API client / Methods / Rules

Jun. 08, 2023

Save rule

Required API Key: any key with the editSettings ACL

Method signature

$index->saveRule(array Rule)

$index->saveRule(array Rule, [
  // All the following parameters are optional
  'forwardToReplicas' => boolean
])

index.save_rule(
  Hash Rule,
  Hash opts = {
    Boolean forwardToReplicas: false,
  }
)

index.saveRule(object Rule, {
  forwardToReplicas: boolean
})

index.save_rule(dict Rule, {
    // All the following parameters are optional
    'forwardToReplicas': bool
})

index.saveRule(
  _ rule: Rule,
  forwardToReplicas: Bool? = nil,
  requestOptions: RequestOptions? = nil,
  completion: Result<WaitableWrapper<IndexRevision>> -> Void
)

suspend fun Index.saveRule(
    rule: Rule,
    forwardToReplicas: Boolean? = null,
    requestOptions: RequestOptions? = null
): RevisionIndex

index.SaveRule(
  Rule Rule,

  // All the following parameters are optional
  forwardToReplicas: bool
)

index.saveRule(Rule Rule, bool forwardToReplicas)

index.SaveRule(Rule Rule)
index.SaveRule(Rule Rule, opt.ForwardToReplicas(bool forwardToReplicas))

save.rule(Rule Rule).inIndex("index_name").and(bool forwardToReplicas)

See code examples

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About this method

Create or update a single Rule.

You can import and export Rules from the Algolia dashboard.

Examples

Read the Algolia CLI documentation for more information.

Save a Rule

Copy

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$rule = array(
    'objectID' => 'a-rule-id',
    'conditions' => array(array(
        'pattern'   => 'smartphone',
        'anchoring' => 'contains',
    )),
    'consequence' => array(
        'params' => array(
            'filters' => 'category = 1',
        )
    )
);

// Optionally, to disable the rule
$rule['enabled'] = false;

// Optionally, to add validity time ranges
$rule['validity'] = array(
  array(
    'from' => time(),
    'until' => time() + 10*24*60*60,
  )
);

$index->saveRule($rule);

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rule = {
  objectID: 'a-rule-id',
  conditions: [{
    pattern: 'smartphone',
    anchoring: 'contains'
  }],
  consequence: {
    params: {
      filters: 'category = 1'
    }
  }
}

# Optionally, to disable the rule
rule['enabled'] = false

# Optionally, to add validity time ranges
# (with `require 'date'`)
rule['validity'] = [
  {
    from: Time.now.to_i,
    until: (DateTime.now + 10).to_time.to_i,
  }
]

# Save the Rule.
index.save_rule(rule)
# Save the Rule and wait the end of indexing.
index.save_rule!(rule)
# Save the Rule, and forward it to all replicas of the index.
response = index.save_rule(rule, { forwardToReplicas: true })

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const rule = {
  objectID: 'a-rule-id',
  conditions: [{
    pattern: 'smartphone',
    anchoring: 'contains'
  }],
  consequence: {
    params: {
      filters: 'category = 1'
    }
  },

  // Optionally, to disable the rule
  enabled: false,

  // Optionally, to add valitidy time ranges
  validity: [
    {
      from: Math.floor(Date.now()/1000),
      until: Math.floor(Date.now()/1000) + 10*24*60*60,
    }
  ]
};

// Save the Rule.
index.saveRule(rule).then(() => {
  // done
});

// Save the Rule, and forward it to all replicas of the index.
index.saveRule(rule, {forwardToReplicas: true}).then(() => {
  // done
});

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rule = {
    'objectID': 'a-rule-id',
    'conditions': [{
        'pattern': 'smartphone',
        'anchoring': 'contains'
    }],
    'consequence': {
        'params': {
            'filters': 'category = 1'
        }
    }
}

# Optionally, to disable the rule
rule['enabled'] = False

# Optionally, to add validity time ranges
# Python 2 (with `time` and `datetime.timedelta` imports)
rule['validity'] = [
    {
        'from': int(time.time()),
        'until': int(time.time() + timedelta(days=10).total_seconds())
    }
]
# Python 3 (with `datetime.{datetime,timedelta}` imports)
rule['validity'] = [
    {
        'from': int((datetime.datetime.utcnow().timestamp())),
        'until': int(
            (datetime.datetime.utcnow() + timedelta(days=10)).timestamp())
    }
]

