Basic location search
Java
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
/** Basic location Search */
public
static
void
basicLocationSearch
(
String
companyName
,
String
location
,
double
distance
)
throws
IOException
,
InterruptedException
{
// Make sure to set the requestMetadata the same as the associated search request
RequestMetadata
requestMetadata
=
new
RequestMetadata
()
// Make sure to hash the userID
.
setUserId
(
"HashedUserId"
)
// Make sure to hash the sessionID
.
setSessionId
(
"HashedSessionID"
)
// Domain of the website where the search is conducted
.
setDomain
(
"www.google.com"
);
LocationFilter
locationFilter
=
new
LocationFilter
().
setAddress
(
location
).
setDistanceInMiles
(
distance
);
JobQuery
jobQuery
=
new
JobQuery
().
setLocationFilters
(
Arrays
.
asList
(
locationFilter
));
if
(
companyName
!=
null
)
{
jobQuery
.
setCompanyNames
(
Arrays
.
asList
(
companyName
));
}
SearchJobsRequest
request
=
new
SearchJobsRequest
()
.
setRequestMetadata
(
requestMetadata
)
.
setJobQuery
(
jobQuery
)
.
setSearchMode
(
"JOB_SEARCH"
);
SearchJobsResponse
response
=
talentSolutionClient
.
projects
().
jobs
().
search
(
DEFAULT_PROJECT_ID
,
request
).
execute
();
Thread
.
sleep
(
1000
);
System
.
out
.
printf
(
"Basic location search results: %s"
,
response
);
}
Python
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
def
basic_location_search
(
client_service
,
company_name
,
location
,
distance
):
request_metadata
=
{
"user_id"
:
"HashedUserId"
,
"session_id"
:
"HashedSessionId"
,
"domain"
:
"www.google.com"
,
}
location_filter
=
{
"address"
:
location
,
"distance_in_miles"
:
distance
}
job_query
=
{
"location_filters"
:
[
location_filter
]}
if
company_name
is
not
None
:
job_query
.
update
({
"company_names"
:
[
company_name
]})
request
=
{
"job_query"
:
job_query
,
"request_metadata"
:
request_metadata
,
"search_mode"
:
"JOB_SEARCH"
,
}
response
=
(
client_service
.
projects
()
.
jobs
()
.
search
(
parent
=
parent
,
body
=
request
)
.
execute
()
)
print
(
response
)
Keyword with location search
Java
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
/** Keyword location Search */
public
static
void
keywordLocationSearch
(
String
companyName
,
String
location
,
double
distance
,
String
keyword
)
throws
IOException
,
InterruptedException
{
// Make sure to set the requestMetadata the same as the associated search request
RequestMetadata
requestMetadata
=
new
RequestMetadata
()
// Make sure to hash the userID
.
setUserId
(
"HashedUserId"
)
// Make sure to hash the sessionID
.
setSessionId
(
"HashedSessionID"
)
// Domain of the website where the search is conducted
.
setDomain
(
"www.google.com"
);
LocationFilter
locationFilter
=
new
LocationFilter
().
setAddress
(
location
).
setDistanceInMiles
(
distance
);
JobQuery
jobQuery
=
new
JobQuery
().
setQuery
(
keyword
).
setLocationFilters
(
Arrays
.
asList
(
locationFilter
));
if
(
companyName
!=
null
)
{
jobQuery
.
setCompanyNames
(
Arrays
.
asList
(
companyName
));
}
SearchJobsRequest
request
=
new
SearchJobsRequest
()
.
setRequestMetadata
(
requestMetadata
)
.
setJobQuery
(
jobQuery
)
.
setSearchMode
(
"JOB_SEARCH"
);
SearchJobsResponse
response
=
talentSolutionClient
.
projects
().
jobs
().
search
(
DEFAULT_PROJECT_ID
,
request
).
execute
();
Thread
.
sleep
(
1000
);
System
.
out
.
printf
(
"Keyword location search results: %s"
,
response
);
}
Python
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
def
keyword_location_search
(
client_service
,
company_name
,
location
,
distance
,
keyword
):
request_metadata
=
{
"user_id"
:
"HashedUserId"
,
"session_id"
:
"HashedSessionId"
,
"domain"
:
"www.google.com"
,
}
location_filter
=
{
"address"
:
location
,
"distance_in_miles"
:
distance
}
job_query
=
{
"location_filters"
:
[
location_filter
],
"query"
:
keyword
}
if
company_name
is
not
None
:
job_query
.
update
({
"company_names"
:
[
company_name
]})
request
=
{
"job_query"
:
job_query
,
"request_metadata"
:
request_metadata
,
"search_mode"
:
"JOB_SEARCH"
,
}
response
=
(
client_service
.
projects
()
.
jobs
()
.
search
(
parent
=
parent
,
body
=
request
)
.
execute
()
)
print
(
response
)
Go
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
// keywordLocationSearch searches for jobs with given keyword and within the
// distance of given location.
func
keywordLocationSearch
(
w
io
.
