def by_path(ctx: ByPathContext):
# Check for data types other than objects or arrays
fltr = {
"$and": [
{
ctx.filter_dotpath: {
"$ne": None
}
},
*[{
k: v
} for k, v in ctx.extra_filter.items()],
# $expr >= 3.6, $type >= 3.4
{
"$expr": {
"$not": [{
"$in": [{
"$type": f'${ctx.filter_dotpath}'
}, allowed_types]
}]
}
}
]
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
fltr = {
"$and": [
{
ctx.filter_dotpath: {
"$ne": None
}
},
*[{
k: v
} for k, v in ctx.extra_filter.items()],
{
f'{ctx.filter_dotpath}.type': {
'$nin': geojson_types
}
},
# $expr >= 3.6
{
"$expr": {
"$eq": [{
"$type": f'${ctx.filter_dotpath}'
}, 'object']
}
}
]
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
fltr = {
"$and": [
{
ctx.filter_dotpath: {
"$ne": None
}
},
*[{
k: v
} for k, v in ctx.extra_filter.items()],
# $expr >= 3.6, $isArray >= 3.2
{
"$expr": {
"$eq": [{
"$isArray": f"${ctx.filter_dotpath}"
}, True]
}
},
{
"$expr": {
"$ne": [{
"$size": f"${ctx.filter_dotpath}"
}, 2]
}
}, # $expr >= 3.6
# TODO: add element type check
]
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
fltr = {
'$and': [
{
ctx.filter_dotpath: {
'$ne': None
}
},
{
ctx.filter_dotpath: {
'$not': self.DOMAIN_REGEX
}
},
{
ctx.filter_dotpath: {
'$not': self.IP_DOMAIN_REGEX
}
},
{
ctx.filter_dotpath: {
'$not':
re.compile(rf'\A[^@]+@({whitelist_regex})\Z')
}
},
*[{
k: v
} for k, v in ctx.extra_filter.items()],
]
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
fltr = {
ctx.filter_dotpath: {
'$not': scheme_regex,
'$ne': None
},
**ctx.extra_filter
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
choices = diff.new
fltr = {
ctx.filter_dotpath: {
'$nin': choices,
'$exists': True
},
**ctx.extra_filter
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
# Find records which doesn't match to the regex
fltr = {
ctx.filter_dotpath: {
'$not': regex,
'$ne': None
},
**ctx.extra_filter
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
fltr = {
ctx.filter_dotpath: {
'$not': re.compile(diff.new),
'$ne': None,
'$exists': True
},
**ctx.extra_filter
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
fltr = {
ctx.filter_dotpath: {
'$ne': None
},
**ctx.extra_filter,
"$expr": {
"$lt": [{
"$strLenCP": f"${ctx.filter_dotpath}"
}, diff.new]
}, # >= 3.6
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
email_regex = r"\A[^\W][A-Z0-9._%+-]+@[\p{L}0-9.-]+\.\p{L}+\Z"
fltr = {
ctx.filter_dotpath: {
'$not': {
'$regex': email_regex,
'$options': 'i'
},
'$ne': None
},
**ctx.extra_filter
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
# Find records with ip domains and raise error if found
fltr = {
"$and": [{
ctx.filter_dotpath: {
'$ne': None
}
}, {
ctx.filter_dotpath: self.IP_DOMAIN_REGEX
}, {
ctx.filter_dotpath: {
'$not': re.compile(rf'\A[^@]+@({whitelist_regex})\Z')
}
}, *[{
k: v
} for k, v in ctx.extra_filter.items()]]
}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
def by_path(ctx: ByPathContext):
fltr = {ctx.filter_dotpath: {'$exists': False}, **ctx.extra_filter}
check_empty_result(ctx.collection, ctx.filter_dotpath, fltr)
