IBpy cannot cancel open orders placed manually - ibpy

When using ibpy trying to close some positions placed on TWS manually, it turns our we could not do this. Specifically, when performing:
self._tws.reqAllOpenOrders()
sleep(0.2)
We get the orders with id 0 (probably because i placecd it manually on TWS)
<openOrder orderId=0, contract=<ib.ext.Contract.Contract object at 0x103b78ad0>, order=<ib.ext.Order.Order object at 0x103b78a50>, orderState=<ib.ext.OrderState.OrderState object at 0x103b78b10>>
<orderStatus orderId=0, status=Submitted, filled=0, remaining=100, avgFillPrice=0.0, permId=134994568, parentId=0, lastFillPrice=0.0, clientId=0, whyHeld=None>
<openOrder orderId=0, contract=<ib.ext.Contract.Contract object at 0x103b78c90>, order=<ib.ext.Order.Order object at 0x103b78c50>, orderState=<ib.ext.OrderState.OrderState object at 0x103b78cd0>>
<orderStatus orderId=0, status=Submitted, filled=0, remaining=1, avgFillPrice=0.0, permId=134994562, parentId=0, lastFillPrice=0.0, clientId=0, whyHeld=None>
<openOrderEnd>
When trying to close it with:
self._tws.cancelOrder(0)
or
self._tws.cancelOrder(134994568)
I get the error:
<error id=0, errorCode=135, errorMsg=Can't find order with id =0>
<error id=134994562, errorCode=135, errorMsg=Can't find order with id =134994562>
Any idea how could we close them? Thank you.

You have to 'bind' the orders to the new client. Use this method tws.reqAutoOpenOrders(True). From the docs,
Finally, IBApi.EClient.reqAutoOpenOrders will allow to obtain those
orders manually placed using the TWS itself. This method also allows
the client application to take over these orders and modify them by
setting the autoBind parameter to true. If successfully bound, The
orders will be assigned (i.e. bound to) an API order id and as such be
eligible for modification.
client.reqAutoOpenOrders(true); Important: only those applications connecting with client Id 0 will be able to take over
manually submitted orders
Through the TWS' API settings it is possible to configure this
method's behaviour to some extent. As shown in the image below,
manually placed orders can be given a negative order Id which can
serve to easily tell manual from API submitted orders. The TWS'
tooltip elaborates further:
The callback will look like <openOrder orderId=-3,... and then you just call tws.cancelOrder(-3)
Note that you don't get orders placed previously in TWS, only those placed after the call to reqAutoOpenOrders.

