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Configs

netutils.config

Initialization file for config methods.

clean

Functions for working with configuration to clean the config.

clean_config(config, filters)

Given a list of regex patterns, delete those lines that match.

Parameters:

Name Type Description Default
config str

A string representation of a device configuration.

 required
filters List[Dict[str, str]]

A list of regex patterns used to delete remove configuration.

 required

Returns:

Type Description
str

Stripped down configuration.

Examples:

>>> from netutils.config.clean import clean_config
>>> config = '''Building configuration...
... Current configuration : 1582 bytes
... !
... version 12.4
... service timestamps debug datetime msec
... service timestamps log datetime msec
... no service password-encryption
... !
... hostname CSR1
... !
... !
... !'''
>>> clean_filters = [
...         {"regex": r"^Current\s+configuration.*\n"},
...         {"regex": r"^Building\s+configuration.*\n"},
...         {"regex": r"^ntp\s+clock-period.*\n"},
... ]
>>> print(clean_config(config, clean_filters))
!
version 12.4
service timestamps debug datetime msec
service timestamps log datetime msec
no service password-encryption
!
hostname CSR1
!
!
!
>>>
Source code in netutils/config/clean.py 
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def clean_config(config: str, filters: t.List[t.Dict[str, str]]) -> str:
    r"""Given a list of regex patterns, delete those lines that match.

    Args:
        config: A string representation of a device configuration.
        filters: A list of regex patterns used to delete remove configuration.

    Returns:
         Stripped down configuration.

    Examples:
        >>> from netutils.config.clean import clean_config
        >>> config = '''Building configuration...
        ... Current configuration : 1582 bytes
        ... !
        ... version 12.4
        ... service timestamps debug datetime msec
        ... service timestamps log datetime msec
        ... no service password-encryption
        ... !
        ... hostname CSR1
        ... !
        ... !
        ... !'''
        >>> clean_filters = [
        ...         {"regex": r"^Current\s+configuration.*\n"},
        ...         {"regex": r"^Building\s+configuration.*\n"},
        ...         {"regex": r"^ntp\s+clock-period.*\n"},
        ... ]
        >>> print(clean_config(config, clean_filters))
        !
        version 12.4
        service timestamps debug datetime msec
        service timestamps log datetime msec
        no service password-encryption
        !
        hostname CSR1
        !
        !
        !
        >>>
    """
    for item in filters:
        config = re.sub(item["regex"], "", config, flags=re.MULTILINE)
    return config

sanitize_config(config, filters=None)

Given a dictionary of filters, remove sensitive data from the provided config.

Parameters:

Name Type Description Default
config str

A string representation of a device configuration.

 required
filters Optional[List[Dict[str, str]]]

A list of dictionaries of regex patterns used to sanitize configuration, namely secrets. Defaults to an empty list.

 None

Returns:

Name Type Description
str str

Sanitized configuration.

Examples:

>>> from netutils.config.clean import sanitize_config
>>> config = '''enable secret 5 $1$nc08$bizeEFbgCBKjZP4nurNCd.!'''
>>> SANITIZE_FILTERS = [
...    {
...         "regex": r"^(enable (password|secret)( level \d+)? \d) .+$",
...         "replace": r"\1 <removed>",
...    }
... ]
>>> sanitize_config(config, SANITIZE_FILTERS)
'enable secret 5 <removed>'
>>>
Source code in netutils/config/clean.py 
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def sanitize_config(config: str, filters: t.Optional[t.List[t.Dict[str, str]]] = None) -> str:
    r"""Given a dictionary of filters, remove sensitive data from the provided config.

    Args:
        config: A string representation of a device configuration.
        filters: A list of dictionaries of regex patterns used to sanitize configuration, namely secrets. Defaults to an empty list.

    Returns:
        str: Sanitized configuration.

    Examples:
        >>> from netutils.config.clean import sanitize_config
        >>> config = '''enable secret 5 $1$nc08$bizeEFbgCBKjZP4nurNCd.!'''
        >>> SANITIZE_FILTERS = [
        ...    {
        ...         "regex": r"^(enable (password|secret)( level \d+)? \d) .+$",
        ...         "replace": r"\1 <removed>",
        ...    }
        ... ]
        >>> sanitize_config(config, SANITIZE_FILTERS)
        'enable secret 5 <removed>'
        >>>
    """
    if not filters:
        filters = []
    for item in filters:
        config = re.sub(item["regex"], item["replace"], config, flags=re.MULTILINE)
    return config

compliance

Filter Plugins for compliance checks.

compliance(features, backup, intended, network_os, cfg_type='file')

Report compliance for all features provided as input.

Parameters:

Name Type Description Default
features List[Dict[str, Union[str, bool, List[str]]]]

List of features for particular network os.

 required
backup str

running config or config backup file to compare against intended.

 required
intended str

intended config to compare against backup.

 required
network_os str

Device network operating system that is in parser_map keys.

 required
cfg_type str

A string that is effectively a choice between file and string. Defaults to file.

 'file'

Returns:

Name Type Description
dict Dict[str, Dict[str, Union[str, bool]]]

Compliance information per feature.

Examples:

>>> from netutils.config.compliance import compliance
>>> features = [
...     {
...         "name": "hostname",
...         "ordered": True,
...         "section": [
...             "hostname"
...         ]
...     },
...     {
...         "name": "ntp",
...         "ordered": True,
...         "section": [
...             "ntp"
...         ]
...     }
... ]
>>> backup = "ntp server 192.168.1.1\nntp server 192.168.1.2 prefer"
>>> intended = "ntp server 192.168.1.1\nntp server 192.168.1.5 prefer"
>>> network_os = "cisco_ios"
>>> from pprint import pprint
>>> compliance(features, backup, intended, network_os, "string") == \
... {'hostname': {'actual': '',
...     'cannot_parse': True,
...     'compliant': True,
...     'extra': '',
...     'intended': '',
...     'missing': '',
...     'ordered_compliant': True,
...     'unordered_compliant': True},
... 'ntp': {'actual': 'ntp server 192.168.1.1\nntp server 192.168.1.2 prefer',
...     'cannot_parse': True,
...     'compliant': False,
...     'extra': 'ntp server 192.168.1.2 prefer',
...     'intended': 'ntp server 192.168.1.1\nntp server 192.168.1.5 prefer',
...     'missing': 'ntp server 192.168.1.5 prefer',
...     'ordered_compliant': False,
...     'unordered_compliant': False}}
True
Source code in netutils/config/compliance.py 
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def compliance(
    features: t.List[t.Dict[str, t.Union[str, bool, t.List[str]]]],
    backup: str,
    intended: str,
    network_os: str,
    cfg_type: str = "file",
) -> t.Dict[str, t.Dict[str, t.Union[str, bool]]]:
    r"""Report compliance for all features provided as input.

    Args:
        features: List of features for particular network os.
        backup: running config or config backup file  to compare against intended.
        intended: intended config to compare against backup.
        network_os: Device network operating system that is in parser_map keys.
        cfg_type: A string that is effectively a choice between `file` and `string`. Defaults to `file`.

    Returns:
        dict: Compliance information per feature.

    Examples:
        >>> from netutils.config.compliance import compliance
        >>> features = [
        ...     {
        ...         "name": "hostname",
        ...         "ordered": True,
        ...         "section": [
        ...             "hostname"
        ...         ]
        ...     },
        ...     {
        ...         "name": "ntp",
        ...         "ordered": True,
        ...         "section": [
        ...             "ntp"
        ...         ]
        ...     }
        ... ]
        >>> backup = "ntp server 192.168.1.1\nntp server 192.168.1.2 prefer"
        >>> intended = "ntp server 192.168.1.1\nntp server 192.168.1.5 prefer"
        >>> network_os = "cisco_ios"
        >>> from pprint import pprint
        >>> compliance(features, backup, intended, network_os, "string") == \
        ... {'hostname': {'actual': '',
        ...     'cannot_parse': True,
        ...     'compliant': True,
        ...     'extra': '',
        ...     'intended': '',
        ...     'missing': '',
        ...     'ordered_compliant': True,
        ...     'unordered_compliant': True},
        ... 'ntp': {'actual': 'ntp server 192.168.1.1\nntp server 192.168.1.2 prefer',
        ...     'cannot_parse': True,
        ...     'compliant': False,
        ...     'extra': 'ntp server 192.168.1.2 prefer',
        ...     'intended': 'ntp server 192.168.1.1\nntp server 192.168.1.5 prefer',
        ...     'missing': 'ntp server 192.168.1.5 prefer',
        ...     'ordered_compliant': False,
        ...     'unordered_compliant': False}}
        True
    """
    if cfg_type not in ["file", "string"]:
        raise ValueError("The variable `cfg_type` must be either `file` or `string`.")
    if cfg_type == "file":
        backup_cfg = _open_file_config(backup)
        intended_cfg = _open_file_config(intended)
    else:
        backup_cfg = backup
        intended_cfg = intended

    compliance_results = {}

    for feature in features:
        backup_str = section_config(feature, backup_cfg, network_os)
        intended_str = section_config(feature, intended_cfg, network_os)
        compliance_results.update({feature["name"]: feature_compliance(feature, backup_str, intended_str, network_os)})

    return compliance_results  # type: ignore

config_section_not_parsed(features, device_cfg, network_os)

Return device config section that is not checked by compliance.

Parameters:

Name Type Description Default
features List[Dict[str, Union[str, bool, List[str]]]]

List of features for particular network os.

 required
device_cfg str

Device configuration.

 required
network_os str

Device network operating system that is in parser_map keys.

 required

Returns:

Type Description
Dict[str, Union[str, List[str]]]

Config that was not parsed or section not found.

Examples:

>>> from netutils.config.compliance import config_section_not_parsed
>>> features = [{
...    "name": "BGP",
...    "ordered": True,
...    "section": [
...        "router bgp "
...    ]
... }]
>>> network_os = 'cisco_ios'
>>> device_cfg = '''router bgp 100
...  bgp router-id 10.6.6.5
... !
... access-list 1 permit 10.10.10.10
... access-list 1 permit 10.10.10.11'''
>>> config_section_not_parsed(features, device_cfg, network_os)
{'remaining_cfg': '!\naccess-list 1 permit 10.10.10.10\naccess-list 1 permit 10.10.10.11', 'section_not_found': []}
Source code in netutils/config/compliance.py 
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def config_section_not_parsed(
    features: t.List[t.Dict[str, t.Union[str, bool, t.List[str]]]],
    device_cfg: str,
    network_os: str,
) -> t.Dict[str, t.Union[str, t.List[str]]]:
    r"""Return device config section that is not checked by compliance.

    Args:
        features: List of features for particular network os.
        device_cfg: Device configuration.
        network_os: Device network operating system that is in parser_map keys.

    Returns:
        Config that was not parsed or section not found.

    Examples:
        >>> from netutils.config.compliance import config_section_not_parsed
        >>> features = [{
        ...    "name": "BGP",
        ...    "ordered": True,
        ...    "section": [
        ...        "router bgp "
        ...    ]
        ... }]
        >>> network_os = 'cisco_ios'
        >>> device_cfg = '''router bgp 100
        ...  bgp router-id 10.6.6.5
        ... !
        ... access-list 1 permit 10.10.10.10
        ... access-list 1 permit 10.10.10.11'''
        >>> config_section_not_parsed(features, device_cfg, network_os)
        {'remaining_cfg': '!\naccess-list 1 permit 10.10.10.10\naccess-list 1 permit 10.10.10.11', 'section_not_found': []}
    """
    remaining_cfg = device_cfg
    section_not_found = []
    for feature in features:
        feature_cfg = section_config(feature, device_cfg, network_os)
        if not feature_cfg:
            section_not_found.append(feature["name"])
        remaining_cfg = remaining_cfg.replace(feature_cfg, "")
    return {
        "remaining_cfg": remaining_cfg.strip(),
        "section_not_found": section_not_found,  # type: ignore
    }

diff_network_config(compare_config, base_config, network_os)

Identify which lines in compare_config are not in base_config.

Parameters:

Name Type Description Default
compare_config str

The config to evaluate against base_config.

 required
base_config str

The config to compare compare_config against.

 required
network_os str

Device network operating system that is in parser_map keys.

 required

Returns:

Name Type Description
base_config str

The string of additional commands in compare_config separated by a newline.

Examples:

>>> from netutils.config.compliance import diff_network_config
>>> compare_config = '''router bgp 100
...  bgp router-id 10.6.6.5
... !
... snmp-server ifindex persist
... snmp-server packetsize 4096
... snmp-server location SFO
... access-list 1 permit 10.15.20.20
... access-list 1 permit 10.15.20.21'''
>>>
>>> base_config = '''router bgp 100
...  bgp router-id 10.6.6.5
... !
... snmp-server packetsize 4096
... snmp-server location SFO
... access-list 1 permit 10.15.20.20
... access-list 1 permit 10.15.20.21'''
>>>
>>> network_os = "cisco_ios"
>>> diff_network_config(compare_config, base_config, network_os)
'snmp-server ifindex persist'
>>>
Source code in netutils/config/compliance.py 
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def diff_network_config(compare_config: str, base_config: str, network_os: str) -> str:
    """Identify which lines in compare_config are not in base_config.

    Args:
        compare_config: The config to evaluate against base_config.
        base_config: The config to compare compare_config against.
        network_os: Device network operating system that is in parser_map keys.

    Returns:
        base_config: The string of additional commands in compare_config separated by a newline.

    Examples:
        >>> from netutils.config.compliance import diff_network_config
        >>> compare_config = '''router bgp 100
        ...  bgp router-id 10.6.6.5
        ... !
        ... snmp-server ifindex persist
        ... snmp-server packetsize 4096
        ... snmp-server location SFO
        ... access-list 1 permit 10.15.20.20
        ... access-list 1 permit 10.15.20.21'''
        >>>
        >>> base_config = '''router bgp 100
        ...  bgp router-id 10.6.6.5
        ... !
        ... snmp-server packetsize 4096
        ... snmp-server location SFO
        ... access-list 1 permit 10.15.20.20
        ... access-list 1 permit 10.15.20.21'''
        >>>
        >>> network_os = "cisco_ios"
        >>> diff_network_config(compare_config, base_config, network_os)
        'snmp-server ifindex persist'
        >>>
    """
    os_parser = parser_map[network_os]
    compare_parser = os_parser(compare_config)
    base_parser = os_parser(base_config)
    base = set(base_parser.config_lines)

    needed_lines = []
    for line in compare_parser.config_lines:
        if line not in base:
            for parent in line.parents:
                if parent not in needed_lines:
                    needed_lines.append(parent)
            if line.config_line:
                needed_lines.append(line.config_line)
    return "\n".join(needed_lines)

feature_compliance(feature, backup_cfg, intended_cfg, network_os)

Report compliance for all features provided as input.

Parameters:

Name Type Description Default
feature Dict[str, Union[str, bool, List[str]]]

A dictionary with the attributes of the feature check

 required
backup_cfg str

running config or config backup of a specific feature to compare.

 required
intended_cfg str

intended config of a specific feature to compare.

 required
network_os str

Device network operating system that is in parser_map keys.

 required

Returns:

Name Type Description
dict Dict[str, Union[str, bool]]

Compliance information of a single feature.

Examples:

>>> from netutils.config.compliance import feature_compliance
>>> feature = {
...     "name": "ntp",
...     "ordered": True,
...     "section": [
...         "ntp"
...     ]
... }
>>> backup = "ntp server 192.168.1.1\nntp server 192.168.1.2 prefer"
>>> intended = "ntp server 192.168.1.1\nntp server 192.168.1.5 prefer"
>>> network_os = "cisco_ios"
>>> from pprint import pprint
>>> feature_compliance(feature, backup, intended, network_os) == \
... {'actual': 'ntp server 192.168.1.1\nntp server 192.168.1.2 prefer',
...     'cannot_parse': True,
...     'compliant': False,
...     'extra': 'ntp server 192.168.1.2 prefer',
...     'intended': 'ntp server 192.168.1.1\nntp server 192.168.1.5 prefer',
...     'missing': 'ntp server 192.168.1.5 prefer',
...     'ordered_compliant': False,
...     'unordered_compliant': False}
True
Source code in netutils/config/compliance.py 
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def feature_compliance(
    feature: t.Dict[str, t.Union[str, bool, t.List[str]]],
    backup_cfg: str,
    intended_cfg: str,
    network_os: str,
) -> t.Dict[str, t.Union[str, bool]]:
    r"""Report compliance for all features provided as input.

    Args:
        feature: A dictionary with the attributes of the feature check
        backup_cfg: running config or config backup of a specific feature to compare.
        intended_cfg: intended config of a specific feature to compare.
        network_os: Device network operating system that is in parser_map keys.

    Returns:
        dict: Compliance information of a single feature.

