larsvilhuber

// Create a program to download IPDS Completion data files
// The program will check if the file exists and if it does, it will download the file
// If the file does not exist, it will print a message to the user



capture program drop download_ipeds_completion
program define download_ipeds_completion
    version 17.0
    args year

larsvilhuber

.   *Check sample sizes
.   qui desc using ${scratch}/simple2010
.   assert r(N)==1941473
.   qui desc using ${scratch}/simple2018
.   assert r(N)==2011482

larsvilhuber

# this has worked as of 2024-03-01

# Specific DOI - resolves to a fixed version
zenodo.id <- "123456"
# We will recover the rest from Zenodo API
zenodo.api = "https://zenodo.org/api/records/"
# where to save
dataloc <- here::here("data","downloaded

larsvilhuber

# Instructions to author: 
# - Remove ALL paths in each of the files called. They are not needed.
# - Change all lines related to the bootstrap to read:
#  [x_M, vc_bs] = bs_abf(match, id_all, strg, K, start_bs, session, bootstrapsize);
#
# This replaces the entire section from the old README:
# Once the MATLAB data is generated, then need to run the MATLAB script est_abf_**.m (depending on whether interested in PD, BoSLI, BOSHI and on the shorter or expanded versions) and to get the results after this script is finished run the corresponding est_test_***.m script. In all these scripts the appropriate path needs to be updated as indicated. Additionally, in all est_abf_**.m scripts the desired bootstrapping needs to be adjusted for each separate estimation at the parts of code starting with [x_M, vc_bs] (for example at line 87 of est_abf_PD_twohalves.m). The MATLAB scripts call on functions bs_abf.m, chis_prb_gf.m, lik_i_abf.m, ll_abf.m, opt_abf.m, and waldtest_gf.m which are all included in the strategies fol

larsvilhuber

copy https://data.nber.org/sipp/1992/sipp92w1.zip $extractdir/92w1.zip
copy https://data.nber.org/sipp/1992/sip92w1.dct $extractdir/92w1.dct
copy https://data.nber.org/sipp/1992/sipp92w2.zip $extractdir/92w2.zip
copy https://data.nber.org/sipp/1992/sip92w2.dct $extractdir/92w2.dct
copy https://data.nber.org/sipp/1992/sipp92w3.zip $extractdir/92w3.zip
copy https://data.nber.org/sipp/1992/sip92w3.dct $extractdir/92w3.dct
copy https://data.nber.org/sipp/1992/sipp92w4.zip $extractdir/92w4.zip
copy https://data.nber.org/sipp/1992/sip92w4.dct $extractdir/92w4.dct
copy https://data.nber.org/sipp/1992/sipp92w5.zip $extractdir/92w5.zip
copy https://data.nber.org/sipp/1992/sip92w5.dct $extractdir/92w5.dct

larsvilhuber

// this would be the directory to put data
global root : pwd
global data "$root/datadir" 
cap mkdir "$data" 
// now to the file in question
global nhtsfile "nhts-ascii.zip"
capture confirm file  "$data/$nhtsfile"
if _rc != 0 {
   // what to do when file does NOT exist
   copy https://nhts.ornl.gov/2009/download/Ascii.zip "$data/$nhtsfile"

larsvilhuber

#!/bin/bash
# Based on https://stackoverflow.com/questions/42120767/upload-file-on-linux-cli-to-dropbox-via-bash-sh
# This is in principle superseded by Dropbox CLI

## OAUTH_DROPBOX is pulled from environment

if [ -z $OAUTH_DROPBOX ] 
then
  echo "No oauth token"
  exit 2

larsvilhuber

#!/bin/bash

if [ -z $SGE_TASK_ID ]
then
  for SGE_TASK_ID in $(seq 1 319)
  do
	  export SGE_TASK_ID
	  source $0
  done
else

larsvilhuber

docker run -e DISABLE_AUTH=true -v $WORKSPACE:/home/rstudio --rm -p 8787:8787 $space/$repo

larsvilhuber

[box]
type = box
token = {"access_token":"","token_type":"bearer","refresh_token":"","expiry":"2022-04-14T22:15:51.20094789-04:00"}