# Save the Rule.
response = index.save_rule(rule)

# Save the Rule, and forward it to all replicas of the index.
response = index.save_rule(rule, {
    'forwardToReplicas': True
})

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let rule = Rule(objectID: "a-rule-id")
  .set(\.isEnabled, to: false)
  .set(\.conditions, to: [
    Rule.Condition()
      .set(\.anchoring, to: .contains)
      .set(\.pattern, to: .literal("smartphone"))
  ])
  .set(\.consequence, to: Rule.Consequence()
    .set(\.query, to: Query()
      .set(\.filters, to: "category = 1")
    )
  )
  .set(\.validity, to: [
    TimeRange(from: Date(),
              until: Date().addingTimeInterval(10 * 24 * 60 * 60)) // 10 days
    ]
  )

index.saveRule(rule, forwardToReplicas: true) { result in
  if case .success(let response) = result {
    print("Response: \(response)")
  }
}

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val rule = Rule(
    objectID = ObjectID("a-rule-id"),
    enabled = false,
    conditions = listOf(Condition(
        pattern = Pattern.Literal("smartphone"),
        anchoring = Anchoring.Contains,
        alternative = Alternatives.True
    )),
    consequence = Consequence(
        query = Query(filters = "category = 1")
    ),
    validity = listOf(TimeRange(0, 10))
)

index.saveRule(rule, forwardToReplicas = true)

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Rule ruleToSave = new Rule
{
    ObjectID = "a-rule-id",
    Enabled = false,
    Conditions = new List<Condition>
    {
      new Condition { Anchoring = "contains", Pattern = "smartphone" },
    },
    Consequence = new Consequence
    {
        Params = new ConsequenceParams
        {
            AutomaticFacetFilters = new List<AutomaticFacetFilter>
            {
                new AutomaticFacetFilter { Facet = "category = 1" }
            }
        }
    },
    Validity = new List<TimeRange>
    {
        new TimeRange
        {
            From = new DateTimeOffset(DateTime.UtcNow).ToUnixTimeSeconds(),
            Until = new DateTimeOffset(DateTime.UtcNow.AddDays(10)).ToUnixTimeSeconds()
        }
    }
  };

index.SaveRule(rule, forwardToReplicas: false);

// Asynchronous
await index.SaveRuleAsync(rule, forwardToReplicas: false);

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Condition condition = new Condition()
        .setPattern("smartphone")
        .setAnchoring("contains");

ConsequenceParams params = (ConsequenceParams) new ConsequenceParams()
        .setFilters("category = 1");

Consequence consequence =  new Consequence()
        .setParams(params);

Rule rule = new Rule()
        .setObjectID("a-unique-identifier")
        .setConditions(Collections.singletonList(condition))
        .setConsequence(consequence);

// Optionally, to disable the rule
rule.setEnabled(false);

// Optionally, to add validity time ranges
List<TimeRange> validity =
        Collections.singletonList(
                new TimeRange(
                        OffsetDateTime.now(ZoneOffset.UTC),
                        OffsetDateTime.now(ZoneOffset.UTC).plusDays(10));
rule.setValidity(validity);

index.saveRule(rule);

// Asynchronous
index.saveRuleAsync(rule);

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forwardToReplicas := opt.ForwardToReplicas(false)

rule := search.Rule{
  ObjectID:  "a-rule-id",
  Conditions: []search.RuleCondition{
    {
      Anchoring: search.Contains, Pattern: "smartphone"
    },
  },
  Consequence: search.RuleConsequence{
    Params: &search.RuleParams{
      QueryParams: search.QueryParams{
        Filters: opt.Filters("category = 1"),
      },
    },
  },
  Enabled: opt.Enabled(false), // Optionally, to disable the rule
  Validity: []search.TimeRange{ // Optionally, to add validity time ranges
    {
      From:  time.Now(),
      Until: time.Now().AddDate(0, 0, 10),
    },
  },
}

res, err := index.SaveRule(rule, forwardToReplicas)