    Examples:
        >>> from netutils.config.compliance import feature_compliance
        >>> feature = {
        ...     "name": "ntp",
        ...     "ordered": True,
        ...     "section": [
        ...         "ntp"
        ...     ]
        ... }
        >>> backup = "ntp server 192.168.1.1\nntp server 192.168.1.2 prefer"
        >>> intended = "ntp server 192.168.1.1\nntp server 192.168.1.5 prefer"
        >>> network_os = "cisco_ios"
        >>> from pprint import pprint
        >>> feature_compliance(feature, backup, intended, network_os) == \
        ... {'actual': 'ntp server 192.168.1.1\nntp server 192.168.1.2 prefer',
        ...     'cannot_parse': True,
        ...     'compliant': False,
        ...     'extra': 'ntp server 192.168.1.2 prefer',
        ...     'intended': 'ntp server 192.168.1.1\nntp server 192.168.1.5 prefer',
        ...     'missing': 'ntp server 192.168.1.5 prefer',
        ...     'ordered_compliant': False,
        ...     'unordered_compliant': False}
        True
    """
    feature_data = default_feature.copy()
    feature_data["actual"] = backup_cfg
    feature_data["intended"] = intended_cfg
    # Check for ordered compliant which is accomplished with a simple exact match
    feature_data["ordered_compliant"] = _is_feature_ordered_compliant(intended_cfg, backup_cfg)

    if feature_data["ordered_compliant"]:
        feature_data.update(
            {
                "missing": "",
                "extra": "",
                "unordered_compliant": True,
            }
        )
    else:
        feature_data.update(_check_configs_differences(intended_cfg, backup_cfg, network_os))
    if feature["ordered"] is True:
        feature_data["compliant"] = feature_data["ordered_compliant"]
    elif feature["ordered"] is False:
        feature_data["compliant"] = feature_data["unordered_compliant"]
    else:
        raise  # pylint: disable=misplaced-bare-raise

    return feature_data  # type: ignore

find_unordered_cfg_lines(intended_cfg, actual_cfg)

Check if config lines are miss-ordered, i.e in ACL-s.

Parameters:

Name Type Description Default
intended_cfg str

Feature intended configuration.

 required
actual_cfg str

Feature actual configuration.

 required

Returns:

Name Type Description
list Tuple[bool, List[Tuple[str, str]]]

List of tuples with unordered_compliant cfg lines.

Examples:

>>> from netutils.config.compliance import find_unordered_cfg_lines
>>> intended_cfg = '''
... ntp server 10.10.10.10
... ntp server 10.10.10.11
... ntp server 10.10.10.12'''
>>>
>>> actual_cfg = '''
... ntp server 10.10.10.12
... ntp server 10.10.10.11
... ntp server 10.10.10.10'''
>>>
>>> find_unordered_cfg_lines(intended_cfg, actual_cfg)
(True, [('ntp server 10.10.10.10', 'ntp server 10.10.10.12'), ('ntp server 10.10.10.12', 'ntp server 10.10.10.10')])
Source code in netutils/config/compliance.py 
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def find_unordered_cfg_lines(intended_cfg: str, actual_cfg: str) -> t.Tuple[bool, t.List[t.Tuple[str, str]]]:
    """Check if config lines are miss-ordered, i.e in ACL-s.

    Args:
        intended_cfg: Feature intended configuration.
        actual_cfg: Feature actual configuration.

    Returns:
        list: List of tuples with unordered_compliant cfg lines.

    Examples:
        >>> from netutils.config.compliance import find_unordered_cfg_lines
        >>> intended_cfg = '''
        ... ntp server 10.10.10.10
        ... ntp server 10.10.10.11
        ... ntp server 10.10.10.12'''
        >>>
        >>> actual_cfg = '''
        ... ntp server 10.10.10.12
        ... ntp server 10.10.10.11
        ... ntp server 10.10.10.10'''
        >>>
        >>> find_unordered_cfg_lines(intended_cfg, actual_cfg)
        (True, [('ntp server 10.10.10.10', 'ntp server 10.10.10.12'), ('ntp server 10.10.10.12', 'ntp server 10.10.10.10')])
    """
    intended_lines = intended_cfg.splitlines()
    actual_lines = actual_cfg.splitlines()
    unordered_lines = []
    if len(intended_lines) == len(actual_lines):
        # Process to find actual lines that are misordered
        unordered_lines = [(e1, e2) for e1, e2 in zip(intended_lines, actual_lines) if e1 != e2]
    # Process to find determine if there are any different lines, regardless of order
    if not set(intended_lines).difference(actual_lines):
        return (True, unordered_lines)
    return (False, unordered_lines)

section_config(feature, device_cfg, network_os)

Parse feature section config from device cfg.

In case section attribute of the the feature is not provided
entire content of the device_cfg is returned.

Parameters:

Name Type Description Default
feature Dict[str, Union[str, bool, List[str]]]

Feature name and cfg lines that should be parsed.

 required
device_cfg str

Device configuration.

 required
network_os

Device network operating system that is in parser_map keys.

 required

Returns:

Type Description
str

The hash report data mapping file hashes to report data.

Examples:

>>> from netutils.config.compliance import section_config
>>> feature =  {
...    "name": "BGP",
...    "ordered": False,
...    "section": [
...        "router bgp "
...    ]
... }
>>>
>>> device_cfg = '''router bgp 100
...  bgp router-id 10.6.6.5
... !
... snmp-server ifindex persist
... snmp-server packetsize 4096
... snmp-server location SFO
... access-list 1 permit 10.10.15.15
... access-list 1 permit 10.10.20.20'''
>>>
>>> print(section_config(feature, device_cfg, "cisco_ios"))# ==
router bgp 100
 bgp router-id 10.6.6.5
Source code in netutils/config/compliance.py 
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def section_config(
    feature: t.Dict[str, t.Union[str, bool, t.List[str]]],
    device_cfg: str,
    network_os: str,
) -> str:
    """Parse feature section config from device cfg.

        In case section attribute of the the feature is not provided
        entire content of the device_cfg is returned.

    Args:
        feature: Feature name and cfg lines that should be parsed.
        device_cfg: Device configuration.
        network_os : Device network operating system that is in parser_map keys.

    Returns:
        The hash report data mapping file hashes to report data.

    Examples:
        >>> from netutils.config.compliance import section_config
        >>> feature =  {
        ...    "name": "BGP",
        ...    "ordered": False,
        ...    "section": [
        ...        "router bgp "
        ...    ]
        ... }
        >>>
        >>> device_cfg = '''router bgp 100
        ...  bgp router-id 10.6.6.5
        ... !
        ... snmp-server ifindex persist
        ... snmp-server packetsize 4096
        ... snmp-server location SFO
        ... access-list 1 permit 10.10.15.15
        ... access-list 1 permit 10.10.20.20'''
        >>>
        >>> print(section_config(feature, device_cfg, "cisco_ios"))# ==
        router bgp 100
         bgp router-id 10.6.6.5
    """
    section_starts_with = feature.get("section")
    if not section_starts_with:
        return device_cfg

    match = False
    section_config_list = []
    os_parser = parser_map[network_os]
    config_parsed = os_parser(device_cfg)
    for line in config_parsed.config_lines:
        # If multiple banners, line after first banner will be None.
        # This conditional allows multiple banners in config.
        if not line.config_line:
            continue
        if match:
            if line.parents:  # pylint: disable=no-else-continue
                section_config_list.append(line.config_line)
                continue
            else:
                match = False
        for line_start in section_starts_with:  # type: ignore
            if not match and line.config_line.startswith(line_start):
                section_config_list.append(line.config_line)
                match = True
    return "\n".join(section_config_list).strip()

conversion

Configuration conversion methods for different network operating systems.

paloalto_panos_brace_to_set(cfg, cfg_type='file')

Convert Palo Alto Brace format configuration to set format.

Parameters:

Name Type Description Default
cfg str

Configuration as a string

 required
cfg_type str

A string that is effectively a choice between file and string. Defaults to file.

 'file'

Returns:

Name Type Description
str str

Converted configuration as a string.

Examples:

>>> from netutils.config.conversion import paloalto_panos_brace_to_set
>>> config = '''
...     config {
...            mgt-config {
...                users {
...                  admin {
...                    phash *;
...                    permissions {
...                      role-based {
...                        superuser yes;
...                      }
...                    }
...                    public-key thisisasuperduperlongbase64encodedstring;
...                }
...                panadmin {
...                    permissions {
...                      role-based {
...                        superuser yes;
...                      }
...                    }
...                    phash passwordhash;
...                }
...              }
...            }
...         }'''
>>> paloalto_panos_brace_to_set(cfg=config, cfg_type='string') == \
... '''set mgt-config users admin phash *
... set mgt-config users admin permissions role-based superuser yes
... set mgt-config users admin public-key thisisasuperduperlongbase64encodedstring
... set mgt-config users panadmin permissions role-based superuser yes
... set mgt-config users panadmin phash passwordhash'''
True
Source code in netutils/config/conversion.py 
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def paloalto_panos_brace_to_set(cfg: str, cfg_type: str = "file") -> str:
    r"""Convert Palo Alto Brace format configuration to set format.

    Args:
        cfg: Configuration as a string
        cfg_type: A string that is effectively a choice between `file` and `string`. Defaults to `file`.

    Returns:
        str: Converted configuration as a string.

    Examples:
        >>> from netutils.config.conversion import paloalto_panos_brace_to_set
        >>> config = '''
        ...     config {
        ...            mgt-config {
        ...                users {
        ...                  admin {
        ...                    phash *;
        ...                    permissions {
        ...                      role-based {
        ...                        superuser yes;
        ...                      }
        ...                    }
        ...                    public-key thisisasuperduperlongbase64encodedstring;
        ...                }
        ...                panadmin {
        ...                    permissions {
        ...                      role-based {
        ...                        superuser yes;
        ...                      }
        ...                    }
        ...                    phash passwordhash;
        ...                }
        ...              }
        ...            }
        ...         }'''
        >>> paloalto_panos_brace_to_set(cfg=config, cfg_type='string') == \
        ... '''set mgt-config users admin phash *
        ... set mgt-config users admin permissions role-based superuser yes
        ... set mgt-config users admin public-key thisisasuperduperlongbase64encodedstring
        ... set mgt-config users panadmin permissions role-based superuser yes
        ... set mgt-config users panadmin phash passwordhash'''
        True
    """
    stack: t.List[str] = []
    cfg_value: t.List[str] = []
    cfg_string: str = ""

    if cfg_type not in ["file", "string"]:
        raise ValueError("The variable `cfg_type` must be either `file` or `string`.")
    if cfg_type == "file":
        cfg_raw = _open_file_config(cfg)
        cfg_list = paloalto_panos_clean_newlines(cfg=cfg_raw).splitlines()
    else:
        cfg_raw = paloalto_panos_clean_newlines(cfg=cfg)
        cfg_list = cfg_raw.splitlines()

    for i, line in enumerate(cfg_list):
        line = line.strip()
        if line.endswith(";") and not line.startswith('";'):
            line = line.split(";", 1)[0]
            line = "".join(str(s) for s in stack) + line
            line = line.split("config ", 1)[1]
            line = "set " + line
            cfg_value.append(line.strip())
        elif line.endswith('login-banner "') or line.endswith('content "'):
            _first_banner_line = "".join(str(s) for s in stack) + line
            cfg_value.append("set " + _first_banner_line.split("config ", 1)[1])

            for banner_line in cfg_list[i + 1:]:  # fmt: skip
                if '"' in banner_line:
                    banner_line = banner_line.split(";", 1)[0]
                    cfg_value.append(banner_line.strip())
                    break
                cfg_value.append(banner_line.strip())
        elif line.endswith("{"):
            stack.append(line[:-1])
        elif line == "}" and len(stack) > 0:
            stack.pop()

    for _l, _line in enumerate(cfg_value):
        cfg_string += _line
        if _l < len(cfg_value) - 1:
            cfg_string += "\n"

    # Filter out 'devices localhost.local domain' from the entire cfg_string
    # TODO: Add flagging capability to disable this behavior
    cfg_string = cfg_string.replace("devices localhost.localdomain ", "")

    return cfg_string

paloalto_panos_clean_newlines(cfg)

Takes in the configuration and replaces any inappropriate newline characters with a space.

Parameters:

Name Type Description Default
cfg str

Configuration as a string.

 required

Returns:

Name Type Description
str str

Cleaned configuration as a string

Examples:

>>> from netutils.config.conversion import paloalto_panos_clean_newlines
>>> config = '''
... config {
...     syslog {
...         Traffic_Syslog {
...             server {
...             splunk {
...                 transport UDP;
...                 port 514;
...                 format BSD;
...                 server 1.1.1.1;
...                 facility LOG_USER;
...             }
...             graylog {
...                 transport UDP;
...                 port 514;
...                 format BSD;
...                 server 2.2.2.2;
...                 facility LOG_USER;
...             }
...             }
...             format {
...             config "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$result|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial shost=$host cs3Label=Virtual System cs3=$vsys act=$cmd duser=$admin destinationServiceName=$client msg=$path externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags
... Optional: cs1Label=Before Change Detail cs1=$before-change-detail cs2Label=After Change Detail cs2=$after-change-detail";
...             system "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial cs3Label=Virtual System cs3=$vsys fname=$object flexString2Label=Module flexString2=$module msg=$opaque externalId=$seqno cat=$eventid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
...             threat "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             traffic "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsReceived=$pkts_received PanOSPacketsSent=$pkts_sent start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed cs2Label=URL Category cs2=$category externalId=$seqno reason=$session_end_reason PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cat=$action_source PanOSActionFlags=$actionflags PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel";
...             url "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno requestContext=$contenttype cat=$threatid fileId=$pcap_id requestMethod=$http_method requestClientApplication=$user_agent PanOSXForwarderfor=$xff PanOSReferer=$referer PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             data "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             wildfire "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid filePath=$cloud fileId=$pcap_id fileHash=$filedigest fileType=$filetype suid=$sender msg=$subject duid=$recipient oldFileId=$reportid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             tunnel "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=Log Action cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action externalId=$seqno PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time cs2Label=Tunnel Type cs2=$tunnel flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsSent=$pkts_sent PanOSPacketsReceived=$pkts_received flexNumber2Label=Maximum Encapsulation flexNumber2=$max_encap cfp1Label=Unknown Protocol cfp1=$unknown_proto cfp2Label=Strict Checking cfp2=$strict_check PanOSTunnelFragment=$tunnel_fragment cfp3Label=Sessions Created cfp3=$sessions_created cfp4Label=Sessions Closed cfp4=$sessions_closed reason=$session_end_reason cat=$action_source start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed";
...             auth "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Server Profile cs1=$serverprofile cs2Label=Normalize User cs2=$normalize_user cs3Label=Virtual System cs3=$vsys cs4Label=Authentication Policy cs4=$authpolicy cs5Label=Client Type cs5=$clienttype cs6Label=Log Action cs6=$logset fname=$object cn1Label=Factor Number cn1=$factorno cn2Label=Authentication ID cn2=$authid src=$ip cnt=$repeatcnt duser=$user flexString2Label=Vendor flexString2=$vendor msg=$event externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags PanOSDesc=$desc
... ";
...             userid "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Factor Type cs1=$factortype cs3Label=Virtual System cs3=$vsys cs4Label=Data Source Name cs4=$datasourcename cs5Label=Data Source cs5=$datasource cs6Label=Data Source Type cs6=$datasourcetype cn1Label=Factor Number cn1=$factorno cn2Label=Virtual System ID cn2=$vsys_id cn3Label=Timeout Threshold cn3=$timeout src=$ip spt=$beginport dpt=$endport cnt=$repeatcnt duser=$user externalId=$seqno cat=$eventid end=$factorcompletiontime PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
...             hip-match "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$matchtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial suser=$srcuser cs3Label=Virtual System cs3=$vsys shost=$machinename src=$src cnt=$repeatcnt externalId=$seqno cat=$matchname start=$cef-formatted-time_generated cs2Label=Operating System cs2=$os PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id c6a2Label=IPv6 Source Address c6a2=$srcipv6";
...             correlation "CEF:0|Palo Alto Networks|PAN-OS|8.0|$category|$type|$severity|rt=$cef-formatted-receive_time deviceExternalId=$serial start=$cef-formatted-time_generated src=$src suser=$srcuser cs3Label=Virtual System cs3=$vsys severity=$severity PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id fname=$object_name cn3Label=Object ID cn3=$object_id msg=$evidence";
...             escaping {
...                 escaped-characters \=;
...                 escape-character \;
...             }
...             }
...         }
...         }
... }'''
>>> paloalto_panos_clean_newlines(cfg=config) == \
... '''
... config {
...     syslog {
...         Traffic_Syslog {
...             server {
...             splunk {
...                 transport UDP;
...                 port 514;
...                 format BSD;
...                 server 1.1.1.1;
...                 facility LOG_USER;
...             }
...             graylog {
...                 transport UDP;
...                 port 514;
...                 format BSD;
...                 server 2.2.2.2;
...                 facility LOG_USER;
...             }
...             }
...             format {
...             config "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$result|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial shost=$host cs3Label=Virtual System cs3=$vsys act=$cmd duser=$admin destinationServiceName=$client msg=$path externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags Optional: cs1Label=Before Change Detail cs1=$before-change-detail cs2Label=After Change Detail cs2=$after-change-detail";
...             system "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial cs3Label=Virtual System cs3=$vsys fname=$object flexString2Label=Module flexString2=$module msg=$opaque externalId=$seqno cat=$eventid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
...             threat "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             traffic "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsReceived=$pkts_received PanOSPacketsSent=$pkts_sent start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed cs2Label=URL Category cs2=$category externalId=$seqno reason=$session_end_reason PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cat=$action_source PanOSActionFlags=$actionflags PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel";
...             url "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno requestContext=$contenttype cat=$threatid fileId=$pcap_id requestMethod=$http_method requestClientApplication=$user_agent PanOSXForwarderfor=$xff PanOSReferer=$referer PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             data "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             wildfire "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid filePath=$cloud fileId=$pcap_id fileHash=$filedigest fileType=$filetype suid=$sender msg=$subject duid=$recipient oldFileId=$reportid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
...             tunnel "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=Log Action cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action externalId=$seqno PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time cs2Label=Tunnel Type cs2=$tunnel flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsSent=$pkts_sent PanOSPacketsReceived=$pkts_received flexNumber2Label=Maximum Encapsulation flexNumber2=$max_encap cfp1Label=Unknown Protocol cfp1=$unknown_proto cfp2Label=Strict Checking cfp2=$strict_check PanOSTunnelFragment=$tunnel_fragment cfp3Label=Sessions Created cfp3=$sessions_created cfp4Label=Sessions Closed cfp4=$sessions_closed reason=$session_end_reason cat=$action_source start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed";
...             auth "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Server Profile cs1=$serverprofile cs2Label=Normalize User cs2=$normalize_user cs3Label=Virtual System cs3=$vsys cs4Label=Authentication Policy cs4=$authpolicy cs5Label=Client Type cs5=$clienttype cs6Label=Log Action cs6=$logset fname=$object cn1Label=Factor Number cn1=$factorno cn2Label=Authentication ID cn2=$authid src=$ip cnt=$repeatcnt duser=$user flexString2Label=Vendor flexString2=$vendor msg=$event externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags PanOSDesc=$desc ";
...             userid "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Factor Type cs1=$factortype cs3Label=Virtual System cs3=$vsys cs4Label=Data Source Name cs4=$datasourcename cs5Label=Data Source cs5=$datasource cs6Label=Data Source Type cs6=$datasourcetype cn1Label=Factor Number cn1=$factorno cn2Label=Virtual System ID cn2=$vsys_id cn3Label=Timeout Threshold cn3=$timeout src=$ip spt=$beginport dpt=$endport cnt=$repeatcnt duser=$user externalId=$seqno cat=$eventid end=$factorcompletiontime PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
...             hip-match "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$matchtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial suser=$srcuser cs3Label=Virtual System cs3=$vsys shost=$machinename src=$src cnt=$repeatcnt externalId=$seqno cat=$matchname start=$cef-formatted-time_generated cs2Label=Operating System cs2=$os PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id c6a2Label=IPv6 Source Address c6a2=$srcipv6";
...             correlation "CEF:0|Palo Alto Networks|PAN-OS|8.0|$category|$type|$severity|rt=$cef-formatted-receive_time deviceExternalId=$serial start=$cef-formatted-time_generated src=$src suser=$srcuser cs3Label=Virtual System cs3=$vsys severity=$severity PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id fname=$object_name cn3Label=Object ID cn3=$object_id msg=$evidence";
...             escaping {
...                 escaped-characters \=;
...                 escape-character \;
...             }
...             }
...         }
...         }
... }'''
True
Source code in netutils/config/conversion.py 
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def paloalto_panos_clean_newlines(cfg: str) -> str:
    r"""Takes in the configuration and replaces any inappropriate newline characters with a space.

