financial

Arelle Webserver - How to extract the income statement from an XBRL filing?

▼魔方 西西 提交于 2019-12-03 08:47:40
I am trying to extract financial statement information based on type of the statement. Let me explain to you in a little more details. I want to extract the income statement, balance sheet and cash flow statement from an XBRL instance – especially US GAAP. For me, the perfect solution would be to have tags in the XML file in such a way that I can extract the income statement with tag <incomestatement> , balance sheet with <balancesheet> and cash flow with <cashflow> . Please help me here. I am a novice and do not posses much background in XBRL. rbr Fortunately, it is not that difficult to

Get Financial Option Data with YQL

自作多情 提交于 2019-12-03 07:48:53
I am using YQL to retrieve Financial Option data. Something like: select * from yahoo.finance.options where symbol="AAPL" and expiration="2011-07" However, the above query returns an optionsChain of data. Is there a way to retrieve just the record for a specific option symbol, e.g. symbol=AAPL110716C00155000 ? Thanks for your time. You can apply a "local filter", for your desired symbol, on the result set brought back from yahoo.finance.options in addition to the "remote filters" ( symbol and expiration ). select option from yahoo.finance.options where symbol = "AAPL" and expiration = "2011-07

Money data type for .NET?

匆匆过客 提交于 2019-12-03 04:13:53
问题 Looking for a good Money data type for .NET that supports currencies and exchange rates (with related behaviour & operations). Note: I started searching for the source code seen in print in the book Test-Driven Development By Example by author Kent Beck - he develops a nice Monetary concept. Unable to find the complete source online. The book does not contain one singular listing - instead it develops the source code over the duration of the book. Although the book doesn't go deeper I would

How to validate a International Securities Identification Number (ISIN) number

 ̄綄美尐妖づ 提交于 2019-12-03 03:08:52
If I am not wrong, ISIN numbers last position is a verification digit. What is the mathematical function that determines its value in function of the first 11 digits? http://en.wikipedia.org/wiki/International_Securities_Identification_Number The procedure for calculating ISIN check digits is similar to the "Modulus 10 Double Add Double" technique used in CUSIPs. To calculate the check digit, first convert any letters to numbers by adding their ordinal position in the alphabet to 9, such that A = 10 and M = 22. Starting with the right most digit, every other digit is multiplied by two. (For

Money data type for .NET?

时光总嘲笑我的痴心妄想 提交于 2019-12-02 16:36:49
Looking for a good Money data type for .NET that supports currencies and exchange rates (with related behaviour & operations). Note: I started searching for the source code seen in print in the book Test-Driven Development By Example by author Kent Beck - he develops a nice Monetary concept. Unable to find the complete source online. The book does not contain one singular listing - instead it develops the source code over the duration of the book. Although the book doesn't go deeper I would also like the Money class to support different rounding mechanisms because that also varies among

Rounding Standards - Financial Calculations

十年热恋 提交于 2019-12-02 15:50:34
I am curious about the existence of any "rounding" standards" when it comes to the calculation of financial data. My initial thoughts are to perform rounding only when the data is being presented to the user (presentation layer). If "rounded" data is then used for further calculations, should be use the "rounded" figure or the "raw" figure? Does anyone have any advice? Please note that I am aware of different rounding methods, i.e. Bankers Rounding etc. The first and most important rule: use a decimal data type , never ever binary floating-point types. When exactly rounding should be performed

R: how to access a tibble in a tibble?

北慕城南 提交于 2019-12-02 13:28:43
问题 I am reading Hadley's: http://r4ds.had.co.nz/tibbles.html However, I am still having difficulty referencing a tibble in a tibble. > library(tidyquant) > f <- tq_get("F", get="key.ratios") > f # A tibble: 7 x 2 section data <chr> <list> 1 Financials <tibble [150 x 5]> 2 Profitability <tibble [170 x 5]> 3 Growth <tibble [160 x 5]> 4 Cash Flow <tibble [50 x 5]> 5 Financial Health <tibble [240 x 5]> 6 Efficiency Ratios <tibble [80 x 5]> 7 Valuation Ratios <tibble [40 x 5]> > f["Financials"] Error

adjustOHLC - need solution to loop through character vector of tickers

回眸只為那壹抹淺笑 提交于 2019-12-02 06:19:11
问题 What I want to do is fairly easy but I haven't been able to figure it out. I thought I could do something similar to that outlined here I have a character vector of tickers that are xts OHLC objects returned by getSymbols . I want to loop through each ticker in symbols and pass the symbol to adjustOHLC to adjust for splits: symbols = c("FCX", "SPY") for(symbol in symbols){ return(adjustOHLC(symbol,adjust =c("split"), use.Adjusted=FALSE)) } It seems adjustOHLC does not grab the value of the

iTunesConnect Autoingest for financial earnings reports [closed]

风格不统一 提交于 2019-11-30 13:03:21
问题 Closed. This question is off-topic. It is not currently accepting answers. Want to improve this question? Update the question so it's on-topic for Stack Overflow. Closed 2 years ago . Apple has for some time had a tool, AutoIngest.class for downloading iTunes Connect sales and trend reports. Is there is a similar tool (or modified use of it) to pull the financial reports (more specifically the Earnings report from the "Payments and Financial Reports" page) without manually downloading them

FIX message delimiter

三世轮回 提交于 2019-11-30 08:00:57
问题 I am relatively new to FIX-Protocol. The delimiter for a FIX-Protocol message sometimes show ^ and other times |. Wikipedia for FIX-Protocol says [SOH] ( < Start of Header > for hex 0x01 ) being the character. Please explain the meaning of the same. For example a FIX-Protocol message can be visually represented as 8=FIX.4.4^9=122^35=D^34=215^49=CLIENT12^52=20100225-19:41:57.316^56=B^1=Marcel^11=13346^21=1^40=2^44=5^54=1^59=0^60=20100225-19:39:52.020^10=072^ or 8=FIX.4.4|9=122|35=D|34=215|49