This commit is contained in:
softlandia 2020-03-04 19:11:40 +04:00
Коммит 092973a817
23 изменённых файлов: 11248 добавлений и 0 удалений

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.vscode/launch.json поставляемый Normal file
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{
// Use IntelliSense to learn about possible attributes.
// Hover to view descriptions of existing attributes.
// For more information, visit: https://go.microsoft.com/fwlink/?linkid=830387
"version": "0.2.0",
"configurations": [
{
"name": "Launch",
"type": "go",
"request": "launch",
"mode": "auto",
"program": "${fileDirname}",
"env": {},
"args": ["i", "c:\\temp\\in"]
}
]
}

26
1.las Normal file
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~Version Information
VERS. 1.20: cp_866 CWLS log ASCII Standard - VERSION 1.20
WRAP. NO : One line per depth step
~Well Information
STRT .M 1.0 : Start depth
STOP .M 1.0 : Stop depth
STEP .M 0.10 : Step
NULL . -9999.00 : Null value
WELL . WELL : 12-‘¯«®è­ ï
~Curve Information
DEPT .M : 1 DEPTH
 <EFBFBD> .¤.¥¤. :
 <EFBFBD>.ãá«.¥¤. : et
 <EFBFBD> . :
~Parameter Information
EKB .M 72.7 : Elevation,Kelly Bushing
~ASCII Log Data
1.000 -9999.000 -9999.000 2.000
1.100 -9999.000 11.535 1.000
1.200 -9999.000 -9999.000 5.000
1.300 0.762 -9999.000 5.000
1.400 0.707 16.053 1.000
1.500 0.000 -9999.000 0.000
1.600 0.000 -9999.000 -9999.000

4944
2.las Normal file

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4031
3.las Normal file

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4.las Normal file
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~Version information
VERS. 1.20: CWLS LAS - VERSION 1.20
WRAP. NO: One line per depth step
~Well information
# MNEM.UNIT DATA TYPE INFORMATION
# ====.================================: ===================
STRT.M 0.000: First depth in file
STOP.M 10.000: Last depth in file
STEP.M 0.000: Depth increment
NULL.M -32768.000: Null values
COMP. COMPANY:
WELL. WELL: 6
FLD . FIELD: <20>ਬ¥à­®¥
LOC . LOCATION:
CNTY. COUNTY:
STAT. STATE:
CTRY. COUNTRY:
SRVC. SERVICE COMPANY:
DATE. LOG DATE: 1.01.11
API . API NUMBER:
~Curve information
# MNEM.UNIT API CODE CURVE DESCRIPTION
# ====.================================:====================
DEPT.M : Depth curve
GK : GK
NNM : NNM
NNB : NNB
¯¥à¢ë© : íàòÿæåíè
¢â®à®© ª à®â ¦ :
~ASCII Log Data
1 6.2.24 -0 0 528.072 2215.58
2 5.228 -32768 -32768.0 528.07202215.58
3 6.224 0 0 528.869 2215.58
4 5.975 0 0 528.072 2215.58
5 6.473 0 0 528.072 2215.58
69 5.975 0 0 527.275 2215.58
116 5.477 0 0 526.478 2215.58
117 4.73 0 0 526.478 2215.58
118 4.73 0 0 525.681 2215.58
9
.8000 2.792 2.444 230.369 3.352 347.843 331.759 363.413 7.326
171 6.473 0 0 526.478 2215.58
172 4.481 0 0 525.681 2215.58
173 4.979 0 0 525.681 2215.58
177 6.473 0 0 525.681 2215.58
178 6.473 0 0 525.681 2215.58
179 6.722 0 0 526.478 2215.58
182 6.224 0 0 527.275 2215.58
183 6.473 0 0 526.478 2215.58
184 6.473 0 0 526.478 2215.58
185 6.473 0 0 526.478 2215.58
186 0 1 1 1 2
186 6 4 4 4 4
186 6 4 4 4 4

9
HIST.md Normal file
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3/08/2019 use library "https://github.com/softlandia/glasio"
30/03/2019 rename Las.Wraped() to Las.IsWrapOn()
add Las.WarningCount()
add Las.SaveWarning()
add Las.SaveWarningToFile()
chng repaireOneFile() to use Las.SaveWarningToFile()
chng statLas() to use Las.SaveWarningToFile()