    Args:
        cfg: Configuration as a string.

    Returns:
        str: Cleaned configuration as a string

    Examples:
        >>> from netutils.config.conversion import paloalto_panos_clean_newlines
        >>> config = '''
        ... config {
        ...     syslog {
        ...         Traffic_Syslog {
        ...             server {
        ...             splunk {
        ...                 transport UDP;
        ...                 port 514;
        ...                 format BSD;
        ...                 server 1.1.1.1;
        ...                 facility LOG_USER;
        ...             }
        ...             graylog {
        ...                 transport UDP;
        ...                 port 514;
        ...                 format BSD;
        ...                 server 2.2.2.2;
        ...                 facility LOG_USER;
        ...             }
        ...             }
        ...             format {
        ...             config "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$result|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial shost=$host cs3Label=Virtual System cs3=$vsys act=$cmd duser=$admin destinationServiceName=$client msg=$path externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags
        ... Optional: cs1Label=Before Change Detail cs1=$before-change-detail cs2Label=After Change Detail cs2=$after-change-detail";
        ...             system "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial cs3Label=Virtual System cs3=$vsys fname=$object flexString2Label=Module flexString2=$module msg=$opaque externalId=$seqno cat=$eventid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
        ...             threat "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             traffic "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsReceived=$pkts_received PanOSPacketsSent=$pkts_sent start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed cs2Label=URL Category cs2=$category externalId=$seqno reason=$session_end_reason PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cat=$action_source PanOSActionFlags=$actionflags PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel";
        ...             url "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno requestContext=$contenttype cat=$threatid fileId=$pcap_id requestMethod=$http_method requestClientApplication=$user_agent PanOSXForwarderfor=$xff PanOSReferer=$referer PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             data "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             wildfire "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid filePath=$cloud fileId=$pcap_id fileHash=$filedigest fileType=$filetype suid=$sender msg=$subject duid=$recipient oldFileId=$reportid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             tunnel "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=Log Action cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action externalId=$seqno PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time cs2Label=Tunnel Type cs2=$tunnel flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsSent=$pkts_sent PanOSPacketsReceived=$pkts_received flexNumber2Label=Maximum Encapsulation flexNumber2=$max_encap cfp1Label=Unknown Protocol cfp1=$unknown_proto cfp2Label=Strict Checking cfp2=$strict_check PanOSTunnelFragment=$tunnel_fragment cfp3Label=Sessions Created cfp3=$sessions_created cfp4Label=Sessions Closed cfp4=$sessions_closed reason=$session_end_reason cat=$action_source start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed";
        ...             auth "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Server Profile cs1=$serverprofile cs2Label=Normalize User cs2=$normalize_user cs3Label=Virtual System cs3=$vsys cs4Label=Authentication Policy cs4=$authpolicy cs5Label=Client Type cs5=$clienttype cs6Label=Log Action cs6=$logset fname=$object cn1Label=Factor Number cn1=$factorno cn2Label=Authentication ID cn2=$authid src=$ip cnt=$repeatcnt duser=$user flexString2Label=Vendor flexString2=$vendor msg=$event externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags PanOSDesc=$desc
        ... ";
        ...             userid "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Factor Type cs1=$factortype cs3Label=Virtual System cs3=$vsys cs4Label=Data Source Name cs4=$datasourcename cs5Label=Data Source cs5=$datasource cs6Label=Data Source Type cs6=$datasourcetype cn1Label=Factor Number cn1=$factorno cn2Label=Virtual System ID cn2=$vsys_id cn3Label=Timeout Threshold cn3=$timeout src=$ip spt=$beginport dpt=$endport cnt=$repeatcnt duser=$user externalId=$seqno cat=$eventid end=$factorcompletiontime PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
        ...             hip-match "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$matchtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial suser=$srcuser cs3Label=Virtual System cs3=$vsys shost=$machinename src=$src cnt=$repeatcnt externalId=$seqno cat=$matchname start=$cef-formatted-time_generated cs2Label=Operating System cs2=$os PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id c6a2Label=IPv6 Source Address c6a2=$srcipv6";
        ...             correlation "CEF:0|Palo Alto Networks|PAN-OS|8.0|$category|$type|$severity|rt=$cef-formatted-receive_time deviceExternalId=$serial start=$cef-formatted-time_generated src=$src suser=$srcuser cs3Label=Virtual System cs3=$vsys severity=$severity PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id fname=$object_name cn3Label=Object ID cn3=$object_id msg=$evidence";
        ...             escaping {
        ...                 escaped-characters \=;
        ...                 escape-character \;
        ...             }
        ...             }
        ...         }
        ...         }
        ... }'''
        >>> paloalto_panos_clean_newlines(cfg=config) == \
        ... '''
        ... config {
        ...     syslog {
        ...         Traffic_Syslog {
        ...             server {
        ...             splunk {
        ...                 transport UDP;
        ...                 port 514;
        ...                 format BSD;
        ...                 server 1.1.1.1;
        ...                 facility LOG_USER;
        ...             }
        ...             graylog {
        ...                 transport UDP;
        ...                 port 514;
        ...                 format BSD;
        ...                 server 2.2.2.2;
        ...                 facility LOG_USER;
        ...             }
        ...             }
        ...             format {
        ...             config "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$result|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial shost=$host cs3Label=Virtual System cs3=$vsys act=$cmd duser=$admin destinationServiceName=$client msg=$path externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags Optional: cs1Label=Before Change Detail cs1=$before-change-detail cs2Label=After Change Detail cs2=$after-change-detail";
        ...             system "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial cs3Label=Virtual System cs3=$vsys fname=$object flexString2Label=Module flexString2=$module msg=$opaque externalId=$seqno cat=$eventid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
        ...             threat "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             traffic "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsReceived=$pkts_received PanOSPacketsSent=$pkts_sent start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed cs2Label=URL Category cs2=$category externalId=$seqno reason=$session_end_reason PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cat=$action_source PanOSActionFlags=$actionflags PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel";
        ...             url "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno requestContext=$contenttype cat=$threatid fileId=$pcap_id requestMethod=$http_method requestClientApplication=$user_agent PanOSXForwarderfor=$xff PanOSReferer=$referer PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             data "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid fileId=$pcap_id PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             wildfire "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|$number-of-severity|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=LogProfile cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action request=$misc cs2Label=URL Category cs2=$category flexString2Label=Direction flexString2=$direction PanOSActionFlags=$actionflags externalId=$seqno cat=$threatid filePath=$cloud fileId=$pcap_id fileHash=$filedigest fileType=$filetype suid=$sender msg=$subject duid=$recipient oldFileId=$reportid PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSSrcUUID=$src_uuid PanOSDstUUID=$dst_uuid PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time PanOSTunnelType=$tunnel PanOSThreatCategory=$thr_category PanOSContentVer=$contentver";
        ...             tunnel "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial src=$src dst=$dst sourceTranslatedAddress=$natsrc destinationTranslatedAddress=$natdst cs1Label=Rule cs1=$rule suser=$srcuser duser=$dstuser app=$app cs3Label=Virtual System cs3=$vsys cs4Label=Source Zone cs4=$from cs5Label=Destination Zone cs5=$to deviceInboundInterface=$inbound_if deviceOutboundInterface=$outbound_if cs6Label=Log Action cs6=$logset cn1Label=SessionID cn1=$sessionid cnt=$repeatcnt spt=$sport dpt=$dport sourceTranslatedPort=$natsport destinationTranslatedPort=$natdport flexString1Label=Flags flexString1=$flags proto=$proto act=$action externalId=$seqno PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSTunnelID=$tunnelid PanOSMonitorTag=$monitortag PanOSParentSessionID=$parent_session_id PanOSParentStartTime=$parent_start_time cs2Label=Tunnel Type cs2=$tunnel flexNumber1Label=Total bytes flexNumber1=$bytes in=$bytes_sent out=$bytes_received cn2Label=Packets cn2=$packets PanOSPacketsSent=$pkts_sent PanOSPacketsReceived=$pkts_received flexNumber2Label=Maximum Encapsulation flexNumber2=$max_encap cfp1Label=Unknown Protocol cfp1=$unknown_proto cfp2Label=Strict Checking cfp2=$strict_check PanOSTunnelFragment=$tunnel_fragment cfp3Label=Sessions Created cfp3=$sessions_created cfp4Label=Sessions Closed cfp4=$sessions_closed reason=$session_end_reason cat=$action_source start=$cef-formatted-time_generated cn3Label=Elapsed time in seconds cn3=$elapsed";
        ...             auth "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Server Profile cs1=$serverprofile cs2Label=Normalize User cs2=$normalize_user cs3Label=Virtual System cs3=$vsys cs4Label=Authentication Policy cs4=$authpolicy cs5Label=Client Type cs5=$clienttype cs6Label=Log Action cs6=$logset fname=$object cn1Label=Factor Number cn1=$factorno cn2Label=Authentication ID cn2=$authid src=$ip cnt=$repeatcnt duser=$user flexString2Label=Vendor flexString2=$vendor msg=$event externalId=$seqno PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags PanOSDesc=$desc ";
        ...             userid "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$subtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial cs1Label=Factor Type cs1=$factortype cs3Label=Virtual System cs3=$vsys cs4Label=Data Source Name cs4=$datasourcename cs5Label=Data Source cs5=$datasource cs6Label=Data Source Type cs6=$datasourcetype cn1Label=Factor Number cn1=$factorno cn2Label=Virtual System ID cn2=$vsys_id cn3Label=Timeout Threshold cn3=$timeout src=$ip spt=$beginport dpt=$endport cnt=$repeatcnt duser=$user externalId=$seqno cat=$eventid end=$factorcompletiontime PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name PanOSActionFlags=$actionflags";
        ...             hip-match "CEF:0|Palo Alto Networks|PAN-OS|$sender_sw_version|$matchtype|$type|1|rt=$cef-formatted-receive_time deviceExternalId=$serial suser=$srcuser cs3Label=Virtual System cs3=$vsys shost=$machinename src=$src cnt=$repeatcnt externalId=$seqno cat=$matchname start=$cef-formatted-time_generated cs2Label=Operating System cs2=$os PanOSActionFlags=$actionflags PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id c6a2Label=IPv6 Source Address c6a2=$srcipv6";
        ...             correlation "CEF:0|Palo Alto Networks|PAN-OS|8.0|$category|$type|$severity|rt=$cef-formatted-receive_time deviceExternalId=$serial start=$cef-formatted-time_generated src=$src suser=$srcuser cs3Label=Virtual System cs3=$vsys severity=$severity PanOSDGl1=$dg_hier_level_1 PanOSDGl2=$dg_hier_level_2 PanOSDGl3=$dg_hier_level_3 PanOSDGl4=$dg_hier_level_4 PanOSVsysName=$vsys_name dvchost=$device_name cn2Label=Virtual System ID cn2=$vsys_id fname=$object_name cn3Label=Object ID cn3=$object_id msg=$evidence";
        ...             escaping {
        ...                 escaped-characters \=;
        ...                 escape-character \;
        ...             }
        ...             }
        ...         }
        ...         }
        ... }'''
        True
    """
    paloalto_panos_no_newline_cleanup_match = ["private-key", "public-key", "login-banner"]
    paloalto_panos_newline_regex = re.compile(
        r"\w+?-?\w+\s\"(?:[^\"\\]|\\.)*\n(?:[^\"\\]|\\.)*\";$", re.MULTILINE | re.DOTALL
    )

    newlines_cleaned_cfg = paloalto_panos_newline_regex.sub(
        lambda match: (
            match.group().replace("\n", " ")
            if not any(substring in match.group() for substring in paloalto_panos_no_newline_cleanup_match)
            else match.group()
        ),
        cfg,
    )

    return newlines_cleaned_cfg

parser

Parsers for different network operating systems.

AIREOSConfigParser

Bases: CiscoConfigParser, BaseSpaceConfigParser

AireOSConfigParser implementation fo ConfigParser Class.

Source code in netutils/config/parser.py 
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class AIREOSConfigParser(CiscoConfigParser, BaseSpaceConfigParser):
    """AireOSConfigParser implementation fo ConfigParser Class."""

    banner_start: t.List[str] = []

    def _build_banner(self, config_line: str) -> None:
        raise NotImplementedError()

ASAConfigParser

Bases: CiscoConfigParser

Cisco ASA implementation of ConfigParser Class.

Source code in netutils/config/parser.py 
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class ASAConfigParser(CiscoConfigParser):
    """Cisco ASA implementation of ConfigParser Class."""

    banner_start: t.List[str] = ["banner"]
    comment_chars: t.List[str] = ["!", ":"]

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config: The config text to parse.
        """
        self.unique_config_lines: t.Set[ConfigLine] = set()
        self.same_line_children: t.Set[ConfigLine] = set()
        super(ASAConfigParser, self).__init__(config)

    def is_banner_start(self, line: str) -> bool:
        """Determine if the line starts a banner config.

        Args:
            line: The current config line in iteration.

        Returns:
            True if line starts banner, else False.
        """
        for banner_start in self.banner_start:
            if not line:
                return False
            if line.startswith(banner_start):
                return True
        return False

    def _update_config_lines(self, config_line: str) -> None:
        """Add a ``ConfigLine`` object to ``self.config_lines``.

        In addition to adding entries to config_lines, this also updates:
          * self.same_line_children
          * self.unique_config_lines

        Args:
            config_line (str): The current config line being evaluated.

        Returns:
            None
        """
        super(ASAConfigParser, self)._update_config_lines(config_line)
        entry = self.config_lines[-1]
        if entry in self.unique_config_lines:
            self.same_line_children.add(entry)
        self.unique_config_lines.add(entry)

    def build_config_relationship(self) -> t.List[ConfigLine]:
        r"""Parse text tree of config lines and their parents.

