Linux 學習筆記

StockTW - Taiwan Stock Signal 即時台股股票買進/賣出訊號分析 - 2

2025-12-01T17:05:00.006+08:00

1. Add stocks to the TOP 1800 list, with data sourced from https://goodinfo.tw/.

支援台股市值前1800檔

2. Support buy/sell lists in HTML format.

支援Html格式的買賣清單

Daily_Summary.html

[StockTW] - Taiwan Stock Signal

StockTW.exe

SUM32 : [0x1DDE418B]

CRC32 : [0x326A4118]

MD5 : [0x44DF2977651D11642F16E2D709D8D50C]

SHA-1 : [0xD15957A954B9783900505854EF390686943252BE]

SHA-256 : [0x26928E44EA6EDFDB85D163F45E8EF8FB6F97E0425F61E54A8E07A6832FB91314]

Download @ StockTW.zip

StockTW - Taiwan Stock Signal 即時台股股票買進/賣出訊號分析

2025-07-18T11:29:00.007+08:00

1. Analyze BUY and SELL signals for individual Taiwan stocks using technical indicators such as KD, RSI, MACD, and Bollinger Bands.

使用 KD、RSI、MACD 和布林通道等技術指標分析台灣個股的買入和賣出訊號。

2. Combine them with conditions like delayed confirmation and volume surge to generate buy/sell signals and daily summaries.

結合延遲確認和成交量激增等條件，產生買入/賣出訊號和每日摘要。

[StockTW] - Taiwan Stock Signal

StockTW.exe

SUM32 : [0x1DC7AA17]

CRC32 : [0xE7C9DA3D]

MD5 : [0x3AF2644CCBBAA34D2BE563196612866E]

SHA-1 : [0x218D4D67F71FD4061598B8054F8D2CFA1A4007D5]

SHA-256 : [0xE21CADBB13E3E1336D853E83FDE30846F93A75634567530886C6B7A42A2E1DE4]

Download @ StockTW.zip

Checksum and hash calculator for Windows (support Checksum32, CRC32, MD5, SHA1,and SHA256 algorithm)

2025-04-25T12:00:00.042+08:00

Supports Checksum32, CRC32, MD5, SHA1, and SHA256 algorithms

CHKSUM.cmd is capable of scanning files with extensions .bin, .rom, .fwpkg, and .cap in the root directory (up to three levels deep by default).

CHKSUM.exe allows input of a single file, multiple files, or a direct path.

Download @ CHKSUM

File checksum and hash calculator for UEFI shell (support Checksum32, CRC32, MD5, SHA1, SHA256, SHA384 and SHA512 algorithm)

2024-06-27T15:08:00.005+08:00

FS0:\> chchecksum.efi

Usage:

FS0:\> Checksum.efi filename

2024.06 By Bohan Huang

FS0:\> chchecksum.efi 1

FileName = 1

FullPath = 1

Error Open NULL

FS0:\> chchecksum.efi 1 2

Check the command of size !

FS0:\> checksum.efi Loader.bin

FileName = Loader.bin

FullPath = Loader.bin

File size [0x001F0548] bytes

Read file [0x001F0548] bytes

Sum32 => [0x0F6F5AD0]

Crc32 => [0x6B1829AD]

MD5 => D79DDA333FCB935769F877EA9B9B19AE

SHA1 => 62BBE5E125E195D7FB5E95ECC8B4F6C64B9EBFE8

SHA256 => 8674A606946578D09D86963B03CA1E438A9B7212B57D852411AE16E8012B6EBE

SHA384 => 2D2A12B375DB00C0925D1B4045F2D3B3719C7ED2867B7ADA3C55ED6382206F611331A6BA056E18144DFAE2C84E854DF9

SHA512 => 2153D4308FD84E43B155BEE0565A112C1E84907D7D7E8BC400AC05A8002A4EB5CB8720376E5C47A430EC57A9E44E821A1EF7CD9F9236AE750A4DCD6204B350FA

FS0:\>

Support: Checksum32 (byte sum), CRC32 (Cyclic redundancy check), MD5 (MD5 Message-Digest Algorithm), SHA1, SHA256, SHA384 and SHA512(Secure Hash Algorithm).