628
LICENSE Normal file
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 GNU GENERAL PUBLIC LICENSE
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The Free Software Foundation may publish revised and/or new versions of
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Each version is given a distinguishing version number. If the
Program specifies that a certain numbered version of the GNU General
Public License "or any later version" applies to it, you have the
option of following the terms and conditions either of that numbered
version or of any later version published by the Free Software
Foundation. If the Program does not specify a version number of the
GNU General Public License, you may choose any version ever published
by the Free Software Foundation.
If the Program specifies that a proxy can decide which future
versions of the GNU General Public License can be used, that proxy's
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to choose that version for the Program.
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permissions. However, no additional obligations are imposed on any
author or copyright holder as a result of your choosing to follow a
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15. Disclaimer of Warranty.
THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
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OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,
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IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF
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WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS
THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY
GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF
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If the disclaimer of warranty and limitation of liability provided
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Program, unless a warranty or assumption of liability accompanies a
copy of the Program in return for a fee.
END OF TERMS AND CONDITIONS
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
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# glas - command line tools for preprocessing LAS files
(с) softlandia@gmail.com / sergienko vitaly
v 0.1.0 27/02/2020
утилита предназначена для предварительной обработки LAS файлов
программа бесплатна, доступна на (https://github.com/softlandia/glas)
вы можете применяеть утилиту на свой страх и риск
## Функции
1. определение кодовой страницы входного файла, поддерживается: CP866, WIN1251, KOI-8, UTF-8, UTF-16be, UTF-16le
2. сбор сведений о содержащихся в LAS файлах мнемониках каротажей
3. конвертация LAS файлов с переименованием мнемоник по словарю
## Использование
>glas w "d:\данные скважин\las" "d:\output\обработанные las"
где w команда
i - сбор информации о файлах, формируются отчёты
x - конвертация LAS файлов с переименованием мнемоник по словарю
- "d:\данные скважин\las" - каталог с входными файлами. все файлы останутся без изменения. если путь длинный или в пути имеются пробелы, то кавычки обязательны
- "d:\output\обработанные las" - каталог с выходными файлами. если путь длинный или в пути имеются пробелы, то кавычки обязательны
## Команда i - info
пример: >glas i "d:\данные скважин\las"
Предназначена для сбора информации каротажах хранящихся в las файлах
Происходит формирование 4-х отчётов
1. glas.check.md - будет содержать список las файлов которые ВООБЩЕ не удалось обработать и короткое сообщение о причине
2. glas.message.md - будет содержать список las файлов при чтении которых выявлены различные ошибки, сведения об ошибке. данные ошибки игнорируются и чтение продолжается
3. glas.mnemonics warning.md - будет содержать список всех прочитанных las файлов с результатом сопоставления прочитанных мнемоник со словарными
4. glas.mnemonics missing.md - будет содержать список всех __мнемоник__ которым не удалось найти словарную подстановку
Файлы которые будут упомянуты в __glas.check.md__ безусловно необходимо исправить, исключая файлы с параметром WRAP, я полагаю прочитать такие las не сможет ни одна программа
Файл __glas.message.md__ просмотрите ВНИМАТЕЛЬНО. Большинство сообщений в нём будут по делу.
Каждая строка содержит одно сообщение. В ней будет указана строка las файла в которой содержится что-то ПЛОХОЕ. Номер строки указан в 4 колонке после "l:" (колонки разделены символом ",")
Причины приводящие к warning:
1. пустая строка данных, но файл ещё не закончился
2. неверное значение параметра STEP - встречается довольно часто, просто игнорируем, ведь в данных шаг по факту присутствует
3. ошибки конвертации данных в число - например "6.2.1". Как и кто генерирует такие las файлы я не знаю и даже представить не могу... Заменяется на NULL
4. не регулярный шаг в данных
5. пропуск данных для одного из каротажей. Это если в строке с данными количество кололонок меньше чем каротажей
## Команда x - eXport
пример >glas x "c:\данные по скважинам\" "f:\обработанные файлы\las"
Предназначена для чтения las файлов из "c:\данные по скважинам" и записи в НОВЫЙ каталог
Что получится если писать в каталог из которого читается - предсказать трудно. Но точно получится не то, что должно...
1. las.message.md - будет содержать список las файлов которые ВООБЩЕ не удалось обработать
2. las.warning.md - будет содержать список las файлов при чтении которых выявлены различные ошибки, но их удалось игнорировать
## Особенности
1. При конвертации *результирующий* файл записывается в кодировке *CodePage Win 1251*
2. Чтение и запись с заменой в один и тотже каталог не предусматривается, и категорически *не рекомендуется*
3. Отчёты которые формируются при работе программы - перезаписываются
4. В каталоге программы содержатся файлы ini, их наличие обязательно для работоспособности
5. Все сообщения программа выводит на английском языке (в меру его знания автором). Русификация планируется
6. Обрабатываются *ВСЕ* найденные las фалы в указанном входном каталоге, поиск осуществляется рекурсивно включая подкаталоги
7. При работе программы формируются отчёты: текстовые файлы с расширением "md" - обычный текстовый файл, но например Far и Notepad++ предлагают немного сахара по синтаксической подсветке данных файлов
8. glas.ini - файл содержит настройки программы (менять можно, но стоит подумать)
9. mnemonic.ini - файл содержит СТАНДАРТНЫЕ с моей точки зрения мнемоники (такие, какими они нужны мне в итоге)
10. dic.ini - словать подстановок прочитанной мнемоники на стандартную. перед = стоит мнемоника которую надо заменить, после = на что надо поменять
11. Что делать если в исходных файлах будет мнемоника с символом '=' я пока не думал... подумаю об этом позже :-)
12. Файлы с переносами данных пока не читаются, игнорируются сразу. Конечно я этим займусь.
13. При конвертации данные записываются с тремя знаками после запятой. *Будте осторожны*
## LICENSE
НЕТ НИКАКИХ ГАРАНТИЙ ДЛЯ ПРОГРАММЫ ДО РАМОК, ДОПУСТИМЫХ ДЕЙСТВУЮЩИМ ЗАКОНОДАТЕЛЬСТВОМ. ЕСЛИ ИНОЕ НЕ УСТАНОВЛЕНО В ПИСЬМЕННОЙ ФОРМЕ,
ПРАВООБЛАДАТЕЛЬ И/ИЛИ ДРУГИЕ СТОРОНЫ ПРЕДОСТАВЛЯЮТ ПРОГРАММУ «КАК ЕСТЬ», БЕЗ КАКИХ ЛИБО ГАРАНТИЙ (ЗАЯВЛЕННЫХ ИЛИ ПОДРАЗУМЕВАЕМЫХ),
ВКЛЮЧАЯ, НО, НЕ ОГРАНИЧИВАЯСЬ, ПОДРАЗУМЕВАЕМЫМИ ГАРАНТИЯМИ ТОВАРНОГО СОСТОЯНИЯ ПРИ ПРОДАЖЕ И ГОДНОСТИ ДЛЯ ОПРЕДЕЛЕННОГО ПРИМЕНЕНИЯ.
ВЕСЬ РИСК, КАК В ОТНОШЕНИИ КАЧЕСТВА, ТАК И ПРОИЗВОДИТЕЛЬНОСТИ ПРОГРАММЫ ВЫ БЕРЕТЕ НА СЕБЯ. ЕСЛИ В ПРОГРАММЕ ОБНАРУЖЕН ДЕФЕКТ, ВЫ
БЕРЕТЕ НА СЕБЯ СТОИМОСТЬ НЕОБХОДИМОГО ОБСЛУЖИВАНИЯ, ПОЧИНКИ ИЛИ ИСПРАВЛЕНИЯ.
НИ В КОЕМ СЛУЧАЕ, ЕСЛИ НЕ ТРЕБУЕТСЯ ПРИМЕНИМЫМ ЗАКОНОМ ИЛИ ПИСЬМЕННЫМ СОГЛАШЕНИЕМ, НИ ОДИН ИЗ ПРАВООБЛАДАТЕЛЕЙ ИЛИ СТОРОН, ИЗМЕНЯВШИХ
И/ИЛИ ПЕРЕДАВАВШИХ ПРОГРАММУ, КАК БЫЛО РАЗРЕШЕНО ВЫШЕ, НЕ ОТВЕТСТВЕНЕН ЗА УЩЕРБ, ВКЛЮЧАЯ ОБЩИЙ, КОНКРЕТНЫЙ, СЛУЧАЙНЫЙ ИЛИ ПОСЛЕДОВАВШИЙ
УЩЕРБ, ВЫТЕКАЮЩИЙ ИЗ ИСПОЛЬЗОВАНИЯ ИЛИ НЕВОЗМОЖНОСТИ ИСПОЛЬЗОВАНИЯ ПРОГРАММЫ (ВКЛЮЧАЯ, НО, НЕ ОГРАНИЧИВАЯСЬ ПОТЕРЕЙ ДАННЫХ ИЛИ НЕВЕРНОЙ
ОБРАБОТКОЙ ДАННЫХ, ИЛИ ПОТЕРИ, УСТАНОВЛЕННЫЕ ВАМИ ИЛИ ТРЕТЬИМИ ЛИЦАМИ, ИЛИ НЕВОЗМОЖНОСТЬ ПРОГРАММЫ РАБОТАТЬ С ДРУГИМИ ПРОГРАММАМИ),
ДАЖЕ В СЛУЧАЕ ЕСЛИ ПРАВООБЛАДАТЕЛЬ ЛИБО ДРУГАЯ СТОРОНА БЫЛА ИЗВЕЩЕНА О ВОЗМОЖНОСТИ ТАКОГО УЩЕРБА