        Examples:
            >>> from netutils.config.parser import ASAConfigParser, ConfigLine
            >>> config = '''
            ... interface Management0/0
            ...  management-only
            ...  nameif Management
            ...  security-level 100
            ...  ip address 10.1.1.10 255.255.255.0'''
            >>> config_tree = ASAConfigParser(str(config))
            >>> config_tree.build_config_relationship() == \
            ... [
            ...     ConfigLine(config_line="interface Management0/0", parents=()),
            ...     ConfigLine(config_line=" management-only", parents=("interface Management0/0",)),
            ...     ConfigLine(config_line=" nameif Management", parents=("interface Management0/0",)),
            ...     ConfigLine(config_line=" security-level 100", parents=("interface Management0/0",)),
            ...     ConfigLine(config_line=" ip address 10.1.1.10 255.255.255.0", parents=("interface Management0/0",)),
            ... ]
            True
        """
        for line in self.generator_config:
            if not line[0].isspace():
                self._current_parents = ()
            else:
                previous_config = self.config_lines[-1]
                self._current_parents = (previous_config.config_line,)
                self.indent_level = self.get_leading_space_count(line)
                if line is not None and line[0].isspace():
                    line = self._build_nested_config(line)  # type: ignore
                else:
                    self._current_parents = ()

            if line is None:
                break

            self._update_config_lines(line)

        return self.config_lines
__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config: The config text to parse.
    """
    self.unique_config_lines: t.Set[ConfigLine] = set()
    self.same_line_children: t.Set[ConfigLine] = set()
    super(ASAConfigParser, self).__init__(config)
build_config_relationship()

Parse text tree of config lines and their parents.

Examples:

>>> from netutils.config.parser import ASAConfigParser, ConfigLine
>>> config = '''
... interface Management0/0
...  management-only
...  nameif Management
...  security-level 100
...  ip address 10.1.1.10 255.255.255.0'''
>>> config_tree = ASAConfigParser(str(config))
>>> config_tree.build_config_relationship() == \
... [
...     ConfigLine(config_line="interface Management0/0", parents=()),
...     ConfigLine(config_line=" management-only", parents=("interface Management0/0",)),
...     ConfigLine(config_line=" nameif Management", parents=("interface Management0/0",)),
...     ConfigLine(config_line=" security-level 100", parents=("interface Management0/0",)),
...     ConfigLine(config_line=" ip address 10.1.1.10 255.255.255.0", parents=("interface Management0/0",)),
... ]
True
Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:
    r"""Parse text tree of config lines and their parents.

    Examples:
        >>> from netutils.config.parser import ASAConfigParser, ConfigLine
        >>> config = '''
        ... interface Management0/0
        ...  management-only
        ...  nameif Management
        ...  security-level 100
        ...  ip address 10.1.1.10 255.255.255.0'''
        >>> config_tree = ASAConfigParser(str(config))
        >>> config_tree.build_config_relationship() == \
        ... [
        ...     ConfigLine(config_line="interface Management0/0", parents=()),
        ...     ConfigLine(config_line=" management-only", parents=("interface Management0/0",)),
        ...     ConfigLine(config_line=" nameif Management", parents=("interface Management0/0",)),
        ...     ConfigLine(config_line=" security-level 100", parents=("interface Management0/0",)),
        ...     ConfigLine(config_line=" ip address 10.1.1.10 255.255.255.0", parents=("interface Management0/0",)),
        ... ]
        True
    """
    for line in self.generator_config:
        if not line[0].isspace():
            self._current_parents = ()
        else:
            previous_config = self.config_lines[-1]
            self._current_parents = (previous_config.config_line,)
            self.indent_level = self.get_leading_space_count(line)
            if line is not None and line[0].isspace():
                line = self._build_nested_config(line)  # type: ignore
            else:
                self._current_parents = ()

        if line is None:
            break

        self._update_config_lines(line)

    return self.config_lines
is_banner_start(line)

Determine if the line starts a banner config.

Parameters:

Name Type Description Default
line str

The current config line in iteration.

 required

Returns:

Type Description
bool

True if line starts banner, else False.
Source code in netutils/config/parser.py 
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def is_banner_start(self, line: str) -> bool:
    """Determine if the line starts a banner config.

    Args:
        line: The current config line in iteration.

    Returns:
        True if line starts banner, else False.
    """
    for banner_start in self.banner_start:
        if not line:
            return False
        if line.startswith(banner_start):
            return True
    return False

ArubaConfigCXParser

Bases: _ArubaBaseConfigParser

Aruba AOS-CX implementation fo ConfigParser Class.

Source code in netutils/config/parser.py 
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class ArubaConfigCXParser(_ArubaBaseConfigParser):
    """Aruba AOS-CX implementation fo ConfigParser Class."""

ArubaConfigOSParser

Bases: _ArubaBaseConfigParser

Aruba OS / OSSWITCH implementation fo ConfigParser Class.

Source code in netutils/config/parser.py 
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class ArubaConfigOSParser(_ArubaBaseConfigParser):
    """Aruba OS / OSSWITCH implementation fo ConfigParser Class."""

ArubaConfigParser

Bases: _ArubaBaseConfigParser

Aruba Config implementation fo ConfigParser Class.

Source code in netutils/config/parser.py 
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class ArubaConfigParser(_ArubaBaseConfigParser):
    """Aruba Config implementation fo ConfigParser Class."""

BaseBraceConfigParser

Bases: BaseConfigParser

Base parser class for config syntax that demarcates using braces.

Source code in netutils/config/parser.py 
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class BaseBraceConfigParser(BaseConfigParser):  # pylint: disable=abstract-method
    """Base parser class for config syntax that demarcates using braces."""

    multiline_delimiters: t.List[str] = []

    @property
    def config_lines_only(self) -> str:
        """Remove trailing spaces and empty lines from config lines.

        Returns:
            The non-space lines from ``config``.
        """
        config_lines = [line.rstrip() for line in self.config.splitlines() if line and not line.isspace()]
        return "\n".join(config_lines)

    def build_config_relationship(self) -> t.List[ConfigLine]:
        r"""Parse text tree of config lines and their parents.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser, ConfigLine
            >>> config = '''auth ldap system-auth {
            ...         port ldaps
            ...         servers { ams-lda01.ntc.com }
            ...     }
            ...     auth partition Common {
            ...         description "Repository for system objects and shared objects."
            ...     }
            ...     auth password-policy { }'''
            >>> config_tree = BaseBraceConfigParser(config)
            >>> config_tree.build_config_relationship() == \
            ... [
            ...     ConfigLine(config_line='auth ldap system-auth {', parents=()),
            ...     ConfigLine(config_line='        port ldaps', parents=('auth ldap system-auth {',)),
            ...     ConfigLine(config_line='        servers { ams-lda01.ntc.com }', parents=('auth ldap system-auth {',)),
            ...     ConfigLine(config_line='    }', parents=('auth ldap system-auth {',)),
            ...     ConfigLine(config_line='    auth partition Common {', parents=()),
            ...     ConfigLine(config_line='        description "Repository for system objects and shared objects."', parents=('    auth partition Common {',)), ConfigLine(config_line='    }', parents=('    auth partition Common {',)),
            ...     ConfigLine(config_line='    auth password-policy { }', parents=())
            ... ]
            True
        """
        for line in self.generator_config:
            self.config_lines.append(ConfigLine(line, self._current_parents))
            line_end = line[-1]
            if line.endswith("{"):
                self._current_parents += (line,)
            elif line.lstrip() == "}":
                self._current_parents = self._current_parents[:-1]
            elif line_end in self.multiline_delimiters and line.count(line_end) == 1:
                self._current_parents += (line,)
                self._build_multiline_config(line_end)

        return self.config_lines

    def _build_multiline_config(self, delimiter: str) -> t.Optional[ConfigLine]:
        r"""Build config sections between characters demarcating multiline strings.

        Args:
            delimiter: The text to look for to end multiline config.

        Returns:
            The multiline string text that was added to ``self.config_lines``.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser, ConfigLine
            >>> config = (
            ...     'sys syslog {\n'
            ...     '    include "\n'
            ...     '        filter f_local0 {\n'
            ...     '        facility(local0) and not match(\"DEBUG");\n'
            ...     '    "\n'
            ...     '}'
            ... )
            >>> parser = BaseBraceConfigParser(config)
            >>> # '    include "' started a multiline config
            >>> parser.config_lines == \
            ... [
            ...     ConfigLine(config_line='sys syslog {', parents=()),
            ...     ConfigLine(config_line='    include "', parents=('sys syslog {',)),
            ...     ConfigLine(config_line='        filter f_local0 {', parents=('sys syslog {',)),
            ...     ConfigLine(config_line='        facility(local0) and not match("DEBUG");', parents=('sys syslog {', '        filter f_local0 {')),
            ...     ConfigLine(config_line='    "', parents=('sys syslog {', '        filter f_local0 {')),
            ...     ConfigLine(config_line='}', parents=('sys syslog {', '        filter f_local0 {'))
            ... ]
            True
        """
        multiline_config = []
        for line in self.generator_config:
            multiline_config.append(line)
            if line.lstrip() == delimiter:
                multiline_entry = ConfigLine("\n".join(multiline_config), self._current_parents)
                self.config_lines.append(multiline_entry)
                self._current_parents = self._current_parents[:-1]
                return multiline_entry
        return None
config_lines_only: str property

Remove trailing spaces and empty lines from config lines.

Returns:

Type Description
str

The non-space lines from config.
build_config_relationship()

Parse text tree of config lines and their parents.

Examples:

>>> from netutils.config.parser import BaseSpaceConfigParser, ConfigLine
>>> config = '''auth ldap system-auth {
...         port ldaps
...         servers { ams-lda01.ntc.com }
...     }
...     auth partition Common {
...         description "Repository for system objects and shared objects."
...     }
...     auth password-policy { }'''
>>> config_tree = BaseBraceConfigParser(config)
>>> config_tree.build_config_relationship() == \
... [
...     ConfigLine(config_line='auth ldap system-auth {', parents=()),
...     ConfigLine(config_line='        port ldaps', parents=('auth ldap system-auth {',)),
...     ConfigLine(config_line='        servers { ams-lda01.ntc.com }', parents=('auth ldap system-auth {',)),
...     ConfigLine(config_line='    }', parents=('auth ldap system-auth {',)),
...     ConfigLine(config_line='    auth partition Common {', parents=()),
...     ConfigLine(config_line='        description "Repository for system objects and shared objects."', parents=('    auth partition Common {',)), ConfigLine(config_line='    }', parents=('    auth partition Common {',)),
...     ConfigLine(config_line='    auth password-policy { }', parents=())
... ]
True
Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:
    r"""Parse text tree of config lines and their parents.

    Examples:
        >>> from netutils.config.parser import BaseSpaceConfigParser, ConfigLine
        >>> config = '''auth ldap system-auth {
        ...         port ldaps
        ...         servers { ams-lda01.ntc.com }
        ...     }
        ...     auth partition Common {
        ...         description "Repository for system objects and shared objects."
        ...     }
        ...     auth password-policy { }'''
        >>> config_tree = BaseBraceConfigParser(config)
        >>> config_tree.build_config_relationship() == \
        ... [
        ...     ConfigLine(config_line='auth ldap system-auth {', parents=()),
        ...     ConfigLine(config_line='        port ldaps', parents=('auth ldap system-auth {',)),
        ...     ConfigLine(config_line='        servers { ams-lda01.ntc.com }', parents=('auth ldap system-auth {',)),
        ...     ConfigLine(config_line='    }', parents=('auth ldap system-auth {',)),
        ...     ConfigLine(config_line='    auth partition Common {', parents=()),
        ...     ConfigLine(config_line='        description "Repository for system objects and shared objects."', parents=('    auth partition Common {',)), ConfigLine(config_line='    }', parents=('    auth partition Common {',)),
        ...     ConfigLine(config_line='    auth password-policy { }', parents=())
        ... ]
        True
    """
    for line in self.generator_config:
        self.config_lines.append(ConfigLine(line, self._current_parents))
        line_end = line[-1]
        if line.endswith("{"):
            self._current_parents += (line,)
        elif line.lstrip() == "}":
            self._current_parents = self._current_parents[:-1]
        elif line_end in self.multiline_delimiters and line.count(line_end) == 1:
            self._current_parents += (line,)
            self._build_multiline_config(line_end)

    return self.config_lines

BaseConfigParser

Base class for parsers.

Source code in netutils/config/parser.py 
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class BaseConfigParser:
    """Base class for parsers."""

    comment_chars = ["!"]
    banner_start = ["banner", "vacant-message"]

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config: The config text to parse.
        """
        self.config = config
        self._config: t.Optional[str] = None
        self._current_parents: t.Tuple[str, ...] = ()
        self.generator_config = (line for line in self.config_lines_only.splitlines())
        self.config_lines: t.List[ConfigLine] = []
        self.build_config_relationship()

    @property
    def config_lines_only(self) -> str:
        """Remove lines not related to config."""
        raise NotImplementedError()

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError()

    def build_config_relationship(self) -> t.List[ConfigLine]:
        """Parse text tree of config lines and their parents."""
        raise NotImplementedError()
banner_end: str property

Demarcate End of Banner char(s).

config_lines_only: str property

Remove lines not related to config.

__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config: The config text to parse.
    """
    self.config = config
    self._config: t.Optional[str] = None
    self._current_parents: t.Tuple[str, ...] = ()
    self.generator_config = (line for line in self.config_lines_only.splitlines())
    self.config_lines: t.List[ConfigLine] = []
    self.build_config_relationship()
build_config_relationship()

Parse text tree of config lines and their parents.

Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:
    """Parse text tree of config lines and their parents."""
    raise NotImplementedError()

BaseSpaceConfigParser

Bases: BaseConfigParser

Base parser class for config syntax that demarcates using spaces/indentation.

Source code in netutils/config/parser.py 
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class BaseSpaceConfigParser(BaseConfigParser):
    """Base parser class for config syntax that demarcates using spaces/indentation."""

    # TODO: Review if this can be removed
    # pylint: disable=abstract-method

    comment_chars = ["!"]
    banner_start = ["banner", "vacant-message"]

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config (str): The config text to parse.
        """
        self._indent_level = 0
        super(BaseSpaceConfigParser, self).__init__(config)

    @property
    def indent_level(self) -> int:
        """Count the number of spaces a config line is indented."""
        return self._indent_level

    @indent_level.setter
    def indent_level(self, value: int) -> None:
        self._indent_level = value

    def is_banner_end(self, line: str) -> bool:
        """Determine if line ends the banner config.

        Args:
            line: The current config line in iteration.

        Returns:
            True if line ends banner, else False.
        """
        if self.banner_end in line:
            return True
        return False

    def is_banner_start(self, line: str) -> bool:
        """Determine if the line starts a banner config.

        Args:
            line: The current config line in iteration.

        Returns:
            True if line starts banner, else False.
        """
        for banner_start in self.banner_start:
            if not line:
                return False
            if line.lstrip().startswith(banner_start):
                return True
        return False

    def is_comment(self, line: str) -> bool:
        """Determine if line is a comment.

        Args:
            line: A config line from the device.

        Returns:
            True if line is a comment, else False.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser
            >>> BaseSpaceConfigParser("interface Ethernet1/1").is_comment("interface Ethernet1/1")
            False
            >>> BaseSpaceConfigParser("!").is_comment("!")
            True
            >>>
        """
        for comment_char in self.comment_chars:
            if line.lstrip().startswith(comment_char):
                return True
        return False

    @property
    def config_lines_only(self) -> str:
        """Remove spaces and comments from config lines.

        Returns:
            The non-space and non-comment lines from ``config``.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser
            >>> config = '''!
            ... aaa group server tacacs+ auth
            ...  server 10.1.1.1
            ...  server 10.2.2.2
            ...
            ... !
            ... '''
            >>> config_parser = BaseSpaceConfigParser(config)
            >>> print(config_parser.config_lines_only)
            aaa group server tacacs+ auth
             server 10.1.1.1
             server 10.2.2.2
            >>>
        """
        if self._config is None:
            config_lines = (
                line.rstrip()
                for line in self.config.splitlines()
                if line and not self.is_comment(line) and not line.isspace()
            )
            self._config = "\n".join(config_lines)
        return self._config

    @staticmethod
    def get_leading_space_count(config_line: str) -> int:
        r"""Determine how many spaces the ``config_line`` is indented.

        Args:
           config_line: A line of text in the config.

        Returns:
            The number of leading spaces.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser
            >>> config = '''interface GigabitEthernet1\n description link to ISP'''
            >>> config_line = " description link to ISP"
            >>> indent_level = BaseSpaceConfigParser(config).get_leading_space_count(config_line)
            >>> indent_level
            1
            >>>
        """
        return len(config_line) - len(config_line.lstrip())

    def _remove_parents(self, line: str, current_spaces: int) -> t.Tuple[str, ...]:
        """Remove parents from ``self._curent_parents`` based on indent levels.

        Args:
            config_line: A line of text in the config.

        Returns:
            The config lines parent config lines.
        """
        deindent_level = 1
        try:
            previous_parent = self._current_parents[-1]
            previous_indent = self.get_leading_space_count(previous_parent)
            while previous_indent > current_spaces:
                deindent_level += 1
                previous_parent = self._current_parents[-deindent_level]
                previous_indent = self.get_leading_space_count(previous_parent)
        except IndexError:
            raise IndexError(f"\nValidate the first line does not begin with a space\n{line}\n")
        parents = self._current_parents[:-deindent_level] or (self._current_parents[0],)
        return parents

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None

        Raises:
            ValueError: When the parser is unable to identify the end of the Banner.
        """
        self._update_config_lines(config_line)
        self._current_parents += (config_line,)
        banner_config = []
        for line in self.generator_config:
            if not self.is_banner_end(line):
                banner_config.append(line)
            else:
                line = normalise_delimiter_caret_c(self.banner_end, line)
                banner_config.append(line)
                line = "\n".join(banner_config)
                if line.endswith("^C"):
                    banner, end, _ = line.rpartition("^C")
                    line = banner + end
                self._update_config_lines(line)
                self._current_parents = self._current_parents[:-1]
                try:
                    return next(self.generator_config)
                except StopIteration:
                    return None

        raise ValueError("Unable to parse banner end.")

    def _build_nested_config(self, line: str) -> t.Optional[str]:
        """Handle building child config sections.