Downlad => checksum.zip

BDU v1.2.0 BIOS Debug Utility for UEFI Shell

2023-02-23T12:15:00.025+08:00

BDU v1.2.0 supports the following new BIOS debug features :

1. Support Aspeed Super I/O
2. Support NcT5577D Super I/O
3. Dump full PCI scan registers including (similar to linux command lspci -vvv)
a) PCI list
b) PCI Express Capabilities (DevCap, DevCtl, LnkCap, and LnkSta)
c) PCI Express Extended Capabilities

d) PCI Configuration Space registers (256 or 4096 bytes)

e) Byte Word DWord format
and will auto generate REG_LIST.txt file
4. Fix exception for Intel Denverton chipset
5. Add Intel Purley chipset support
6. Add Intel Whitely chipset support
7. Add Intel Eagle Stream chipset support
8. Add progress bar when generating REG_LIST.txt

REG_LIST.txt include PCI List, each PCI/PCIE device register, specified memory, I/O space and ISA space.

Download bdux64.efi => BDUEFI_V_1_2_0.zip

BDU
https://spyker729.blogspot.com/search/label/BDU

Dump BootOrder
https://spyker729.blogspot.com/2018/05/dump-bios-boot-order-tool-in-uefi-shell.html

Dump SMBIOS
https://spyker729.blogspot.com/2017/12/dump-smbios-tools-for-uefi-shell.html

【台灣台北大安】壽司美登利，去東京必吃的美味壽司店 !

2021-06-08T12:16:00.012+08:00

美登利壽司來台灣開店已經一段時間了，剛開幕時人潮很多遲遲沒有機會用餐

超級特選握壽司

剛好最近有時間去"偽出國"一下

因為疫情太久沒去日本了，非常懷念在東京的美登利

跟日本的相比生菜比較多的蟹膏沙拉

✅超級特選握壽司 850元

只要進去點這份就對了，因為其他都不划算，CP值最高的餐點😎

這份餐點在日本的售價是 2000日幣，吃的到鮪魚的大腹肉、中腹肉、鰤魚、帆立貝、海膽、玉子燒、天使紅蝦、鮭魚卵、鮭魚肚、星鰻、鮪魚泥手卷

鮪魚泥手卷

鮭魚卵軍艦

海膽軍艦

星鰻

天使紅蝦

鮪魚大腹肉

😨炙燒壽司拼盤 350元

這個價位還有品項，個人覺得蠻雷的，寧可單點店內的壽司或是去點爭鮮

一共有 5貫壽司，有鮭魚、花枝、蝦子、比目魚、鮪魚

壽司美登利的價位並沒有非常親民，但用餐時段人潮很多

因為是現場排隊，掃完QR code就可以去附近逛街了

等差不多的用餐時間再回來比較輕鬆

<店家資訊>

店名：壽司美登利台北大安店
菜單：https://www.sushinomidori-tw.com.tw/h/Service?key=w6ne4&set=7
地圖：https://goo.gl/maps/kkBiajJDhE2WZnpJ8
FB粉絲團：https://bit.ly/2Ff7ayB
地址：台北市大安區大安路一段81號1F
電話：02-8772-9966
營業時間：11:00-22:00
備註：收10%服務費、限時90分、可刷卡、不提供電話預約

如果發現有盜圖、盜文的事宜，將依法處理 !

[Python] 如何用 pandas-datareader 抓取台股資料

2019-05-16T16:00:00.002+08:00

Environment : Windows + Jupyter

#需要的套件
import pandas as pd
import pandas_datareader as pdr
import datetime as datetime
import matplotlib.pyplot as plt

#國泰金控(2882)為範例
stock_number = '2882.TW'
start = datetime.datetime(2018,1,1)
end   = datetime.datetime(2018,6,1)
DataFrame = pdr.DataReader(stock_number, 'yahoo', start, end)

print DataFrame

#畫圖
fig = plt.figure(figsize=(5, 5))
AX  = fig.add_axes([0.1,0.5,1,0.2])
AX2 = fig.add_axes([0.1,0.1,1,0.2])

#表格標題
AX.set_title(stock_number)
AX2.set_title(stock_number)

#收盤價
AX.plot(DataFrame['Close'], label='Close', color='B')
#成交量
AX2.bar(DataFrame.index, DataFrame['Volume'], label='Volume', color='R')

AX.legend();
AX2.legend();