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//config.go
package main
import (
"errors"
ini "github.com/go-ini/ini"
)
var (
configModtime int64
errNotModified = errors.New("Not modified")
)
// Config - структура для считывания конфигурационного файла
type Config struct {
Epsilon float64 //точность обработки чисел с плавающей запятой, не используется
LogLevel string
DicFile string
Path string
pathToRepaire string
Comand string
Null float64
NullReplace bool
verifyDate bool
lasInfoReport string
lasCheckReport string
lasMessageReport string
logMissingReport string
maxWarningCount int
}
////////////////////////////////////////////////////////////
func readGlobalConfig(fileName string) (x *Config, err error) {
x = new(Config)
gini, err := ini.Load(globalConfigName)
if err != nil {
return nil, err
}
x.LogLevel = gini.Section("global").Key("loglevel").String()
x.Epsilon, err = gini.Section("global").Key("epsilon").Float64()
x.DicFile = gini.Section("global").Key("filedictionary").String()
x.Path = gini.Section("global").Key("path").String()
x.pathToRepaire = gini.Section("global").Key("pathToRepaire").String()
x.Comand = gini.Section("global").Key("cmd").String()
x.Null, err = gini.Section("global").Key("stdNull").Float64()
x.NullReplace, err = gini.Section("global").Key("replaceNull").Bool()
x.verifyDate, err = gini.Section("global").Key("verifyDate").Bool()
x.lasInfoReport = gini.Section("global").Key("lasInfoReport").String()
x.lasCheckReport = gini.Section("global").Key("lasCheckReport").String()
x.lasMessageReport = gini.Section("global").Key("lasMessageReport").String()
x.logMissingReport = gini.Section("global").Key("logMissingReport").String()
x.maxWarningCount, err = gini.Section("global").Key("maxWarningCount").Int()
return x, err
}

