yahoo finance
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@ -143,7 +143,7 @@ function get_marketdata {
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fi
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rm "${f_histfile}.tmp"
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# calc indicators ans if 1d then generate 1w histfile
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# calc indicators and if 1d then generate 1w histfile
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if [[ $f_interval = 1d ]]
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then
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get_indicators "${f_histfile}"
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@ -154,5 +154,3 @@ function get_marketdata {
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fi
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}
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#https://production.dataviz.cnn.io/index/fearandgreed/graphdata
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@ -86,26 +86,37 @@ function get_marketdata_yahoo {
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# cleanup
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rm -f "$f_targetcsvtmp" "${f_targetcsvtmp}".err ${f_targetjsontmp} "${f_targetjsontmp}".err
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if [ "$f_timeframe" = "1d" ] || [ "$f_timeframe" = "1wk" ] || [ "$f_timeframe" = "1mo" ]
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then
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### DEPRECATED - Yahoo Finance deactivated public API 2024-09 !!! ###
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g_echo_note "DEPRECATED - Yahoo Finance deactivated public API 2024-09 !!!"
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return 1
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## restrict to finished candles
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#[ "$f_timeframe" = "1d" ] && f_sec=$(TZ=US/NY date -d 'last day 0:00' '+%s')
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#[ "$f_timeframe" = "1wk" ] && f_sec=$(TZ=US/NY date -d 'last monday 0:00' '+%s')
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#[ "$f_timeframe" = "1mo" ] && f_sec=$(TZ=US/NY date -d "$(date -d "@$(date -d "last month" +%s)" +'%Y-%m-01')" +%s)
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## Download historical data from yahoo
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#g_wget -O "${f_targetcsvtmp}" "https://query1.finance.yahoo.com/v7/finance/download/${f_item}?period1=0&period2=${f_sec}&interval=${f_timeframe}&events=history" 2>"${f_targetcsvtmp}".err
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else
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local f_from
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[ "$f_timeframe" = "5m" ] && f_from=$(date -d "now -86000 minutes" +%s)
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[ "$f_timeframe" = "15m" ] && f_from=$(date -d "now -86000 minutes" +%s)
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[ "$f_timeframe" = "1h" ] && f_from=$(date -d "now -17510 hour" +%s)
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[ "$f_timeframe" = "1d" ] && f_from=1
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[ "$f_timeframe" = "1wk" ] && f_from=1
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[ "$f_timeframe" = "1mo" ] && f_from=1
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# Download data from yahoo
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g_wget -O "${f_targetjsontmp}" "https://query1.finance.yahoo.com/v7/finance/chart/${f_item}?interval=${f_timeframe}&period2=${f_sec}" 2>"${f_targetjsontmp}".err
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g_wget -O "${f_targetjsontmp}" "https://query1.finance.yahoo.com/v8/finance/chart/${f_item}?interval=${f_timeframe}&period1=${f_from}&period2=${f_sec}" 2>"${f_targetjsontmp}".err
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# Create csv from json
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jq -r '.chart.result[0] as $result | range(0; $result.timestamp | length) | [$result.timestamp[.], $result.indicators.quote[0].open[.], $result.indicators.quote[0].high[.], $result.indicators.quote[0].low[.], $result.indicators.quote[0].close[.], $result.indicators.quote[0].volume[.]] | @csv' "${f_targetjsontmp}" >"${f_targetcsvtmp}.unixtime" 2>"${f_targetjsontmp}".err
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# remove last/open timeframe (use only closed)
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sed -i '$d' "${f_targetcsvtmp}.unixtime"
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# change unix time to human readable and fill unfilled lines, ignore lines not with 00 secolds (last line)
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local date_time open high low close lastopen lasthigh lastlow lastclose volume
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while IFS=, read -r timestamp open high low close volume; do
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date_time=$(printf "%(%Y-%m-%d %H:%M:%S)T" $timestamp)
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while IFS=, read -r timestamp open high low close volume
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do
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if [ "$f_timeframe" = "1d" ] || [ "$f_timeframe" = "1mo" ]
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then
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printf -v date_time "%(%Y-%m-%d)T" $timestamp
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elif [ "$f_timeframe" = "1wk" ]
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then
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# on week 1 day back like crypto assets
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date_time=$(date -d "yesterday $(date -d "@$timestamp" "+%Y-%m-%d")" "+%Y-%m-%d")
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else
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printf -v date_time "%(%Y-%m-%d %H:%M:%S)T" $timestamp