                 High        Low       Open      Close    Volume  Adj Close
Date                                                                       
2018-01-02  54.400002  53.299999  53.400002  54.200001  15815336  51.762951
2018-01-03  55.400002  54.299999  54.799999  55.200001  31833721  52.717987
2018-01-04  55.400002  54.500000  55.299999  55.400002  17321761  52.908997
2018-01-05  55.799999  55.000000  55.299999  55.700001  22221913  53.195503
2018-01-08  55.799999  55.000000  55.799999  55.700001  22253987  53.195503
2018-01-09  55.799999  55.200001  55.700001  55.799999  12742940  53.291008
2018-01-10  56.700001  55.599998  56.500000  55.599998  32365670  53.099998
2018-01-11  55.900002  55.000000  55.799999  55.400002  16238278  52.908997
2018-01-12  55.900002  55.299999  55.500000  55.599998  11693485  53.099998
2018-01-15  56.599998  55.900002  56.000000  56.500000  24899376  53.959534
2018-01-16  56.799999  56.200001  56.500000  56.599998  16594879  54.055035
2018-01-17  56.400002  55.799999  56.299999  56.299999  17042147  53.768524
2018-01-18  56.500000  55.799999  56.500000  55.900002  14582079  53.386513
2018-01-19  56.200001  55.599998  55.700001  56.000000  10183237  53.482014
2018-01-22  56.099998  55.200001  55.799999  55.599998  18754752  53.099998
2018-01-23  56.500000  55.299999  55.799999  56.000000  15109737  53.482014
2018-01-24  55.900002  55.000000  55.799999  55.700001  18367391  53.195503
2018-01-25  56.099998  55.200001  55.700001  55.599998  17297427  53.099998
2018-01-26  55.299999  54.500000  55.299999  54.700001  22318756  52.240471
2018-01-29  55.200001  54.599998  55.000000  55.200001  15710037  52.717987
2018-01-30  55.099998  54.400002  55.000000  54.400002  13049295  51.953960
2018-01-31  55.000000  53.799999  54.000000  54.599998  16946736  52.144962
2018-02-01  55.200001  54.599998  54.700001  54.799999  10666353  52.335972
2018-02-02  55.000000  54.400002  54.500000  54.700001   9381541  52.240471
2018-02-05  54.099998  53.500000  53.500000  54.099998  14671051  51.667446
2018-02-06  52.500000  50.500000  52.099998  50.799999  38452497  48.515827
2018-02-07  53.500000  52.000000  52.400002  52.700001  27209771  50.330399
2018-02-08  53.500000  52.799999  53.299999  53.299999  14356310  50.903416
2018-02-09  53.299999  52.000000  52.099998  52.799999  22072666  50.425900
2018-02-12  53.799999  53.000000  53.799999  53.000000  17578655  50.616909
...               ...        ...        ...        ...       ...        ...
2018-04-20  52.799999  52.200001  52.799999  52.500000  10233680  50.139389
2018-04-23  52.799999  52.200001  52.200001  52.500000  10406015  50.139389
2018-04-24  52.900002  52.400002  52.799999  52.500000  10370094  50.139389
2018-04-25  52.500000  51.700001  52.299999  52.200001  23868687  49.852879
2018-04-26  52.799999  52.000000  52.599998  52.799999  21040927  50.425900
2018-04-27  53.700001  53.099998  53.200001  53.500000  19589914  51.094425
2018-04-30  54.000000  53.400002  53.799999  53.500000  10100426  51.094425
2018-05-02  53.799999  53.099998  53.200001  53.500000  12811907  51.094425
2018-05-03  53.799999  52.799999  53.299999  52.900002  11531521  50.521404
2018-05-04  53.000000  52.700001  52.700001  52.799999   7078223  50.425900
2018-05-07  53.400002  52.799999  53.400002  53.000000  14149062  50.616909
2018-05-08  53.500000  52.900002  53.000000  53.500000  13892667  51.094425
2018-05-09  53.799999  53.500000  53.500000  53.599998  13431774  51.189926
2018-05-10  53.799999  53.099998  53.599998  53.299999  16613918  50.903416
2018-05-11  54.700001  53.599998  53.599998  54.599998  26920084  52.144962
2018-05-14  55.000000  54.599998  54.799999  55.000000  14683155  52.526978
2018-05-15  55.099998  54.000000  55.000000  54.000000  18238343  51.571941
2018-05-16  55.000000  54.400002  54.599998  54.900002  18765990  52.431477
2018-05-17  55.400002  54.500000  55.000000  54.900002  14350081  52.431477
2018-05-18  54.900002  54.400002  54.900002  54.400002  15288612  51.953960
2018-05-21  55.000000  54.500000  54.599998  55.000000  11385495  52.526978
2018-05-22  55.000000  54.700001  54.900002  54.700001   9028106  52.240471
2018-05-23  55.099998  53.900002  55.000000  54.000000  12280601  51.571941
2018-05-24  54.500000  54.000000  54.400002  54.200001  10071640  51.762951
2018-05-25  54.400002  53.900002  54.299999  53.900002   9832938  51.476440
2018-05-28  54.200001  53.799999  53.900002  54.099998  10468660  51.667446
2018-05-29  54.400002  53.799999  54.099998  54.099998   8982523  51.667446
2018-05-30  53.500000  52.700001  53.500000  52.900002  26424947  50.521404
2018-05-31  53.799999  53.299999  53.500000  53.599998  34098025  51.189926
2018-06-01  53.700001  53.099998  53.599998  53.500000  10980132  51.094425

