CaseBlocks

The caseblocks NPM package is a library to interact with the CaseBlocks REST API.

It assumes that it will be executed in a Node.js envirnoment.

Installation

As with any NPM package:

npm install caseblocks --save

Initialization

The Caseblocks object, which is the main proxy with the Caseblocks REST API, has to first be initialized with the proper parameters:

const Caseblocks = require('caseblocks')
 
Caseblocks.setup("http://yourpathtocaseblocks.com:8080", "your_user_token")

The user token may be found in the User settings section of the Caseblocks web interface.

CaseType

Constructor

new Caseblocks.Casetype(attributes)

• arguments:

  • {object} attributes The attributes of the case type to create

• returns: {Casetype} The instance of Casetype

  ​

Class Methods

Casetype.get(caseTypeId)

• arguments:
  • {string} caseTypeId the id (primary key) attribute of a case type.
• returns: {Promise.<Case>}

Gets the case type from the server and returns the casetype object.

Caseblocks.Casetype.get("15").then(function(casetype) {
  console.log(casetype.id)
}).catch(function(err){
  console.error(err);
});

Instance Methods

fieldsOfType(fieldType)

Returns all the field objects in the casetype of the specified type, for example 'documents'.

Caseblocks.Casetype.get("15").then(function(casetype) {
  documentFields = casetype.fieldsOfType('document')
  console.log(documentFields)
}).catch(function(err){
  console.error(err);
});

Case

Class Methods

create(caseTypeCode, caseTypeId, caseData)

• arguments:
  • {string} caseTypeCode The plural underscored name of the case type this case will belong to.
  • {number|string} caseTypeId The id of the case type this case will belong to.
  • {object} caseData The attributes this case will have.
• returns: {Promise.<Case>}

Creates a case document in the supplied case type (case_type_code and case_type_id) with the data supplied.

Caseblocks.Case.create("support_requests", 42, {title: 'test1'})
    .then(function(doc) {
      console.log(doc.attributes.title)
    }).catch(function(err){
      console.error(err)
    });

get(caseTypeCode, caseId)

• arguments:
  • {string} caseTypeCode The plural underscored name of the case type this case belongs to.
  • {string} caseId The primary key for the case. As of today it is an instance of mongodb.ObjectId from the MongoDB NPM package.
• returns {Promise.<Case>}

Retrieves a case from caseblocks supplying the case type code and the id of the document.

Caseblocks.Case.get("support_requests", "550c40d1841976debf000003")
    .then(function(doc) {
      doc.attributes._id.should.equal("550c40d1841976debf000003")
      console.log(doc.id);
      console.log(doc.attributes.title)
    }).catch(function(err){
      console.error(err)
    });

search(caseTypeRepresentation, query)

This function provides the ability to search for documents and return an array of matching cases. As of version 1.2.0 it has two different usages depending on the nature of the arguments passed:

Legacy usage

WARNING: This way of usign it is deprecated and will eventually be removed.

• arguments:
  • {string|number} caseTypeRepresentation The id of the case type that we want to search instances of.
  • {string} searchQuery A search query following the Elasticsearch string query mini language syntax.
• returns {Promise.<[Case]>} An array of Case instances which are the same as you get from the get method. The length of the resulting [Case] array is limited to 10 elements.

Caseblocks.Case.search(31416, 'full_name:"Rick Sanchez" AND dimension:"C-137"')
  .then(results => {
    console.log("Found " + results.length + " cases!")
    resulsts.map(caseInstance => {
      console.log(caseInstance.attributes.title)
    })
  })
  .catch(err => {
    console.error(err.message)
  })

Recomended usage

A new, more convenient way of searching cases uses the following signarture:

• arguments:
  • {string} caseTypeRepresentation The singular underscored name of the case type we want to search instances of.
  • {string} searchQuery A search query following the Elasticsearch string query mini language syntax.
• returns {Promise.<[Case]>} An array of Case instances which are the same as you get from the get method. There is no limit on the number of cases retrieved.

Caseblocks.Case.search('mad_scientists', 'full_name:"Rick Sanchez" AND dimension:"C-137"')
  .then(results => {
    console.log("Found " + results.length + " cases!")
    resulsts.map(caseInstance => {
      console.log(caseInstance.attributes.title)
    })
  })
  .catch(err => {
    console.error(err.message)
  })

save()

Saves any changes made to the current case object.