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val from = ZonedDateTime.now(ZoneId.of("UTC").normalized());
val until = from.plusDays(10);

val ruleToSave = Rule(
  objectID = "a-rule-id",
  enabled = Some(false), // Optionally, to disable the rule
  validity = Some(Seq(TimeRange(from, until))), // Optionally, to add validity time ranges
  conditions = Some(Seq(Condition(
    pattern = "smartphone",
    anchoring = "contains",
  ))),
  consequence = Consequence(
    params = Some(Map("filters" -> "category = 1")),
  ),
)
client.execute {
  save rule ruleToSave inIndex "index_name"
}

Save a Rule with alternatives enabled

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$rule = array(
    'objectID' => 'a-rule-id',
    'conditions' => array(array(
        'pattern'   => 'smartphone',
        'anchoring' => 'contains',
        'alternatives' => true
    )),
    'consequence' => array(
        'params' => array(
            'filters' => 'category = 1',
        )
    )
);
$index->saveRule($rule);

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rule = {
  objectID: 'a-rule-id',
  conditions: [{
    pattern: 'smartphone',
    anchoring: 'contains',
    alternatives: true
  }],
  consequence: {
    params: {
      filters: 'category = 1'
    }
  }
}
index.save_rule(rule)

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const rule = {
  objectID: 'a-rule-id',
  conditions: [{
    pattern: 'smartphone',
    anchoring: 'contains',
    alternatives: true
  }],
  consequence: {
    params: {
      filters: 'category = 1'
    }
  }
};

index.saveRule(rule).then(() => {
  // done
});

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rule = {
    'objectID': 'a-rule-id',
    'conditions': [{
        'pattern': 'smartphone',
        'anchoring': 'contains',
        'alternatives': True
    }],
    'consequence': {
        'params': {
            'filters': 'category = 1'
        }
    }
}
response = index.save_rule(rule)

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let rule = Rule(objectID: "a-rule-id")
  .set(\.conditions, to: [
    Rule.Condition()
      .set(\.anchoring, to: .contains)
      .set(\.pattern, to: .literal("smartphone"))
      .set(\.alternatives, to: .true)
  ])
  .set(\.consequence, to: Rule.Consequence()
    .set(\.query, to: Query()
      .set(\.filters, to: "category = 1")
    )
  )

index.saveRule(rule, forwardToReplicas: true) { result in
  if case .success(let response) = result {
    print("Response: \(response)")
  }
}

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val rule = Rule(
    objectID = ObjectID("a-rule-id"),
    conditions = listOf(Condition(
        pattern = Pattern.Literal("smartphone"),
        anchoring = Anchoring.Contains
        alternatives = Alternatives.true
    )),
    consequence = Consequence(
        params = Params(filters = "category = 1")
    )
)
index.saveRule(rule)

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Rule ruleToSave = new Rule
{
    ObjectID = "a-rule-id",
    Conditions = new List<Condition>
    {
      new Condition { Anchoring = "contains", Pattern = "smartphone", Alternatives = true },
    }
    Consequence = new Consequence
    {
        Params = new ConsequenceParams
        {
            Filters = "category = 1"
        }
    },
  };
index.SaveRule(rule);

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Condition condition = new Condition()
        .setPattern("smartphone")
        .setAnchoring("contains")
        .setAlternatives(true);
ConsequenceParams params = (ConsequenceParams) new ConsequenceParams()
        .setFilters("category = 1");
Consequence consequence =  new Consequence()
        .setParams(params);
Rule rule = new Rule()
        .setObjectID("a-rule-id")
        .setConditions(Collections.singletonList(condition))
        .setConsequence(consequence);
index.saveRule(rule);

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rule := search.Rule{
  ObjectID:  "a-rule-id",
  Conditions: []search.RuleCondition{
    {
      Anchoring: search.Contains, Pattern: "smartphone", Alternatives: true
    },
  },
  Consequence: search.RuleConsequence{
    Params: &search.RuleParams{
      QueryParams: search.QueryParams{
        Filters: opt.Filters("category = 1"),
      },
    },
  },
}
res, err := index.SaveRule(rule)