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[LOG]
пс = SP
PS = SP
PS SP = SP
PS5- = SP
ПС = SP
ÏÑ = SP
PSP = SP
PS_ = SP
PS_3 = SP
PS_P = SP
PS_p = SP
PS_vert = SP
PS_Р = SP
PS_испр0 = SP
PSbkz = SP
PSp = SP
PSst = SP
SP_ = SP
SP_P = SP
SP_R = SP
SP__ = SP
SP_p = SP
SPp = SP
ПС 1 = SP
ПС 2 = SP
ПС верх = SP
ПС 1 сш = SP
ПС 2сш = SP
ПС* = SP
ПС** = SP
ПС*_O = SP
ПС+ = SP
ПС++ = SP
ПС- = SP
ПС-- = SP
ПС-111ст = SP
ПС/ = SP
ПС061101 = SP
ПС10 = SP
ПС2 = SP
ПС21 = SP
ПС24 = SP
ПС28 = SP
ПС29 = SP
ПС3 = SP
ПС30 = SP
ПС31 = SP
ПС_i = SP
ПС_vert = SP
ПСc = SP
ПСcn = SP
ПСcв = SP
ПСбкз = SP
ПСбкз25v = SP
ПСбкзм = SP
ПСсв = SP
ПСсв_C1 = SP
ПСск = SP
ПСск/ = SP
ПСст = SP
ПСст-1 = SP
ПСст-2 = SP
ПСстк = SP
ПСстк25v = SP
Dsr = CALI
DS = CALI
KAV = CALI
KV = CALI
DS1 = CALI
DS2 = CALI
DSP1 = CALI
DSR = CALI
DS_ = CALI
DS_1 = CALI
Kavernomer= CALI
ДC-3 = CALI
ДС = CALI
ДС-1 = CALI
ДС-2 = CALI
ДС16 = CALI
ДС29 = CALI
ДС3 = CALI
КВ = CALI
КАВ-9_10 = CALI
КАВ26 = CALI
КАВ268 = CALI
CAL = CALI
CALvh = CALI
DN = BIN
DN_ = BIN
Dn = BIN
Dnom = BIN
ДСн = BIN
ДСном = BIN
Дн = BIN
CAL_nom = BIN
ДТП = DTP
= DTP
dT = DTP
AK = DTP
= DTP
DT = DTP
DTP_p = DTP
DT_ = DTP
DT_1_u = DTP
DT_P = DTP
DT_p = DTP
DTск = DTP
ГК4 = GR
ÃÊ = GR
ГК = GR
GK = GR
GK19 = GR
GK_ = GR
GK_3 = GR
GK_O = GR
GK_P = GR
GK_R = GR
GK__ = GR
GK_f = GR
GK_fl = GR
GK_nat = GR
GK_p = GR
GK_vert = GR
GK_Р = GR
GK_испр0= GR
GK_р = GR
GKngk = GR
GKngk_P = GR
GKnnk = GR
GKnnk_P = GR
GKnnk_fl = GR
GKnnk_p = GR
GKp = GR
GKнгк = GR
GKпр060512 = GR
GК_Р = GR
ГК верх сш = GR
ГК 061101 = GR
ГК сшит = GR
ГК(МИД)F = GR
ГК* = GR
ГК** = GR
ГК+ = GR
ГК- = GR
ГК-- = GR
ГК-111ст = GR
ГК/ = GR
ГК1 = GR
ГК10 = GR
ГК15 = GR
ГК16 = GR
ГК2 = GR
ГК21 = GR
ГК29 = GR
ГК3 = GR
ГК_ = GR
ГК_vert = GR
ГК_испр0 = GR
ГКc = GR
ГКcв = GR
ГКcв2pes = GR
ГКcв4реs = GR
ГКкол = GR
ГКнгк = GR
ГКнгк18 = GR
ГКнгкк = GR
ГКниз сш = GR
ГКннк = GR
ГКннк18 = GR
ГКннкк = GR
ГКпр = GR
ГКприв = GR
ГКс = GR
ГКсв = GR
ГКск = GR
ГКск/ = GR
гк = GR
GK_а = GR
GK_<EFBFBD> = GR
A0 = GZ1
A1 = GZ1
A025M = GZ1
A025M01N = GZ1
A025M025N = GZ1
M010A002B = GZ1
M01A01B = GZ1
M03A01B = GZ1
Ì03À01Â = GZ1
A04M0 = GZ2
A04M01N = GZ2
A05M0 = GZ2
A05M01N = GZ2
A075M01N = GZ2
A1M01 = GZ2
A1M01N = GZ2
M025A002B = GZ2
M05A01B = GZ2
M125A01B = GZ2
M125A025B = GZ2
M1A01 = GZ2
M1A01B = GZ2
M1A02 = GZ2
M1A025B = GZ2
M1A05B = GZ2
A1M0 = GZ2
A125M01N= GZ2
À2Ì05N = GZ2
GZ = GZ3
A2* = GZ3
A2*_O = GZ3
A2*_O_O = GZ3
A2*_O_O_испр0 = GZ3
A225v = GZ3
A2M0 = GZ3
A2M02N = GZ3
A2M02N2 = GZ3
A2M05N-1= GZ3
A2M05N-2= GZ3
A2M05N2 = GZ3
A2M05N3 = GZ3
A2M05Nbkz= GZ3
A2M05Nбкз= GZ3
A2M2 = GZ3
A2M28 = GZ3
A2M3 = GZ3
A2M30 = GZ3
A2M4 = GZ3
A2_vert = GZ3
A2cв = GZ3
A2св = GZ3
ÊÑ3 = GZ3
M25A025B = GZ3
A2 = GZ3
A20M025N = GZ3
A20M05N = GZ3
A25M025N = GZ3
A25M05N = GZ3
A2M025N = GZ3
A2M05 = GZ3
A2M05N = GZ3
A2M1N = GZ3
M25A025N = GZ3
M2M025N = GZ3
A24M05N = GZ3
GZ3_p = GZ3
GZ3_ = GZ3
GZ3__ = GZ3
GZB = OGZ
A4 = GZ4
A425v = GZ4
A4M0 = GZ4
A40M025N = GZ4
A40M05N = GZ4
A4M02 = GZ4
A4M025N = GZ4
A4M05 = GZ4
A4M05N = GZ4
A4M085N = GZ4
M40A025B = GZ4
M40A25B = GZ4
M4A02 = GZ4
M4A025 = GZ4
M4A025A = GZ4
M4A025B = GZ4
M4A02B = GZ4
M4A05B = GZ4
M4A25B = GZ4
M5A1B = GZ4
A05M6N = GZ5
A05M8 = GZ5
A05M80N = GZ5
A05M8N = GZ5
A10M01N = GZ5
A6M1N = GZ5
A80M05N = GZ5
A80M10N = GZ5
A8M05 = GZ5
A8M05N = GZ5
A8M1N = GZ5
M06A01B = GZ5