Caseblocks.Case.get("support_requests", "550c40d1841976debf000003")
    .then(function(doc) {
      var d = new Date();
      var n = d.toUTCString();
      doc.attributes.systems_involved = n
      doc.save().then(function(doc) {
        console.log("Saved!");
      }).catch(function(err){
        console.error(err);
      });
    });

delete()

Not implemented yet

related(relatedCaseTypeCode, relationshipId)

Retrieves related cases from caseblocks supplying the case type code and the id of the document.

Caseblocks.Case.get("support_requests", "550c40d1841976debf000003")
    .then(function(doc) {
      doc.related(related_case_type_code, relation_id)
        .then(function(related_docs) {
            console.log(related_docs[0].id)
            console.log(related_docs[0].attributes.title)
          })
    }).catch(function(err){
      console.log(err)
    });

relatedByName(relatedCaseTypeCode)

• arguments:

  • {string} relatedCaseTypeCode The singular underscored name of the case type we want to search instances of.

• returns: {Promise.<[object]>} A promise that resolves into an array of objects, one for each different relationship for which there are cases of the type that corresponds to relatedCaseTypeCode. It has the following internal structure:

  [ 
    { 
      relationship_0: { 
        id: 530,
        from_fieldset_key: 'field_set_name_0',
        to_fieldset_key: 'field_set_name_1',
        position: 1,
        to_organization_type_id: 161,
        from_work_type_id: 162,
        // ...
        from_key: 'field_name_0',
        to_key: 'field_name_1' 
     	 },
     	cases: [ 
        case_00,
        // ...
        case_0n
      ] 
    },
    // ...
    { 
      relationship_m: { 
        id: 530,
        from_fieldset_key: 'field_set_name_0',
        to_fieldset_key: 'field_set_name_1',
        position: 1,
        to_organization_type_id: 161,
        from_work_type_id: 162,
        // ...
        from_key: 'field_name_0',
        to_key: 'field_name_1' 
     	 },
     	cases: [ 
        case_m0,
        // ...
        case_mn
      ] 
    },
  ]

  ​

Retrieves the cases that belong to this one and are of the case type that corresponds to the value of relatedCaseTypeCode . For example:

Caseblocks.Case.get('584fd9201e7d66d2870d80ba')
    .then(result => {
      result.related('grandchild')
        .then(relationships => {
            console.log(relationships[0].cases[0].attributes.full_name)
        })
    })
  	.catch(err => {
      console.log(err.message)
    });

teams()

Retrieves the teams that are participants in this case

Caseblocks.Case.get("support_requests", "550c40d1841976debf000003")
    .then(function(doc) {
      doc.teams().then(function(teams) {
        console.log(teams[0].display_name)
      })
    }).catch(function(err){
      console.log(err)
    });

users()

Retrieves the users that are listed as an individual user as a participant on this case

Caseblocks.Case.get("support_requests", "550c40d1841976debf000003")
    .then(function(doc) {
      doc.users().then(function(users) {
        console.log(users[0].display_name)
      })
    }).catch(function(err){
      console.log(err)
    });

participants()

Retrieves all the users that are participants including team members.

Caseblocks.Case.get("support_requests", "550c40d1841976debf000003")
    .then(function(doc) {
      doc.participants().then(function(users) {
        console.log(users[0].display_name)
      })
    }).catch(function(err){
      console.log(err)
    });

Document

Constructor

new Caseblocks.Document(attributes, caseInstance)

The constructor for document takes the attributes of the document and the case object it is contained within.

Class Methods

fromString(caseTypeId, caseInstance, fileName, contents)

• arguments:
  • {string|number} caseTypeId The id of the case type this case belongs to
  • {object} caseInstance The case to attach it to
  • {string} fileName The name of the file
  • {string} contents The content of the file
• returns: {Promise.<Document>} A promise that resolves to the metadata about the saved file.

This function creates a document from a string and attaches it to caseInstance.

const caseTypeId = 1964
fileName = 'secret_message.txt'
fileContents = 'The bird is in the nest.'
 
Caseblocks.Case.get('secret_agents', '09eef94cbc39370046000da1')
    .then(caseInstance => 
        
          Caseblocks.Document.fromString(
            caseTypeId,
            caseInstance,
            fileName,
            fileContents
          ).then(document => {
          
            // Do something with the document
            
          }).catch(err => {
            
            // Handle error
            
          })
        
    ).catch(err => {
      
      // Handle error
      
    })

Once an invocation of this method has succeeded a new text file may be found in the documents section of the view of the specified case. Its name and contents will be fileName and contents.

