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Author SHA1 Message Date
4d9e136166 Updated bug
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2024-08-26 14:25:47 -05:00
603bc13683 feat(doc strings) #18 Add documentation to all functions in code
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2024-08-26 14:21:29 -05:00
394c276131 fix(home directory) #15 home directory not correct 2024-08-26 13:50:35 -05:00
cb96b00e8d feat(config) #10 add config.toml to releases 2024-08-26 13:25:20 -05:00
abd669c3bb Merge pull request 'fix(authentication): BUG #20 - Authentication isnt working with existing logic & updated model' (#21) from fix-first-time-auth-error into main
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Reviewed-on: #21
2024-08-22 14:07:43 -05:00
487d883297 fix(authentication): BUG #20 - Authentication isnt working with existing logic & updated model 2024-08-22 14:04:00 -05:00
8 changed files with 237 additions and 104 deletions

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@ -38,4 +38,6 @@ jobs:
- run: pyinstaller --noconfirm --onefile --console ${{ gitea.workspace }}/inex.py
- uses: softprops/action-gh-release@v2
with:
files: ${{ gitea.workspace }}/dist/inex.exe
files: |
${{ gitea.workspace }}/dist/inex.exe
${{ gitea.workspace }}/config.toml.example

View File

@ -2,19 +2,19 @@
selectedPlatform = "dev"
[output]
pushToplatform = true
pushToplatform = false
dumpTojson = true
filename ="./data.json"
token = "./.token"
[logging]
use_log = true
useLog = true
logLevel = "debug"
logPath = "./inex.log"
[database]
overrideEmbeddedquery = false
daysTopull = 10
daysTopull = 20
driver = "ODBC Driver 18 for SQL Server"
server = "192.168.x.x"
database = "EFTDB"
@ -22,7 +22,7 @@ user = "a"
password = "a"
query = """DECLARE @stopTime DATETIME2
SET @stopTime=DATEADD(DAY, -30, GETDATE())
SELECT p.ProtocolCommandID, t.Time_stamp, p.RemoteIP, p.RemotePort, p.LocalIP, p.LocalPort, p.Protocol, p.SiteName, p.Command, p.FileName, p.VirtualFolderName, p.FileSize, p.TransferTime, p.BytesTransferred, p.Description, p.ResultID, t.TransactionID, p.Actor, t.TransactionObject, t.NodeName, t.TransactionGUID, a.Protocol user_type
SELECT p.ProtocolCommandID, t.Time_stamp, p.RemoteIP, p.RemotePort, p.LocalIP, p.LocalPort, p.Protocol, p.SiteName, p.Command, p.FileName, p.PhysicalFolderName, p.VirtualFolderName, p.FileSize, p.TransferTime, p.BytesTransferred, p.Description, p.ResultID, t.TransactionID, p.Actor, t.TransactionObject, t.NodeName, t.TransactionGUID, a.Protocol user_type
FROM tbl_Transactions t
Full JOIN tbl_ProtocolCommands p ON(t.TransactionID=p.TransactionID)
Full JOIN tbl_Authentications a ON(t.TransactionID=a.TransactionID)
@ -49,8 +49,6 @@ tenant_id = ""
client_id = "eft-event-generator-confidential"
secret = ""
[immutables]
prd_instance_id = 1
product_guid = "asdf"
product_name = "EFT"
product_version ="8.1.0.9"
[immutables]
product_name = "GlobalScape EFT"
prd_ext_tenant_name = "GlobalScape EFT"