Related

Logic App using HTTP Action to access and GET Jira ticket

So I followed this answer and it works fine:
https://stackoverflow.com/a/74981947/20829088
Provided URL:
https://<YOUR_DOMAIN>.atlassian.net/rest/api/2/search?jql=project=<PROJECTID>&fields=issue,status,name&startAt=0&maxResults=8000
However, it take a lot of time. So, if I want the url to check for specific ticket depending on created time and type of ticket. For example
I want ticket that is created within 15 days and that are NOT a sub-task.
so I tried something like this.
.....&fields=issue,summary,issuetype&created>=-15d&hierarchylevel=0
I'm not sure of how it should be written I just tried this and it doesn't work.
Here is the request result in JSON:
It should be earthier [subtask=false] OR [hierarchylevel=0] OR [name=Task]
After reproducing from my end, I could able to achieve this using Condition connector of logic apps. I have initialized an array variable first and then tried to append each item that satisfies the condition. Below is the flow of my logic app.
and then I used Parse Json to retrieve the required values for condition comparision
You can use the below Code view to reproduce the same in your environment.
{"definition":{"$schema":"https://schema.management.azure.com/providers/Microsoft.Logic/schemas/2016-06-01/workflowdefinition.json#","actions":{"For_each":{"actions":{"Compose":{"inputs":"#items('For_each')?['fields']?['created']","runAfter":{},"type":"Compose"},"Condition":{"actions":{"Append_to_array_variable":{"inputs":{"name":"Array","value":"#items('For_each')"},"runAfter":{},"type":"AppendToArrayVariable"}},"expression":{"or":[{"greaterOrEquals":["#formatDateTime(outputs('Compose'),'yyyy-MM-dd')","#formatDateTime(addDays(utcNow(),-15),'yyyy-MM-dd')"]},{"equals":["#items('For_each')?['fields']?['issuetype']?['subtask']",false]},{"equals":["#items('For_each')?['fields']?['issuetype']?['hierarchyLevel']",0]},{"equals":["#items('For_each')?['fields']?['status']?['statusCategory']?['name']","Task"]}]},"runAfter":{"Compose":["Succeeded"]},"type":"If"}},"foreach":"#body('Parse_JSON')?['issues']","runAfter":{"Parse_JSON":["Succeeded"]},"type":"Foreach"},"HTTP":{"inputs":{"authentication":{"password":"<API_KEY>","type":"Basic","username":"<USERNAME>"},"method":"GET","uri":"https://jira#<ProjectName>.atlassian.net/rest/api/2/search?jql=project=<ProjectID>"},"runAfter":{},"type":"Http"},"Initialize_variable":{"inputs":{"variables":[{"name":"Array","type":"array"}]},"runAfter":{"HTTP":["Succeeded"]},"type":"InitializeVariable"},"Parse_JSON":{"inputs":{"content":"#body('HTTP')","schema":{"properties":{"expand":{"type":"string"},"issues":{"items":{"properties":{"expand":{"type":"string"},"fields":{"properties":{"aggregateprogress":{"properties":{"progress":{"type":"integer"},"total":{"type":"integer"}},"type":"object"},"aggregatetimeestimate":{},"aggregatetimeoriginalestimate":{},"aggregatetimespent":{},"assignee":{},"components":{"type":"array"},"created":{"type":"string"},"creator":{"properties":{"accountId":{"type":"string"},"accountType":{"type":"string"},"active":{"type":"boolean"},"avatarUrls":{"properties":{"16x16":{"type":"string"},"24x24":{"type":"string"},"32x32":{"type":"string"},"48x48":{"type":"string"}},"type":"object"},"displayName":{"type":"string"},"emailAddress":{"type":"string"},"self":{"type":"string"},"timeZone":{"type":"string"}},"type":"object"},"customfield_10001":{},"customfield_10002":{},"customfield_10003":{},"customfield_10004":{},"customfield_10005":{},"customfield_10006":{},"customfield_10007":{},"customfield_10008":{},"customfield_10009":{},"customfield_10010":{},"customfield_10014":{},"customfield_10015":{},"customfield_10016":{},"customfield_10017":{"type":"string"},"customfield_10018":{"properties":{"hasEpicLinkFieldDependency":{"type":"boolean"},"nonEditableReason":{"properties":{"message":{"type":"string"},"reason":{"type":"string"}},"type":"object"},"showField":{"type":"boolean"}},"type":"object"},"customfield_10019":{"type":"string"},"customfield_10020":{},"customfield_10021":{},"customfield_10022":{},"customfield_10023":{},"customfield_10024":{},"customfield_10025":{},"customfield_10026":{},"customfield_10027":{},"customfield_10028":{},"customfield_10029":{},"customfield_10030":{},"customfield_10033":{},"description":{},"duedate":{},"environment":{},"fixVersions":{"type":"array"},"issuelinks":{"type":"array"},"issuetype":{"properties":{"avatarId":{"type":"integer"},"description":{"type":"string"},"entityId":{"type":"string"},"hierarchyLevel":{"type":"integer"},"iconUrl":{"type":"string"},"id":{"type":"string"},"name":{"type":"string"},"self":{"type":"string"},"subtask":{"type":"boolean"}},"type":"object"},"labels":{"type":"array"},"lastViewed":{},"priority":{"properties":{"iconUrl":{"type":"string"},"id":{"type":"string"},"name":{"type":"string"},"self":{"type":"string"}},"type":"object"},"progress":{"properties":{"progress":{"type":"integer"},"total":{"type":"integer"}},"type":"object"},"project":{"properties":{"avatarUrls":{"properties":{"16x16":{"type":"string"},"24x24":{"type":"string"},"32x32":{"type":"string"},"48x48":{"type":"string"}},"type":"object"},"id":{"type":"string"},"key":{"type":"string"},"name":{"type":"string"},"projectTypeKey":{"type":"string"},"self":{"type":"string"},"simplified":{"type":"boolean"}},"type":"object"},"reporter":{"properties":{"accountId":{"type":"string"},"accountType":{"type":"string"},"active":{"type":"boolean"},"avatarUrls":{"properties":{"16x16":{"type":"string"},"24x24":{"type":"string"},"32x32":{"type":"string"},"48x48":{"type":"string"}},"type":"object"},"displayName":{"type":"string"},"emailAddress":{"type":"string"},"self":{"type":"string"},"timeZone":{"type":"string"}},"type":"object"},"resolution":{},"resolutiondate":{},"security":{},"status":{"properties":{"description":{"type":"string"},"iconUrl":{"type":"string"},"id":{"type":"string"},"name":{"type":"string"},"self":{"type":"string"},"statusCategory":{"properties":{"colorName":{"type":"string"},"id":{"type":"integer"},"key":{"type":"string"},"name":{"type":"string"},"self":{"type":"string"}},"type":"object"}},"type":"object"},"statuscategorychangedate":{"type":"string"},"subtasks":{"type":"array"},"summary":{"type":"string"},"timeestimate":{},"timeoriginalestimate":{},"timespent":{},"updated":{"type":"string"},"versions":{"type":"array"},"votes":{"properties":{"hasVoted":{"type":"boolean"},"self":{"type":"string"},"votes":{"type":"integer"}},"type":"object"},"watches":{"properties":{"isWatching":{"type":"boolean"},"self":{"type":"string"},"watchCount":{"type":"integer"}},"type":"object"},"workratio":{"type":"integer"}},"type":"object"},"id":{"type":"string"},"key":{"type":"string"},"self":{"type":"string"}},"required":["expand","id","self","key","fields"],"type":"object"},"type":"array"},"maxResults":{"type":"integer"},"startAt":{"type":"integer"},"total":{"type":"integer"}},"type":"object"}},"runAfter":{"Initialize_variable":["Succeeded"]},"type":"ParseJson"}},"contentVersion":"1.0.0.0","outputs":{},"parameters":{},"triggers":{"manual":{"inputs":{"schema":{}},"kind":"Http","type":"Request"}}},"parameters":{}}