M10A01B = GZ5
M10A025B = GZ5
M10A1B = GZ5
M10A25B = GZ5
M12A005B = GZ5
M12A01B = GZ5
M60A25B = GZ5
M6A02 = GZ5
M6A025B = GZ5
M6A25B = GZ5
À8Ì05N = GZ5
A8 = GZ5
A8М1N = GZ5
A50M10N = GZ6
B1A100M = GZ6
B35A5B = GZ6
M120A10B = GZ6
M25A25B = GZ6
M35A5B = GZ6
M50A10B = GZ6
M55A5B = GZ6
M80A05B = GZ6
M80A1B = GZ6
M80A25B = GZ6
M80M05N = GZ6
M8A005B = GZ6
M8A01 = GZ6
M8A02 = GZ6
M8A025B = GZ6
M8A05 = GZ6
M8A05B = GZ6
M8A1B = GZ6
M8A25B = GZ6
M90A10B = GZ6
N005M2A = GZK1
КС3 = GZ3
B025A25M = GZK3
N05M20A = GZK3
N05M2A = GZK3
B025A4M = GZK4
N025M40A = GZK4
N025M4A = GZK4
N025M4N = GZK4
B05A8 = GZK5
B05A80M = GZK5
B05A8M = GZK5
B1A5M = GZK5
B25A8M = GZK5
ГЗ1 = GZ1
ГЗ2 = GZ2
ГЗ3 = GZ3
ГЗ4 = GZ4
ГЗ5 = GZ5
ИК = IK
IK Ms = IK
IK mSm = IK
IKmSm = IK
IKms = IK
ИКа = IK
ИКр = IK
ИКБ = IK
ИКВЧ1 = IK
ИКВЧ2 = IK
ИКВЧ3 = IK
ИКВЧ4 = IK
ИКВЧ5 = IK
ИКЛП = IK
ИКМ = IK
IK Omm = 6F1I
IKOmm = 6F1I
ИКомм = 6F1I
ИКомм24 = 6F1I
RILD = 6F1I
BK = LL3
BK14 = LL3
БК = LL3
BK_ = LL3
BK_P = LL3
BK_p = LL3
BK_Р = LL3
БК-1 = LL3
БК-2 = LL3
БК1** = LL3
БК2 = LL3
БК25v = LL3
БК28 = LL3
БК29 = LL3
БК3 = LL3
БК30 = LL3
БК_vert = LL3
БКск = LL3
ВК_Р = LL3
бк = LL3
LLD = LL3
LL8 = LL3
MBK = MLL
BMK = MLL
МБК = MLL
MG = MINV
MGZ = MINV
-MGZ_P = MINV
-MGZ_p = MINV
МГЗ = MINV
MG314 = MINV
GMZ = MINV
MDS = MCAL
Mkav = MCAL
MKV = MCAL
MKVb = MCAL
МКВ = MCAL
MP = MNOR
MPZ = MNOR
-MPZ_P = MNOR
-MPZ_p = MNOR
МПЗ = MNOR
MP314 = MNOR
PMZ = MNOR
BZ = NKTB
BZnnk = NKTB
ННК-б = NKTB
ННКБЗ = NKTB
ННКБЗ10 = NKTB
ННКБЗ18 = NKTB
ННКбз = NKTB
ННКбзк = NKTB
MZ = NKTM
MZnnk = NKTM
ННКМЗ = NKTM
ННКМЗ10 = NKTM
ННКМЗ18 = NKTM
ННКмз = NKTM
ННКмзк = NKTM
RESIST = REZ
rezistivimetr = REZ
REZ = REZ
NNK = NPHI
Kp = NPHI
W = NPHI
WOD = NPHI
Wodor = NPHI
Wodorod = NPHI
w = NPHI
wod = NPHI
Водород = NPHI
Водородо_ = NPHI
Вород = NPHI
В_НКТ = NPHI
KP_DT = PORDT
КпАК = PORDT
КпГГК = PORGGK
A04M01N2= PZ
N11 = PZ
A025M60N = PZ
A025M6N = PZ
A025M8N = PZ
B100A10M = PZ
B25A025M = PZ
B25A25M = PZ
B35A5M = PZ
B4A25M = PZ
B50A10M = PZ
B55A5M = PZ
B5A1M = PZ
B6A25M = PZ
B70A10M = PZ
B75A10M = PZ
B80A10M = PZ
M025A25B = PZ
M025M6N = PZ
M5N1A = PZ
N110M05A = PZ
N11M0 = PZ
N11M05A = PZ
N225M = PZ
N225M025A = PZ
N475M025A = PZ
N476M025A = PZ
N4M025A = PZ
N6M025A = PZ
N6M05A = PZ
N85M0 = PZ
N85M05A = PZ
N0 = PZ
N11* = PZ
N11*_O = PZ
N11-111ст = PZ
N112 = PZ
N1125v = PZ
N11M-3 = PZ
N11M05A 1 = PZ
N11M05A 2 = PZ
N11M05A-1 = PZ
N11M05A-2 = PZ
N11M05A1 = PZ
N11M05A2 = PZ
N11M05A3 = PZ
N11M05Aик = PZ
N11M05N = PZ
N11M05А = PZ
N11M1А = PZ
N11M2 = PZ
N11M28 = PZ
N11M3 = PZ
N11M30 = PZ
N11M4 = PZ
N11_vert = PZ
N11cв = PZ
N11М0 = PZ
N11М2 = PZ
N11М31 = PZ
N11ик = PZ
N11св = PZ
N11ск = PZ
N11сш = PZ
PZ2 = PZ
PZIK = PZ
PZIKP = PZ
PZIK_p = PZ
PZP = PZ
PZ_ = PZ
PZ_3 = PZ
-PZ_P = PZ
PZ_R = PZ
PZ__ = PZ
PZ_p = PZ
PZ_Р = PZ
PZ_в_u = PZ
PZik = PZ
PZp = PZ
ПЗ = PZ
ПЗик = PZ
OGZ_P = OGZ
GGK = RHOB
GGK-plot= RHOB
GGKP = RHOB
GGP = RHOB
GGP_P = RHOB
GGP_p = RHOB
GGP_Р = RHOB
ГГК = RHOB
ГГКП = RHOB
ГГКПсем = RHOB
ГГКР = RHOB
ПЛ_ГГ = RHOB
DEN = RHOB
DENkz = RHOB
GGK-bz = GGKbz
ГГКбз = GGKbz
GGK-mz = GGKmz
ГГКмз = GGKmz
НГК = RNGL
НГК* = RNGL
НГК+ = RNGL
НГК10 = RNGL
НГК18 = RNGL
НГКк = RNGL
НГКкол = RNGL
NGK = RNGL
ÍÃÊ = RNGL
нгк = RNGL
NGK1 = RNGL
NGK_1 = RNGL
-NGK_P = RNGL
-NGK_p = RNGL
Rezist = RM
Rez = RM
Рез = RM
ннкбз = RFEN
ннкмз = RNEN
Кгл = VCL
КП = POR
So = SOIL