33
inex.py
View File

@ -13,7 +13,10 @@ import inexSqlquery
class Inex:
def __init__(self):
"""Initilize config, calls functions from inex-connect.py and inex-logging.py"""
"""Initilize config, calls functions from inexConnect.py, inexLogging.py
inexDataModel.py, inexDataProcessing.py, inexEncoder.py and inexSqlquery.py
Main logic of the program. Requires a config.toml in the same directory it's
being run from."""
# assign libraries
self.db = pyodbc
self.il = logging
@ -25,6 +28,7 @@ class Inex:
self.e = inexEncoder.Encoder
self.sq = inexSqlquery
# Check if local config file exists.
if self.os.path.exists('./config.toml'):
config_file_path = './config.toml'
with open(config_file_path, 'rb') as c:
@ -43,18 +47,19 @@ class Inex:
self.useLog = self.config["logging"]["useLog"]
self.logPath = self.config["logging"]["logPath"]
self.logLevel = self.config["logging"]["logLevel"]
self.prdInstanceID = self.config["immutables"]["prd_instance_id"]
self.productGUID = self.config["immutables"]["product_guid"]
self.prdExttenantname = self.config["immutables"]["prd_ext_tenant_name"]
self.productName = self.config["immutables"]["product_name"]
self.productVersion = self.config["immutables"]["product_version"]
self.tokenFilepath = self.config["output"]["token"]
self.selectedPlatform = self.config["fortraPlatform"]["selectedPlatform"]
self.writeJsonfile = self.config["output"]["dumpTojson"]
self.pushToplatform = self.config["output"]["pushToplatform"]
self.queryOverride = self.config["database"]["overrideEmbeddedquery"]
self.queryDaystopull = self.config["database"]["daysTopull"]
except:
print("No config.toml. Please use example file and configure appropriately")
except Exception as e:
print("No config.toml or possibly missing settings in the file. Please use config.toml.example file and configure appropriately")
self.il.error(e)
print(e)
exit(1)
if "dev" in self.selectedPlatform.lower():
@ -70,18 +75,20 @@ class Inex:
# create the connection to the database
self.cursor = self.ic.inexSql.connectDatabase(self, self.db, self.dbDriver, self.dbServer, self.dbDatabase, self.dbUser, self.dbPassword)
# Query the database
self.data = self.ic.inexSql.databaseQuery(self, self.cursor, self.sq.sqlQuerymodel.queryData(self.queryOverride,self.dbQuery, self.queryDaystopull))
self.modifiedData = processData(self.data, dataTemplate, prd_instance_id=self.prdInstanceID,\
product_guid=self.productGUID,product_name=self.productName,product_version=self.productVersion)
if self.pushToplatform:
inexConnect.fortraEFC.pushPayload(self)
# Modify the data to meet EFC requirements
self.modifiedData = processData(self.data, dataTemplate, prd_ext_tenant_name=self.prdExttenantname,product_name=self.productName,\
prd_ext_tenant_id=self.platformConfig["tenant_id"])
# Push data to EFC. Check for local Auth token -> Authenticate if needed -> push data
if self.pushToplatform:
inexConnect.fortraEFC.__init__(self)
# TODO: move this to its own function
if self.useLog:
self.il.warning(f"Writing to '{self.outputFile}'.")
# Write data to json
if self.writeJsonfile:
with open(self.outputFile, "w") as f:
self.j.dump(self.modifiedData, f, indent = 2, cls=self.e)