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fi
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[ -z "$open" ] && open=$lastopen
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[ -z "$high" ] && high=$lasthigh
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[ -z "$low" ] && low=$lastlow
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@ -116,8 +127,7 @@ function get_marketdata_yahoo {
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lastlow=$low
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lastclose=$close
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echo "$date_time,$open,$high,$low,$close,$volume"
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done < "${f_targetcsvtmp}.unixtime" | grep ":00," >${f_targetcsvtmp}
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fi
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done < "${f_targetcsvtmp}.unixtime" >${f_targetcsvtmp}
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# error if no csvfile available
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if ! [ -s "${f_targetcsvtmp}" ]
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@ -138,4 +148,3 @@ function get_marketdata_yahoo {
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fi
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}
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@ -35,21 +35,21 @@ function get_ohlcv-candles {
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g_echo_note "Fetching/Refreshing $f_eco_asset $f_timeframe"
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f_histfile="asset-histories/ECONOMY-${f_eco_asset}.history.${f_timeframe}.csv"
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# 4h timefrage does not exist on coinmarketcap finance so calc from 1h
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# 4h timeframe does not exist on yahoo finance so calc from 1h
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if [ "$f_timeframe" = "4h" ]
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then
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f_1h_histfile="asset-histories/ECONOMY-${f_eco_asset}.history.1h.csv"
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[ -s "$f_1h_histfile" ] && convert_ohlcv_1h_to_4h "$f_1h_histfile" "$f_histfile"
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f_add_missing_ohlcv_intervals "$f_histfile" 4h
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elif [ "$f_timeframe" = "1d" ]
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then
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f_1h_histfile="asset-histories/ECONOMY-${f_eco_asset}.history.1h.csv"
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[ -s "$f_1h_histfile" ] && convert_ohlcv_1h_to_1d "$f_1h_histfile" "$f_histfile"
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f_add_missing_ohlcv_intervals "$f_histfile" 1d
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elif [ "$f_timeframe" = "1w" ]
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then
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f_1d_histfile="asset-histories/ECONOMY-${f_eco_asset}.history.1d.csv"
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[ -s "$f_1d_histfile" ] && convert_ohlcv_1d_to_1w "$f_1d_histfile" "$f_histfile"
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# elif [ "$f_timeframe" = "1d" ]
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# then
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# f_1h_histfile="asset-histories/ECONOMY-${f_eco_asset}.history.1h.csv"
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# [ -s "$f_1h_histfile" ] && convert_ohlcv_1h_to_1d "$f_1h_histfile" "$f_histfile"
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# f_add_missing_ohlcv_intervals "$f_histfile" 1d
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# elif [ "$f_timeframe" = "1w" ]
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# then
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# f_1d_histfile="asset-histories/ECONOMY-${f_eco_asset}.history.1d.csv"
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# [ -s "$f_1d_histfile" ] && convert_ohlcv_1d_to_1w "$f_1d_histfile" "$f_histfile"
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else
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get_ohlcv-candle "${f_eco_asset}" ${f_timeframe} "${f_histfile}" "ECONOMY-${f_eco_asset}"
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fi
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@ -358,126 +358,126 @@ function convert_ohlcv_1h_to_4h {
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}
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function convert_ohlcv_1h_to_1d {
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g_echo_note "RUNNING FUNCTION ${FUNCNAME} $@"
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local f_input_file="$1"
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local f_output_file="$2"
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local f_latestdate f_nextdate f_mytimezone f_line f_date f_open f_high f_low f_close f_volume f_inday i
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if ! [ -s "$f_input_file" ]
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then
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g_echo_error "$f_input_file"
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return 0
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fi
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# crypto timezone UTC
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local f_target_timezone=UTC
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# US economy timezone America/New_York
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[[ $f_input_file =~ ECONOMY ]] && f_target_timezone="America/New_York"
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[ -s "$f_output_file" ] && f_latestdate=$(tail -n1 "$f_output_file" | cut -d, -f1)
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[ -z "$f_latestdate" ] && f_latestdate=$(date -d "$(head -n1 "$f_input_file" | cut -d, -f1)" +%Y-%m-%d)