        Args:
            line: A configuration line from the configuration text.

        Returns:
            The next top-level configuration line in the configuration text or None when the last line of configuration
            text is a nested configuration line.

        Raises:
            IndexError: When the number of parents does not match the expected deindent level.
        """
        self._update_config_lines(line)
        for line in self.generator_config:
            if not line[0].isspace():
                self._current_parents = ()
                self.indent_level = 0
                return line

            spaces = self.get_leading_space_count(line)
            if spaces == self.indent_level:
                pass
            elif spaces > self.indent_level:
                previous_config = self.config_lines[-1]
                self._current_parents += (previous_config.config_line,)
            else:
                self._current_parents = self._remove_parents(line, spaces)

            if spaces != self.indent_level:
                self.indent_level = spaces

            if self.is_banner_start(line):
                banner_line = self._build_banner(line)
                if banner_line is None or not banner_line[0].isspace():
                    self._current_parents = ()
                    self.indent_level = 0
                    return banner_line
                line = banner_line

            self._update_config_lines(line)
        return None

    def _update_config_lines(self, config_line: str) -> None:
        """Add a ``ConfigLine`` object to ``self.config_lines``.

        Args:
            config_line: The current config line being evaluated.

        Returns:
            None
        """
        entry = ConfigLine(config_line, self._current_parents)
        self.config_lines.append(entry)

    def build_config_relationship(self) -> t.List[ConfigLine]:
        r"""Parse text tree of config lines and their parents.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser, ConfigLine
            >>> config = (
            ...     "interface Ethernet1/1\n"
            ...     "  vlan 10\n"
            ...     "  no shutdown\n"
            ...     "interface Ethernet1/2\n"
            ...     "  shutdown\n"
            ... )
            >>> config_tree = BaseSpaceConfigParser(config)
            >>> config_tree.build_config_relationship() == \
            ... [
            ...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
            ...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
            ...     ConfigLine(config_line='  no shutdown', parents=('interface Ethernet1/1',)),
            ...     ConfigLine(config_line='interface Ethernet1/2', parents=(),),
            ...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/2',))
            ... ]
            True
        """
        for line in self.generator_config:
            if not line[0].isspace():
                self._current_parents = ()
                if self.is_banner_start(line):
                    line = self._build_banner(line)  # type: ignore
            else:
                previous_config = self.config_lines[-1]
                self._current_parents = (previous_config.config_line,)
                self.indent_level = self.get_leading_space_count(line)
                if not self.is_banner_start(line):
                    line = self._build_nested_config(line)  # type: ignore
                else:
                    line = self._build_banner(line)  # type: ignore
                    if line is not None and line[0].isspace():
                        line = self._build_nested_config(line)  # type: ignore
                    else:
                        self._current_parents = ()

            if line is None:
                break
            elif self.is_banner_start(line):
                line = self._build_banner(line)  # type: ignore
                # line can potentially be another banner start therefore we do a secondary check.
                if self.is_banner_start(line):
                    line = self._build_banner(line)  # type: ignore

            self._update_config_lines(line)
        return self.config_lines

    @staticmethod
    def _match_type_check(line: str, pattern: str, match_type: str) -> bool:
        """Checks pattern for exact match or regex."""
        if match_type == "exact" and line == pattern:
            return True
        if match_type == "startswith" and line.startswith(pattern):
            return True
        if match_type == "endswith" and line.endswith(pattern):
            return True
        if match_type == "regex" and re.match(pattern, line):
            return True
        return False

    def find_all_children(self, pattern: str, match_type: str = "exact") -> t.List[str]:
        """Returns configuration part for a specific pattern not including parents.

        Args:
            pattern: pattern that describes parent.
            match_type (optional): Exact or regex. Defaults to "exact".

        Returns:
            configuration under that parent pattern.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser
            >>> config = '''
            ... router bgp 45000
            ...   address-family ipv4 unicast
            ...    neighbor 192.168.1.2 activate
            ...    network 172.17.1.0 mask'''
            >>> bgp_conf = BaseSpaceConfigParser(str(config)).find_all_children(pattern="router bgp", match_type="startswith")
            >>> print(bgp_conf)
            ['router bgp 45000', '  address-family ipv4 unicast', '   neighbor 192.168.1.2 activate', '   network 172.17.1.0 mask']
        """
        config = []
        for cfg_line in self.build_config_relationship():
            parents = cfg_line.parents[0] if cfg_line.parents else None
            if (
                parents
                and self._match_type_check(parents, pattern, match_type)
                or self._match_type_check(cfg_line.config_line, pattern, match_type)
            ):
                config.append(cfg_line.config_line)
        return config

    def find_children_w_parents(
        self, parent_pattern: str, child_pattern: str, match_type: str = "exact"
    ) -> t.List[str]:
        """Returns configuration part for a specific pattern including parents and children.

        Args:
            parent_pattern: pattern that describes parent.
            child_pattern: pattern that describes child.
            match_type (optional): Exact or regex. Defaults to "exact".

        Returns:
            configuration under that parent pattern.

        Examples:
            >>> from netutils.config.parser import BaseSpaceConfigParser
            >>> config = '''
            ... router bgp 45000
            ...   address-family ipv4 unicast
            ...    neighbor 192.168.1.2 activate
            ...    network 172.17.1.0 mask'''
            >>> bgp_conf = BaseSpaceConfigParser(str(config)).find_children_w_parents(parent_pattern="router bgp", child_pattern="  address-family", match_type="regex")
            >>> print(bgp_conf)
            ['  address-family ipv4 unicast', '   neighbor 192.168.1.2 activate', '   network 172.17.1.0 mask']
        """
        config = []
        potential_parents = [
            elem.parents[0]
            for elem in self.build_config_relationship()
            if self._match_type_check(elem.config_line, child_pattern, match_type)
        ]
        for cfg_line in self.build_config_relationship():
            parents = cfg_line.parents[0] if cfg_line.parents else None
            if parents in potential_parents and self._match_type_check(
                parents, parent_pattern, match_type  # type: ignore[arg-type]
            ):
                config.append(cfg_line.config_line)
        return config
config_lines_only: str property

Remove spaces and comments from config lines.

Returns:

Type Description
str

The non-space and non-comment lines from config.

Examples:

>>> from netutils.config.parser import BaseSpaceConfigParser
>>> config = '''!
... aaa group server tacacs+ auth
...  server 10.1.1.1
...  server 10.2.2.2
...
... !
... '''
>>> config_parser = BaseSpaceConfigParser(config)
>>> print(config_parser.config_lines_only)
aaa group server tacacs+ auth
 server 10.1.1.1
 server 10.2.2.2
>>>
indent_level: int property writable

Count the number of spaces a config line is indented.

__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config (str): The config text to parse.
    """
    self._indent_level = 0
    super(BaseSpaceConfigParser, self).__init__(config)
build_config_relationship()

Parse text tree of config lines and their parents.

Examples:

>>> from netutils.config.parser import BaseSpaceConfigParser, ConfigLine
>>> config = (
...     "interface Ethernet1/1\n"
...     "  vlan 10\n"
...     "  no shutdown\n"
...     "interface Ethernet1/2\n"
...     "  shutdown\n"
... )
>>> config_tree = BaseSpaceConfigParser(config)
>>> config_tree.build_config_relationship() == \
... [
...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
...     ConfigLine(config_line='  no shutdown', parents=('interface Ethernet1/1',)),
...     ConfigLine(config_line='interface Ethernet1/2', parents=(),),
...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/2',))
... ]
True
Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:
    r"""Parse text tree of config lines and their parents.

    Examples:
        >>> from netutils.config.parser import BaseSpaceConfigParser, ConfigLine
        >>> config = (
        ...     "interface Ethernet1/1\n"
        ...     "  vlan 10\n"
        ...     "  no shutdown\n"
        ...     "interface Ethernet1/2\n"
        ...     "  shutdown\n"
        ... )
        >>> config_tree = BaseSpaceConfigParser(config)
        >>> config_tree.build_config_relationship() == \
        ... [
        ...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
        ...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
        ...     ConfigLine(config_line='  no shutdown', parents=('interface Ethernet1/1',)),
        ...     ConfigLine(config_line='interface Ethernet1/2', parents=(),),
        ...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/2',))
        ... ]
        True
    """
    for line in self.generator_config:
        if not line[0].isspace():
            self._current_parents = ()
            if self.is_banner_start(line):
                line = self._build_banner(line)  # type: ignore
        else:
            previous_config = self.config_lines[-1]
            self._current_parents = (previous_config.config_line,)
            self.indent_level = self.get_leading_space_count(line)
            if not self.is_banner_start(line):
                line = self._build_nested_config(line)  # type: ignore
            else:
                line = self._build_banner(line)  # type: ignore
                if line is not None and line[0].isspace():
                    line = self._build_nested_config(line)  # type: ignore
                else:
                    self._current_parents = ()

        if line is None:
            break
        elif self.is_banner_start(line):
            line = self._build_banner(line)  # type: ignore
            # line can potentially be another banner start therefore we do a secondary check.
            if self.is_banner_start(line):
                line = self._build_banner(line)  # type: ignore

        self._update_config_lines(line)
    return self.config_lines
find_all_children(pattern, match_type='exact')

Returns configuration part for a specific pattern not including parents.

Parameters:

Name Type Description Default
pattern str

pattern that describes parent.

 required
match_type optional

Exact or regex. Defaults to "exact".

 'exact'

Returns:

Type Description
List[str]

configuration under that parent pattern.

Examples:

>>> from netutils.config.parser import BaseSpaceConfigParser
>>> config = '''
... router bgp 45000
...   address-family ipv4 unicast
...    neighbor 192.168.1.2 activate
...    network 172.17.1.0 mask'''
>>> bgp_conf = BaseSpaceConfigParser(str(config)).find_all_children(pattern="router bgp", match_type="startswith")
>>> print(bgp_conf)
['router bgp 45000', '  address-family ipv4 unicast', '   neighbor 192.168.1.2 activate', '   network 172.17.1.0 mask']
Source code in netutils/config/parser.py 
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def find_all_children(self, pattern: str, match_type: str = "exact") -> t.List[str]:
    """Returns configuration part for a specific pattern not including parents.

    Args:
        pattern: pattern that describes parent.
        match_type (optional): Exact or regex. Defaults to "exact".

    Returns:
        configuration under that parent pattern.

    Examples:
        >>> from netutils.config.parser import BaseSpaceConfigParser
        >>> config = '''
        ... router bgp 45000
        ...   address-family ipv4 unicast
        ...    neighbor 192.168.1.2 activate
        ...    network 172.17.1.0 mask'''
        >>> bgp_conf = BaseSpaceConfigParser(str(config)).find_all_children(pattern="router bgp", match_type="startswith")
        >>> print(bgp_conf)
        ['router bgp 45000', '  address-family ipv4 unicast', '   neighbor 192.168.1.2 activate', '   network 172.17.1.0 mask']
    """
    config = []
    for cfg_line in self.build_config_relationship():
        parents = cfg_line.parents[0] if cfg_line.parents else None
        if (
            parents
            and self._match_type_check(parents, pattern, match_type)
            or self._match_type_check(cfg_line.config_line, pattern, match_type)
        ):
            config.append(cfg_line.config_line)
    return config
find_children_w_parents(parent_pattern, child_pattern, match_type='exact')

Returns configuration part for a specific pattern including parents and children.

Parameters:

Name Type Description Default
parent_pattern str

pattern that describes parent.

 required
child_pattern str

pattern that describes child.

 required
match_type optional

Exact or regex. Defaults to "exact".

 'exact'

Returns:

Type Description
List[str]

configuration under that parent pattern.

Examples:

>>> from netutils.config.parser import BaseSpaceConfigParser
>>> config = '''
... router bgp 45000
...   address-family ipv4 unicast
...    neighbor 192.168.1.2 activate
...    network 172.17.1.0 mask'''
>>> bgp_conf = BaseSpaceConfigParser(str(config)).find_children_w_parents(parent_pattern="router bgp", child_pattern="  address-family", match_type="regex")
>>> print(bgp_conf)
['  address-family ipv4 unicast', '   neighbor 192.168.1.2 activate', '   network 172.17.1.0 mask']
Source code in netutils/config/parser.py 
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def find_children_w_parents(
    self, parent_pattern: str, child_pattern: str, match_type: str = "exact"
) -> t.List[str]:
    """Returns configuration part for a specific pattern including parents and children.

    Args:
        parent_pattern: pattern that describes parent.
        child_pattern: pattern that describes child.
        match_type (optional): Exact or regex. Defaults to "exact".

    Returns:
        configuration under that parent pattern.

    Examples:
        >>> from netutils.config.parser import BaseSpaceConfigParser
        >>> config = '''
        ... router bgp 45000
        ...   address-family ipv4 unicast
        ...    neighbor 192.168.1.2 activate
        ...    network 172.17.1.0 mask'''
        >>> bgp_conf = BaseSpaceConfigParser(str(config)).find_children_w_parents(parent_pattern="router bgp", child_pattern="  address-family", match_type="regex")
        >>> print(bgp_conf)
        ['  address-family ipv4 unicast', '   neighbor 192.168.1.2 activate', '   network 172.17.1.0 mask']
    """
    config = []
    potential_parents = [
        elem.parents[0]
        for elem in self.build_config_relationship()
        if self._match_type_check(elem.config_line, child_pattern, match_type)
    ]
    for cfg_line in self.build_config_relationship():
        parents = cfg_line.parents[0] if cfg_line.parents else None
        if parents in potential_parents and self._match_type_check(
            parents, parent_pattern, match_type  # type: ignore[arg-type]
        ):
            config.append(cfg_line.config_line)
    return config
get_leading_space_count(config_line) staticmethod

Determine how many spaces the config_line is indented.

Parameters:

Name Type Description Default
config_line str

A line of text in the config.

 required

Returns:

Type Description
int

The number of leading spaces.

Examples:

>>> from netutils.config.parser import BaseSpaceConfigParser
>>> config = '''interface GigabitEthernet1\n description link to ISP'''
>>> config_line = " description link to ISP"
>>> indent_level = BaseSpaceConfigParser(config).get_leading_space_count(config_line)
>>> indent_level
1
>>>
Source code in netutils/config/parser.py 
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@staticmethod
def get_leading_space_count(config_line: str) -> int:
    r"""Determine how many spaces the ``config_line`` is indented.

    Args:
       config_line: A line of text in the config.

    Returns:
        The number of leading spaces.

    Examples:
        >>> from netutils.config.parser import BaseSpaceConfigParser
        >>> config = '''interface GigabitEthernet1\n description link to ISP'''
        >>> config_line = " description link to ISP"
        >>> indent_level = BaseSpaceConfigParser(config).get_leading_space_count(config_line)
        >>> indent_level
        1
        >>>
    """
    return len(config_line) - len(config_line.lstrip())
is_banner_end(line)

Determine if line ends the banner config.

Parameters:

Name Type Description Default
line str

The current config line in iteration.

 required

Returns:

Type Description
bool

True if line ends banner, else False.
Source code in netutils/config/parser.py 
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def is_banner_end(self, line: str) -> bool:
    """Determine if line ends the banner config.

    Args:
        line: The current config line in iteration.

    Returns:
        True if line ends banner, else False.
    """
    if self.banner_end in line:
        return True
    return False
is_banner_start(line)

Determine if the line starts a banner config.

Parameters:

Name Type Description Default
line str

The current config line in iteration.

 required

Returns:

Type Description
bool

True if line starts banner, else False.
Source code in netutils/config/parser.py 
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def is_banner_start(self, line: str) -> bool:
    """Determine if the line starts a banner config.

    Args:
        line: The current config line in iteration.

    Returns:
        True if line starts banner, else False.
    """
    for banner_start in self.banner_start:
        if not line:
            return False
        if line.lstrip().startswith(banner_start):
            return True
    return False
is_comment(line)

Determine if line is a comment.

Parameters:

Name Type Description Default
line str

A config line from the device.

 required

Returns:

Type Description
bool

True if line is a comment, else False.

Examples:

>>> from netutils.config.parser import BaseSpaceConfigParser
>>> BaseSpaceConfigParser("interface Ethernet1/1").is_comment("interface Ethernet1/1")
False
>>> BaseSpaceConfigParser("!").is_comment("!")
True
>>>
Source code in netutils/config/parser.py 
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def is_comment(self, line: str) -> bool:
    """Determine if line is a comment.

    Args:
        line: A config line from the device.

    Returns:
        True if line is a comment, else False.

    Examples:
        >>> from netutils.config.parser import BaseSpaceConfigParser
        >>> BaseSpaceConfigParser("interface Ethernet1/1").is_comment("interface Ethernet1/1")
        False
        >>> BaseSpaceConfigParser("!").is_comment("!")
        True
        >>>
    """
    for comment_char in self.comment_chars:
        if line.lstrip().startswith(comment_char):
            return True
    return False

CiscoConfigParser

Bases: BaseSpaceConfigParser

Cisco Implementation of ConfigParser Class.