Instance Methods

rename(newFilename)

Renames the document in the case and updates any related document fields

Caseblocks.Case.get("support_requests", "case-with-documents")
    .then(function(caseInstance) {
      docs = caseInstance.documents()
      if (docs.length > 0) {
        docs[0].rename("new-filename.pdf").then(function(doc) {
          console.log(doc.file_name)
        }).catch(function(err){
          console.log(err)
        });
      }
    }).catch(function(err){
      console.error(err)
    });

delete()

• returns: {Promise.<boolean>} A promise that resolves into True if and only if the document instance has been successfully deleted.
• throws: {Error} When the deletion was not successful.

Deletes both de document instance and the file in the server it represents.

// Assuming Field Agent case with id '09eef94cbc3k70046000da1' 
// has one or more documents.
Caseblocks.Case.get('field_agent', '09eef94cbc3k70046000da1')
    .then(fieldAgent => 
        fieldAgent.documents().pop()    
    )
    .then(document => 
        document.delete()
            .then(deleted => {
                if (deleted) {
                    const msg = `The document "${classifiedFile}" has been deleted.`
                    console.log(msg)
                }
            })
    )
    .catch(err => {
      // Handle error
    })

copyToCase(caseInstance, options)

• arguments:
  • {Case} caseInstance the case to which attach a copy of the file that the document instance represents.
  • {object} options a plain object whose attributes modify the operations of this function:
    • {string} targetFilename The name the file copied should have in the destination case folder. Its default value is the name of the source file (this.file_name). It should include the file name extension.
    • {boolean} overwriteOnFound true if the file contents of a destination file with the same name are to be overwritten by the ones of the document being copied. Its default value is false.
• returns: {Promise.<Document>} A promise that resolves into the instance of the new instance of Document attached to caseInstance, whose file contents are a copy of the ones found in this. The promise is rejected if an error occurred at any of the stages of the operation it implements or if caseInstance.documents().some(d => d.file_name === options.targetFilename) and options.overwriteOnFound === false.

Copies the Document instance that this method is called upon and attaches it to the target Case instance, copying as well the contents of the file this it represents.

Caseblocks.Case.get('capulet_members', '82aef94cbc3d70046000da1')
    .then(juliet => 
        Caseblocks.Case.get('montague_members', '09eef94cbc3k70046000da1')
            .then(romeo => {
                const document = juliet.documents().find(
                    document => document.file_name ==== 'desperate_love_letter.md'
                )
                return document.copyToCase(romeo, {
                    newFileName: 'letter_from_juliet.md'
                })
            })        
    )
    .then(newDocument => {
        // At this point newDocument belongs to romeo and represents a file attached
        // to this case with name 'letter_from_juliet.md' and the same contents
        // as the original 'desperate_love_letter.md' file that is still attached
        // to the juliet case.  
    })
    .catch(err => {
        // Handle error
    })

Tasklist

Class Methods

get(taskListId)

Retrieve a tasklist matching the id supplied.

    Caseblocks.Tasklist.get("550c40d1841976debf00000a").then(function(tasklist) {
      console.log(tasklist.name)
    }).catch(function(err){
      console.error(err)
    })

getAll(taskListIds)

Retrieves multiple tasklists in one go. Pass in an array of string id's and the matching Tasklists will be returned in an array.

const ids = [
    "550c40d1841976debf00000a", 
    "550c40d1841976debf00000c", 
    "550c40d1841976debf00000e"
];
 
Caseblocks.Tasklist.getAll(ids).then(function(tasklists) {
  console.log(tasklists.length)
}).catch(function(err){
  console.error(err)
});

tasks()

Retrieves all tasks associated with this tasklist, returns a promise with an array of tasks.

const ids = [
    "550c40d9841976debf000018", 
    "550c40d9841976debf00001a", 
    "550c40d9841976debf00001c"
];
 
Caseblocks.Tasklist.getAll(ids).then(function(tasklists) {
  var tasklists_returned = tasklists.length
  tasklists.forEach(function(tasklist) {
    tasklist.tasks().then(function(tasks) {
      tasks.forEach(function(task) {
        all_tasks.push(task)
      });
      tasklists_count++;
      if (tasklists_returned == tasklists_count) {
        done();
      }
    }).catch(function(err){
      done(err);
    });
  })
}).catch(function(err){
  done(err);
});

Task

Class Methods

get(taskId)

