Remove client at given index from the group
	setName(str name)¶	Set the name of the group

`_ClientGroupList` Class¶

class libpyRR39_datafiles._ClientGroupList

Similar to libpyRR39._ClientGroupList, but loads the settings from the config files rather than from a tcp connection. Contains the client groups set in rrConfig.

Example, list all groups and their render clients:

from rr_python_utils.load_rrlib import rrLib
import rr_python_utils.connection as rr_connect

tcp = rr_connect.server_connect()
group_list = tcp.clientGetGroups()

for i in range(group_list.count):
    group = group_list.clientGroup(i)
    num_clients = group.count()

    print(f"Group {group.getName()} contains {num_clients} clients")
    for j in range(num_clients):
        print(    group.getClientName(j))

class _ClientGroupList properties:

Type	Name	Description
`int`	count¶	Get/set the number of groups
`datetime.datetime`	settingsFileDate¶	Date/Time of the group settings file loaded/saved.

class _ClientGroupList functions:

Return Type	Name	Description
`_ClientGroup`	clientGroup(int index)¶	Get client group at given index
	clientGroupSet(int index, _ClientGroup group)¶	Replace client group at index with group.
`int`	clientGroupsMax()¶	Returns the maximum number of possible groups in this RR version
`str`	getError()¶	Returns the error message in case the loadFromFile() or SaveToFile() fails.
`str`	groupsOfClient(str clientName)¶	Returns a comma separated list of groups of which the client is a member of
`bool`	loadFromFile(str FileNAme)¶	Loads the stats from file FileName. Not available in `libpyRR39._ClientGroupList`.
`bool`	saveToFile(str FileName)¶	Saves the stats into file FileName. Not available in `libpyRR39._ClientGroupList`.

History DB¶

The History DB of Royal Render. Same as you see in rrHistoryDB.¶

`_historyProjectLoader` Class¶

class libpyRR39_datafiles._historyProjectLoader¶

Loads the history databases.

class _historyProjectLoader functions:

Return Type	Name	Description
`str`	errorString()¶	Same as getError()
`str`	getError()¶	Error message in case project or project list cannot be loaded
`str`	getInfo()¶	Information of the load progress
`_jobsHistoryDB_Runtime`	jobAt(int idx)¶	Load job at index.
`int`	jobCount()¶	Number of jobs of project.
	jobSetFilter(str user, str project, str app, str rendererPlugin, int age_hours, str includes, bool includeInvert, int filterMask)¶	Filter jobs in project.
	jobSetFilter4(str user, str project, str app, int renderType, str rendererPlugin, int age_hours, str includes, bool includeInvert, int filterMask)¶	Filter jobs in project. For renderType can please see enum `rrJob._renderType`.
`bool`	loadProject(int idx)¶	Load project at index.
`bool`	loadProjectList(str dbFolder)¶	Load a list of all projects located in dbfolder (Should be set to RR/sub/history_db). Returns true on success
	period_setTimeMode(int mode)¶	Changes how the time range of the report should be applied to filter jobs. 0= No job is removed. 1= The jobs send time has to be in the reports time range. 2= The jobs finished time has to be in the reports time range. If the job did not finish yet, it is removed. 3= The jobs send finished time have to be in the reports time range. 4= The time of the jobs last change/updatehas to be in the reports time range.
`int`	projectCount()¶	Number of projects found.
`str`	projectName(int idx)¶	Name of project at index.

`_jobsHistoryDB_Runtime` Class¶

class libpyRR39_datafiles._jobsHistoryDB_Runtime¶

class _jobsHistoryDB_Runtime properties:

Type	Name	Description
byte	AAsamplesPercentage¶	Anti-Aliasing Samples override in percent
`str`	AOVchannel¶	AOV Channel name.
`int`	ID¶	ID of the job.
`str`	camera¶	Camera.
byte	color¶	Color.
`str`	companyProjectName¶	Company Project.
`str`	customJobType¶	Custom Job type set for the job at submission
`str`	customSHotName¶	Shot.
`str`	customSceneName¶	Custom Scene Name.
`str`	customSeQName¶	Sequence.
`str`	customVersionName¶	Version.
`datetime.datetime`	dateFinished¶	(Deprecated)
`datetime.datetime`	dateSend¶	(Deprecated)
byte	errorCount¶	Number of errors. Used for See `getError()`
byte	errorCountServer¶	Number of rrServer errors.
`int`	framesTotal¶	Total number of frames.
`int`	framesTotalNonMulti¶	Total number of frames without taking tiles into account.
`int`	framesTotal_FrameSetOnly¶	Total frames in the frameset.
`str`	imageDir¶	Image directory.
`str`	imageExtension¶	Image Extension.
`str`	imageFileName¶	Imagefile Name.
`str`	imageFileNameVariables¶	Image File Name with variables for the render app.
byte	imageFramePadding¶	Image Frame Padding.
`int`	imageHeight¶	Height of the image.
`bool`	imageIsDataFile¶	Output image was a data file.
byte	imageMulti¶	Number of image tiles.
`bool`	imageSingleOutputFile¶	Returns true if image output was a single file (e.g. .avi).
`int`	imageWidth¶	Width of the image.
`float`	infoAverageClientPS¶	Average processor speed of clients that rendered on the job
`float`	infoAverageClients¶	Average number of clients rendering.
`int`	infoAverageFrameTime¶	Average frame time.
`int`	infoClients_maxMemoryUsageMB¶	Max memory usage during any render
`int`	infoCoreUsageMax¶	Max Peak core usage
`float`	infoCpuUsageAverageMax¶	Averaged system CPU usage of a frame - minimum of all frames. (never set returns 100.0)
`float`	infoCpuUsageAverageMin¶	Averaged system CPU usage of a frame - maximum of all frames
`datetime.datetime`	infoDateFinished¶	Time the job finished.
`datetime.datetime`	infoDateSubmitted¶	Date Send.
`int`	infoFrameTrafficInMax¶	Total input traffic during a frame - maximum of all frames
`int`	infoFrameTrafficInMin¶	Total input traffic during a frame - minimum of all frames (never set returns 0xFFFF)
`float`	infoRenderTimeSum_Ghz_h¶	Summed Ghz*h of the job.
`int`	infoRenderTimeSum_PS¶	Summed PS*sec of the job.
`int`	infoRenderTimeSum_PS_disobeyReset¶	Summed PS*sec of the job. A job reset does not reset this counter.
`int`	infoRenderTimeSum_WattSec¶	Deprecated
`int`	infoRenderTimeSum_WattSec_disobeyReset¶	Summed Watt*s of the job (Custom counter, can be anything beside Watt as well).
`int`	infoRenderTimeSum_seconds¶	Deprecated
`int`	infoRenderTimeSum_seconds_disobeyReset¶	Total time the job was rendering. Sums each client seperately. A job reset does not reset this counter.
`float`	infoRenderTime_Cost¶	Deprecated
`float`	infoRenderTime_Cost_Ghz_disobeyReset¶	Deprecated. Cost of the job based on the Ghz of the clients. Should not be used any more
`float`	infoRenderTime_Cost_PS_disobeyReset¶	Cost of the job based on the PS of the clients. (PShprice)
`float`	infoRenderTime_Cost_disobeyReset¶	Deprecated
`int`	infoRenderTime_seconds¶	Total time job was rendering, no matter how many clients have been active at that time.
`int`	infoTotalAborted¶	Total times the job was aborted.
`int`	infoTotalCrashed¶	Total times the job crashed/had an error.
`int`	infoTotalSend¶	Total times the job was send.
`int`	infoTotal_FramesReturned_disobeyReset¶	Total number of frames rendered. Keeps the value if job was reset.
`str`	layer¶	Layer.
`int`	logCount¶	Number of log entries. See `getLog()`
byte	priority¶	Priority used.
byte	rrJobOS¶	OS the scene was created on.
`str`	sceneDatabaseDir¶	Scen Database.
`str`	sceneName¶	Scene Name.
byte	sceneOS¶	OS the current paths are converted to right now.
`str`	sceneState¶	Scene State.
`str`	sceneTake¶	Scene Take.
`int`	seqEnd¶	Sequence End.
`int`	seqFileOffset¶	Sequence File Offset.
`str`	seqFrameSet¶	Sequence Frame Set.
`int`	seqStart¶	Sequence Start.
`int`	seqStep¶	Sequence Step.
byte	seqSubFrames¶	Number of sub-frames used by render app.
`str`	shotgunID¶	Shotgun/FTrack ID.
`_90_RenderAppBasic_history`	soft¶	Render Application.
`str`	submitMachine¶	Machine that submitted the job.
`str`	userName¶	User who submitted the job.

class _jobsHistoryDB_Runtime functions:

Return Type	Name	Description
`str`	ID2str()¶	The ID of the job as human readable string (short, usually unique).
`str`	ID2strFull()¶	The ID of the job as human readable string (long, unique).
`str`	IDstr()¶	The ID of the job as human readable string (short, usually unique).
`int`	fn2F(float FileFrameNumber, int MultiFrameID)¶	Convert the file frame number into the internal job frame index (starting at 0). MultiFrameID is used for tiled frames.
`_jHistoryClient`	getClient(int index)¶	Get the client entry at index.
`_History_Error`	getError(int index)¶	Get the error entry at index. There are max errorCount errors in the current job.
`_History_Log`	getLog(int index)¶	Get the log entry at index. There are max logCount log entries in the current job.