[98 rows x 6 columns]

~ End ~

StockTW - Taiwan Stock Signal 即時台股股票買進/賣出訊號分析

如何刪除FileZilla的部分快速連線紀錄 ?

2018-12-06T14:42:00.001+08:00

環境 : Windows

1.在檔案總管路徑上輸入 %AppData%

2.找到 FileZilla資料夾

具體路徑為 => C:\Users\XXXX\AppData\Roaming\FileZilla\recentservers.xml

3.刪除對應區塊的資料，然後存檔離開

Dump BIOS Boot Order Tool in UEFI Shell

2018-05-11T16:45:00.003+08:00

1. Download BOPx64.zip and extract zip file into your UEFI flash drive.

2. Execute the following command.

FS0:\> BOPx64.efi

BDU BIOS Utility for UEFI Shell
https://spyker729.blogspot.com/search/label/BDU

2017 Tokyo Motor Show 東京車展

2017-12-22T17:54:00.003+08:00

2017/10/27 – 2017/11/05

Photo Link from Flickr => 2017 Tokyo Motor Show 東京車展

USB Devices Scanner

2017-12-21T14:22:00.001+08:00

1. Download USB.zip file.

https://github.com/spyker729/bohan-debug-utility/raw/master/USB.zip

2. Excute USB.efi or forward to text file.

fs0:\> USB.efi
or
fs0:\> USB.efi > usb.txt

~ Thanks ~

Dump SMBIOS Tools for UEFI Shell

2017-12-20T11:17:00.008+08:00

1. Download and Extract zip file.

https://github.com/spyker729/bohan-debug-utility/raw/master/smbios.zip

2. Excute smbios.efi

3. Dump and forward to text file.

fs0:\> smbios.efi > smbios.txt

How to read SMBIOS

https://spyker729.blogspot.com/2014/01/how-to-read-smbios-data.html

BDU BIOS Utility for UEFI Shell
https://spyker729.blogspot.com/search/label/BDU

~ Thanks ~

How to compile UDK2015 (UEFI Development Kit 2015)

2015-12-24T11:14:00.001+08:00

If you want to complie EDK or EDK II

=> How To Build EDK & EDK II Environment In Easy Way

If you want to complie UDK2014

=> How to compile UDK2014 (UEFI Development Kit 2014)

Download the following files :

1. Copy SVN Address for UDK2015.

http://www.tianocore.org/udk/udk2015/

2. Download source code using TortoiseSVN.

3. Follow the next steps for further compiling.

~ Thank you ~

How to Use svnsync Command to Backup SVN Repository ?

2015-04-14T10:18:00.001+08:00

Platform : Ubuntu 14.04 LTS 64bits

1. Create a Null SVN Repository

# sudo svnadmin create Project_Name

2. Modify the content of pre-revprop-change file

# cd Project_Name/hooks/

# sudo cp pre-revprop-change.tmpl pre-revprop-change

# sudo chmod +x pre-revprop-change

# sudo vim pre-revprop-change

=> The Last Line : exit 1

=> The Last Line : exit 0

3. Synchornize your SVN Repostiory from my google code project

# sudo svnsync init file:///home/svn/Project_Name https://bohan-debug-utility.googlecode.com/svn/ --username spyker729@gmail.com --allow-non-empty

# sudo svnsync sync file:///home/svn/Project_Name https://bohan-debug-utility.googlecode.com/svn --username spyker729@gmail.com

Change the Audio Output on Raspberry Pi

2015-04-09T11:15:00.001+08:00

1. Install related package

# sudo apt-get install alsa-utils

2. Modify the audio path on Raspberry Pi

# sudo amixer cset numid=3 X

Where X is as following:

0 = Auto

1 = 3.5 mm Audio Jack

2 = HDMI

numid=1,iface=MIXER,name='Master Playback Volume'

numid=2,iface=MIXER,name='Master Playback ZC Switch'

numid=3,iface=MIXER,name='Capture Volume'

numid=4,iface=MIXER,name='Capture Switch'numid=5,iface=MIXER,name='Mic Boost (+20dB)'numid=6,iface=MIXER,name='Mic Boost2 (+20dB)'numid=7,iface=MIXER,name='Mic Switch'

numid=8,iface=MIXER,name='Sidetone Playback Volume'numid=9,iface=MIXER,name='ADC High Pass Filter Switch'

numid=10,iface=MIXER,name='Store DC Offset Switch'numid=11,iface=MIXER,name='Capture Source'numid=12,iface=MIXER,name='Playback De-emphasis'numid=13,iface=MIXER,name='Input Mux'numid=16,iface=MIXER,name='Output Mixer HiFi Playback Switch'numid=14,iface=MIXER,name='Output Mixer Line Bypass Switch'numid=15,iface=MIXER,name='Output Mixer Mic Sidetone Switch'

How to setup a VNC Server in Raspberry Pi ?

2015-04-09T10:58:00.001+08:00

1. Install x11vnc package

# sudo apt-get install x11vnc

2. Setup your password

# x11vnc –savepasswd

3. Establish a VNC connection with 1920x1080 resolution and background execution

# x11vnc –geometry 1920x1080 –bg

4. Disconnect all of the VNC connections

# x11vnc –R stop

5. Change the the default resolution of Raspberry Pi

# vim /boot/config.txt

uncomment the ‘#’ tag in front of the following string

hdmi_force_hotplug=1

hdmi_group=2

hdmi_mode=68

hdmi_mode=1    640x350    85 Hz
hdmi_mode=2    640x400    85 Hz
hdmi_mode=3    720x400    85 Hz
hdmi_mode=4    640x480    60 Hz
hdmi_mode=5    640x480    72 Hz
hdmi_mode=6    640x480    75 Hz
hdmi_mode=7    640x480    85 Hz
hdmi_mode=8    800x600    56 Hz
hdmi_mode=9    800x600    60 Hz
hdmi_mode=10   800x600    72 Hz
hdmi_mode=11   800x600    75 Hz
hdmi_mode=12   800x600    85 Hz
hdmi_mode=13   800x600   120 Hz
hdmi_mode=14   848x480    60 Hz
hdmi_mode=15   1024x768   43 Hz  DO NOT USE
hdmi_mode=16   1024x768   60 Hz
hdmi_mode=17   1024x768   70 Hz
hdmi_mode=18   1024x768   75 Hz
hdmi_mode=19   1024x768   85 Hz
hdmi_mode=20   1024x768  120 Hz
hdmi_mode=21   1152x864   75 Hz
hdmi_mode=22   1280x768          Reduced blanking
hdmi_mode=23   1280x768   60 Hz
hdmi_mode=24   1280x768   75 Hz
hdmi_mode=25   1280x768   85 Hz
hdmi_mode=26   1280x768  120 Hz  Reduced blanking
hdmi_mode=27   1280x800          Reduced blanking
hdmi_mode=28   1280x800   60 Hz  
hdmi_mode=29   1280x800   75 Hz  
hdmi_mode=30   1280x800   85 Hz  
hdmi_mode=31   1280x800  120 Hz  Reduced blanking
hdmi_mode=32   1280x960   60 Hz  
hdmi_mode=33   1280x960   85 Hz  
hdmi_mode=34   1280x960  120 Hz  Reduced blanking
hdmi_mode=35   1280x1024  60 Hz  
hdmi_mode=36   1280x1024  75 Hz  
hdmi_mode=37   1280x1024  85 Hz  
hdmi_mode=38   1280x1024 120 Hz  Reduced blanking
hdmi_mode=39   1360x768   60 Hz  
hdmi_mode=40   1360x768  120 Hz  Reduced blanking
hdmi_mode=41   1400x1050         Reduced blanking
hdmi_mode=42   1400x1050  60 Hz  
hdmi_mode=43   1400x1050  75 Hz  
hdmi_mode=44   1400x1050  85 Hz  
hdmi_mode=45   1400x1050 120 Hz  Reduced blanking
hdmi_mode=46   1440x900          Reduced blanking
hdmi_mode=47   1440x900   60 Hz  
hdmi_mode=48   1440x900   75 Hz  
hdmi_mode=49   1440x900   85 Hz  
hdmi_mode=50   1440x900  120 Hz  Reduced blanking
hdmi_mode=51   1600x1200  60 Hz  
hdmi_mode=52   1600x1200  65 Hz  
hdmi_mode=53   1600x1200  70 Hz  
hdmi_mode=54   1600x1200  75 Hz  
hdmi_mode=55   1600x1200  85 Hz  
hdmi_mode=56   1600x1200 120 Hz  Reduced blanking
hdmi_mode=57   1680x1050         Reduced blanking
hdmi_mode=58   1680x1050  60 Hz  
hdmi_mode=59   1680x1050  75 Hz  
hdmi_mode=60   1680x1050  85 Hz  
hdmi_mode=61   1680x1050 120 Hz  Reduced blanking
hdmi_mode=62   1792x1344  60 Hz  
hdmi_mode=63   1792x1344  75 Hz  
hdmi_mode=64   1792x1344 120 Hz  Reduced blanking
hdmi_mode=65   1856x1392  60 Hz  
hdmi_mode=66   1856x1392  75 Hz  
hdmi_mode=67   1856x1392 120 Hz  Reduced blanking
hdmi_mode=68   1920x1200         Reduced blanking
hdmi_mode=69   1920x1200  60 Hz  
hdmi_mode=70   1920x1200  75 Hz  
hdmi_mode=71   1920x1200  85 Hz  
hdmi_mode=72   1920x1200 120 Hz  Reduced blanking
hdmi_mode=73   1920x1440  60 Hz  
hdmi_mode=74   1920x1440  75 Hz  
hdmi_mode=75   1920x1440 120 Hz  Reduced blanking
hdmi_mode=76   2560x1600         Reduced blanking
hdmi_mode=77   2560x1600  60 Hz  
hdmi_mode=78   2560x1600  75 Hz  
hdmi_mode=79   2560x1600  85 Hz  
hdmi_mode=80   2560x1600 120 Hz  Reduced blanking
hdmi_mode=81   1366x768   60 Hz  
hdmi_mode=82   1080p      60 Hz  
hdmi_mode=83   1600x900          Reduced blanking
hdmi_mode=84   2048x1152         Reduced blanking
hdmi_mode=85   720p       60 Hz  
hdmi_mode=86   1366x768          Reduced blanking