Retrieves a task matching the id supplied

Caseblocks.Task.get("550c40d1841976debf000004").then(function(task) {
  task.description.should.equal("Create Pull Request")
  done();
}).catch(function(err){
  done(err);
})

getAll(taskIds)

Retrieves multiple tasks in one go. Pass in an array of string id's and the matching Tasks will be returned in an array.

const ids = [
    "550c40d1841976debf000004",
    "550c40d1841976debf000005",
    "550c40d1841976debf000006",
    "550c40d1841976debf000007",
    "550c40d1841976debf000008",
    "550c40d1841976debf000009"
]   
 
Caseblocks.Task.getAll(ids).then(function(tasks) {
      tasks.length.should.equal(6)
      tasks[2].description.should.equal("Merge in Github")
      done();
    }).catch(function(err){
      done(err);
    });

Team

Public Methods

get(teamId)

Retrieves a team matching the id supplied

Caseblocks.Team.get(5).then(function(team) {
  console.log(team.display_name))
}).catch(function(err){
  console.err(err)
})

Instance Methods

members()

Retrieves the users that are members in this team.

Caseblocks.Team.get(5).then(function(team) {
  team.members().then(function(users) {
    users.map(function(user) {
      console.log(user.display_name)
    })
  })
}).catch(function(err){
  console.err(err)
})

User

Public Methods

get(userId)

Retrieves a user matching the id supplied

Caseblocks.User.get(5).then(function(user) {
  console.log(user.display_name))
}).catch(function(err){
  console.err(err)
})

getAll()

Retrieves the complete list of users for an account

Caseblocks.User.getAll().then(function(users) {
  for (var i=0; i <= users.length; i++) {
    console.log(users[i].display_name))        
  }
}).catch(function(err){
  console.err(err)
})

Buckets

Class Methods

get(bucketId, caseTypeCode)

Retrieves a bucket from caseblocks supplying the id of the bucket and its case type code.

Caseblocks.Bucket.get(6, "bulk_uplifts").then(function(bucket) {
    log(bucket.attributes.name)
}).catch(function(err) {
    log("Failed to get bucket")
    fail(JSON.stringify(err))
})

stats()

Saves any changes made to the current document.

Caseblocks.Bucket.get(6, "bulk_uplifts").then(function(bucket) {
  log(bucket.attributes.name)
  bucket.stats().then(function(bucket_stats) {
    summary = bucket_stats["bucket_summary"]
    log("")
    log("Summary")
    log("=======")
    log("Total: " + summary.total)
    log("Last 24 hrs: " + summary.total_in_last_24_hours)
    log("")
    log("Stats")
    log("=====")
    stats = bucket_stats["bucket_stats"]
    for(i in stats) {
        log("  " + stats[i].term + ": " + stats[i].count)
    }
  }).catch(function(err) {
      log("Failed to get stats")
      fail(JSON.stringify(err))
  })
}).catch(function(err) {
    log("Failed to get bucket")
    fail(JSON.stringify(err))
})

cases(page, pageSize)

Retrieves cases contained in the bucket by page. Parameters are optional and page defaults to 0 and pageSize defaults to 10.

Caseblocks.Bucket.get(6, "bulk_uplifts").then(function(bucket) {
  log(bucket.attributes.name)
  bucket.cases(0,10).then(function(cases) {
    log("Found " + cases.length + " cases.")
 
    for(kase of cases) {
        log(kase.attributes.title)
    }
 
    exit(payload)
  }).catch(function(err) {
      log("Failed to get cases")
      fail(JSON.stringify(err))
  })
}).catch(function(err) {
    log("Failed to get bucket")
    fail(JSON.stringify(err))
})

Email

The email functions allow you to send an email either through mandrill or smtp. You can also use the mandrill templating features.

Instantiate a new Caseblocks.Email object passing in your initial configuration, like keys and server details, then you can add recipients and setup your from address, subject, and body (html or text).

Mandrill is set as default and requires 'key' to be passed in when instantiating the object.

Other properties available are

• serverType - 'mandrillapp' or 'smtp' values are valid.
• smtpServer - required if serverType is smtp and is host of smtp server to use
  • key - required if serverType is mandrill and is they access token key for your account

Example:

let email = new Caseblocks.Email({"key": "sample-key"})
email.to("[e-mail]")
email.to("[e-mail]")
email.bcc("[e-mail]")
email.from("[e-mail]")
email.subject("This is a sample Subject")
email.body("<html><body style='text-align: center;'><h1>Hello World</h1></body></html>")
 
email.send().then(function(result) {
  exit(result);
})

The above example sets up the key for mandrill then adds a to address, bcc address, sets up the from address, subject and then adds an html body, then sends the email.