View File

@ -20,6 +20,7 @@ class inexSql:
return cursor
def databaseQuery(self, cursor, query, args=()):
"""Use the database connection to send a query."""
if self.useLog:
self.il.debug(f"Query:")
self.il.debug(query)
@ -43,33 +44,54 @@ class inexSql:
return r
class fortraEFC:
def getToken(self):
self.tokenData = self.r.post(self.platformConfig["idp"], data={"grant_type":"client_credentials",\
"client_id": self.platformConfig["client_id"],\
"client_secret": self.platformConfig["secret"],})
def writeToken(self):
fortraEFC.getToken(self)
with open(self.tokenFilepath, "w") as f:
self.j.dump(self.tokenData.json(), f, indent = 2)
"""Class to connect to fortra EFC. It will authenticate and push rest payloads.
Writes a .token file to the same directory script was run in."""
def __init__(self):
"""This is the logic for how authentication is handled"""
# Check if .token file is present
if fortraEFC.readToken(self) == 1:
# Get fresh token. First run.
fortraEFC.getToken(self)
fortraEFC.writeToken(self)
# Push data with token
self.pushPayloadresponse = fortraEFC.pushPayload(self)
if self.pushPayloadresponse == 401:
fortraEFC.getToken(self)
fortraEFC.writeToken(self)
fortraEFC.pushPayload(self)
def readToken(self):
"""Looks locally for a .token file. Returns a numeral code
for logic in the init method."""
if self.os.path.exists(self.tokenFilepath):
with open(self.tokenFilepath, 'rb') as t:
self.tokenData = self.j.load(t)
# print(self.tokenData["access_token"])
self.il.debug(f'readToken {self.tokenData["access_token"]}')
return 0
else:
fortraEFC.writeToken(self)
return 1
def getToken(self):
"""Gets a token from fortra idp."""
self.tokenData = self.r.post(self.platformConfig["idp"], data={"grant_type":"client_credentials",\
"client_id": self.platformConfig["client_id"],\
"client_secret": self.platformConfig["secret"],})
self.tokenData = self.tokenData.json()
self.il.debug(f'getToken {self.tokenData["access_token"]}')
def writeToken(self):
"""Writes a token to a local file named '.token'."""
fortraEFC.getToken(self)
with open(self.tokenFilepath, "w") as f:
self.j.dump(self.tokenData, f, indent = 2)
self.il.debug(f'writeToken {self.tokenData["access_token"]}')
def pushPayload(self):
fortraEFC.readToken(self)
print(self.tokenData)
try:
url = f'{self.platformConfig["efc_url"]}/api/v1/unity/data/{self.platformConfig["tenant_id"]}/machine_event'
pushPayloadResponse = self.r.post(url, headers={'Authorization': f'bearer {self.tokenData["access_token"]}'},\
json=self.j.dumps(self.modifiedData,indent = 2, cls=self.e))
return pushPayloadResponse.status_code
except self.r.exceptions.HTTPError as errh:
print ("Http Error:",errh)
if "401" in errh:
fortraEFC.writeToken(self)
fortraEFC.pushPayload(self)
"""Sends data to fortra EFC. Requires a token from the idp."""
self.il.debug(f'pushPayload {self.tokenData["access_token"]}')
url = f'{self.platformConfig["efc_url"]}/api/v1/unity/data/{self.platformConfig["tenant_id"]}/machine_event'
pushPayloadResponse = self.r.post(url, headers={'Authorization': f'Bearer {self.tokenData["access_token"]}'},\
data=self.j.dumps(self.modifiedData, cls=self.e))
self.il.debug(pushPayloadResponse.status_code)
self.il.debug(pushPayloadResponse.text)
return pushPayloadResponse.status_code