6. Install VNC client and connect to Raspberry Pi

YourSVNServerIP:5900

Thank you.

BDU v1.1.5 BIOS Utility for UEFI Shell

2015-02-13T09:38:00.001+08:00

BDU v1.1.5 Supports the Following New Features :

1. Support Perpetual Calendar (萬年曆).

2. Adjust the PCI Input Formats.

Bus: XXX (0-255) Dev: XX (0-31) Fun: X (0-7)

3. Fix Bus Section can't Enter 3 Digits.

4. Fix the Scan Algorithm For PCI List Function.

5. Add Century Prompt at CMOS (0x70/0x71).

6. Fix the mmcfg_base Fetching Algorithm for Haswell and Broadwell Platform.

7. Add Qlogic, ASPEED and Broadwell PCI device name supports.

8. Remove the Auto-Refresh in PCI List, Menu, Help, SMBIOS, PCH Strap, and SYS Info to reduce the stress on Serial Port.

Download @ BDUEFI_V_1_1_5.zip

~ Thank you ~

BDU v1.1.4 BIOS Utility for UEFI Shell

2014-12-23T11:03:00.001+08:00

BDU v1.1.4 supports the following features :

1. Support automatically generate a unique file name for every time of pressing F12 key to do screenshot capturing.

Format : FunctionName_YYMMDD_HHMMSS.bmp

2. Support pop-up messages before BDU starts to capture a

screenshot.

3. File will be generated at your current folder, not root folder.

Ex : Current Folder : fs0:\BMP

=> File Place : fs0:\BMP\FunctionName_YYMMDD_HHMMSS.bmp

4. The default image size has changed from 800x600 to capture image depend on your current resolution.

Download @ BDUEFI_V_1_1_4.zip

~ Thank you ~

iScreenshot v0.0.3 for UEFI Shell

2014-12-19T17:22:00.001+08:00

iScreenshoot v0.0.3 has the following changes :

1. Support automatically generate a unique file name for every time of pressing F12 key to do screenshot capturing.

Format : iScreenshot_YYMMDD_HHMMSS.bmp

2. Support pop-up messages before iScreenshot starts to capture a

screenshot.