23
glas.check.md Normal file
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**file: c:\temp\in\1.las**
0, line: 52, desc: line: 52 is empty, ignore
1, line: 53, desc: line: 53 is empty, ignore
2, line: 54, desc: line: 54 is empty, ignore
3, line: 55, desc: line: 55 is empty, ignore
4, line: 56, desc: line: 56 is empty, ignore
5, line: 57, desc: line: 57 is empty, ignore
6, line: 58, desc: line: 58 is empty, ignore
7, line: 59, desc: line: 59 is empty, ignore
8, line: 60, desc: line: 60 is empty, ignore
9, line: 61, desc: line: 61 is empty, ignore
10, line: 62, desc: line: 62 is empty, ignore
11, line: 63, desc: line: 63 is empty, ignore
12, line: 64, desc: line: 64 is empty, ignore
13, line: 65, desc: line: 65 is empty, ignore
14, line: 66, desc: line: 66 is empty, ignore
15, line: 67, desc: line: 67 is empty, ignore
16, line: 68, desc: line: 68 is empty, ignore
17, line: 69, desc: line: 69 is empty, ignore
18, line: 70, desc: line: 70 is empty, ignore
19, line: 71, desc: line: 71 is empty, ignore
20, line: 0, desc: *maximum count* of warning reached, change parameter 'maxWarningCount' in 'glas.ini'

Двоичные данные
glas.exe Normal file

Двоичный файл не отображается.

16
glas.ini Normal file
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[global]
loglevel = INFO
epsilon = 0.02
filedictionary = dic.ini
replaceNull = true
stdNull = -999.25
verifyDate = off
logMissingReport = glas.mnemonics missing.md
lasInfoReport = glas.mnemonics warning.md
lasCheckReport = glas.check.md
lasMessageReport = glas.message.md
path = c:\temp\in
pathToRepaire = c:\temp\out
maxWarningCount = 20
#test, convert, verify, repair, info
cmd = test

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glas.message.md Normal file
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on las file c:\temp\in\1.las, **error**: <nil> file ignore

15
glas.mnemonics missing.md Normal file
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#missing logs#
ПФ1
ПФ2
Т1
Т2
айк
б_мй
лайк
от1
от2
пег
р1
р2
хйо

57
glas.mnemonics warning.md Normal file
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#list of logs#
##logs in file: 'c:\temp\in\1.las'##
input log: ГК internal: ГК mnemonic: GR
input log: ГК internal: ГК1 mnemonic: GR
input log: ДТП internal: ДТП mnemonic: DTP
*input log: Т1 internal: Т1 mnemonic:*
input log: ДС internal: ДС mnemonic: CALI
input log: МКВ internal: МКВ mnemonic: MCAL
input log: DEPT internal: DEPT mnemonic: DEPT
input log: ПЗ internal: ПЗ mnemonic: PZ
input log: ГК internal: ГК2 mnemonic: GR
*input log: ПФ2 internal: ПФ2 mnemonic:*
input log: ПЛ_ГГ internal: ПЛ_ГГ mnemonic: RHOB
input log: В_НКТ internal: В_НКТ mnemonic: NPHI
input log: ПС internal: ПС mnemonic: SP
input log: ГЗ4 internal: ГЗ4 mnemonic: GZ4
input log: ПС internal: ПС6 mnemonic: SP
*input log: Т2 internal: Т2 mnemonic:*
input log: БК internal: БК mnemonic: LL3
input log: ИКЛП internal: ИКЛП mnemonic: IK
input log: ДС internal: ДС3 mnemonic: CALI
*input log: ПФ1 internal: ПФ1 mnemonic:*
input log: ПЗ internal: ПЗ4 mnemonic: PZ
input log: ГЗ3 internal: ГЗ35 mnemonic: GZ3
input log: ГЗ3 internal: ГЗ3 mnemonic: GZ3
input log: ГЗ5 internal: ГЗ5 mnemonic: GZ5
##logs in file: 'c:\temp\in\1Т.las'##
*input log: р2 internal: р2 mnemonic:*
*input log: айк internal: айк mnemonic:*
input log: GR internal: GR1 mnemonic: GR
*input log: р1 internal: р1 mnemonic:*
input log: GZ5 internal: GZ5 mnemonic: GZ5
input log: CALI internal: CALI mnemonic: CALI
*input log: от2 internal: от2 mnemonic:*
input log: MCAL internal: MCAL mnemonic: MCAL
input log: DEPT internal: DEPT mnemonic: DEPT
input log: GZ3 internal: GZ3 mnemonic: GZ3
input log: SP internal: SP mnemonic: SP
*input log: от1 internal: от1 mnemonic:*
input log: PZ internal: PZ mnemonic: PZ
input log: GZ4 internal: GZ4 mnemonic: GZ4
*input log: пег internal: пег mnemonic:*
*input log: б_мй internal: б_мй mnemonic:*
input log: GR internal: GR mnemonic: GR
*input log: хйо internal: хйо mnemonic:*
*input log: лайк internal: лайк mnemonic:*
input log: DTP internal: DTP mnemonic: DTP
##logs in file: 'c:\temp\in\svodn.las'##
input log: DEPT internal: DEPT mnemonic: DEPT
input log: PZ internal: PZ mnemonic: PZ
input log: GZ3 internal: GZ3 mnemonic: GZ3
input log: SP internal: SP mnemonic: SP
input log: GR internal: GR mnemonic: GR