View File

@ -1,6 +1,10 @@
def dataTemplate(transactionType,**kwargs):
uploadDownload = {
"bytes" : kwargs.get('bytes_out'),
"""Created templates for use. This function forms json data into an
appropriate model for EFC. It returnes the appropriate template based
on the transaction type passed into the function. The logic to process
this is at the bottom of the function."""
upload = {
"bytes" : kwargs.get('bytes'),
"dst_endpoint": {
"port": kwargs.get('dst_endpoint_port'),
"ip": kwargs.get('dst_endpoint_ip'),
@ -8,16 +12,17 @@ def dataTemplate(transactionType,**kwargs):
},
"duration": kwargs.get('duration'),
"file": {
"created_time": kwargs.get('time'),
"created_time": kwargs.get('file_created_time'),
"uid": kwargs.get('file_uid'),
"size": kwargs.get('file_size'),
"name": kwargs.get('file_name'),
"path": kwargs.get('file_path')
},
"guid": kwargs.get('guid'),
"guid": kwargs.get('file_uid'),
"node_name": kwargs.get('node_name'),
"prd_ext_tenant_id": kwargs.get('tenant'),
"product_name": "GlobalScape EFT",
"prd_ext_tenant_name": "GlobalScape EFT",
"prd_ext_tenant_id": kwargs.get('prd_ext_tenant_id'),
"product_name": kwargs.get('product_name'),
"prd_ext_tenant_name": kwargs.get('prd_ext_tenant_name'),
"classifications": [{
"ref_id": f"globalscape:{kwargs.get('guid')}",
"time": kwargs.get('time'),
@ -31,15 +36,61 @@ def dataTemplate(transactionType,**kwargs):
"ip": kwargs.get('src_endpoint_ip'),
"type": kwargs.get('src_endpoint_type')
},
"tenant": kwargs.get('tenant'),
"tenant": kwargs.get('prd_ext_tenant_id'),
"tenant_name":"GlobalScape",
"time": kwargs.get('time'),
"status_code": kwargs.get('status_code'),
"status_detail": kwargs.get('description'),
"status_detail": kwargs.get('status_detail'),
"user": {
"home_directory": kwargs.get('user_home_directory'),
"uuid": kwargs.get('guid'),
"uid": kwargs.get('uid'),
"uid": kwargs.get('user_uid'),
"type": kwargs.get('user_type'),
"name": kwargs.get('user_name')
},
"utype": kwargs.get('utype')
}
download = {
"bytes" : kwargs.get('bytes'),
"dst_endpoint": {
"port": kwargs.get('dst_endpoint_port'),
"ip": kwargs.get('dst_endpoint_ip'),
"type": kwargs.get('dst_endpoint_type')
},
"duration": kwargs.get('duration'),
"file": {
"uid": kwargs.get('file_uid'),
"size": kwargs.get('file_size'),
"name": kwargs.get('file_name'),
"path": kwargs.get('file_path')
},
"guid": kwargs.get('file_uid'),
"node_name": kwargs.get('node_name'),
"prd_ext_tenant_id": kwargs.get('prd_ext_tenant_id'),
"product_name": kwargs.get('product_name'),
"prd_ext_tenant_name": kwargs.get('prd_ext_tenant_name'),
"classifications": [{
"ref_id": f"globalscape:{kwargs.get('guid')}",
"time": kwargs.get('time'),
}],
"session": {
"created_time": kwargs.get('time'),
"uid": kwargs.get('session_uid')
},
"src_endpoint": {
"port": kwargs.get('src_endpoint_port'),
"ip": kwargs.get('src_endpoint_ip'),
"type": kwargs.get('src_endpoint_type')
},
"tenant": kwargs.get('prd_ext_tenant_id'),
"tenant_name":"GlobalScape",
"time": kwargs.get('time'),
"status_code": kwargs.get('status_code'),
"status_detail": kwargs.get('status_detail'),
"user": {
"home_directory": kwargs.get('user_home_directory'),