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val ruleToSave = Rule(
  objectID = "a-rule-id",
  conditions = Some(Seq(Condition(
    pattern = "smartphone",
    anchoring = "contains",
    alternatives = true
  ))),
  consequence = Consequence(
    params = Some(Map("filters" -> "category = 1")),
  ),
)

client.execute {
  save rule ruleToSave inIndex "index_name"
}

Save a Rule with a context based condition

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$rule = array(
    'objectID' => 'a-rule-id',
    'conditions' => array(array(
        'context' => 'mobile',
    )),
    'consequence' => array(
        'params' => array(
            'filters' => 'release_date >= 1568498400',
        )
    )
);

$index->saveRule($rule);

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rule = {
  objectID: 'a-rule-id',
  conditions: [{
    context: 'mobile'
  }],
  consequence: {
    params: {
      filters: 'release_date >= 1568498400'
    }
  }
}

index.save_rule(rule)

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const rule = {
  objectID: 'a-rule-id',
  conditions: [{
    context: 'mobile'
  }],
  consequence: {
    params: {
      filters: 'release_date >= 1568498400'
    }
  }
};

index.saveRule(rule).then(() => {
  // done
});

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rule = {
    'objectID': 'a-rule-id',
    'conditions': [{
        'context': 'mobile'
    }]s,
    'consequence': {
        'params': {
            'filters': 'release_date >= 1568498400'
        }
    }
}

response = movies.save_rule(rule)

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let rule = Rule(objectID: "a-rule-id")
  .set(\.conditions, to: [
    Rule.Condition().set(\.context, to: "mobile")
  ])
  .set(\.consequence, to: Rule.Consequence()
    .set(\.query, to: Query()
      .set(\.filters, to: "release_date >= 1568498400")
    )
  )

index.saveRule(rule, forwardToReplicas: true) { result in
  if case .success(let response) = result {
    print("Response: \(response)")
  }
}

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val rule = Rule(
    objectID = ObjectID("a-rule-id"),
    conditions = listOf(Condition(
        context = Context.Literal("mobile")
    )),
    consequence = Consequence(
        query = Query(filters = "release_date >= 1568498400")
    ),
)

index.saveRule(rule)

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Rule ruleToSave = new Rule
{
    ObjectID = "a-rule-id",
    Conditions = new List<Condition>
    {
      new Condition { Context = "mobile"  }
    },
    Consequence = new Consequence
    {
        Params = new ConsequenceParams
        {
            AutomaticFacetFilters = new List<AutomaticFacetFilter>
            {
                new AutomaticFacetFilter { Facet = "release_date >= 1568498400" }
            }
        }
    }
  };

index.SaveRule(rule, forwardToReplicas: false);

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Condition condition = new Condition()
        .setContext("smartphone")

ConsequenceParams params = (ConsequenceParams) new ConsequenceParams()
        .setFilters("release_date >= 1568498400");

Consequence consequence =  new Consequence()
        .setParams(params);

Rule rule = new Rule()
        .setObjectID("a-unique-identifier")
        .setConditions(Collections.singletonList(condition))
        .setConsequence(consequence);

index.saveRule(rule);

// Asynchronous
index.saveRuleAsync(rule);

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forwardToReplicas := opt.ForwardToReplicas(false)

rule := search.Rule{
  ObjectID:  "a-rule-id",
  Conditions: []search.RuleCondition{{Context: "mobile"}},
  Consequence: search.RuleConsequence{
    Params: &search.RuleParams{
      QueryParams: search.QueryParams{
        Filters: opt.Filters("release_date >= 1568498400"),
      },
    },
  },
}

res, err := index.SaveRule(rule, forwardToReplicas)

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val ruleToSave = Rule(
  objectID = "a-rule-id",
  conditions = Some(Seq(Condition(
    context = "mobile",
  ))),
  consequence = Consequence(
    params = Some(Map("filters" -> "release_date >=  1568498400")),
  ),
)
client.execute {
  save rule ruleToSave inIndex "index"
}

Parameters

Parameter	Description
`objectID`	type: string Required Unique identifier for the Rule (format: `[A-Za-z0-9_-]+`). Note that for some languages, the objectID is duplicated in the Rule.
`Rule`	type: rule Required The rule object, its conditions and consequences. { objectID: objectID, conditions: conditions, consequence: consequence }
`forwardToReplicas`	type: boolean default: false Optional By default, this method applies only to the specified index. By making this `true`, the method will also send the Rule to all replicas.

