Salesforce has become a titan in the world of cloud computing and business data, consistently ranking as the number one customer relationship management (CRM) platform. In fact, the International Data Corporation (IDC) estimates that Salesforce CRM takes up 22.9% of the global market share.
However, while Salesforce is widely used, it isn't exactly the most user-friendly platform. For your Salesforce developer, this means analyzing and designing CRM workflows and custom solutions can be a challenging and time-consuming process.
One particular element that can be perplexing is the Salesforce Map methods. To find out what these are, why they're important, and how to use them, let's start by discussing Salesforce maps.
In the context of Salesforce development, a map is a data structure that stores key value pairs. What are map keys and values? These can be any kind of data, including a(n):
You can think of a Salesforce map as a dictionary in which each key corresponds to a specific value. For example, the table below would be a simple map of the words and definitions we’ve covered so far:
| Word (Key) | Salesforce map | Key value pair |
| Definition (Value) |
A collection of key value pairs where each unique key maps to a single value. |
A representation of any data type with two related elements. |
Here, you can see that each unique key, or word in this instance, matches up with a specific value in the matrix.
Salesforce map methods are functions that allow you to manipulate map data tables in a variety of ways, such as:
All map methods are also instance methods, operating on a single instance of a map. That means, before you can call a map, you need to create an object of the same class. By changing your maps using these methods, you can quickly find the information you’re looking for with a single key.
So, what are the different kinds of map methods?
Salesforce offers a plethora of map methods to help you manage the information in your data tables. Here are all 17 map methods you can use in Salesforce and what they do:
| Method | Description |
|---|---|
| clear() | Removes all of the key-value mappings |
| clone() | Makes a duplicate copy of the entire map |
| containsKey(key) | Returns "true" if there is a mapping for the specified key |
| deepClone() | Makes a duplicate of a map, including sObject records if it has the same values |
| equals(map2) | Compares your current map with the specified map and returns “true” if both maps are equal |
| get(key) | Returns the value mapped to the specified key, or “null” if there is no value for the key |
| getSObjectType() | Returns the token of the sObject type that makes up the map values |
| hashCode() | Returns the hash code corresponding to the map |
| isEmpty() | Returns true if the map doesn’t have any key value pairs |
| keySet() | Returns a set that contains all of the map keys it contains |
| put(key, value) | Adds a new key value pair to the map, associating the specific value with the unique key |
| putAll(fromMap) | Copies all of the mappings from a specified map to the original map |
| putAll(sobjectArray) | Adds a list of sObject records to a map declared as Map<ID, sObject>, or Map<String, sObject> |
| remove(key) | Removes all the mapping for a specified key and returns the corresponding value |
| size() | Returns the total number of key value pairs in the map |
| toString() | Returns the string representation of the map |
| values() | Returns a list containing all the values in the map |
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With eSpatial, you can:
As an alternative to Salesforce Maps, eSpatial is a location intelligence solution that’s easy to use and offers advanced functionality. Simply upload data from your Salesforce CRM, ERP, POS, or any other source — as long as it’s in an Excel or CSV format. From there, our algorithms automatically bring your data to life through vibrant sales maps that deliver actionable insights into your business.