Writer
,
projectID
,
companyName
,
location
string
,
distance
float64
,
keyword
string
)
(
*
talent
.
SearchJobsResponse
,
error
)
{
ctx
:=
context
.
Background
()
client
,
err
:=
google
.
DefaultClient
(
ctx
,
talent
.
CloudPlatformScope
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"google.DefaultClient: %w"
,
err
)
}
// Create the jobs service client.
service
,
err
:=
talent
.
New
(
client
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"talent.New: %w"
,
err
)
}
jobQuery
:=
& talent
.
JobQuery
{
LocationFilters
:
[]
*
talent
.
LocationFilter
{
{
Address
:
location
,
DistanceInMiles
:
distance
,
},
},
Query
:
keyword
,
}
if
companyName
!=
""
{
jobQuery
.
CompanyNames
=
[]
string
{
companyName
}
}
parent
:=
"projects/"
+
projectID
req
:=
& talent
.
SearchJobsRequest
{
// Make sure to set the RequestMetadata the same as the associated
// search request.
RequestMetadata
:
& talent
.
RequestMetadata
{
// Make sure to hash your userID.
UserId
:
"HashedUsrId"
,
// Make sure to hash the sessionID.
SessionId
:
"HashedSessionId"
,
// Domain of the website where the search is conducted.
Domain
:
"www.googlesample.com"
,
},
// Set the actual search term as defined in the jobQuery.
JobQuery
:
jobQuery
,
// Set the search mode to a regular search.
SearchMode
:
"JOB_SEARCH"
,
}
resp
,
err
:=
service
.
Projects
.
Jobs
.
Search
(
parent
,
req
).
Do
()
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"failed to search for jobs with keyword %q in location %v within %f miles: %w"
,
keyword
,
location
,
distance
,
err
)
}
fmt
.
Fprintln
(
w
,
"Jobs:"
)
for
_
,
j
:=
range
resp
.
MatchingJobs
{
fmt
.
Fprintf
(
w
,
"\t%q\n"
,
j
.
Job
.
Name
)
}
return
resp
,
nil
}
-
addressis the actual job location represented as a string. This can be a street address, or any level up to country. For example, "123 Main Street, Anytown, WA, USA" or simply "USA". -
distanceInMiles: The distance from thenameorlatLngin miles in which to search. Default is 20. Maximum is 5000.- If the value of
nameis a street address, jobs within the set distanceInMiles of that singular point are returned. - If the value of
nameis a neighborhood or city, jobs within the set distanceInMiles of the neighborhood/city center are returned. To return all jobs within a neighborhood/city, setdistanceInMilesto 0. If distanceInMiles is > 0, then the applied search radius is the geographical boundaries of the neighborhood/city plus the distanceInMiles set in the request. (Geographic boundaries are estimated using the Google Maps Geocoding API.) - If the value of
nameis a colloquial area, like "Bay Area" or "Silicon Valley", the applied search radius is the estimated geographical boundaries of the area plus the distanceInMiles set in the request. - If the value
nameis a state or country, the service returns jobs within the specified state or country, ignoringdistanceInMiles.
- If the value of
Basic location only with city level location and output
Java
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
/** City location Search */
public
static
void
cityLocationSearch
(
String
companyName
,
String
location
)
throws
IOException
,
InterruptedException
{
// Make sure to set the requestMetadata the same as the associated search request
RequestMetadata
requestMetadata
=
new
RequestMetadata
()
// Make sure to hash the userID
.
setUserId
(
"HashedUserId"
)
// Make sure to hash the sessionID
.
setSessionId
(
"HashedSessionID"
)
// Domain of the website where the search is conducted
.
setDomain
(
"www.google.com"
);
LocationFilter
locationFilter
=
new
LocationFilter
().
setAddress
(
location
);
JobQuery
jobQuery
=
new
JobQuery
().