"uuid": kwargs.get('guid'),
"uid": kwargs.get('user_uid'),
"type": kwargs.get('user_type'),
"name": kwargs.get('user_name')
},
@ -50,16 +101,18 @@ def dataTemplate(transactionType,**kwargs):
"file": {
"size": kwargs.get('file_size'),
"name": kwargs.get('file_name'),
"path": kwargs.get('file_path')
"path": kwargs.get('file_path'),
"uid": kwargs.get('file_uid'),
},
"guid": kwargs.get('guid'),
"guid": f'deleted:{kwargs.get("guid")}',
"node_name": kwargs.get('node_name'),
"classifications": [{
"ref_id": f"globalscape:{kwargs.get('guid')}",
"time": kwargs.get('time'),
}],
"prd_ext_tenant_name": "Globalscape EFT",
"prd_ext_tenant_id": kwargs.get('tenant'),
"product_name": "Globalscape EFT",
"prd_ext_tenant_name": kwargs.get("prd_ext_tenant_name"),
"prd_ext_tenant_id": kwargs.get('prd_ext_tenant_id'),
"product_name": kwargs.get("product_name"),
"session": {
"created_time": kwargs.get('time'),
"uid": kwargs.get('session_uid')
@ -69,16 +122,20 @@ def dataTemplate(transactionType,**kwargs):
"ip": kwargs.get('src_endpoint_ip'),
"type": kwargs.get('src_endpoint_type')
},
"tenant": kwargs.get('prd_ext_tenant_id'),
"tenant_name":"GlobalScape",
"dst_endpoint": {
"port": kwargs.get('dst_endpoint_port'),
"ip": kwargs.get('dst_endpoint_ip'),
"type": kwargs.get('dst_endpoint_type')
},
"time": kwargs.get('time'),
"status_code": kwargs.get('status_code'),
"status_detail": kwargs.get('status_detail'),
"user": {
"home_directory": kwargs.get('user_home_directory'),
"uuid": kwargs.get('guid'),
"uid": kwargs.get('uid'),
"uuid": kwargs.get('user_session_uid'),
"uid": kwargs.get('user_uid'),
"type": kwargs.get('user_type'),
"name": kwargs.get('user_name')
},
@ -96,9 +153,14 @@ def dataTemplate(transactionType,**kwargs):
"type": kwargs.get('dst_endpoint_type')
},
"guid": kwargs.get('guid'),
"prd_ext_tenant_id": kwargs.get('tenant'),
"product_name": "GlobalScape EFT",
"prd_ext_tenant_name": "GlobalScape EFT",
"node_name": kwargs.get('node_name'),
"tenant": kwargs.get('prd_ext_tenant_id'),
"tenant_name":"GlobalScape",
"prd_ext_tenant_id": kwargs.get('prd_ext_tenant_id'),
"product_name": kwargs.get("product_name"),
"prd_ext_tenant_name": kwargs.get('prd_ext_tenant_name'),
"status_code": kwargs.get('status_code'),
"status_detail": kwargs.get('status_detail'),
"src_endpoint": {
"port": kwargs.get('src_endpoint_port'),
"ip": kwargs.get('src_endpoint_ip'),
@ -107,18 +169,22 @@ def dataTemplate(transactionType,**kwargs):
"time": kwargs.get('time'),
"user": {
"home_directory": kwargs.get('user_home_directory'),
"uuid": kwargs.get('guid'),
"uid": kwargs.get('uid'),
"uuid": kwargs.get('user_session_uid'),
"uid": kwargs.get('user_uid'),
"type": kwargs.get('user_type'),
"name": kwargs.get('user_name')
},
"session": {
"created_time": kwargs.get('time'),
"uid": kwargs.get('session_uid')
},
"utype": kwargs.get('utype')
}
if transactionType == "file_uploaded":
template = uploadDownload
template = upload
if transactionType == "file_downloaded":
template = uploadDownload
template = download
if transactionType == "file_deleted":
template = fileDeleted
if transactionType == "user_logged_on":