Get all the action log of an instance and the flavor attached to it

I was wondering if anyone can tell me how to get the action log of the instance using openstacksdk, novaclient. And while getting the action log, I also want to get the flavor attached to it. See the attached picture please.
I actually got the action log using this novaclient module:
novaclient.v2.instance_action.InstanceAction
but it shows me very little details and without the flavor id that I needed. The following fields it shows me are the following:
action, instance_uuid, message, project_id, request_id, start_time and user_id
I hope anyone can tell me how to get it.
I don't think it is possible to get the flavor id from the action list / server event list.
Openstack does not keep a database record of what each request did, or a historic record of the instance states. So you would need to resort to trawling the logs for the request-id ... which is OK for forensics, but does not scale. (And I don't know if the flavor is in the log messages.)
Of course, you could use the APIs (novaclient, openstacksdk) to get the current flavor for the instance, given its instance id. But that isn't exactly what you want.
It is possible record historical information using Gnochi + Ceilometer or similar, but you would need to have set this up already.

Can multiple requests update a single environment variable in Paw?

I have a variable named primary_address_id which can be set or updated via several API requests. For example, I may call AddAddress and specify that the new address should be the primary, or I can call MakePrimaryAddress to set an existing address as the primary.
I'm coming from Postman where I have tests defined for each of these API endpoints to update primary_address_id -- simple. But I can't find a way to do this in Paw; it seems I have to set the value to the response of just a single request. Am I missing something obvious? Or is this feature planned for a future release?
A workaround is to set the value of primary_address_id to the response from GetPrimaryAddress, but that means if I'm adding or updating an address I have to make a second call just to update my environment (which I may forget to do). If I could trigger GetPrimaryAddress to run after the Add/Update/List/etc endpoints that would be an acceptable workaround, but I shouldn't need to manually make two separate requests to accomplish this.
It sounds like you will need to make two subsequent requests but you can make groups of requests that will execute in sequence from one command.
Right click the request list and click "New Group" then within that group you can make a sequence of requests that will update your desired environment variable each time.
Create a new group of requests
To run a group of requests click on the group name; in this case "Address" and then click "Send Requests"
Execute group of requests in sequence
Hope this helps.