setLocationFilters
(
Arrays
.
asList
(
locationFilter
));
if
(
companyName
!=
null
)
{
jobQuery
.
setCompanyNames
(
Arrays
.
asList
(
companyName
));
}
SearchJobsRequest
request
=
new
SearchJobsRequest
()
.
setRequestMetadata
(
requestMetadata
)
.
setJobQuery
(
jobQuery
)
.
setSearchMode
(
"JOB_SEARCH"
);
SearchJobsResponse
response
=
talentSolutionClient
.
projects
().
jobs
().
search
(
DEFAULT_PROJECT_ID
,
request
).
execute
();
Thread
.
sleep
(
1000
);
System
.
out
.
printf
(
"City locations search results: %s"
,
response
);
}
Python
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
def
city_location_search
(
client_service
,
company_name
,
location
):
request_metadata
=
{
"user_id"
:
"HashedUserId"
,
"session_id"
:
"HashedSessionId"
,
"domain"
:
"www.google.com"
,
}
location_filter
=
{
"address"
:
location
}
job_query
=
{
"location_filters"
:
[
location_filter
]}
if
company_name
is
not
None
:
job_query
.
update
({
"company_names"
:
[
company_name
]})
request
=
{
"job_query"
:
job_query
,
"request_metadata"
:
request_metadata
,
"search_mode"
:
"JOB_SEARCH"
,
}
response
=
(
client_service
.
projects
()
.
jobs
()
.
search
(
parent
=
parent
,
body
=
request
)
.
execute
()
)
print
(
response
)
Go
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
// cityLocationSearch searches for jobs in the same city of given location.
func
cityLocationSearch
(
w
io
.
Writer
,
projectID
,
companyName
,
location
string
)
(
*
talent
.
SearchJobsResponse
,
error
)
{
ctx
:=
context
.
Background
()
client
,
err
:=
google
.
DefaultClient
(
ctx
,
talent
.
CloudPlatformScope
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"google.DefaultClient: %w"
,
err
)
}
// Create the jobs service client.
service
,
err
:=
talent
.
New
(
client
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"talent.New: %w"
,
err
)
}
jobQuery
:=
& talent
.
JobQuery
{
LocationFilters
:
[]
*
talent
.
LocationFilter
{
{
Address
:
location
,
},
},
}
if
companyName
!=
""
{
jobQuery
.
CompanyNames
=
[]
string
{
companyName
}
}
parent
:=
"projects/"
+
projectID
req
:=
& talent
.
SearchJobsRequest
{
// Make sure to set the RequestMetadata the same as the associated
// search request.
RequestMetadata
:
& talent
.
RequestMetadata
{
// Make sure to hash your userID.
UserId
:
"HashedUsrId"
,
// Make sure to hash the sessionID.
SessionId
:
"HashedSessionId"
,
// Domain of the website where the search is conducted.
Domain
:
"www.googlesample.com"
,
},
// Set the actual search term as defined in the jobQuery.
JobQuery
:
jobQuery
,
// Set the search mode to a regular search.
SearchMode
:
"JOB_SEARCH"
,
}
resp
,
err
:=
service
.
Projects
.
Jobs
.
Search
(
parent
,
req
).
Do
()
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"failed to search for jobs with city location %s: %w"
,
location
,
err
)
}
fmt
.
Fprintln
(
w
,
"Jobs:"
)
for
_
,
j
:=
range
resp
.
MatchingJobs
{
fmt
.
Fprintf
(
w
,
"\t%q\n"
,
j
.
Job
.
Name
)
}
return
resp
,
nil
}
Multiple locations
When multiple locations are passed to the search query, along with multiple radii, the maximum radius is taken into account and applied to all locations. There is a limit of 5 locations per job.