View File

@ -1,61 +1,74 @@
def processData(data, template, **kwargs):
"""Translates data from sql query to the appropriate place in the respective template.
Accepts data, which is the sql query output, the template function, and finally
additional data to insert into the template."""
additional data to insert into the template. Uses other functions to further
process row data."""
processedData = []
transactionLoginid = []
for row in data:
# print(f'Row: {row}')
if identifyUtype(row.get('Command')) == "other":
# must set variables for the different templates and do logic based on that. Do not call identifyUtype many times
identifyUtypecommand = identifyUtype(row.get('Command'))
if identifyUtypecommand == "other":
continue
if row.get('Command') == None:
continue
userType = identifyUserType(row.get('user_type'))
userHome = parseHomefolder(row.get('Actor'),row.get('VirtualFolderName'))
try:
processedData.append(template(identifyUtype(row.get('Command')),\
prd_ext_tenant_id='',\
processedData.append(template(identifyUtypecommand,\
prd_ext_tenant_name=kwargs.get('prd_ext_tenant_name'),\
user_uid=row.get('TransactionID'),\
status_detail=row.get('Description'),\
prd_ext_tenant_id=kwargs.get('prd_ext_tenant_id'),\
status_code=row.get('ResultID'),\
file_created_time=row.get('Time_stamp'),\
file_size=row.get('FileSize'),\
file_uid=row.get('ProtocolCommandID'),\
file_path=row.get('PhysicalFolderName'),\
file_virtual_path=row.get('VirtualFolderName'),\
file_name=row.get('FileName'),\
guid=row.get('TransactionGUID'),\
ref_id=row.get('ProtocolCommandID'),\
prd_instance_id=kwargs.get('prd_instance_id'),\
product_guid=kwargs.get('product_guid'),\
product_name=kwargs.get('product_name'),\
product_version=kwargs.get('product_version'),\
node_name=row.get('NodeName'),\
session_uid=row.get('TransactionID'),\
src_endpoint_type=row.get('Protocol'),\
src_endpoint_port=row.get('RemotePort'),\
src_endpoint_ip=row.get('RemoteIP'),\
dst_endpoint_port=row.get('LocalPort'),\
dst_endpoint_ip=row.get('LocalIP'),\
dst_endpoint_type=row.get('Protocol'),\
session_uid=row.get('TransactionID'),\
bytes_out=row.get('BytesTransferred'),\
duration=row.get('TransferTime'),\
user_session_uid=row.get('TransactionID'),\
bytes=row.get('BytesTransferred'),\
time=row.get('Time_stamp'),\
user_type=identifyUserType(row.get('user_type')),\
user_domain=row.get('SiteName'),\
duration=row.get('TransferTime'),\
user_type=userType,\
user_name=row.get('Actor'),\
user_home_directory=row.get('VirtualFolderName'),\
description=row.get('Description'),\
utype=identifyUtype(row.get('Command'))))
user_home_directory=userHome,\
utype=identifyUtypecommand))
except UnboundLocalError:
print(f'Problem row GUID:{row.get("TransactionGUID")} ::: TransactionObject:{row.get("TransactionObject")} Command: {row.get("Command")}')
continue
identifyUtypetransactionObject = identifyUtype(row.get('TransactionObject'))
if identifyUtypetransactionObject == "other":
continue
if row.get('TransactionGUID') not in transactionLoginid:
try:
processedData.append(template(identifyUtype(row.get('TransactionObject')),\
processedData.append(template(identifyUtypetransactionObject,\
prd_ext_tenant_id=kwargs.get('prd_ext_tenant_id'),\
prd_ext_tenant_name=kwargs.get('prd_ext_tenant_name'),\
status_detail=row.get('Description'),\
guid=row.get('TransactionGUID'),\
status_code=row.get('ResultID'),\
node_name=row.get('NodeName'),\
prd_instance_id=kwargs.get('prd_instance_id'),\
product_guid=kwargs.get('product_guid'),\
product_name=kwargs.get('product_name'),\
product_version=kwargs.get('product_version'),\
src_endpoint_type=row.get('Protocol'),\
src_endpoint_port=row.get('RemotePort'),\
src_endpoint_ip=row.get('RemoteIP'),\
@ -63,14 +76,14 @@ def processData(data, template, **kwargs):
dst_endpoint_ip=row.get('LocalIP'),\
dst_endpoint_type=row.get('Protocol'),\
session_uid=row.get('TransactionID'),\
bytes_out=row.get('BytesTransferred'),\
transfer_time=row.get('TransferTime'),\
time=row.get('Time_stamp'),\
user_type=identifyUserType(row.get('user_type')),\
user_domain=row.get('SiteName'),\
user_session_uid=row.get('TransactionID'),\
user_uid=row.get('TransactionID'),\
user_type=userType,\
user_name=row.get('Actor'),\
user_home_directory=row.get('VirtualFolderName'),\
utype=identifyUtype(row.get('TransactionObject'))\
user_home_directory=userHome,\
utype=identifyUtypetransactionObject\
))
transactionLoginid.append(row.get('TransactionGUID'))
except UnboundLocalError:
@ -88,6 +101,21 @@ def identifyUserType(obj):
return "User"
else:
return None
def parseHomefolder(user, virtualfolder):
"""Extract users home folder using the username. Will not work on edge cases
such as when a users home folder does not have the user name. When that occurs
it is impossible to know based on the arm data what the home folder is.
This function is an assumption so it may return the incorrect home folder.
This function finds the user name and takes the path from the left of the folder
as the home folder. There are cases where this may not be accurate."""
if user:
userSplit = f'/{user}/'
if virtualfolder:
if userSplit in virtualfolder:
home = virtualfolder.split(userSplit)[0] + userSplit
return home if home else None
def identifyUtype(obj):
"""Process Type of transaction based on string that passed in.
Return transaction type."""
@ -98,11 +126,11 @@ def identifyUtype(obj):
if obj in user_logged_on:
return "user_logged_on"
if obj in file_deleted:
elif obj in file_deleted:
return "file_deleted"
if obj in file_uploaded:
elif obj in file_uploaded:
return "file_uploaded"
if obj in file_downloaded:
elif obj in file_downloaded:
return "file_downloaded"
else:
return "other"