Rule ➔ rule

Parameter	Description
`objectID`	type: string Required Must contain the same value as the preceding objectID.
`condition`	type: condition Optional This parameter is deprecated in favor of conditions. Condition of the Rule, expressed using the following variables: `pattern`, `anchoring`, `alternatives`, `context`. When the condition isn’t provided or is empty, the Rule is active for all queries to the relevant index. { "pattern": pattern, "anchoring": anchoring, "alternatives": alternatives, "context": context }
`conditions`	type: list of condition Optional A list of conditions that should apply to activate a Rule. You can use up to 25 conditions per Rule. Filters can also be used as conditions. [ { "pattern": pattern, "anchoring": anchoring, "alternatives": alternatives, "context": context } ]
`consequence`	type: consequence Required Consequence of the Rule. At least one of the following object must be used: params promote hide userData
`description`	type: string Optional This field is intended for Rule management purposes, in particular to ease searching for Rules and presenting them to human readers. It’s not interpreted by the API.
`enabled`	type: boolean default: true Optional Whether the Rule is enabled. Disabled Rules remain in the index, but aren’t applied at query time.
`validity`	type: list of timeRange Optional By default, Rules are permanently valid. When validity periods are specified, the Rule applies only during those periods; it’s ignored the rest of the time. The list must not be empty.

Rule ➔ rule ➔ condition

Parameter	Description
`pattern`	type: string Optional Query pattern syntax Query patterns are expressed as a string with a specific syntax. A pattern is a sequence of tokens, which can be either: Facet value placeholder: `{facet:$facet_name}`. Example: `{facet:brand}`. Literal: the world itself. Example: `Algolia`. You can’t use the special characters ``, `{`, `}`, `:`, and `\` in the condition pattern. This parameter goes hand in hand with the `anchoring` parameter. If you’re creating a Rule that depends on a specific query, you must specify the pattern and anchoring.* The empty `""` pattern is only allowed when `anchoring` is set to `is`. Otherwise, you can omit both.
`anchoring`	type: string, enum Optional { `is` \| `startsWith` \| `endsWith` \| `contains` }: Whether the `pattern` parameter must match the beginning or the end of the query string, or both, or none. This parameter goes hand in hand with the `pattern` parameter. If you’re creating a Rule that depends on a specific query, you must specify the `pattern` and `anchoring`. Otherwise, you can omit both.
`alternatives`	type: boolean default: false Optional If `true`, the `pattern` matches plurals, synonyms, and typos. For example, if `pattern` is “shoe” and `alternatives` is `true`, the `pattern` matches “shoes”, as well as synonyms and typos of “shoe”. A maximum of 10 alternatives will be checked for each word in `pattern`. If you have more than 10 alternatives, none will be checked.
`context`	type: string Optional Rule context (format: `[A-Za-z0-9_-]+`). When specified, the Rule is only applied when the same context is specified at query time (using the `ruleContexts` parameter). When absent, the Rule is generic and always applies (provided that its other conditions are met, of course).

Rule ➔ rule ➔ consequence

Parameter	Description
`params`	type: params Optional Additional search parameters. Any valid search parameter is allowed. Specific treatment is applied to these fields: `query`, `automaticFacetFilters`, `automaticOptionalFacetFilters`. { "query": query, "automaticFacetFilters": automaticFacetFilters, "automaticOptionalFacetFilters": automaticOptionalFacetFilters }
`promote`	type: list Optional Objects to promote as hits. Each object must contain the following fields: `objectID` or `objectIDs`, `position`. By default, you can promote up to 300 items per rule, and 100 items per promote group (`objectIDs`). { "objectID": objectID, "objectIDs": objectIDs, "position": position }
`filterPromotes`	type: boolean default: false Optional Only use in combination with the `promote` consequence. When `true`, promoted results will be restricted to match the filters of the current search. When `false`, the promoted results will show up regardless of the filters. { "promote": [ { "objectID": objectID, "position": position } ], "filterPromotes": true }
`hide`	type: list Optional Objects to hide from hits. Each object must contain an `objectID` field. By default, you can hide up to 50 items per rule. { "objectID": objectID }
`userData`	type: object Optional Custom JSON object that will be appended to the `userData` array in the response. This object isn’t interpreted by the API. It’s limited to 1kB of minified JSON.