Java
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
/** Multiple locations Search */
public
static
void
multiLocationsSearch
(
String
companyName
,
String
location1
,
double
distance1
,
String
location2
)
throws
IOException
,
InterruptedException
{
// Make sure to set the requestMetadata the same as the associated search request
RequestMetadata
requestMetadata
=
new
RequestMetadata
()
// Make sure to hash the userID
.
setUserId
(
"HashedUserId"
)
// Make sure to hash the sessionID
.
setSessionId
(
"HashedSessionID"
)
// Domain of the website where the search is conducted
.
setDomain
(
"www.google.com"
);
JobQuery
jobQuery
=
new
JobQuery
()
.
setLocationFilters
(
Arrays
.
asList
(
new
LocationFilter
().
setAddress
(
location1
).
setDistanceInMiles
(
distance1
),
new
LocationFilter
().
setAddress
(
location2
)));
if
(
companyName
!=
null
)
{
jobQuery
.
setCompanyNames
(
Arrays
.
asList
(
companyName
));
}
SearchJobsRequest
request
=
new
SearchJobsRequest
()
.
setRequestMetadata
(
requestMetadata
)
.
setJobQuery
(
jobQuery
)
.
setSearchMode
(
"JOB_SEARCH"
);
SearchJobsResponse
response
=
talentSolutionClient
.
projects
().
jobs
().
search
(
DEFAULT_PROJECT_ID
,
request
).
execute
();
Thread
.
sleep
(
1000
);
System
.
out
.
printf
(
"Multiple locations search results: %s"
,
response
);
}
Python
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
def
multi_locations_search
(
client_service
,
company_name
,
location1
,
distance1
,
location2
):
request_metadata
=
{
"user_id"
:
"HashedUserId"
,
"session_id"
:
"HashedSessionId"
,
"domain"
:
"www.google.com"
,
}
location_filter1
=
{
"address"
:
location1
,
"distance_in_miles"
:
distance1
}
location_filter2
=
{
"address"
:
location2
}
job_query
=
{
"location_filters"
:
[
location_filter1
,
location_filter2
]}
if
company_name
is
not
None
:
job_query
.
update
({
"company_names"
:
[
company_name
]})
request
=
{
"job_query"
:
job_query
,
"request_metadata"
:
request_metadata
,
"search_mode"
:
"JOB_SEARCH"
,
}
response
=
(
client_service
.
projects
()
.
jobs
()
.
search
(
parent
=
parent
,
body
=
request
)
.
execute
()
)
print
(
response
)
Go
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
// multiLocationsSearch searches for jobs that fall in the distance of any given
// locations.
func
multiLocationsSearch
(
w
io
.
Writer
,
projectID
,
companyName
,
location
,
location2
string
,
distance
float64
)
(
*
talent
.
SearchJobsResponse
,
error
)
{
ctx
:=
context
.
Background
()
client
,
err
:=
google
.
DefaultClient
(
ctx
,
talent
.
CloudPlatformScope
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"google.DefaultClient: %w"
,
err
)
}
// Create the jobs service client.
service
,
err
:=
talent
.
New
(
client
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"talent.New: %w"
,
err
)
}
jobQuery
:=
& talent
.
JobQuery
{
LocationFilters
:
[]
*
talent
.
LocationFilter
{
{
Address
:
location
,
DistanceInMiles
:
distance
,
},
{
Address
:
location2
,
DistanceInMiles
:
distance
,
},
},
}
if
companyName
!=
""
{
jobQuery
.
CompanyNames
=
[]
string
{
companyName
}
}
parent
:=
"projects/"
+
projectID
req
:=
& talent
.
SearchJobsRequest
{
// Make sure to set the RequestMetadata the same as the associated
// search request.
RequestMetadata
:
& talent
.
RequestMetadata
{
// Make sure to hash your userID.
UserId
:
"HashedUsrId"
,
// Make sure to hash the sessionID.
SessionId
:
"HashedSessionId"
,
// Domain of the website where the search is conducted.
Domain
:
"www.googlesample.com"
,
},
// Set the actual search term as defined in the jobQuery.
JobQuery
:
jobQuery
,
// Set the search mode to a regular search.
SearchMode
:
"JOB_SEARCH"
,
}
resp
,
err
:=
service
.
Projects
.
Jobs
.
Search
(
parent
,
req
).
Do
()
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"Failed to search for jobs with multi locations %s and %s within %f miles, Err: %w"
,
location
,
location2
,
distance
,
err
)
}
fmt
.
Fprintln
(
w
,
"Jobs:"
)
for
_
,
j
:=
range
resp
.
MatchingJobs
{
fmt
.
Fprintf
(
w
,
"\t%q\n"
,
j
.
Job
.
Name
)
}
return
resp
,
nil
}
Set enableBroadening flag
The enableBroadening flag allows you to relax the restrictions on location and job categories in order to increase the number of results that are returned.