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f_latestdate=$(TZ="$f_target_timezone" date -d "$f_latestdate $f_mytimezone" "+%Y-%m-%d")
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f_nextdate=$(date -d "$f_latestdate +1day" "+%Y-%m-%d")
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#echo $f_latestdate
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#echo $f_nextdate
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# mytimezone, respecting summer/winter time
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f_mytimezone=$(date -d "$_latestdate" +%Z)
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local f_today=$(TZ="$f_target_timezone" date "+%Y-%m-%d")
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# check if there is a $f_latestdate
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grep -A9999 -B24 "^$f_latestdate" "$f_input_file" >"$g_tmp/convert_ohlcv_1h_to_1d_nextlines"
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if ! [ -s "$g_tmp/convert_ohlcv_1h_to_1d_nextlines" ]
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then
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cat "$f_input_file" >"$g_tmp/convert_ohlcv_1h_to_1d_nextlines"
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f_nextdate=$(date -d "$(head -n1 "$g_tmp/convert_ohlcv_1h_to_1d_nextlines" | cut -d, -f1)" +%Y-%m-%d)
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fi
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# go through lines and switch to $f_target_timezone
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cat "$g_tmp/convert_ohlcv_1h_to_1d_nextlines" | grep ':00:00,' | cut -d, -f1,2,3,4,5,6 | while read f_line
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do
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g_array "$f_line" g_line_array ,
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# calculate day in target timezone
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g_line_array[0]=$(TZ="$f_target_timezone" date -d "${g_line_array[0]} $f_mytimezone" "+%Y-%m-%d")
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[[ ${g_line_array[0]} = $f_today ]] && break
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echo "${g_line_array[0]},${g_line_array[1]},${g_line_array[2]},${g_line_array[3]},${g_line_array[4]},${g_line_array[5]}"
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done >"${f_output_file}.tmp"
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# check if $f_nextdate really exists in $f_target_timezone if not add a day until it exists
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# useful for weekends
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i=1
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until grep -q "^$f_nextdate" "${f_output_file}.tmp"
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do
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echo $f_nextdate
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f_nextdate=$(date -d "$f_nextdate +1day" "+%Y-%m-%d")
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i=$((i++))
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if [ $i -gt 10 ]
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then
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g_echo_warn "${FUNCNAME} $@: no nextdate found after >10 iterations"
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return 1
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fi
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done
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# go through converted lines
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cat "${f_output_file}.tmp" | while read f_line
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do
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g_array "$f_line" g_line_array ,
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[[ ${g_line_array[0]} = $f_today ]] && break
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# wait untin next day in target file reached
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if [[ ${g_line_array[0]} = $f_nextdate ]]
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then
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f_end_reached=1
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else
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[ -z $f_end_reached ] && continue
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fi
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# if dayend
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if [ -n "$f_inday" ] && [[ $f_latestdate != ${g_line_array[0]} ]]
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then
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#echo "day end $f_date" 1>&2
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# day end
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f_close=${g_line_array[4]}
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echo "$f_date,$f_open,$f_high,$f_low,$f_close,$f_volume"
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f_inday=""
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fi
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# calc values if inday
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if [ -n "$f_inday" ]
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then
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#echo "in day $f_date" 1>&2
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# in day
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# add volume
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g_calc "$f_volume+${g_line_array[5]}"
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f_volume=$g_calc_result
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# look for higher high
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g_num_is_higher ${g_line_array[2]} $f_high && f_high=${g_line_array[2]}
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# look for lower low
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g_num_is_lower ${g_line_array[3]} $f_low && f_low=${g_line_array[3]}