3. File will be generated at your current folder, not root folder.

Ex : Current Folder : fs0:\BMP

=> File Place : fs0:\BMP\iScreenshot_YYMMDD_HHMMSS.bmp

Download @ iScreenshot_V_0_0_3.zip

~ Thank you ~

BDU v1.1.3 BIOS Utility for UEFI Shell

2014-12-17T15:56:00.001+08:00

1. BDU v1.1.3 supports capturing a screenshot by pressing F12 key.

2. Fix input bug when pressing P key to configure address.

P.S. if you want to capture screen under UEFI shell. Please refer to here.

The following are the default file format :

Download @ BDUEFI_V_1_1_3.zip

~ Thank you ~

iScreenshot for UEFI Shell

2014-12-17T15:16:00.001+08:00

iScreenshoot supports automatically generate a unique file name for every time of pressing F12 key to do screenshot capturing.

Default resolution is 800 x 600 and will be generated “iScreenshot.bmp” file at your folder after the execution is complete.

Download @ iScreenshot_V_0_0_1.zip

New Version => iScreenshot_V_0_0_3.zip

~ Thank you ~

Photo Viewer for UEFI Shell

2014-12-11T16:29:00.001+08:00

How to use Photo Viewer ?
Shell > PhotoViewer.efi filename.bmp
Press “R” or “F5” Key to Refresh Screen !

Download @ Photo Viewer

~ Thank you ~

How to compile UDK2014 (UEFI Development Kit 2014)

2014-12-11T15:07:00.001+08:00

Please make sure your computer has already installed Visual Studio 2008 or higher version 2010 and remember to install X64 compiler for generating X64 programs before compiling UDK2014.

If you want to complie EDK or EDK II

=> How To Build EDK & EDK II Environment In Easy Way

Download the following files :

1. Download UDK2014 source code from Sourceforge.

http://sourceforge.net/projects/edk2/files/UDK2014_Releases/

2. Download the GNU Patch.

http://gnuwin32.sourceforge.net/packages/patch.htm

3. Download http://www.openssl.org/source/openssl-0.9.8zb.tar.gz from http://www.openssl.org/source/

The following are the steps to compile UDK2014.

1. Unzip UDK2014.SP1.Complete.MyWorkSpace.zip to current folder.

2. Unzip UDK2014.SP1.MyWorkSpace.zip to current folder.

3. Unzip BaseTools(Windows).zip to MyWorkSpace folder.

4. Unzip openssl-0.9.8zb.tar.gz to MyWorkSpace\CryptoPkg\Library\OpensslLib folder using administrator privilege.

5. Copy the patch.exe in patch-2.5.9-7-bin.zip to MyWorkSpace\CryptoPkg\Library\OpensslLib\openssl-0.9.8zb folder.

6. Follow the instructions according to G:\UDK2014\MyWorkSpace\CryptoPkg\Library\OpensslLib\Patch-HOWTO.txt. (Remember to use the administrator privilege while executing commands)

7. The remaining steps.

~ Thank you ~

BDU v1.1.2 BIOS Utility for UEFI Shell

2014-11-25T20:10:00.001+08:00

BDU v1.1.2 supports “System Information”.

Other modifications :

1. Support Broadcom PCIe devices.

2. Support LSI PCIe devices.

3. Support Matrox PCIe devices.

BDUEFI_V_1_1_2.zip

~ Thank you ~

BDU v1.1.1 BIOS Utility for UEFI Shell

2014-09-17T13:24:00.001+08:00

BDU v1.1.1 adds a new file format for Super I/O devices.
ISA : ISA_0xXXXX_0xXXXX.txt (X : Hexadecimal)
=> Super I/O with LDN : ISA_0xXXXX_0xXXXX_LDN_0xXX.txt

BDU v1.1.1 also has fixed the following bugs :
1. PCI List green cursor errors.
2. Remove surplus space for blue cursor.
3. Fix the algorithm of scanning PCI devices.
4. Update the device name database of PCI.

BDUEFI_V_1_1_1.zip

~ Thank you ~

Linux 學習筆記

StockTW - Taiwan Stock Signal 即時台股股票買進/賣出訊號分析 - 2

StockTW - Taiwan Stock Signal 即時台股股票買進/賣出訊號分析

Checksum and hash calculator for Windows (support Checksum32, CRC32, MD5, SHA1,and SHA256 algorithm)

File checksum and hash calculator for UEFI shell (support Checksum32, CRC32, MD5, SHA1, SHA256, SHA384 and SHA512 algorithm)

BDU v1.2.0 BIOS Debug Utility for UEFI Shell

BDU v1.2.0 supports the following new BIOS debug features :

Download bdux64.efi => BDUEFI_V_1_2_0.zipBDUhttps://spyker729.blogspot.com/search/label/BDUDump BootOrderhttps://spyker729.blogspot.com/2018/05/dump-bios-boot-order-tool-in-uefi-shell.htmlDump SMBIOShttps://spyker729.blogspot.com/2017/12/dump-smbios-tools-for-uefi-shell.html

【台灣台北大安】壽司美登利，去東京必吃的美味壽司店 !