Java
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
/** Broadening location Search */
public
static
void
broadeningLocationsSearch
(
String
companyName
,
String
location
)
throws
IOException
,
InterruptedException
{
// Make sure to set the requestMetadata the same as the associated search request
RequestMetadata
requestMetadata
=
new
RequestMetadata
()
// Make sure to hash the userID
.
setUserId
(
"HashedUserId"
)
// Make sure to hash the sessionID
.
setSessionId
(
"HashedSessionID"
)
// Domain of the website where the search is conducted
.
setDomain
(
"www.google.com"
);
JobQuery
jobQuery
=
new
JobQuery
().
setLocationFilters
(
Arrays
.
asList
(
new
LocationFilter
().
setAddress
(
location
)));
if
(
companyName
!=
null
)
{
jobQuery
.
setCompanyNames
(
Arrays
.
asList
(
companyName
));
}
SearchJobsRequest
request
=
new
SearchJobsRequest
()
.
setRequestMetadata
(
requestMetadata
)
.
setJobQuery
(
jobQuery
)
.
setEnableBroadening
(
true
)
.
setSearchMode
(
"JOB_SEARCH"
);
SearchJobsResponse
response
=
talentSolutionClient
.
projects
().
jobs
().
search
(
DEFAULT_PROJECT_ID
,
request
).
execute
();
Thread
.
sleep
(
1000
);
System
.
out
.
printf
(
"Broadening locations search results: %s"
,
response
);
}
Python
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
def
broadening_location_search
(
client_service
,
company_name
,
location
):
request_metadata
=
{
"user_id"
:
"HashedUserId"
,
"session_id"
:
"HashedSessionId"
,
"domain"
:
"www.google.com"
,
}
location_filter
=
{
"address"
:
location
}
job_query
=
{
"location_filters"
:
[
location_filter
]}
if
company_name
is
not
None
:
job_query
.
update
({
"company_names"
:
[
company_name
]})
request
=
{
"job_query"
:
job_query
,
"request_metadata"
:
request_metadata
,
"search_mode"
:
"JOB_SEARCH"
,
"enable_broadening"
:
True
,
}
response
=
(
client_service
.
projects
()
.
jobs
()
.
search
(
parent
=
parent
,
body
=
request
)
.
execute
()
)
print
(
response
)
Go
For more on installing and creating a Cloud Talent Solution client, see Cloud Talent Solution Client Libraries .
// broadeningLocationSearch searches for jobs with a broadening area of given
// location.
func
broadeningLocationSearch
(
w
io
.
Writer
,
projectID
,
companyName
,
location
string
)
(
*
talent
.
SearchJobsResponse
,
error
)
{
ctx
:=
context
.
Background
()
client
,
err
:=
google
.
DefaultClient
(
ctx
,
talent
.
CloudPlatformScope
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"google.DefaultClient: %w"
,
err
)
}
// Create the jobs service client.
service
,
err
:=
talent
.
New
(
client
)
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"talent.New: %w"
,
err
)
}
jobQuery
:=
& talent
.
JobQuery
{
LocationFilters
:
[]
*
talent
.
LocationFilter
{
{
Address
:
location
,
},
},
}
if
companyName
!=
""
{
jobQuery
.
CompanyNames
=
[]
string
{
companyName
}
}
parent
:=
"projects/"
+
projectID
req
:=
& talent
.
SearchJobsRequest
{
// Make sure to set the RequestMetadata the same as the associated
// search request.
RequestMetadata
:
& talent
.
RequestMetadata
{
// Make sure to hash your userID.
UserId
:
"HashedUsrId"
,
// Make sure to hash the sessionID.
SessionId
:
"HashedSessionId"
,
// Domain of the website where the search is conducted.
Domain
:
"www.googlesample.com"
,
},
// Set the actual search term as defined in the jobQuery.
JobQuery
:
jobQuery
,
// Set the search mode to a regular search.
SearchMode
:
"JOB_SEARCH"
,
EnableBroadening
:
true
,
}
resp
,
err
:=
service
.
Projects
.
Jobs
.
Search
(
parent
,
req
).
Do
()
if
err
!=
nil
{
return
nil
,
fmt
.
Errorf
(
"failed to search for jobs with broadening location %v: %w"
,
location
,
err
)
}
fmt
.
Fprintln
(
w
,
"Jobs:"
)
for
_
,
j
:=
range
resp
.
MatchingJobs
{
fmt
.
Fprintf
(
w
,
"\t%q\n"
,
j
.
Job
.
Name
)
}
return
resp
,
nil
}