Add custom text to AX 2012 drill-down links

I want to customize the standard drill-down functionality and add a text parameter to the drill-down URL. I will then parse and use the parameter in the SysStartUpCmdDrillDown or EventDrillDownPoller class like the solution provided by Jan B. Kjeldsen in this question.
The standard drill-down link is dynamics://Target/?DrillDown_RecID/ :
dynamics://0/?DrillDown_5637230378/
In previous versions of AX it was possible to modify the RecId to custom text and parse the text once the client is started:
dynamics://0/?DrillDown_0MenuItemName=PurchTable&FieldName=PurchId&FieldValue=P000044
Unfortunately, in AX 2012 the RecId is checked before the client is started and if it is not a valid int64, the drill-down event is not sent to the client. Since it is not possible to change the RecId to anything other than an integer, #Alex Kwitny suggested in the comments at that same question that you can add the custom text to the drill-down target like this:
dynamics://0MenuItemName=PurchTable/?DrillDown_5637230378/
The problem I experience with this is that the link now gets confused about which instance to start.
If the target is equal to the value in the System Admin -> system parameters -> Alerts ->Drill-down target, a client with the correct server instance is started. When I append the text with my custom text, it always starts the default instance(Which could be different from the instance I intended to start). While this is not ideal, I could work around this issue.
The bigger problem is that it now always starts a new session of the default instance, even if a client session is already started. As far as I can see I cannot write X++ code to solve this issue since the server instance is determined before any code in the client is executed.
My question is this - How can I add custom text to the drill-down link while preserving the way the client instance is started: If a client for the instance is already open, it should process the link in the open client, and not start up a new client of the default instance.
You should probably come up with another solution as mentioned in this post, but there could still be a way.
The URL has two objects that can be modified:
dynamics://[Drill-down target(str)]/?Drilldown_[Int64]
According to you, if you modify the [Drill-down target], then it launches AX using the default client config, and that is behavior that you don't want. If you have a matching [Drill-down target], it'll launch in the open client window, which is behavior I can't confirm, but I'll take it at face value and assume you're correct.
So that means the only thing you can modify in the URL is [int64]. This is actually a string that is converted to an int64 via str2int64(...), which in turn corresponds to a RecId. This is where it gets interesting.
This work all happens in \Classes\SysStartUpCmdDrillDown\infoRun.
Well, lucky for you the ranges for the objects are:
RecId - 0 to 9223372036854775807
Int64 - -9223372036854775808 to 9223372036854775807
You can call minRecId() and maxRecId() to confirm this.
So this means you have -9223372036854775808 to -1 numbers to work with by calling URLs in this range:
dynamics://0/?DrillDown_-1
to
dynamics://0/?DrillDown_-9223372036854775808
Then you would modify \Classes\SysStartUpCmdDrillDown\infoRun to look for negative numbers, and fork to your custom code.
HOW you decide to user these negative #'s is up to you. You can have the first n-digits be a table id or a look-up value for a custom table. You can't technically use a RecId as part of that negative number because in theory the RecId could get up that high (minus 1).

Why does the url property key in Firebase snapshot keep changing?

I have not seen any discussion or awareness so far that Firebase does in fact make available a unique identifier--in fact the full URL--to each specific data record via their "snapshot" which they return, i.e. the wrapper around the data record (accessed via snapshot.val()). By doing a basic property examination of the snapshot I discovered that the unique URL is available (see examples below). However, it seems that, for some reason, Firebase keeps changing the name of the key every few days, causing my application to break. I have to go in and re-discover the new URL property key and change it so that it will work again.
Here are three examples of how I have seen the key change so far. Each value is the same, but the key keeps changing over time (i.e.: "Wb", "Xb", "bc").:
getMemberBySnapshot - snapshot has prop Wb with value https://prototype1.firebaseio.com/users/-IwohKfw1l5F3gFqyJJ5
getMemberBySnapshot - snapshot has prop Xb with value https://prototype1.firebaseio.com/users/-IwohKfw1l5F3gFqyJJ5
getMemberBySnapshot - snapshot has prop bc with value https://prototype1.firebaseio.com/users/-IwohKfw1l5F3gFqyJJ5
I have read Firebase's suggestions that developers should use an email address if they want a unique key (what if my model does not use an email field? What if a user wants to change their email?), or Firebase suggests altenatively to retrieve all existing records and then search through them on the client. Neither of these solutions are satisfying. But I'm seeing that they do provide the unique URL to each data record in the 'snapshot'. Why do they not provide a stabilized key so that a developer can call it consistently???
Firebase.js is a compiled script. The names of internal variables will change every time we compile it and release a new version, so you should definitely not be relying on any properties that are not documented on our website.
For your specific case, you should be using:
snapshot.ref().toString()
in order to get the URL.

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