332
main.go Normal file
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// glas
// Copyright 2018 — 2020 softlandia@gmail.com
// Обработка las файлов. Построение словаря и замена мнемоник на справочные
// TODO убрать поясняющую строку в разделе ~A
// TODO ввести настройку для количества знаков после запятой при записи данных
// TODO может быть сделать возможность задавать правила на которые выполняется проверка
// например: FIELD == "Весеннее"
// соответственно при команде INFO в журнал выводятся случаи нарушения данного правила
package main
import (
"fmt"
"log"
"os"
"github.com/fatih/color"
"github.com/softlandia/glasio"
"github.com/softlandia/xlib"
"gopkg.in/ini.v1"
)
const (
fileNameMnemonic = "mnemonic.ini"
globalConfigName = "glas.ini"
configFileName = "las.ini"
)
var (
//Cfg - global programm config
Cfg *Config
//Mnemonic - map of std mnemonic
Mnemonic map[string]string
//Dic - mnemonic substitution dictionary
Dic map[string]string
)
// comandLineParameters - check input parameters
// >glas w "d:\input" "e:\output"
func comandLineParameters() bool {
//back door for TEST
if (len(os.Args) == 2) && (os.Args[1] == "-") {
color.Set(color.FgYellow, color.Bold)
fmt.Printf("WARNING! using glas.ini command\n")
color.Unset()
return true
}
if len(os.Args) < 3 { //minimum: glas w d:\input
fmt.Printf("using: >glas c 'd:\\input' 'e:\\output'\n")
fmt.Printf("c - command: i, x\n")
fmt.Printf("'d:\\input' - path to exist folder\n")
fmt.Printf("'d:\\output' - path to exist folder\n")
return false
}
if len(os.Args[1]) > 1 { //command only one symbol
fmt.Print("using: >glas ")
color.Set(color.FgYellow, color.Bold)
fmt.Print("C")
color.Unset()
fmt.Printf(" 'd:\\input' 'e:\\output'\n")
fmt.Printf("C - command must be 'i' or 'x'\n")
fmt.Printf("You entered the wrong command: '%s'\n", os.Args[1])
return false
}
switch os.Args[1] {
case "i":
Cfg.Comand = "info"
case "x":
Cfg.Comand = "repair"
default:
Cfg.Comand = "test"
}
if !xlib.FileExists(os.Args[2]) {
fmt.Print("using: >glas w 'd:\\input' 'e:\\output'\n")
fmt.Print("input folder: ")
color.Set(color.FgYellow, color.Bold)
fmt.Printf("'%s'", os.Args[2])
color.Unset()
fmt.Print(" not exist\n")
return false
}
//path to input folder ok
Cfg.Path = os.Args[2]
if len(os.Args) == 4 { //full version: glas x c:\idata c:\odata
if !xlib.FileExists(os.Args[3]) {
fmt.Print("using: >glas w 'd:\\input' ")
fmt.Printf("'e:\\output'\n")
fmt.Printf("output folder: ")
color.Set(color.FgYellow, color.Bold)
fmt.Printf("'%s'", os.Args[3])
color.Unset()
fmt.Printf(" not exist\n")
return false
}
//path to otput folder ok
Cfg.pathToRepaire = os.Args[3]
}
return true
}
//============================================================================
func main() {
log.Println("start ", os.Args[0])
//configuration & dictionaries are filled in here
//initialize() stop programm if error occure
//initialize() read glas.ini file and configure global var Cfg
initialize()
//comand line parameters rather then ini file
//and redefine if exist
if !comandLineParameters() {
os.Exit(1)
}
color.Set(color.FgCyan)
fmt.Printf("init:\tok.\n")
//fmt.Printf("precision:\t%v\n", Cfg.Epsilon)
fmt.Printf("debug level:\t%v\n", Cfg.LogLevel)
fmt.Printf("dictionary:\t%v\n", Cfg.DicFile)
fmt.Printf("input path:\t%v\n", Cfg.Path)
fmt.Printf("output path:\t%v\n", Cfg.pathToRepaire)
fmt.Printf("std NULL:\t%v\n", Cfg.Null)
fmt.Printf("replace NULL:\t%v\n", Cfg.NullReplace)
fmt.Printf("verify date:\t%v\n", Cfg.verifyDate)
fmt.Printf("report files:\t'%s'\n", Cfg.lasInfoReport)
fmt.Printf("message report:\t%s\n", Cfg.lasMessageReport)
fmt.Printf("missing log:\t%s\n", Cfg.logMissingReport)
fmt.Printf("warning report:\t%s\n", Cfg.lasCheckReport)
color.Set(color.FgYellow, color.Bold)
fmt.Printf("command:\t%v\n", Cfg.Comand)
color.Unset()
fileList := make([]string, 0, 10)
//makeFilesList() stop programm if error occure
n := makeFilesList(&fileList, Cfg.Path)
switch Cfg.Comand {
case "test":
TEST(n)
case "convert":
log.Println("convert code page: ")
convertCodePage(&fileList)
case "verify":
log.Println("verify las:")
case "repair":
log.Println("repaire las:")
repairLas(&fileList, &Dic, Cfg.Path, Cfg.pathToRepaire, Cfg.lasMessageReport, Cfg.lasCheckReport)
case "info":
log.Println("collect log info:") //fileMsgOpen, fileMsgCheck, fileReport, fileLogMissing
statisticLas(&fileList, &Dic, Cfg)
}
}
///////////////////////////////////////////
func verifyLas(fl *[]string) error {
log.Printf("action 'verify' not define")
return nil
}
///////////////////////////////////////////
func convertCodePage(fl *[]string) error {
log.Printf("action 'convert' not define")
return nil
}
////////////////////////////////////////////////////////////
//load std mnemonic
func readGlobalMnemonic(iniFileName string) (map[string]string, error) {
iniMnemonic, err := ini.Load(iniFileName)
if err != nil {
log.Printf("error on load std mnemonic, check out file 'mnemonic.ini'\n")
return nil, err
}
sec, err := iniMnemonic.GetSection("mnemonic")
if err != nil {
log.Printf("error on read 'mnemonic.ini'")
return nil, err
}
x := make(map[string]string)
for _, s := range sec.KeyStrings() {
x[s] = sec.Key(s).Value()
}
if Cfg.LogLevel == "DEBUG" {
log.Println("__mnemonics:")
for k, v := range x {
fmt.Printf("mnemonic: %s, desc: %s\n", k, v)
}
}
return x, nil
}
////////////////////////////////////////////////////////////
//init programm, read config, ini files and init dictionary
//stop programm if not successful
func initialize() {
var err error
//read global config from yaml file
Cfg, err = readGlobalConfig(configFileName)
if err != nil {
log.Printf("Fail read '%s' config file. %v", configFileName, err)
os.Exit(1)
}
Mnemonic, err = readGlobalMnemonic(fileNameMnemonic)
if err != nil {
log.Println(err)
os.Exit(1)
}
//read dectionary from ini file
iniDic, err := ini.Load(Cfg.DicFile)
if err != nil {
log.Printf("Fail to read file: %v\n", err)
os.Exit(2)
}
sec, err := iniDic.GetSection("LOG")
if err != nil {
log.Println("Fail load section 'LOG' from file 'dic.ini'. ", err)
os.Exit(3)
}
//fill dictionary
Dic = make(map[string]string)
for _, s := range sec.KeyStrings() {
Dic[s] = sec.Key(s).Value()
}
//словарь заполнен
if Cfg.LogLevel == "DEBUG" {
log.Println("__dic:")
for k, v := range Dic {
fmt.Println("key: ", k, " val: ", v)
}
}
}
// makeFilesList - find and load to array all founded las files
//TODO makeFilesList() there is no need to exit the program when an error occurs
func makeFilesList(fileList *[]string, path string) int {
n, err := xlib.FindFilesExt(fileList, Cfg.Path, ".las")
if err != nil {
log.Println("error at search files. verify path: ", Cfg.Path, err)
log.Println("stop")
os.Exit(4)
}
if n == 0 {
log.Println("files 'las' not found. verify parameter path: '", Cfg.Path, "' and change in 'main.yaml'")
log.Println("stop")
os.Exit(5)
}
if Cfg.LogLevel == "DEBUG" {
log.Println("founded ", n, " las files:")
if Cfg.LogLevel == "DEBUG" {
for i, s := range *fileList {
log.Println(i, " : ", s)
}
}
}
return n
}
// TEST - test read and write las files
//TODO report las.warning.md written without filename
func TEST(m int) {
//test file "1.las"
las := glasio.NewLas()
//las.maxWarningCount = 25
n, err := las.Open("1.las")
if n == 7 {
fmt.Println("TEST read 1.las OK")
fmt.Println(err)
} else {
fmt.Printf("TEST read 1.las ERROR, n = %d, must 7\n", n)
fmt.Println(err)
}
las.SaveWarning("1.warning.md")
/*err = las.setNull(Cfg.Null)
fmt.Println("set new null value done, error: ", err)*/
err = las.Save("-1.las")
if err != nil {
fmt.Println("TEST save -1.las ERROR: ", err)
} else {
fmt.Println("TEST save -1.las OK")
}
las = nil
las = glasio.NewLas()
n, err = las.Open("-1.las")
if (n == 7) && (las.Null == -999.25) {
fmt.Println("TEST read -1.las OK")
fmt.Println(err)
} else {
fmt.Println("TEST read -1.las ERROR")
fmt.Println("NULL not -999.25 or count dept points != 7")
fmt.Println(err)
}
las = nil
las = glasio.NewLas()
n, err = las.Open("2.las")
if n == 4895 {
fmt.Println("TEST read 2.las OK")
fmt.Println(err)
} else {
fmt.Println("TEST read 2.las ERROR")
fmt.Println(err)
}
err = las.Save("-2.las")
if err != nil {
fmt.Println("TEST save -2.las ERROR")
fmt.Println(err)
} else {
fmt.Println("TEST save -2.las OK")
}
las = nil
las = glasio.NewLas()
n, err = las.Open("4.las")
if err != nil {
fmt.Printf("error: %v\n", err)
}
if n == 23 {
fmt.Printf("TEST read 4.las OK, count data must 23, actualy: %d\n", n)
} else {
fmt.Printf("TEST read 4.las ERROR, count data must 23, actualy: %d\n", n)
}
las = nil
}

