[FW]TCL WWW Info

最新推荐文章于 2019-09-24 13:49:40 发布
转载 最新推荐文章于 2019-09-24 13:49:40 发布 · 2.5k 阅读 · 0
文章标签：

#tcl #preprocessor #resources #documentation #archive #pointers

博客提供了一组WWW上的TCL/Tk参考资料索引，从TCL常见问题解答中可访问的资料开始，并不断添加新参考。还提及若需本地副本，整个树结构及创建脚本存档于指定位置。此外列出了TCL、Tk等相关手册页。

[From:http://www.cs.ut.ee/facilities/docs/tcl/Tcl.html]

TCL WWW Info

These pages are an index to a set of TCL/Tk references on the WWW. I've started off with pointers to the ones I could access from the TCL FAQ and added references as I came across them.

If you want local copies of any of these pages for your own use, the entire tree plus the scripts I use to create them is archived on harbor.ecn.purdue.edu:pub/tcl/docs :
tclhtml.README
tclhtml.tar.gz.

If you find any additional WWW references please take a moment to tell me about it.
I'll take e-mail ( hops@sco.com ) or a very loud yell.

Local TCL FAQ

These pages are a mirror of the html TCL FAQ at http//www.cis.ohio-state.edu/hypertext/faq/usenet/tcl-faq
The local mirror is updated shortly after the one at ohio state.
The last update was 14 July 1994 (MJH).

Manual Pages

References

Net and Web Stuff

User Applications
    TkWWW - Web Browser (Home Page)
  • ical - Tk based calendar program
  • TkMail - Tk based mail user Agent

Misc

ftp sites

Neat stuff
    Tcl/TK Resources (By Wade Holst),
    - VGood presentation of Harbor Archive and other Tcl resources
    • Register your Code and design ideas ( to avoid duplication by others )
    • View Lists of TK/Tcl documents by various Criteria,
    • General Information
    • General Documents

Tcl Services

Useful Names and Addresses

This section is experimental. I've probably missed names that should be here and if so I would appreciate being told about it.

Hops (hops@sco.com)