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fi
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# if newday
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if [ -z "$f_inday" ]
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then
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#echo "day begin ${g_line_array[0]}" 1>&2
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# day begin
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f_inday=1
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f_date=${g_line_array[0]}
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f_latestdate=$f_date
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f_open=${g_line_array[1]}
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f_high=${g_line_array[2]}
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f_low=${g_line_array[3]}
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f_volume=${g_line_array[5]}
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fi
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done >>"$f_output_file"
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}
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#function convert_ohlcv_1h_to_1d {
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#
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# g_echo_note "RUNNING FUNCTION ${FUNCNAME} $@"
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#
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# local f_input_file="$1"
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# local f_output_file="$2"
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#
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# local f_latestdate f_nextdate f_mytimezone f_line f_date f_open f_high f_low f_close f_volume f_inday i
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#
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# if ! [ -s "$f_input_file" ]
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# then
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# g_echo_error "$f_input_file"
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# return 0
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# fi
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#
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# # crypto timezone UTC
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# local f_target_timezone=UTC
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# # US economy timezone America/New_York
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# [[ $f_input_file =~ ECONOMY ]] && f_target_timezone="America/New_York"
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#
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# [ -s "$f_output_file" ] && f_latestdate=$(tail -n1 "$f_output_file" | cut -d, -f1)
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# [ -z "$f_latestdate" ] && f_latestdate=$(date -d "$(head -n1 "$f_input_file" | cut -d, -f1)" +%Y-%m-%d)
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# f_latestdate=$(TZ="$f_target_timezone" date -d "$f_latestdate $f_mytimezone" "+%Y-%m-%d")
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# f_nextdate=$(date -d "$f_latestdate +1day" "+%Y-%m-%d")
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#
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# # mytimezone, respecting summer/winter time
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# f_mytimezone=$(date -d "$_latestdate" +%Z)
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#
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# local f_today=$(TZ="$f_target_timezone" date "+%Y-%m-%d")
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# # check if there is a $f_latestdate
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# grep -A9999 -B24 "^$f_latestdate" "$f_input_file" >"$g_tmp/convert_ohlcv_1h_to_1d_nextlines"
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# if ! [ -s "$g_tmp/convert_ohlcv_1h_to_1d_nextlines" ]
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# then
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# cat "$f_input_file" >"$g_tmp/convert_ohlcv_1h_to_1d_nextlines"
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# f_nextdate=$(date -d "$(head -n1 "$g_tmp/convert_ohlcv_1h_to_1d_nextlines" | cut -d, -f1)" +%Y-%m-%d)
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# fi
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#
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# # go through lines and switch to $f_target_timezone
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# cat "$g_tmp/convert_ohlcv_1h_to_1d_nextlines" | grep ':00:00,' | cut -d, -f1,2,3,4,5,6 | while read f_line
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# do
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# g_array "$f_line" g_line_array ,
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# # calculate day in target timezone
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# g_line_array[0]=$(TZ="$f_target_timezone" date -d "${g_line_array[0]} $f_mytimezone" "+%Y-%m-%d")
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# [[ ${g_line_array[0]} = $f_today ]] && break
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# echo "${g_line_array[0]},${g_line_array[1]},${g_line_array[2]},${g_line_array[3]},${g_line_array[4]},${g_line_array[5]}"
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# done >"${f_output_file}.tmp"
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#
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# # check if $f_nextdate really exists in $f_target_timezone if not add a day until it exists
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# # useful for weekends
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# i=1
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# until grep -q "^$f_nextdate" "${f_output_file}.tmp"
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# do
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# #echo $f_nextdate
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# [[ $f_nextdate = $f_today ]] && return 0