Source code in netutils/config/parser.py 
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class CiscoConfigParser(BaseSpaceConfigParser):
    """Cisco Implementation of ConfigParser Class."""

    regex_banner = re.compile(r"^(banner\s+\S+|\s*vacant-message)\s+(?P<banner_delimiter>\^C|.)")

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config (str): The config text to parse.
        """
        self._banner_end: t.Optional[str] = None
        super(CiscoConfigParser, self).__init__(config)

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None when banner end is the end of the config text.

        Raises:
            ValueError: When the parser is unable to identify the End of the Banner.
        """
        if self.is_banner_one_line(config_line):
            self._update_config_lines(config_line)
            try:
                return next(self.generator_config)
            except StopIteration:
                return None
        return super(CiscoConfigParser, self)._build_banner(config_line)

    @staticmethod
    def is_banner_one_line(config_line: str) -> bool:
        """Determine if all banner config is on one line."""
        _, delimeter, banner = config_line.partition("^C")
        # if the banner is the delimeter is a single line empty banner. e.g banner motd ^C^C which ios allows.
        if banner == "^C":
            return True
        # Based on NXOS configs, the banner delimeter is ignored until another char is used
        banner_config_start = banner.lstrip(delimeter)
        if delimeter not in banner_config_start:
            return False
        return True

    def is_banner_start(self, line: str) -> bool:
        """Determine if the line starts a banner config."""
        state = super(CiscoConfigParser, self).is_banner_start(line)
        if state:
            self.banner_end = line
        return state

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        if self._banner_end is None:
            raise RuntimeError("Banner end not yet set.")
        return self._banner_end

    @banner_end.setter
    def banner_end(self, banner_start_line: str) -> None:
        banner_parsed = self.regex_banner.match(banner_start_line)
        if not banner_parsed:
            raise ValueError("There was an error parsing your banner, the end of the banner could not be found")
        self._banner_end = banner_parsed.groupdict()["banner_delimiter"]
banner_end: str property writable

Demarcate End of Banner char(s).

__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config (str): The config text to parse.
    """
    self._banner_end: t.Optional[str] = None
    super(CiscoConfigParser, self).__init__(config)
is_banner_one_line(config_line) staticmethod

Determine if all banner config is on one line.

Source code in netutils/config/parser.py 
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@staticmethod
def is_banner_one_line(config_line: str) -> bool:
    """Determine if all banner config is on one line."""
    _, delimeter, banner = config_line.partition("^C")
    # if the banner is the delimeter is a single line empty banner. e.g banner motd ^C^C which ios allows.
    if banner == "^C":
        return True
    # Based on NXOS configs, the banner delimeter is ignored until another char is used
    banner_config_start = banner.lstrip(delimeter)
    if delimeter not in banner_config_start:
        return False
    return True
is_banner_start(line)

Determine if the line starts a banner config.

Source code in netutils/config/parser.py 
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def is_banner_start(self, line: str) -> bool:
    """Determine if the line starts a banner config."""
    state = super(CiscoConfigParser, self).is_banner_start(line)
    if state:
        self.banner_end = line
    return state

EOSConfigParser

Bases: BaseSpaceConfigParser

EOSConfigParser implementation fo ConfigParser Class.

Source code in netutils/config/parser.py 
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class EOSConfigParser(BaseSpaceConfigParser):
    """EOSConfigParser implementation fo ConfigParser Class."""

    banner_end = "EOF"

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None when banner end is the end of the config text.

        Raises:
            ValueError: When the parser is unable to identify the End of the Banner.
        """
        self._update_config_lines(config_line)
        self._current_parents += (config_line,)
        banner_config = []
        for line in self.generator_config:
            if not self.is_banner_end(line):
                banner_config.append(line)
            else:
                banner_config.append(line)
                line = "\n".join(banner_config)
                self._update_config_lines(line)
                self._current_parents = self._current_parents[:-1]
                try:
                    return next(self.generator_config)
                except StopIteration:
                    return None
        raise ValueError("Unable to parse banner end.")

F5ConfigParser

Bases: BaseBraceConfigParser

F5ConfigParser implementation for ConfigParser Class.

Source code in netutils/config/parser.py 
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class F5ConfigParser(BaseBraceConfigParser):
    """F5ConfigParser implementation for ConfigParser Class."""

    multiline_delimiters: t.List[str] = ['"']

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("F5 platform doesn't have a banner.")

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config: The config text to parse.
        """
        super().__init__(self._clean_config_f5(config))

    def _clean_config_f5(self, config_text: str) -> str:
        """Removes all configuration items with 'ltm rule'.

        iRules are essentially impossible to parse with the lack of uniformity,
        therefore, this method ensures they are not included in ``self.config``.

        Args:
            config_text: The entire config as a string.

        Returns:
            The sanitized config with all iRules (ltm rule) stanzas removed.
        """
        config_split = config_text.split("ltm rule")
        if len(config_split) > 1:
            start_config = config_split[0]
            end_config = config_split[-1]
            _, ltm, clean_config = end_config.partition("ltm")
            final_config = start_config + ltm + clean_config
        else:
            final_config = config_text
        return final_config

    def build_config_relationship(self) -> t.List[ConfigLine]:
        r"""Parse text tree of config lines and their parents.

        Examples:
            >>> from netutils.config.parser import F5ConfigParser, ConfigLine
            >>> config = '''apm resource webtop-link aShare {
            ...     application-uri http://funshare.example.com
            ...     customization-group a_customization_group
            ... }
            ... apm sso form-based portal_ext_sso_form_based {
            ...     form-action /Citrix/Example/ExplicitAuth/LoginAttempt
            ...     form-field "LoginBtn Log+On
            ... StateContext "
            ...     form-password password
            ...     form-username username
            ...     passthru true
            ...     start-uri /Citrix/Example/ExplicitAuth/Login*
            ...     success-match-type cookie
            ...     success-match-value CtxsAuthId
            ... }
            ... '''
            >>>
            >>> config_tree = F5ConfigParser(config)
            >>> print(config_tree.build_config_relationship())
            [ConfigLine(config_line='apm resource webtop-link aShare {', parents=()), ConfigLine(config_line='    application-uri http://funshare.example.com', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='    customization-group a_customization_group', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='}', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='apm sso form-based portal_ext_sso_form_based {', parents=()), ConfigLine(config_line='    form-action /Citrix/Example/ExplicitAuth/LoginAttempt', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-field "LoginBtn Log+On\nStateContext "', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-password password', parents=()), ConfigLine(config_line='    form-username username', parents=()), ConfigLine(config_line='    passthru true', parents=()), ConfigLine(config_line='    start-uri /Citrix/Example/ExplicitAuth/Login*', parents=()), ConfigLine(config_line='    success-match-type cookie', parents=()), ConfigLine(config_line='    success-match-value CtxsAuthId', parents=()), ConfigLine(config_line='}', parents=())]
        """
        for line in self.generator_config:
            self.config_lines.append(ConfigLine(line, self._current_parents))
            line_end = line[-1]
            if line.endswith("{"):
                self._current_parents += (line,)
            elif line.lstrip() == "}":
                self._current_parents = self._current_parents[:-1]
            elif any(
                delimiters in self.multiline_delimiters and line.count(delimiters) == 1
                for delimiters in self.multiline_delimiters
            ):
                for delimiter in self.multiline_delimiters:
                    if line.count(delimiter) == 1:
                        self._build_multiline_single_configuration_line(delimiter, line)
            elif line_end in self.multiline_delimiters and line.count(line_end) == 1:
                self._current_parents += (line,)
                self._build_multiline_config(line_end)

        return self.config_lines

    def _build_multiline_single_configuration_line(self, delimiter: str, prev_line: str) -> t.Optional[ConfigLine]:
        r"""Concatenate Multiline strings between delimiter when newlines causes string to traverse multiple lines.

        Args:
            delimiter: The text to look for to end multiline config.
            prev_line: The text from the previously analyzed line.

        Returns:
            The multiline string text that was added to ``self.config_lines``.

        Examples:
            >>> from netutils.config.parser import F5ConfigParser, ConfigLine
            >>> config = '''apm resource webtop-link aShare {
            ...     application-uri http://funshare.example.com
            ...     customization-group a_customization_group
            ... }
            ... apm sso form-based portal_ext_sso_form_based {
            ...     form-action /Citrix/Example/ExplicitAuth/LoginAttempt
            ...     form-field "LoginBtn Log+On
            ... StateContext "
            ...     form-password password
            ...     form-username username
            ...     passthru true
            ...     start-uri /Citrix/Example/ExplicitAuth/Login*
            ...     success-match-type cookie
            ...     success-match-value CtxsAuthId
            ... }
            ... '''
            >>>
            >>>
            >>> config_tree = F5ConfigParser(str(config))
            >>> print(config_tree.build_config_relationship())
            [ConfigLine(config_line='apm resource webtop-link aShare {', parents=()), ConfigLine(config_line='    application-uri http://funshare.example.com', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='    customization-group a_customization_group', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='}', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='apm sso form-based portal_ext_sso_form_based {', parents=()), ConfigLine(config_line='    form-action /Citrix/Example/ExplicitAuth/LoginAttempt', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-field "LoginBtn Log+On\nStateContext "', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-password password', parents=()), ConfigLine(config_line='    form-username username', parents=()), ConfigLine(config_line='    passthru true', parents=()), ConfigLine(config_line='    start-uri /Citrix/Example/ExplicitAuth/Login*', parents=()), ConfigLine(config_line='    success-match-type cookie', parents=()), ConfigLine(config_line='    success-match-value CtxsAuthId', parents=()), ConfigLine(config_line='}', parents=())]
        """
        multiline_config = [prev_line]
        for line in self.generator_config:
            multiline_config.append(line)
            if line.endswith(delimiter):
                multiline_entry = ConfigLine("\n".join(multiline_config), self._current_parents)
                self.config_lines[-1] = multiline_entry
                self._current_parents = self._current_parents[:-1]
                return multiline_entry
        return None
banner_end: str property

Demarcate End of Banner char(s).

__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config: The config text to parse.
    """
    super().__init__(self._clean_config_f5(config))
build_config_relationship()

Parse text tree of config lines and their parents.

Examples:

>>> from netutils.config.parser import F5ConfigParser, ConfigLine
>>> config = '''apm resource webtop-link aShare {
...     application-uri http://funshare.example.com
...     customization-group a_customization_group
... }
... apm sso form-based portal_ext_sso_form_based {
...     form-action /Citrix/Example/ExplicitAuth/LoginAttempt
...     form-field "LoginBtn Log+On
... StateContext "
...     form-password password
...     form-username username
...     passthru true
...     start-uri /Citrix/Example/ExplicitAuth/Login*
...     success-match-type cookie
...     success-match-value CtxsAuthId
... }
... '''
>>>
>>> config_tree = F5ConfigParser(config)
>>> print(config_tree.build_config_relationship())
[ConfigLine(config_line='apm resource webtop-link aShare {', parents=()), ConfigLine(config_line='    application-uri http://funshare.example.com', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='    customization-group a_customization_group', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='}', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='apm sso form-based portal_ext_sso_form_based {', parents=()), ConfigLine(config_line='    form-action /Citrix/Example/ExplicitAuth/LoginAttempt', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-field "LoginBtn Log+On\nStateContext "', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-password password', parents=()), ConfigLine(config_line='    form-username username', parents=()), ConfigLine(config_line='    passthru true', parents=()), ConfigLine(config_line='    start-uri /Citrix/Example/ExplicitAuth/Login*', parents=()), ConfigLine(config_line='    success-match-type cookie', parents=()), ConfigLine(config_line='    success-match-value CtxsAuthId', parents=()), ConfigLine(config_line='}', parents=())]
Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:
    r"""Parse text tree of config lines and their parents.

    Examples:
        >>> from netutils.config.parser import F5ConfigParser, ConfigLine
        >>> config = '''apm resource webtop-link aShare {
        ...     application-uri http://funshare.example.com
        ...     customization-group a_customization_group
        ... }
        ... apm sso form-based portal_ext_sso_form_based {
        ...     form-action /Citrix/Example/ExplicitAuth/LoginAttempt
        ...     form-field "LoginBtn Log+On
        ... StateContext "
        ...     form-password password
        ...     form-username username
        ...     passthru true
        ...     start-uri /Citrix/Example/ExplicitAuth/Login*
        ...     success-match-type cookie
        ...     success-match-value CtxsAuthId
        ... }
        ... '''
        >>>
        >>> config_tree = F5ConfigParser(config)
        >>> print(config_tree.build_config_relationship())
        [ConfigLine(config_line='apm resource webtop-link aShare {', parents=()), ConfigLine(config_line='    application-uri http://funshare.example.com', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='    customization-group a_customization_group', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='}', parents=('apm resource webtop-link aShare {',)), ConfigLine(config_line='apm sso form-based portal_ext_sso_form_based {', parents=()), ConfigLine(config_line='    form-action /Citrix/Example/ExplicitAuth/LoginAttempt', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-field "LoginBtn Log+On\nStateContext "', parents=('apm sso form-based portal_ext_sso_form_based {',)), ConfigLine(config_line='    form-password password', parents=()), ConfigLine(config_line='    form-username username', parents=()), ConfigLine(config_line='    passthru true', parents=()), ConfigLine(config_line='    start-uri /Citrix/Example/ExplicitAuth/Login*', parents=()), ConfigLine(config_line='    success-match-type cookie', parents=()), ConfigLine(config_line='    success-match-value CtxsAuthId', parents=()), ConfigLine(config_line='}', parents=())]
    """
    for line in self.generator_config:
        self.config_lines.append(ConfigLine(line, self._current_parents))
        line_end = line[-1]
        if line.endswith("{"):
            self._current_parents += (line,)
        elif line.lstrip() == "}":
            self._current_parents = self._current_parents[:-1]
        elif any(
            delimiters in self.multiline_delimiters and line.count(delimiters) == 1
            for delimiters in self.multiline_delimiters
        ):
            for delimiter in self.multiline_delimiters:
                if line.count(delimiter) == 1:
                    self._build_multiline_single_configuration_line(delimiter, line)
        elif line_end in self.multiline_delimiters and line.count(line_end) == 1:
            self._current_parents += (line,)
            self._build_multiline_config(line_end)

    return self.config_lines

FastironConfigParser

Bases: CiscoConfigParser

Ruckus FastIron ICX config parser.

Source code in netutils/config/parser.py 
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class FastironConfigParser(CiscoConfigParser):
    """Ruckus FastIron ICX config parser."""

    comment_chars: t.List[str] = ["!"]
    banner_start: t.List[str] = ["banner motd", "banner"]
    regex_banner = re.compile(r"^banner(\smotd)?\s+(?P<banner_delimiter>\S)")

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config (str): The config text to parse.
        """
        super(FastironConfigParser, self).__init__(config)

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None

        Raises:
            ValueError: When the parser is unable to identify the end of the Banner.
        """
        self._update_config_lines(config_line)
        self._current_parents += (config_line,)
        banner_config = []
        for line in self.generator_config:
            if not self.is_banner_end(line):
                banner_config.append(line)
            else:
                banner_config.append(line)
                line = "\n".join(banner_config)
                if line.endswith(self.banner_end):
                    banner, end, _ = line.rpartition(self.banner_end)
                    line = banner + end
                self._update_config_lines(line)
                self._current_parents = self._current_parents[:-1]
                try:
                    return next(self.generator_config)
                except StopIteration:
                    return None
        raise ValueError("Unable to parse banner end.")
__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config (str): The config text to parse.
    """
    super(FastironConfigParser, self).__init__(config)

FortinetConfigParser

Bases: BaseSpaceConfigParser

Fortinet Fortios config parser.

Source code in netutils/config/parser.py 
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class FortinetConfigParser(BaseSpaceConfigParser):
    """Fortinet Fortios config parser."""

    comment_chars: t.List[str] = []
    banner_start: t.List[str] = []

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Fortinet FortiOS platform doesn't have a banner.")

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config (str): The config text to parse.
        """
        self.uncommon_data = self._get_uncommon_lines(config)
        super(FortinetConfigParser, self).__init__(config)

    def is_end_next(self, line: str) -> bool:
        """Determine if line has 'end' or 'next' in it.

        Args:
            line: A config line from the device.

        Returns:
            True if line has 'end' or 'next', else False.

        Examples:
            >>> from netutils.config.parser import FortinetConfigParser
            >>> FortinetConfigParser("config system virtual-switch").is_end_next("config system virtual-switch")
            False
            >>> FortinetConfigParser("end").is_end_next("end")
            True
            >>>
        """
        for end_next in ["end", "next"]:
            if line.lstrip() == end_next:
                return True
        return False

    def _parse_out_offending(self, config: str) -> str:
        """Preprocess out strings that offend the normal spaced configuration syntax.

        Args:
            config (str): full config as a string.
        """
        # This will grab everything between quotes after the 'set buffer' sub-command.
        # Its explicitly looking for "\n to end the captured data.  This is to support html
        # data that is supported in Fortinet config with double quotes within the html.
        pattern = r"(config system replacemsg.*(\".*\")\n)(\s{4}set\sbuffer\s\"[\S\s]*?\"\n)"
        return re.sub(pattern, r"\1    [\2]\n", config)

    @property
    def config_lines_only(self) -> str:
        """Remove spaces and comments from config lines.