`_RenderAppBasic_history` Class¶

class libpyRR39_datafiles._RenderAppBasic_history¶

class _RenderAppBasic_history properties:

Type	Name	Description
byte	executeType¶	Sets if this is an execute job and if, which type of execute job
`str`	name¶	Name of the render application (Maya, Nuke)
byte	renderType¶	Render type. See enum `rrJob._renderType` for values.
`str`	rendererName¶	Name of the renderer(Vray, Arnold)
`str`	rendererVersion¶	Version of the renderer
`str`	variantName¶	Custom
`int`	version¶	Version of the render application

class _RenderAppBasic_history functions:

Return Type	Name	Description
`str`	versionMinorDisplay(bool removePoint, int digits)¶	Returns the minor version of the render app

`_History_Error` Class¶

class libpyRR39_datafiles._History_Error¶

class _History_Error properties:

Type	Name	Description
byte	what¶	ID of the error.
`datetime.datetime`	when¶	Date + time when the error happened
`int`	whichMachine¶	Which machine had the error. If positive, then it is the index of the rrClient in RR. Negative values are: rrWhoMachineServer -1 rrWhoMachineControl -2 rrWhoMachineWebsite -3 rrWhoMachineUnknown -4 rrWhoMachineRemote -5 rrWhoJobAuth -6 rrWhoClient -7 rrWhoCloudManager -8
`int`	who¶	deprecated-

class _History_Error functions:

Return Type	Name	Description
`str`	errorString()¶	Error message

`_History_Log` Class¶

class libpyRR39_datafiles._History_Log¶

class _History_Log properties:

Type	Name	Description
byte	clRendering¶	Number of clients rendering at the time it was logged
`int`	fMissing¶	Frames missing at the time it was logged
byte	seqStep¶	interval between rendered frames
byte	step¶	Step frame of log info (if it applies to that log information)
byte	what¶	The ID of the log message
`datetime.datetime`	when¶	Date+Time it happened
`int`	whichMachine¶	Which machine had the error. If positive, then it is the index of the rrClient in RR. Negative values are: rrWhoMachineServer -1 rrWhoMachineControl -2 rrWhoMachineWebsite -3 rrWhoMachineUnknown -4 rrWhoMachineRemote -5 rrWhoJobAuth -6 rrWhoClient -7 rrWhoCloudManager -8
`int`	who¶	deprecated -

class _History_Log functions:

Return Type	Name	Description
`str`	logString()¶	Log message
`int`	seqEnd()¶	End frame of log info (if it applies to that log information)
`int`	seqStart()¶	Start frame of log info (if it applies to that log information)

`_jHistoryClient` Class¶

class libpyRR39_datafiles._jHistoryClient¶

class _jHistoryClient properties:

Type	Name	Description
`bool`	assigned¶	Was the client assined?
byte	times_aborted¶	Number of times aborted
byte	times_crashed¶	Number of times crashed
byte	times_sended¶	Number of times send
`int`	totalTimeRendered¶	Seconds rendered on the job

Datafiles Classes¶

rrServer dailyStats¶

Job Information for each project, user and render application¶

_dailyStats_timeline Class¶

_dailyStats_data Class¶

_jobStat Class¶

_jobStatDay Class¶

_clientStat Class¶

_clientStatDay Class¶

rrGlobalStats¶

Same information as in rrControl tab “Global Info”¶

_rrGlobalStatsLS Class¶

_rrGlobalStats_item Class¶

rrClientStats¶

render clients stats, like CPU and memory usage¶

_clientStats_all Class¶

_clientStats_data Class¶

_clientStats_day Class¶

_clientStats_day_data_hourly_jobthread Class¶

_clientStats_day_data_jobthread Class¶

_clientStats_day_data_hourly Class¶

_clientStats_day_data_30s Class¶