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# f_nextdate=$(date -d "$f_nextdate +1day" "+%Y-%m-%d")
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# i=$((i++))
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# if [ $i -gt 10 ]
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# then
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# g_echo_warn "${FUNCNAME} $@: no nextdate found after >10 iterations"
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# return 1
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# fi
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# done
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#
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# # set ent mark to store latest complete day
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# echo END >>"${f_output_file}.tmp"
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#
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# # go through converted lines
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# cat "${f_output_file}.tmp" | while read f_line
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# do
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# g_array "$f_line" g_line_array ,
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# [[ ${g_line_array[0]} = $f_today ]] && break
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#
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# # wait until next day in target file reached
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# if [[ ${g_line_array[0]} = $f_nextdate ]]
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# then
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# f_end_reached=1
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# else
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# [ -z $f_end_reached ] && continue
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# fi
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#
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# # if dayend
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# if [ -n "$f_inday" ] && [[ $f_latestdate != ${g_line_array[0]} ]]
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# then
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# # day end
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# echo "$f_date,$f_open,$f_high,$f_low,$f_close,$f_volume"
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# f_inday=""
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# fi
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#
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# # calc values if inday
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# if [ -n "$f_inday" ]
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# then
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# #echo "in day $f_date" 1>&2
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# # in day
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# # add volume
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# g_calc "$f_volume+${g_line_array[5]}"
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# f_volume=$g_calc_result
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# # look for higher high
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# g_num_is_higher ${g_line_array[2]} $f_high && f_high=${g_line_array[2]}
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# # look for lower low
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# g_num_is_lower ${g_line_array[3]} $f_low && f_low=${g_line_array[3]}
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# fi
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#
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# # if newday
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# if [ -z "$f_inday" ]
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# then
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# #echo "day begin ${g_line_array[0]}" 1>&2
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# # day begin
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# f_inday=1
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# f_date=${g_line_array[0]}
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# f_latestdate=$f_date
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# f_open=${g_line_array[1]}
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# f_high=${g_line_array[2]}
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# f_low=${g_line_array[3]}
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# f_close=${g_line_array[4]}
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# f_volume=${g_line_array[5]}
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# fi
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#
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# done >>"$f_output_file"
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#
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#}
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function convert_ohlcv_1d_to_1w {
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@ -528,6 +528,7 @@ function convert_ohlcv_1d_to_1w {
|
||||
|
||||
f_close_prices[$f_week_year]=$f_close
|
||||
|
||||
[ -z "$f_volume" ] && f_volume=0
|
||||
g_calc "${f_volume_prices[$f_week_year]:-0}+$f_volume"
|
||||
f_volume_prices[$f_week_year]=$g_calc_result
|
||||
done
|
||||
@ -535,7 +536,7 @@ function convert_ohlcv_1d_to_1w {
|
||||
# go through array(s) and write down missing week data
|
||||
for f_week_year in "${!f_open_prices[@]}"
|
||||
do
|
||||
f_week_date=$(date -d "${f_week_year:0:4}-01-01 +$((${f_week_year:4}-1)) week" +%F)
|
||||
f_week_date=$(date -d "${f_week_year:0:4}-01-01 +$((${f_week_year:4})) week -1day" +%F)
|
||||
# ignore if date alerady exists
|
||||
grep -q ^$f_week_date, "$f_output_file" && continue
|
||||
echo "$f_week_date,${f_open_prices[$f_week_year]},${f_high_prices[$f_week_year]},${f_low_prices[$f_week_year]},${f_close_prices[$f_week_year]},${f_volume_prices[$f_week_year]}"
|
||||
|
||||
Loading…
Reference in New Issue
Block a user