        Returns:
            The non-space and non-comment lines from ``config``.
        """
        # Specific to fortinet to remove uncommon data patterns for use later in _build_nested_config.
        self.config = self._parse_out_offending(self.config)
        if self._config is None:
            config_lines = (
                line.rstrip()
                for line in self.config.splitlines()
                if line and not self.is_comment(line) and not line.isspace() and not self.is_end_next(line)
            )
            self._config = "\n".join(config_lines)
        return self._config

    def _get_uncommon_lines(self, config: str) -> t.Dict[str, str]:
        """Regex to find replacemsg lines which can contain html/css data.

        Args:
            config: Original config before parsing.

        Returns:
            dict: dictionary with replace message name as key, html/css data as value.
        """
        pattern = r"(config system replacemsg.*\n)(\s{4}set\sbuffer\s\"[\S\s]*?\"\n)"
        regex_result = re.findall(pattern, config)
        result = {}
        for group_match in regex_result:
            result.update({group_match[0].split('"')[1]: group_match[1]})
        return result

    def _build_nested_config(self, line: str) -> t.Optional[str]:
        """Handle building child config sections.

        Args:
            line: A configuration line from the configuration text.

        Returns:
            The next top-level configuration line in the configuration text or None when the last line of configuration
            text is a nested configuration line.

        Raises:
            IndexError: When the number of parents does not match the expected deindent level.
        """
        if "[" in line:
            updated_line = self.uncommon_data.get(line.split('"')[1], None)
            if not updated_line:
                raise ValueError("Input line is malformed.")
            line = updated_line
        self._update_config_lines(line)
        for line in self.generator_config:
            if not line[0].isspace():
                self._current_parents = ()
                self.indent_level = 0
                return line

            spaces = self.get_leading_space_count(line)
            if spaces == self.indent_level:
                pass
            elif spaces > self.indent_level:
                previous_config = self.config_lines[-1]
                self._current_parents += (previous_config.config_line,)
            else:
                self._current_parents = self._remove_parents(line, spaces)

            if spaces != self.indent_level:
                self.indent_level = spaces

            self._update_config_lines(line)
        return None
banner_end: str property

Demarcate End of Banner char(s).

config_lines_only: str property

Remove spaces and comments from config lines.

Returns:

Type Description
str

The non-space and non-comment lines from config.
__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config (str): The config text to parse.
    """
    self.uncommon_data = self._get_uncommon_lines(config)
    super(FortinetConfigParser, self).__init__(config)
is_end_next(line)

Determine if line has 'end' or 'next' in it.

Parameters:

Name Type Description Default
line str

A config line from the device.

 required

Returns:

Type Description
bool

True if line has 'end' or 'next', else False.

Examples:

>>> from netutils.config.parser import FortinetConfigParser
>>> FortinetConfigParser("config system virtual-switch").is_end_next("config system virtual-switch")
False
>>> FortinetConfigParser("end").is_end_next("end")
True
>>>
Source code in netutils/config/parser.py 
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def is_end_next(self, line: str) -> bool:
    """Determine if line has 'end' or 'next' in it.

    Args:
        line: A config line from the device.

    Returns:
        True if line has 'end' or 'next', else False.

    Examples:
        >>> from netutils.config.parser import FortinetConfigParser
        >>> FortinetConfigParser("config system virtual-switch").is_end_next("config system virtual-switch")
        False
        >>> FortinetConfigParser("end").is_end_next("end")
        True
        >>>
    """
    for end_next in ["end", "next"]:
        if line.lstrip() == end_next:
            return True
    return False

HPComwareConfigParser

Bases: HPEConfigParser, BaseSpaceConfigParser

HP Comware Implementation of ConfigParser Class.

Source code in netutils/config/parser.py 
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class HPComwareConfigParser(HPEConfigParser, BaseSpaceConfigParser):
    """HP Comware Implementation of ConfigParser Class."""

    banner_start: t.List[str] = ["header "]
    comment_chars: t.List[str] = ["#"]

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Build a banner from the given config line."""
        return super(HPComwareConfigParser, self)._build_banner(config_line)

HPEConfigParser

Bases: BaseSpaceConfigParser

HPE Implementation of ConfigParser Class.

Source code in netutils/config/parser.py 
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class HPEConfigParser(BaseSpaceConfigParser):
    """HPE Implementation of ConfigParser Class."""

    regex_banner = re.compile(r"^header\s(\w+)\s+(?P<banner_delimiter>\^C|\S?)")

    def __init__(self, config: str):
        """Initialize the HPEConfigParser object."""
        self.delimiter = ""
        self._banner_end: t.Optional[str] = None
        super(HPEConfigParser, self).__init__(config)

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """
        Builds a banner configuration based on the given config_line.

        Args:
            config_line (str): The configuration line to process.

        Returns:
            Optional[str]: The next configuration line, or None if there are no more lines.

        Raises:
            ValueError: If the banner end cannot be parsed.
        """
        if self.is_banner_one_line(config_line):
            self._update_config_lines(config_line)
            try:
                return next(self.generator_config)
            except StopIteration:
                return None
        self._update_config_lines(config_line)
        self._current_parents += (config_line,)
        banner_config = []
        for line in self.generator_config:
            if not self.is_banner_end(line):
                banner_config.append(line)
            else:
                banner_config.append(line)
                line = "\n".join(banner_config)
                if line.endswith(self.delimiter):
                    banner, end, _ = line.rpartition(self.delimiter)
                    line = banner + end
                self._update_config_lines(line)
                self._current_parents = self._current_parents[:-1]
                try:
                    return next(self.generator_config)
                except StopIteration:
                    return None
        raise ValueError("Unable to parse banner end.")

    def set_delimiter(self, config_line: str) -> None:
        """Find delimiter character in banner and set self.delimiter to be it."""
        banner_parsed = self.regex_banner.match(config_line)
        if banner_parsed and "banner_delimiter" in banner_parsed.groupdict():
            self.delimiter = banner_parsed.groupdict()["banner_delimiter"]
            return None
        raise ValueError("Unable to find banner delimiter.")

    def is_banner_one_line(self, config_line: str) -> bool:
        """Checks if the given configuration line represents a one-line banner."""
        self.set_delimiter(config_line.strip())
        _, _delimeter, banner = config_line.partition(self.delimiter)
        banner_config_start = banner.lstrip(_delimeter)
        if _delimeter not in banner_config_start:
            return False
        return True

    def is_banner_start(self, line: str) -> bool:
        """Checks if the given line is the start of a banner."""
        state = super(HPEConfigParser, self).is_banner_start(line)
        if state:
            self.banner_end = line
        return state

    @property
    def banner_end(self) -> str:
        """Get the banner end."""
        if self._banner_end is None:
            raise RuntimeError("Banner end not yet set.")
        return self._banner_end

    @banner_end.setter
    def banner_end(self, banner_start_line: str) -> None:
        """Sets the delimiter for the end of the banner."""
        self.set_delimiter(banner_start_line.strip())
        self._banner_end = self.delimiter
banner_end: str property writable

Get the banner end.

__init__(config)

Initialize the HPEConfigParser object.

Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Initialize the HPEConfigParser object."""
    self.delimiter = ""
    self._banner_end: t.Optional[str] = None
    super(HPEConfigParser, self).__init__(config)
is_banner_one_line(config_line)

Checks if the given configuration line represents a one-line banner.

Source code in netutils/config/parser.py 
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def is_banner_one_line(self, config_line: str) -> bool:
    """Checks if the given configuration line represents a one-line banner."""
    self.set_delimiter(config_line.strip())
    _, _delimeter, banner = config_line.partition(self.delimiter)
    banner_config_start = banner.lstrip(_delimeter)
    if _delimeter not in banner_config_start:
        return False
    return True
is_banner_start(line)

Checks if the given line is the start of a banner.

Source code in netutils/config/parser.py 
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def is_banner_start(self, line: str) -> bool:
    """Checks if the given line is the start of a banner."""
    state = super(HPEConfigParser, self).is_banner_start(line)
    if state:
        self.banner_end = line
    return state
set_delimiter(config_line)

Find delimiter character in banner and set self.delimiter to be it.

Source code in netutils/config/parser.py 
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def set_delimiter(self, config_line: str) -> None:
    """Find delimiter character in banner and set self.delimiter to be it."""
    banner_parsed = self.regex_banner.match(config_line)
    if banner_parsed and "banner_delimiter" in banner_parsed.groupdict():
        self.delimiter = banner_parsed.groupdict()["banner_delimiter"]
        return None
    raise ValueError("Unable to find banner delimiter.")

IOSConfigParser

Bases: CiscoConfigParser, BaseSpaceConfigParser

Cisco IOS implementation of ConfigParser Class.

Source code in netutils/config/parser.py 
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class IOSConfigParser(CiscoConfigParser, BaseSpaceConfigParser):
    """Cisco IOS implementation of ConfigParser Class."""

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config (str): The config text to parse.
        """
        self.unique_config_lines: t.Set[ConfigLine] = set()
        self.same_line_children: t.Set[ConfigLine] = set()
        super(IOSConfigParser, self).__init__(config)

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None when banner end is the end of the config text.

        Raises:
            ValueError: When the parser is unable to identify the End of the Banner.
        """
        config_line = normalise_delimiter_caret_c(self.banner_end, config_line)
        return super(IOSConfigParser, self)._build_banner(config_line)

    def _update_same_line_children_configs(self) -> None:
        """Update parents in ``self.config_lines`` per ``self.same_line_children``."""
        new_config_lines: t.List[ConfigLine] = []
        for line in self.config_lines:
            if line in self.same_line_children:
                try:
                    previous_line = new_config_lines[-1]
                except IndexError as error:
                    raise IndexError(
                        f"This error is likely from a duplicate line detected at the line `{line.config_line}`, "
                        "see https://netutils.readthedocs.io/en/latest/dev/dev_config/#duplicate-line-detection "
                        f"for more details.\nOriginal Error: {error}"
                    )
                previous_config_line = previous_line.config_line
                current_parents = previous_line.parents + (previous_config_line,)
                line = ConfigLine(line.config_line, current_parents)
            new_config_lines.append(line)
        self.config_lines = new_config_lines

    def _update_config_lines(self, config_line: str) -> None:
        """Add a ``ConfigLine`` object to ``self.config_lines``.

        In addition to adding entries to config_lines, this also updates:
          * self.same_line_children
          * self.unique_config_lines

        Args:
            config_line: The current config line being evaluated.

        Returns:
            None
        """
        super(IOSConfigParser, self)._update_config_lines(config_line)
        entry = self.config_lines[-1]
        if entry in self.unique_config_lines:
            self.same_line_children.add(entry)
        self.unique_config_lines.add(entry)

    def build_config_relationship(self) -> t.List[ConfigLine]:
        r"""Parse text tree of config lines and their parents.

        Examples:
            >>> from netutils.config.parser import IOSConfigParser, ConfigLine
            >>> config = '''
            ... interface Ethernet1/1
            ...   vlan 10
            ...   no shutdown
            ... interface Ethernet1/2
            ...   shutdown'''
            >>> config_tree = IOSConfigParser(str(config))
            >>> config_tree.build_config_relationship() == \
            ... [
            ...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
            ...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
            ...     ConfigLine(config_line='  no shutdown', parents=('interface Ethernet1/1',)),
            ...     ConfigLine(config_line='interface Ethernet1/2', parents=()),
            ...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/2',))
            ... ]
            True
        """
        super(IOSConfigParser, self).build_config_relationship()
        self._update_same_line_children_configs()
        return self.config_lines
__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config (str): The config text to parse.
    """
    self.unique_config_lines: t.Set[ConfigLine] = set()
    self.same_line_children: t.Set[ConfigLine] = set()
    super(IOSConfigParser, self).__init__(config)
build_config_relationship()

Parse text tree of config lines and their parents.

Examples:

>>> from netutils.config.parser import IOSConfigParser, ConfigLine
>>> config = '''
... interface Ethernet1/1
...   vlan 10
...   no shutdown
... interface Ethernet1/2
...   shutdown'''
>>> config_tree = IOSConfigParser(str(config))
>>> config_tree.build_config_relationship() == \
... [
...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
...     ConfigLine(config_line='  no shutdown', parents=('interface Ethernet1/1',)),
...     ConfigLine(config_line='interface Ethernet1/2', parents=()),
...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/2',))
... ]
True
Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:
    r"""Parse text tree of config lines and their parents.

    Examples:
        >>> from netutils.config.parser import IOSConfigParser, ConfigLine
        >>> config = '''
        ... interface Ethernet1/1
        ...   vlan 10
        ...   no shutdown
        ... interface Ethernet1/2
        ...   shutdown'''
        >>> config_tree = IOSConfigParser(str(config))
        >>> config_tree.build_config_relationship() == \
        ... [
        ...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
        ...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
        ...     ConfigLine(config_line='  no shutdown', parents=('interface Ethernet1/1',)),
        ...     ConfigLine(config_line='interface Ethernet1/2', parents=()),
        ...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/2',))
        ... ]
        True
    """
    super(IOSConfigParser, self).build_config_relationship()
    self._update_same_line_children_configs()
    return self.config_lines

IOSXRConfigParser

Bases: CiscoConfigParser

IOS-XR config parser.

Source code in netutils/config/parser.py 
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class IOSXRConfigParser(CiscoConfigParser):
    """IOS-XR config parser."""

    comment_chars: t.List[str] = ["!"]
    banner_start: t.List[str] = ["banner "]

    regex_banner = re.compile(r"^banner\s+\S+\s+(?P<banner_delimiter>\S)")

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config (str): The config text to parse.
        """
        self.delimiter = ""
        super(IOSXRConfigParser, self).__init__(config)

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None

        Raises:
            ValueError: When the parser is unable to identify the end of the Banner.
        """
        self._update_config_lines(config_line)
        self._current_parents += (config_line,)
        banner_config = []
        for line in self.generator_config:
            if not self.is_banner_end(line):
                banner_config.append(line)
            else:
                banner_config.append(line)
                line = "\n".join(banner_config)
                if line.endswith(self.delimiter):
                    banner, end, _ = line.rpartition(self.delimiter)
                    line = banner + end
                self._update_config_lines(line)
                self._current_parents = self._current_parents[:-1]
                try:
                    return next(self.generator_config)
                except StopIteration:
                    return None

        raise ValueError("Unable to parse banner end.")

    def set_delimiter(self, config_line: str) -> None:
        """Find delimiter character in banner and set self.delimiter to be it."""
        banner_parsed = self.regex_banner.match(config_line)
        if banner_parsed and "banner_delimiter" in banner_parsed.groupdict():
            self.delimiter = banner_parsed.groupdict()["banner_delimiter"]
            return None
        raise ValueError("Unable to find banner delimiter.")

    def build_config_relationship(self) -> t.List[ConfigLine]:
        r"""Parse text tree of config lines and their parents.

        Examples:
            >>> from netutils.config.parser import IOSXRConfigParser, ConfigLine
            >>> config = (
            ...     "interface Ethernet1/1\n"
            ...     "  vlan 10\n"
            ...     "  no shutdown"
            ...     "interface Ethernet1/2\n"
            ...     "  shutdown\n"
            ... )
            >>> config_tree = IOSXRConfigParser(config)
            >>> config_tree.build_config_relationship() == \
            ... [
            ...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
            ...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
            ...     ConfigLine(config_line='  no shutdowninterface Ethernet1/2', parents=('interface Ethernet1/1',)),
            ...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/1',))
            ... ]
            True
        """
        for line in self.generator_config:
            if not line[0].isspace():
                self._current_parents = ()
                if self.is_banner_start(line):
                    if not self.delimiter:
                        self.set_delimiter(line)
                    line = self._build_banner(line)  # type: ignore
            else:
                previous_config = self.config_lines[-1]
                self._current_parents = (previous_config.config_line,)
                self.indent_level = self.get_leading_space_count(line)
                line = self._build_nested_config(line)  # type: ignore

            if line is None:
                break
            elif self.is_banner_start(line):
                line = self._build_banner(line)  # type: ignore

            self._update_config_lines(line)
        return self.config_lines
__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config (str): The config text to parse.
    """
    self.delimiter = ""
    super(IOSXRConfigParser, self).__init__(config)
build_config_relationship()

Parse text tree of config lines and their parents.

Examples:

>>> from netutils.config.parser import IOSXRConfigParser, ConfigLine
>>> config = (
...     "interface Ethernet1/1\n"
...     "  vlan 10\n"
...     "  no shutdown"
...     "interface Ethernet1/2\n"
...     "  shutdown\n"
... )
>>> config_tree = IOSXRConfigParser(config)
>>> config_tree.build_config_relationship() == \
... [
...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
...     ConfigLine(config_line='  no shutdowninterface Ethernet1/2', parents=('interface Ethernet1/1',)),
...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/1',))
... ]
True
Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:
    r"""Parse text tree of config lines and their parents.