Note: Sending through SMTP is not implemented yet.

Class Methods

to(email, name)

You can call to many times to add recipients to the email. Name is an optional parameter.

cc(email, name)

You can call cc many times to add recipients to the email. Name is an optional parameter.

bcc(email, name)

You can call bcc many times to add recipients to the email. Name is an optional parameter.

from(email, name)

The from function, sets the from address of the email. Again, name is optional.

subject(text)

Sets the subject for the email, text should be a string that will be used as the subject in the email.

body(data)

Sets the html body of the email, which will also automatically set the text using an html-to-text conversion tool.

html(data)

Alias of body

text(data)

Sets the text only version of the email. This should be set after html as setting html overwrites this value.

send()

This function sends an email using either mandrill or smtp (to be implemented). The above example shows how to setup an email before you call send.

sendTemplate(template, data)

Sends an email using a mandrill template. The first parameter is a string that should match an existing mandrill template you wish to use. The second parameter is a hash of data to be used with the template, eg

{
  "title": "Have a merry Christmas",
  "body": "Lorem ipsum dolor sit amet, consectetur adipiscing elit."
}

This data will then be used with the fields in the mandrill template to render the email.

Conversation

The conversation object methods allow the creation of messages attached to a particular case.

create(caseInstance, attributes)

• arguments:

  • {Case} caseInstance the case this conversation should be attached to.
  • {object} attributes a plain object with the data to create the conversation to attach to caseInstance. The attributes of this object are:
    • {string} body The contents of the message to post.
    • {string} subject The contents to show as the subject of the message.
    • {[object|string]} recipients An array of values that represent the recipients of the message. Each of its elements may take one of the 2 following values:
      • If it is an object, it must have the following attributes:
        • {string} email The email address of the recipient.
        • {string} display_name The name of the recipient.
        • {string} type One of the following 3 values: {'Users', 'Teams', 'Custom'}, which mean the following:
          • 'Users' refers to a recipient that is registered as one of the CaseBlocks account users. Setting this attribute to this value will default to sending the email message with the internal_conversation template.
          • 'Teams' refers to a recipient that is a team, that is, a group of the account's CaseBlocks users. Setting this attribute to this value will default to sending the email message with the internal_conversation template.
          • 'Custom' refers to a recipient that is not registered as one of the account's CaseBlocks users. Setting this attribute to this value will default to sending the email message with the external_conversation template.
      • If it is a string it must be the email address of the recipient. In this case, the diplay_name used will be the email address itself and the type value of the recipient will be 'Custom'.
    • {[string]} attachments A list of Document instances' ids from those that belong to the caseInstance, which will be referenced as an attachment to the conversation message.
    • {string} author_id The id of the user on whose behalf this message should be posted.

• returns: {Promise.<object>} A promise that resolves into a an object that represents the JSON payload returned by the server, which contains information on the execution of the request.

Creates a conversation and attaches it to a case.

Caseblocks.Case.get('secret_agents', '09eef94cbc39370046000da1')
    .then(caseInstance => {
        const conversationAttributes = {
            body: '<p>I have doubts about her loyalty.</p>'
            subject: 'I have some doubts.'
            recipients: [
                {
                    display_name: The Boss
                    email: [e-mail],
                    type: 'Users' 
                },
                '[e-mail]'           
            ],
            attachments: [],
            author_id: currentUser.id           
        }
        return Conversation.create(caseInstance, conversationAttributes)    
    })
    .then(response => {
        // Handle response
    })
    .catch(err => {  
        // Handle error
    })

Tests

Writing

You will find the existing specs under the test folder. HTTP calls are mocked in the spec_helper.js using nock file and you should add to this the calls and their results you expect to make.

Running

npm test

Simples.

Deploying to NPM

Setup NPM

If this is the first time you are pushing to npm, you will need to setup your local npm first.

npm set init.author.name "Your Name"
npm set init.author.email "[e-mail]"
npm set init.author.url "http://yourblog.com"
npm adduser

Publishing

First task is to increment the version number in package.json. Increment the last number for small changes... eg 0.1.17 becomes 0.1.18.

"version": "0.1.18"

Save the file publish using the following command.

npm publish

Contributing

In lieu of a formal styleguide, just assume the basic good practice of taking care to maintain the existing coding style. Add unit tests for any new or changed functionality. Lint and test your code.