Rule ➔ rule ➔ consequence ➔ params

Parameter	Description
`query`	type: string or query Optional When providing a string, it replaces the entire query string. When providing an object, it describes incremental edits to be made to the query string (but you can’t do both). { "edits": list of edit }
`automaticFacetFilters`	type: list of automaticFacetFilter Optional Names of facets to which automatic filtering must be applied; they must match the facet name of a facet value placeholder in the query pattern. Ex. `facetName1, facetName2`. You can specify a score: `facetName1\<score=5\>, facetName2\<score=1\>`.
`automaticOptionalFacetFilters`	type: object Optional Same syntax as `automaticFacetFilters`, but the engine treats the filters as optional. Behaves like optionalFilters.

Rule ➔ rule ➔ consequence ➔ promote-params

Parameter	Description
`objectID`	type: string true (unless using objectIDs) Unique identifier of the object to promote.
`objectIDs`	type: string[] true (unless using objectID) Array of unique identifiers of the objects to promote.
`position`	type: integer Required The position to promote the objects to (zero-based). If you pass `objectIDs`, the objects are placed at this position as a group. For example, if you pass four `objectID`s to position `0`, the objects take the first four positions.

Rule ➔ rule ➔ consequence ➔ hide

Parameter	Description
`objectID`	type: string Required Unique identifier of the object to hide.

Rule ➔ rule ➔ validity ➔ timeRange

Parameter	Description
`from`	type: integer Required Lower bound of the time range (Unix timestamp).
`until`	type: integer Required Upper bound of the time range (Unix timestamp).

Rule ➔ rule ➔ consequence ➔ params ➔ automaticFacetFilter

Parameter	Description
`facet`	type: string Required Attribute to filter on. This must match a facet placeholder in the Rule’s pattern.
`score`	type: integer default: 1 Optional Score for the filter. Typically used for optional or disjunctive filters.
`disjunctive`	type: boolean default: false Optional Whether the filter is disjunctive (`true`) or conjunctive (`false`). If the filter applies multiple times, perhaps because the query string contains multiple values of the same facet, the multiple occurrences are combined with an `AND` operator by default (conjunctive mode). If the filter is specified as disjunctive, however, multiple occurrences are combined with an `OR` operator.
`negative`	type: boolean default: false Optional Whether the match is inverted (`true`) or not (`false`).

Rule ➔ rule ➔ consequence ➔ params ➔ query ➔ edits ➔ edit

Parameter	Description
`type`	type: string Required Type of edit. Must be one of: `remove`: when you want to delete some text and not replace it with anything `replace`: when you want to delete some text and replace it with something else
`delete`	type: string Required Text or patterns to remove from the query string. [ { "type": "remove", "delete": "red" } ]
`insert`	type: string Optional Text that should be inserted in place of the removed text inside the query string. [ { "type": "replace", "delete": "red", "insert": "blue" } ]

Response

This section shows the JSON response returned by the API. Each API client encapsulates this response inside objects specific to the programming language, so that the actual response might be different. You can view the response by using the getLogs method. Don’t rely on the order of attributes in the response, as JSON doesn’t guarantee the ordering of keys in objects.

JSON format

Copy

          {
  "updatedAt":"2013-01-18T15:33:13.556Z",
  "taskID": 678
}

        

Field	Description
`updatedAt`	string Date at which the indexing job has been created.
`taskID`	integer The taskID used with the waitTask method.

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Save rule

About this method

Examples

Save a Rule

Save a Rule with alternatives enabled

Save a Rule with a context based condition

Parameters

Rule ➔ rule

Rule ➔ rule ➔ condition

Rule ➔ rule ➔ consequence

Rule ➔ rule ➔ consequence ➔ params

Rule ➔ rule ➔ consequence ➔ promote-params

Rule ➔ rule ➔ consequence ➔ hide

Rule ➔ rule ➔ validity ➔ timeRange

Rule ➔ rule ➔ consequence ➔ params ➔ automaticFacetFilter

Rule ➔ rule ➔ consequence ➔ params ➔ query ➔ edits ➔ edit

Response

JSON format

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