View File

@ -1,9 +1,9 @@
class sqlQuerymodel:
def queryData(overRideflag, configQuery, daysTopull):
"""Embedded query data"""
"""Embedded query data. Data is slightly modified to change the amount of days to pull."""
q ="""DECLARE @stopTime DATETIME2
SET @stopTime=DATEADD(DAY, -30, GETDATE())
SELECT p.ProtocolCommandID, t.Time_stamp, p.RemoteIP, p.RemotePort, p.LocalIP, p.LocalPort, p.Protocol, p.SiteName, p.Command, p.FileName, p.VirtualFolderName, p.FileSize, p.TransferTime, p.BytesTransferred, p.Description, p.ResultID, t.TransactionID, p.Actor, t.TransactionObject, t.NodeName, t.TransactionGUID, a.Protocol user_type
SELECT p.ProtocolCommandID, t.Time_stamp, p.RemoteIP, p.RemotePort, p.LocalIP, p.LocalPort, p.Protocol, p.SiteName, p.Command, p.FileName, p.PhysicalFolderName, p.VirtualFolderName, p.FileSize, p.TransferTime, p.BytesTransferred, p.Description, p.ResultID, t.TransactionID, p.Actor, t.TransactionObject, t.NodeName, t.TransactionGUID, a.Protocol user_type
FROM tbl_Transactions t
Full JOIN tbl_ProtocolCommands p ON(t.TransactionID=p.TransactionID)
Full join tbl_Authentications a ON(t.TransactionID=a.TransactionID)

16
test.py
View File

@ -15,8 +15,6 @@ def builddict(keys,*args,**kwargs):
dict[key] = kwargs.get(key)
print(dict)
testfolder = '/Usr/a/asdf/asf'
user = 'a'
def identifyUtype(obj):
"""Process Type of transaction based on string that passed in.
@ -35,4 +33,16 @@ def identifyUtype(obj):
if obj in file_downloaded:
return "file_downloaded"
else:
return "other"
return "other"
testfolder = '/Usr/a/asdf/asf/asdfas/asdfasdf/'
user = 'a'
def parsehomefolder(user, virtualfolder):
userSplit = f'/{user}/'
home = virtualfolder.split(userSplit)[0] + userSplit
print(home)
return home
a = parsehomefolder(user, testfolder)