44
mnemonic.ini Normal file
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[mnemonic]
DEPT = MD
SP = Потенциал самополяризации
CALI = Кавернометрия
GR = ГК
GZ1 = ГЗ1
GZ2 = ГЗ2
GZ3 = ГЗ3
GZ4 = ГЗ4
GZ5 = ГЗ5
GZ6 = ГЗ6
GZK1 = ГЗк1
GZK3 = ГЗк3
GZK4 = ГЗк4
GZK5 = ГЗк5
OGZ = обращенный ГЗ
IK = ИК
LL3 = БК
MLL = МБК
MINV = МГЗ
MCAL = МКВ
MNOR = МПЗ
RNGL = НГК
NKTB = ННКтб
NKTM = ННКтм
PZ = ПЗ
RM = рез
NPHI = W
DTP = АК
PORDT = Кп АК
6F1I = ИК сопр
BIN = Дном
RHOB = ГГКп
GGKbz = ГГКп мз
GGKmz = ГГКп бз
OGZ = ГЗ обр
RFEN = ННК бз
RNEN = ННК мз
COLL = Признак коллектора
ZONELOG = номер пласта
POR = пористость
SOIL = насыщенность
VCL = глинистость
SAT = признак насыщения

319
process.go Normal file
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// glas
// Copyright 2018 softlandia@gmail.com
// Обработка las файлов. Построение словаря и замена мнемоник на справочные
package main
import (
"errors"
"fmt"
"log"
"os"
"sort"
"strings"
"sync"
"time"
"github.com/schollz/progressbar"
"github.com/softlandia/glasio"
)
//1. read las
//2. save las to new folder
func repaireOneFile(signal chan int, las *glasio.Las, inputFolder, folderOutput string, wFile *os.File, messages *[]string, wg *sync.WaitGroup) {
defer wg.Done()
if las == nil {
*messages = append(*messages, "las is nil")
signal <- 1
return
}
n, err := las.Open(las.FileName)
las.SaveWarningToFile(wFile)
if las.IsWraped() {
*messages = append(*messages, fmt.Sprintf("las file %s ignored, WRAP=YES\n", las.FileName))
signal <- 1
return
}
if n == 0 {
*messages = append(*messages, fmt.Sprintf("on las file %s, **error**: %v file ignore\n", las.FileName, err))
signal <- 1
return
}
if err != nil {
//non critical error, continue
*messages = append(*messages, fmt.Sprintf("on las file %s, *warning*: %v\n", las.FileName, err))
}
las.FileName = strings.Replace(las.FileName, inputFolder, folderOutput, 1)
err = las.Save(las.FileName, true)
if err != nil {
*messages = append(*messages, "error on save file: "+las.FileName+" :: ")
*messages = append(*messages, err.Error()+"\n")
signal <- 1
return
}
signal <- 1
}
func repaireOneFileListener(signal chan int, count int, wg *sync.WaitGroup) {
n := 0
bar := progressbar.New(count)
bar.RenderBlank() // will show the progress bar
for {
n += (<-signal)
bar.Add(1)
if n >= count {
wg.Done() //заканчивается ЭТА горутина
fmt.Println() //прогресс-бар отрисован, новая строка
break
}
}
}
///////////////////////////////////////////
func repairLas(fl *[]string, dic *map[string]string, inputFolder, folderOutput, messageReport, warningReport string) error {
if len(*fl) == 0 {
return errors.New("las files for repaire not ready")
}
log.Printf("files count: %d", len(*fl))
var signal = make(chan int)
var wg sync.WaitGroup
warnFile, _ := os.Create(warningReport)
defer warnFile.Close()
messages := make([]string, 0, len(*fl))
tStart := time.Now()
wg.Add(1)
go repaireOneFileListener(signal, len(*fl), &wg)
for _, f := range *fl {
wg.Add(1)
las := glasio.NewLas()
las.LogDic = &Mnemonic
las.VocDic = &Dic
las.FileName = f
go repaireOneFile(signal, las, inputFolder, folderOutput, warnFile, &messages, &wg)
las = nil
}
wg.Wait()
log.Printf("all done, elapsed: %v\n", time.Since(tStart))
lFile, err := os.Create(messageReport)
defer lFile.Close()
if err == nil {
for _, msg := range messages {
lFile.WriteString(msg)
}
}
return nil
}
func (m *tMessages) msgFileIsWraped(fn string) string {
return fmt.Sprintf("file '%s' ignore, WRAP=YES\n", fn)
}
func (m *tMessages) msgFileNoData(fn string) string {
return fmt.Sprintf("*error* file '%s', no data read ,*ignore*\n", fn)
}
func (m *tMessages) msgFileOpenWarning(fn string, err error) string {
return fmt.Sprintf("**warning** file '%s' : %v **passed**\n", fn, err)
}
const (
statLasCheck_OPEN_WRN = 30 // - open return warning
statLasCheck_WRNG = 1000 // - after this value warning is IMPORTANT, дальнейшая работа с файлом нежелательна
statLasCheck_WRAP = 1010 // - WRAP is ON
statLasCheck_DATA = 1020 // - data not readed
)
// LasLog - store logging info about las, fills up info from las.open()
type LasLog struct {
filename string // file to read
readedNumPoints int // number points readed from file
errorOnOpen error // result from las.open()
msgOpen glasio.TLasWarnings // сообщения формируемые в процессе открытия las файла
msgCheck tMessages // информация об особых случаях, генерируется statLas()
msgReport tInfoReport // информация о каждом методе хранящемся в LAS файле, записывается в "log.info.md"
missMnemonic tMMnemonic
}
// NewLasLog - lasLog constructor
func NewLasLog(filename string) LasLog {
var lasLog LasLog
lasLog.filename = filename
lasLog.msgOpen = nil
lasLog.msgCheck = make(tMessages, 0, 10)
lasLog.msgReport = make(tInfoReport, 0, 10)
lasLog.missMnemonic = make(tMMnemonic, 0)
return lasLog
}
// считывает файл и собирает все сообщения в один объект
func lasOpenCheck(filename string) LasLog {
lasLog := NewLasLog(filename)
las := glasio.NewLas() // TODO make special constructor to initialize with global Mnemonic and Dic
las.LogDic = &Mnemonic // global var
las.VocDic = &Dic // global var
lasLog.readedNumPoints, lasLog.errorOnOpen = las.Open(filename)
lasLog.msgOpen = las.Warnings
if las.IsWraped() {
lasLog.msgCheck = append(lasLog.msgCheck, lasLog.msgCheck.msgFileIsWraped(filename))
//return statLasCheck_WRAP
}
if las.NumPoints() == 0 {
lasLog.msgCheck = append(lasLog.msgCheck, lasLog.msgCheck.msgFileNoData(filename))
//return statLasCheck_DATA
}
if lasLog.errorOnOpen != nil {
lasLog.msgCheck = append(lasLog.msgCheck, lasLog.msgCheck.msgFileOpenWarning(filename, lasLog.errorOnOpen))
}
for k, v := range las.Logs {
if len(v.Mnemonic) == 0 { //v.Mnemonic содержит автоопределённую стандартную мнемонику, если она пустая, значит пропущена, помечаем **
lasLog.msgReport = append(lasLog.msgReport, fmt.Sprintf("*input log: %s \t internal: %s \t mnemonic:%s*\n", v.IName, k, v.Mnemonic))
lasLog.missMnemonic[v.IName] = v.IName
} else {
lasLog.msgReport = append(lasLog.msgReport, fmt.Sprintf("input log: %s \t internal: %s \t mnemonic: %s\n", v.IName, k, v.Mnemonic))
}
}
las = nil
return lasLog
}
// messages - slice of messages, generates from las.Open()
// wFile - file to write warnings
func statLas(signal chan int, wg *sync.WaitGroup, fileName string, lasLogger *LasLogger) {
defer wg.Done()
lasLogger.add(lasOpenCheck(fileName))
signal <- 1
}
func statLasListener(signal chan int, count int, wg *sync.WaitGroup) {
n := 0
p := progressbar.New(count)
p.RenderBlank()
for {
n += (<-signal)
p.Add(1)
if n == count {
fmt.Println()
wg.Done()
break
}
}
}
///////////////////////////////////////////
//1. формируется список каротажей не имеющих словарной мнемоники - logMissingReport
//2. формируется список ошибочных файлов - write to console (using log.)
//3. формируется отчёт о предупреждениях при прочтении las файлов - lasWarningReport
//4. формируется отчёт прочитанных файлах, для каких каротажей найдена подстановка, для каких нет - fileInfoReport
func statisticLas(fl *[]string, dic *map[string]string, cfg *Config) error {
log.Printf("make log statistic")
if len(*fl) == 0 {
return errors.New("files to statistic not found")
}
var signal = make(chan int)
lasLogger := make(LasLogger, 0, len(*fl))
var wg sync.WaitGroup
tStart := time.Now()
wg.Add(1)
go statLasListener(signal, len(*fl), &wg)
for _, f := range *fl {
wg.Add(1)
go statLas(signal, &wg, f, &lasLogger)
}
wg.Wait()
lasLogger.save(cfg)
log.Printf("info done, elapsed: %v\n", time.Since(tStart))
return nil
}
// LasLogger - store messages from all las files
type LasLogger []LasLog
func (l *LasLogger) add(lasLog LasLog) {
*l = append(*l, lasLog)
}
func (l LasLogger) save(cfg *Config) error {
msgFile, err := os.Create(cfg.lasMessageReport)
if err != nil {
return fmt.Errorf("report file: '%s' not open to write: %v", cfg.lasMessageReport, err)
}
defer msgFile.Close()
msgFile.WriteString("#MESSAGES#\n")
msgFile.WriteString("##данные сообщения генерируются при чтении las файла, это различные проблемы связанные со структурой файла##\n\n")
checkFile, err := os.Create(cfg.lasCheckReport)
if err != nil {
return fmt.Errorf("report file: '%s' not open to write: %v", cfg.lasCheckReport, err)
}
defer checkFile.Close()
checkFile.WriteString("#WARNINGS#\n")
checkFile.WriteString("##сообщения о существенных проблемах с файлом##\n")
infoFile, err := os.Create(cfg.lasInfoReport)
if err != nil {
return fmt.Errorf("report file: '%s' not open to write: %v", cfg.lasInfoReport, err)
}
defer infoFile.Close()
infoFile.WriteString("#list of logs#\n\n")
missFile, err := os.Create(cfg.logMissingReport)
if err != nil {
return fmt.Errorf("report file: '%s' not open to write: %v", cfg.logMissingReport, err)
}
defer missFile.Close()
missFile.WriteString("#missing logs#\n\n")
for _, v := range l {
msgFile.WriteString("**file: " + v.filename + "**\n")
v.msgOpen.SaveWarningToFile(msgFile)
v.msgCheck.save(checkFile)
v.missMnemonic.save(missFile)
v.msgReport.save(infoFile, v.filename)
}
return nil
}
// store messages from las.Open()
type tMessages []string
func (m *tMessages) save(f *os.File) {
for _, msg := range *m {
f.WriteString(msg)
}
}
type tInfoReport []string
func (ir *tInfoReport) save(f *os.File, filename string) {
fmt.Fprintf(f, "##logs in file: '%s'##\n", filename)
for _, s := range *ir {
f.WriteString(s)
}
f.WriteString("\n")
}
type tMMnemonic map[string]string
func (mm *tMMnemonic) save(f *os.File) {
keys := make([]string, 0, len(*mm))
for k := range *mm {
keys = append(keys, k)
}
sort.Strings(keys)
for _, k := range keys {
f.WriteString((*mm)[k] + "\n")
}
}

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