[Python] 如何用 pandas-datareader 抓取台股資料

如何刪除FileZilla的部分快速連線紀錄 ?

Dump BIOS Boot Order Tool in UEFI Shell

1. Download BOPx64.zip and extract zip file into your UEFI flash drive.

2. Execute the following command.

FS0:\> BOPx64.efi

2017 Tokyo Motor Show 東京車展

USB Devices Scanner

1. Download USB.zip file.

2. Excute USB.efi or forward to text file.

~ Thanks ~

Dump SMBIOS Tools for UEFI Shell

1. Download and Extract zip file.

https://github.com/spyker729/bohan-debug-utility/raw/master/smbios.zip

2. Excute smbios.efi

3. Dump and forward to text file.

fs0:\> smbios.efi > smbios.txt

How to compile UDK2015 (UEFI Development Kit 2015)

If you want to complie EDK or EDK II

=> How To Build EDK & EDK II Environment In Easy Way

If you want to complie UDK2014

=> How to compile UDK2014 (UEFI Development Kit 2014)

Download the following files :

1. Copy SVN Address for UDK2015.

http://www.tianocore.org/udk/udk2015/

2. Download source code using TortoiseSVN.

3. Follow the next steps for further compiling.

How to Use svnsync Command to Backup SVN Repository ?

Platform : Ubuntu 14.04 LTS 64bits

1. Create a Null SVN Repository

# sudo svnadmin create Project_Name

2. Modify the content of pre-revprop-change file

# cd Project_Name/hooks/

# sudo cp pre-revprop-change.tmpl pre-revprop-change

# sudo chmod +x pre-revprop-change

# sudo vim pre-revprop-change

=> The Last Line : exit 1

=> The Last Line : exit 0

3. Synchornize your SVN Repostiory from my google code project

# sudo svnsync init file:///home/svn/Project_Name https://bohan-debug-utility.googlecode.com/svn/ --username spyker729@gmail.com --allow-non-empty

# sudo svnsync sync file:///home/svn/Project_Name https://bohan-debug-utility.googlecode.com/svn --username spyker729@gmail.com

Change the Audio Output on Raspberry Pi

1. Install related package

# sudo apt-get install alsa-utils

2. Modify the audio path on Raspberry Pi

# sudo amixer cset numid=3 X

Where X is as following:

0 = Auto

1 = 3.5 mm Audio Jack

2 = HDMI

numid=1,iface=MIXER,name='Master Playback Volume'

numid=2,iface=MIXER,name='Master Playback ZC Switch'

numid=3,iface=MIXER,name='Capture Volume'

numid=4,iface=MIXER,name='Capture Switch'numid=5,iface=MIXER,name='Mic Boost (+20dB)'numid=6,iface=MIXER,name='Mic Boost2 (+20dB)'numid=7,iface=MIXER,name='Mic Switch'

numid=8,iface=MIXER,name='Sidetone Playback Volume'numid=9,iface=MIXER,name='ADC High Pass Filter Switch'

How to setup a VNC Server in Raspberry Pi ?

1. Install x11vnc package

# sudo apt-get install x11vnc

2. Setup your password

# x11vnc –savepasswd

3. Establish a VNC connection with 1920x1080 resolution and background execution

# x11vnc –geometry 1920x1080 –bg

4. Disconnect all of the VNC connections

# x11vnc –R stop

5. Change the the default resolution of Raspberry Pi

# vim /boot/config.txt

uncomment the ‘#’ tag in front of the following string

hdmi_force_hotplug=1

hdmi_group=2

hdmi_mode=68

6. Install VNC client and connect to Raspberry Pi

Download bdux64.efi => BDUEFI_V_1_2_0.zip

BDU
https://spyker729.blogspot.com/search/label/BDU

Dump BootOrder
https://spyker729.blogspot.com/2018/05/dump-bios-boot-order-tool-in-uefi-shell.html

Dump SMBIOS
https://spyker729.blogspot.com/2017/12/dump-smbios-tools-for-uefi-shell.html