    Examples:
        >>> from netutils.config.parser import IOSXRConfigParser, ConfigLine
        >>> config = (
        ...     "interface Ethernet1/1\n"
        ...     "  vlan 10\n"
        ...     "  no shutdown"
        ...     "interface Ethernet1/2\n"
        ...     "  shutdown\n"
        ... )
        >>> config_tree = IOSXRConfigParser(config)
        >>> config_tree.build_config_relationship() == \
        ... [
        ...     ConfigLine(config_line='interface Ethernet1/1', parents=()),
        ...     ConfigLine(config_line='  vlan 10', parents=('interface Ethernet1/1',)),
        ...     ConfigLine(config_line='  no shutdowninterface Ethernet1/2', parents=('interface Ethernet1/1',)),
        ...     ConfigLine(config_line='  shutdown', parents=('interface Ethernet1/1',))
        ... ]
        True
    """
    for line in self.generator_config:
        if not line[0].isspace():
            self._current_parents = ()
            if self.is_banner_start(line):
                if not self.delimiter:
                    self.set_delimiter(line)
                line = self._build_banner(line)  # type: ignore
        else:
            previous_config = self.config_lines[-1]
            self._current_parents = (previous_config.config_line,)
            self.indent_level = self.get_leading_space_count(line)
            line = self._build_nested_config(line)  # type: ignore

        if line is None:
            break
        elif self.is_banner_start(line):
            line = self._build_banner(line)  # type: ignore

        self._update_config_lines(line)
    return self.config_lines
set_delimiter(config_line)

Find delimiter character in banner and set self.delimiter to be it.

Source code in netutils/config/parser.py 
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def set_delimiter(self, config_line: str) -> None:
    """Find delimiter character in banner and set self.delimiter to be it."""
    banner_parsed = self.regex_banner.match(config_line)
    if banner_parsed and "banner_delimiter" in banner_parsed.groupdict():
        self.delimiter = banner_parsed.groupdict()["banner_delimiter"]
        return None
    raise ValueError("Unable to find banner delimiter.")

JunosConfigParser

Bases: BaseSpaceConfigParser

Junos config parser.

Source code in netutils/config/parser.py 
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class JunosConfigParser(BaseSpaceConfigParser):
    """Junos config parser."""

    comment_chars: t.List[str] = []
    banner_start: t.List[str] = []

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Junos platform doesn't have a banner.")
banner_end: str property

Demarcate End of Banner char(s).

LINUXConfigParser

Bases: BaseSpaceConfigParser

Linux config parser.

Source code in netutils/config/parser.py 
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class LINUXConfigParser(BaseSpaceConfigParser):
    """Linux config parser."""

    comment_chars: t.List[str] = ["#"]

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Linux platform doesn't have a banner.")
banner_end: str property

Demarcate End of Banner char(s).

NXOSConfigParser

Bases: CiscoConfigParser, BaseSpaceConfigParser

NXOS implementation of ConfigParser Class.

Source code in netutils/config/parser.py 
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class NXOSConfigParser(CiscoConfigParser, BaseSpaceConfigParser):
    """NXOS implementation of ConfigParser Class."""

    regex_banner = re.compile(r"^banner\s+\S+\s+(?P<banner_delimiter>\S)")

    def __init__(self, config: str):
        """Create ConfigParser Object.

        Args:
            config (str): The config text to parse.
        """
        self.unique_config_lines: t.Set[ConfigLine] = set()
        self.same_line_children: t.Set[ConfigLine] = set()
        super(NXOSConfigParser, self).__init__(config)

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None when banner end is the end of the config text.

        Raises:
            ValueError: When the parser is unable to identify the end of the Banner.
        """
        config_line = normalise_delimiter_caret_c(self.banner_end, config_line)
        return super(NXOSConfigParser, self)._build_banner(config_line)
__init__(config)

Create ConfigParser Object.

Parameters:

Name Type Description Default
config str

The config text to parse.

 required
Source code in netutils/config/parser.py 
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def __init__(self, config: str):
    """Create ConfigParser Object.

    Args:
        config (str): The config text to parse.
    """
    self.unique_config_lines: t.Set[ConfigLine] = set()
    self.same_line_children: t.Set[ConfigLine] = set()
    super(NXOSConfigParser, self).__init__(config)

NetironConfigParser

Bases: BaseSpaceConfigParser

Extreme Netiron config parser.

Source code in netutils/config/parser.py 
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class NetironConfigParser(BaseSpaceConfigParser):
    """Extreme Netiron config parser."""

    comment_chars: t.List[str] = ["#", "!"]
    banner_start: t.List[str] = []

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Extreme Netiron platform doesn't have a banner.")
banner_end: str property

Demarcate End of Banner char(s).

NetscalerConfigParser

Bases: BaseSpaceConfigParser

Netscaler config parser.

Source code in netutils/config/parser.py 
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class NetscalerConfigParser(BaseSpaceConfigParser):
    """Netscaler config parser."""

    comment_chars: t.List[str] = []
    banner_start: t.List[str] = []

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Netscaler platform doesn't have a banner.")
banner_end: str property

Demarcate End of Banner char(s).

NokiaConfigParser

Bases: BaseSpaceConfigParser

Nokia SrOS config parser.

Source code in netutils/config/parser.py 
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class NokiaConfigParser(BaseSpaceConfigParser):
    """Nokia SrOS config parser."""

    comment_chars: t.List[str] = ["#"]
    banner_start: t.List[str] = []

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Nokia SROS platform doesn't have a banner.")

    def _is_section_title(self, line: str) -> bool:
        """Determine if line is a section title in banner.

        Args:
            line: A config line from the device.

        Returns:
            True if line is a section, else False.
        """
        if re.match(r"^echo\s\".+\"", string=line):
            return True
        return False

    def _get_section_title(self, line: str) -> t.Union[str, bool]:
        """Determine section title from banner.

        Args:
            line: A config line from the device that has been found to be a section title.

        Returns:
            The section's title from the section banner, else False.
        """
        section_title = re.match(r"^echo\s\"(?P<section_name>.+)\"", string=line)
        if section_title:
            return section_title.group("section_name")
        return False

    @property
    def config_lines_only(self) -> str:
        """Remove spaces and comments from config lines.

        Returns:
            The non-space and non-comment lines from ``config``.
        """
        if self._config is None:
            config_lines = []
            for line in self.config.splitlines():
                if line and not self.is_comment(line) and not line.isspace():
                    if self._is_section_title(line):
                        section_title = self._get_section_title(line)
                        # At this point it is safe to assume that self._get_section_title returns a string, not a bool.
                        # The following line passes this assumption to Mypy.
                        assert isinstance(section_title, str)  # nosec
                        config_lines.append(section_title)
                    else:
                        config_lines.append(line.rstrip())
            self._config = "\n".join(config_lines)
        return self._config
banner_end: str property

Demarcate End of Banner char(s).

config_lines_only: str property

Remove spaces and comments from config lines.

Returns:

Type Description
str

The non-space and non-comment lines from config.

OptiswitchConfigParser

Bases: BaseSpaceConfigParser

MRV Optiswitch config parser.

Source code in netutils/config/parser.py 
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class OptiswitchConfigParser(BaseSpaceConfigParser):
    """MRV Optiswitch config parser."""

    comment_chars: t.List[str] = ["#", "!"]
    banner_start: t.List[str] = []

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("MRV Optiswitch platform doesn't have a banner.")
banner_end: str property

Demarcate End of Banner char(s).

PaloAltoNetworksConfigParser

Bases: BaseSpaceConfigParser

Palo Alto Networks config parser.

Source code in netutils/config/parser.py 
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class PaloAltoNetworksConfigParser(BaseSpaceConfigParser):
    """Palo Alto Networks config parser."""

    comment_chars: t.List[str] = []
    banner_start: t.List[str] = [
        'set system login-banner "',
        'login-banner "',
        'set deviceconfig system login-banner "',
    ]
    banner_end = '"'

    def is_banner_end(self, line: str) -> bool:
        """Determine if end of banner."""
        if line.endswith('"') or line.startswith('";') or line.startswith("set") or line.endswith(self.banner_end):
            return True
        return False

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner config.

        Returns:
            The next configuration line in the configuration text or None

        Raises:
            ValueError: When the parser is unable to identify the end of the Banner.
        """
        self._update_config_lines(config_line)
        self._current_parents += (config_line,)
        banner_config = []
        for line in self.generator_config:
            if not self.is_banner_end(line):
                banner_config.append(line)
            else:
                line = normalise_delimiter_caret_c(self.banner_end, line)
                banner_config.append(line.strip())
                line = "\n".join(banner_config)
                if line.endswith("^C"):
                    banner, end, _ = line.rpartition("^C")
                    line = banner + end
                self._update_config_lines(line.strip())
                self._current_parents = self._current_parents[:-1]
                try:
                    return next(self.generator_config)
                except StopIteration:
                    return None

        raise ValueError("Unable to parse banner end.")

    def build_config_relationship(self) -> t.List[ConfigLine]:  # pylint: disable=too-many-branches
        r"""Parse text of config lines and find their parents.

        Examples:
            >>> from netutils.config.parser import PaloAltoNetworksConfigParser, ConfigLine
            >>> config = (
            ...     "set deviceconfig system hostname firewall1\n"
            ...     "set deviceconfig system panorama local-panorama panorama-server 10.0.0.1\n"
            ...     "set deviceconfig system panorama local-panorama panorama-server-2 10.0.0.2\n"
            ...     "set deviceconfig setting config rematch yes\n"
            ... )
            >>> config_tree = PaloAltoNetworksConfigParser(config)
            >>> config_tree.build_config_relationship() == \
            ... [
            ...     ConfigLine(config_line="set deviceconfig system hostname firewall1", parents=()),
            ...     ConfigLine(config_line="set deviceconfig system panorama local-panorama panorama-server 10.0.0.1", parents=()),
            ...     ConfigLine(config_line="set deviceconfig system panorama local-panorama panorama-server-2 10.0.0.2", parents=()),
            ...     ConfigLine(config_line="set deviceconfig setting config rematch yes", parents=()),
            ... ]
            True
        """
        # assume configuration does not need conversion
        _needs_conversion = False

        # if config is in palo brace format, convert to set
        if self.config_lines_only is not None:
            for line in self.config_lines_only:
                if line.endswith("{"):
                    _needs_conversion = True
        if _needs_conversion:
            converted_config = paloalto_panos_brace_to_set(cfg=self.config, cfg_type="string")
            list_config = converted_config.splitlines()
            self.generator_config = (line for line in list_config)

        # build config relationships
        for line in self.generator_config:
            if not line[0].isspace():
                self._current_parents = ()
                if self.is_banner_start(line):
                    line = self._build_banner(line)  # type: ignore
            else:
                previous_config = self.config_lines[-1]
                self._current_parents = (previous_config.config_line,)
                self.indent_level = self.get_leading_space_count(line)
                if not self.is_banner_start(line):
                    line = self._build_nested_config(line)  # type: ignore
                else:
                    line = self._build_banner(line)  # type: ignore
                    if line is not None and line[0].isspace():
                        line = self._build_nested_config(line)  # type: ignore
                    else:
                        self._current_parents = ()

            if line is None:
                break
            elif self.is_banner_start(line):
                line = self._build_banner(line)  # type: ignore

            self._update_config_lines(line)
        return self.config_lines
build_config_relationship()

Parse text of config lines and find their parents.

Examples:

>>> from netutils.config.parser import PaloAltoNetworksConfigParser, ConfigLine
>>> config = (
...     "set deviceconfig system hostname firewall1\n"
...     "set deviceconfig system panorama local-panorama panorama-server 10.0.0.1\n"
...     "set deviceconfig system panorama local-panorama panorama-server-2 10.0.0.2\n"
...     "set deviceconfig setting config rematch yes\n"
... )
>>> config_tree = PaloAltoNetworksConfigParser(config)
>>> config_tree.build_config_relationship() == \
... [
...     ConfigLine(config_line="set deviceconfig system hostname firewall1", parents=()),
...     ConfigLine(config_line="set deviceconfig system panorama local-panorama panorama-server 10.0.0.1", parents=()),
...     ConfigLine(config_line="set deviceconfig system panorama local-panorama panorama-server-2 10.0.0.2", parents=()),
...     ConfigLine(config_line="set deviceconfig setting config rematch yes", parents=()),
... ]
True
Source code in netutils/config/parser.py 
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def build_config_relationship(self) -> t.List[ConfigLine]:  # pylint: disable=too-many-branches
    r"""Parse text of config lines and find their parents.

    Examples:
        >>> from netutils.config.parser import PaloAltoNetworksConfigParser, ConfigLine
        >>> config = (
        ...     "set deviceconfig system hostname firewall1\n"
        ...     "set deviceconfig system panorama local-panorama panorama-server 10.0.0.1\n"
        ...     "set deviceconfig system panorama local-panorama panorama-server-2 10.0.0.2\n"
        ...     "set deviceconfig setting config rematch yes\n"
        ... )
        >>> config_tree = PaloAltoNetworksConfigParser(config)
        >>> config_tree.build_config_relationship() == \
        ... [
        ...     ConfigLine(config_line="set deviceconfig system hostname firewall1", parents=()),
        ...     ConfigLine(config_line="set deviceconfig system panorama local-panorama panorama-server 10.0.0.1", parents=()),
        ...     ConfigLine(config_line="set deviceconfig system panorama local-panorama panorama-server-2 10.0.0.2", parents=()),
        ...     ConfigLine(config_line="set deviceconfig setting config rematch yes", parents=()),
        ... ]
        True
    """
    # assume configuration does not need conversion
    _needs_conversion = False

    # if config is in palo brace format, convert to set
    if self.config_lines_only is not None:
        for line in self.config_lines_only:
            if line.endswith("{"):
                _needs_conversion = True
    if _needs_conversion:
        converted_config = paloalto_panos_brace_to_set(cfg=self.config, cfg_type="string")
        list_config = converted_config.splitlines()
        self.generator_config = (line for line in list_config)

    # build config relationships
    for line in self.generator_config:
        if not line[0].isspace():
            self._current_parents = ()
            if self.is_banner_start(line):
                line = self._build_banner(line)  # type: ignore
        else:
            previous_config = self.config_lines[-1]
            self._current_parents = (previous_config.config_line,)
            self.indent_level = self.get_leading_space_count(line)
            if not self.is_banner_start(line):
                line = self._build_nested_config(line)  # type: ignore
            else:
                line = self._build_banner(line)  # type: ignore
                if line is not None and line[0].isspace():
                    line = self._build_nested_config(line)  # type: ignore
                else:
                    self._current_parents = ()

        if line is None:
            break
        elif self.is_banner_start(line):
            line = self._build_banner(line)  # type: ignore

        self._update_config_lines(line)
    return self.config_lines
is_banner_end(line)

Determine if end of banner.

Source code in netutils/config/parser.py 
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def is_banner_end(self, line: str) -> bool:
    """Determine if end of banner."""
    if line.endswith('"') or line.startswith('";') or line.startswith("set") or line.endswith(self.banner_end):
        return True
    return False

RouterOSConfigParser

Bases: BaseSpaceConfigParser

Mikrotik RouterOS config parser.

Source code in netutils/config/parser.py 
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class RouterOSConfigParser(BaseSpaceConfigParser):
    """Mikrotik RouterOS config parser."""

    comment_chars: t.List[str] = ["#"]
    banner_start: t.List[str] = ["/system note set note=", "set note="]

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Mikrotik platform uses system note as a banner.")

    def is_banner_end(self, line: str) -> bool:
        """Determine if end of banner."""
        if line.endswith('"') or line.startswith("/"):
            return True
        return False

    def _build_banner(self, config_line: str) -> t.Optional[str]:
        """Handle banner config lines.

        Args:
            config_line: The start of the banner (system note) config.

        Returns:
            The next configuration line in the configuration text or None when banner end is the end of the config text.

        Raises:
            ValueError: When the parser is unable to identify the End of the Banner.
        """
        banner_config = [config_line]
        for line in self.generator_config:
            if not self.is_banner_end(line):
                banner_config.append(line)
            else:
                banner_config.append(line)
                line = "\n".join(banner_config)
                self._update_config_lines(line)
                try:
                    return next(self.generator_config)
                except StopIteration:
                    return None
        raise ValueError("Unable to parse banner (system note) end.")
banner_end: str property

Demarcate End of Banner char(s).

is_banner_end(line)

Determine if end of banner.

Source code in netutils/config/parser.py 
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def is_banner_end(self, line: str) -> bool:
    """Determine if end of banner."""
    if line.endswith('"') or line.startswith("/"):
        return True
    return False

UbiquitiAirOSConfigParser

Bases: BaseSpaceConfigParser

Ubiquiti airOS config parser.

Source code in netutils/config/parser.py 
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class UbiquitiAirOSConfigParser(BaseSpaceConfigParser):
    """Ubiquiti airOS config parser."""

    comment_chars: t.List[str] = ["#", "###"]
    banner_start: t.List[str] = []

    @property
    def banner_end(self) -> str:
        """Demarcate End of Banner char(s)."""
        raise NotImplementedError("Ubiquiti airOS platform doesn't have a banner.")

    @property
    def config_lines_only(self) -> str:
        """Remove spaces and unwanted lines from config lines.

        Returns:
            The non-space and non-comment lines from ``config``.
        """
        config_lines = []
        config = self.config.strip()
        for line in config.splitlines():
            if line.startswith("##A"):
                config_lines.append(line)
            if line and line != "##" and not self.is_comment(line):
                config_lines.append(line)

        return "\n".join(config_lines)
banner_end: str property

Demarcate End of Banner char(s).

config_lines_only: str property

Remove spaces and unwanted lines from config lines.

Returns:

Type Description
str

The non-space and non-comment lines from config.

utils

Utility functions for working with device configurations.