如何编译Pluto SDR固件plutosdr-fw得到SD卡固件和交叉编译用的sysroot
Clouds42的博客
04-15 3610
Pluto SDR是基于AD9363和Zynq7010/20的架构，其中Zynq具有双核Cortex A9，可以独立运行Linux。事实上，正常运作的Pluto SDR就是一直在运行Linux的，只不过是定制过的精简的嵌入式Linux，这个固件，本文就演示如何从源代码进行编译，得到用于的sysroot环境，并且可以自行调整Pluto SDR运行的Linux功能（默认的固件预装很少，有些Linux通常预装的库和命令都没有）。
用于Ultra96-V2的引导加载程序（U-Boot、FSBL、PMUFW、ATF）_Tcl_下载.zip
04-29
这个压缩包“用于Ultra96-V2的引导加载程序（U-Boot、FSBL、PMUFW、ATF）_Tcl_下载.zip”包含了该开发板运行所需的一些关键固件组件，这些组件对于理解和调试硬件启动流程至关重要。 1. U-Boot：全称为Universal ...
tcl中正则表达式
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一、 介绍 追根溯源，正则表达式是在1956年的时候，人类最早研究神经网络的产物，但随着时间的流逝，几乎所有编程语言都加入了对它的支持，hoho~其实这个东西也是程序员开发中比较有名的一个难点。但是不要以为它只能用于程序开发，在Unix/Linux系统管理中它也有极为广泛的应用。 不要认为正则表达式很可怕，用直白的话来说，正则表达式就是利用26个英文字符与一些特殊符号的配合来进行文字内容比对的方法...
TCl-正则表达式参考
mshgocn的博客
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今天想用正则表达式来获取收到的http报文中的content-length字段的值的时候，无意中发现一篇用tcl语言写的文章，觉得很不错。所以转载。一、     介绍追根溯源，正则表达式是在1956年的时候，人类最早研究神经网络的产物，但随着时间的流逝，几乎所有编程语言都加入了对它的支持，hoho~其实这个东西也是程序员开发中比较有名的一个难点。但是不要以为它只能用于程序开发，在Unix/Linu...
正则表达式参考 TCL语言版收藏
matt的博客
05-20 527
一、     介绍 追根溯源，正则表达式是在1956年的时候，人类最早研究神经网络的产物，但随着时间的流逝，几乎所有编程语言都加入了对它的支持，hoho~其实这个东西也是程序员开发中比较有名的一个难点。但是不要以为它只能用于程序开发，在Unix/Linux系统管理中它也有极为广泛的应用。 不要认为正则表达式很可怕，用直白的话来说，正则表达式就是利用26个英文字符与一些特殊符号的配合来进行文字内
[FW]Object-Oriented Language: Tcl/Tk
风焱
12-30 4358
[from:http://www.cetus-links.org/oo_tcl_tk.html]Intro "Tcl stands for Tool Command Language. Tcl is really two things: a scripting language, and an interpreter for that language that is design
FW:C++著名程序库
zxg519的专栏
01-15 847
C++著名程序库的比较和学习经验(STL.Boost.GUI.XML.网络等等) C++著名程序库的比较和学习经验(STL.Boost.GUI.XML.网络等等)    1、C++各大有名库的介绍——C++标准库 2、C++各大有名库的介绍——准标准库Boost 3、C++各大有名库的介绍——GUI 4、C++各大有名库的介绍——网络通信 5、
正则表达式参考 TCL语言版
技术的足迹
12-22 2482
正则表达式参考——蒋小超2007-07-23若需转载，请保留版权信息 一、     介绍追根溯源，正则表达式是在1956年的时候，人类最早研究神经网络的产物，但随着时间的流逝，几乎所有编程语言都加入了对它的支持，hoho~其实这个东西也是程序员开发中比较有名的一个难点。但是不要以为它只能用于程序开发，在Unix/Linux系统管理中它也有极为广泛的应用。不要认为正则
MStar2256A升级FW失败后TP无功能
u012900947的博客
11-24 1848
一、背景： 有两种LCD： 一供：模组厂TCL，IC : ili9806e 二供：模组厂BOYI，IC : OTM8019A 有两种TP： 一供：模组厂欧菲光，IC：Fcocaltech6436U 二供：模组厂业际光电，IC：MSTAR2256A 两个项目3G（MTK6580平台）和4G（MTK6737M）项目 二、MSTART TP升级FW遇到问题 3G
How to compile a TCL script into an EXE program
请叫我小明 （坐标：西安）
02-27 1302
Page contents  These methods vs a Starkit exe  How to compile a Tcl script and an icons directory into an exe (in Windows)  Using tclkit.exe:  Step 1  Step 2  Step 3  Step 4  Step 5  Step 6
D:\OpenOCD-20250710-0.12.0\bin\openocd.exe -s D:\OpenOCD-20250710-0.12.0\share\openocd\scripts -f C:\STM32\1-3\config\pwlink.cfg -c "tcl_port disabled" -c "gdb_port disabled" -c "tcl_port disabled" -c "program \"C:/STM32/1-3/cmake-build-debug/1-3.elf\"" -c reset -c shutdown Open On-Chip Debugger 0.12.0 (2025-07-10) [https://github.com/sysprogs/openocd] Licensed under GNU GPL v2 libusb1 d52e355daa09f17ce64819122cb067b8a2ee0d4b For bug reports, read http://openocd.org/doc/doxygen/bugs.html adapter speed: 100 kHz DEPRECATED! use 'tcl port' not 'tcl_port' DEPRECATED! use 'gdb port', not 'gdb_port' DEPRECATED! use 'tcl port' not 'tcl_port' Info : Using CMSIS-DAPv2 interface with VID:PID=0x0d28:0x0204, serial=702FEE19CE 84EFF83A5DEFC01E649139 Info : CMSIS-DAP: SWD supported Info : CMSIS-DAP: Atomic commands supported Info : CMSIS-DAP: Test domain timer supported Info : CMSIS-DAP: FW Version = 2.1.0 Info : CMSIS-DAP: Interface Initialised (SWD) Info : SWCLK/TCK = 0 SWDIO/TMS = 1 TDI = 0 TDO = 0 nTRST = 0 nRESET = 1 Info : CMSIS-DAP: Interface ready Info : clock speed 100 kHz Info : SWD DPIDR 0x1ba01477 Info : [stm32f1x.cpu] Cortex-M3 r1p1 processor detected Info : [stm32f1x.cpu] target has 6 breakpoints, 4 watchpoints Info : [stm32f1x.cpu] Examination succeed Info : [stm32f1x.cpu] gdb port disabled [stm32f1x.cpu] halted due to debug-request, current mode: Thread xPSR: 0x01000000 pc: 0x1ffff020 msp: 0x200001fc ** Programming Started ** Info : device id = 0x20036410 Info : ignoring flash probed value, using configured bank size Info : flash size = 128 KiB Warn : Adding extra erase range, 0x080014f0 .. 0x080017ff ** Programming Finished ** shutdown command invoked
10-20
use 'tcl port' not 'tcl_port'" 表示 OpenOCD 的新版本（通常是 v0.11.0 或更高）已弃用旧选项（如 `tcl_port`），并改用新格式（如 `tcl port`）。 - 类似地， "DEPRECATED! use 'gdb port', not 'gdb_port'" ...
#------------------------------------------------------------------------------- # GigE Vision Reference Design Firmware #------------------------------------------------------------------------------- # Software environment : Xilinx Vitis 2022.2 # Hardware platform : MVDK + Enclustra Mercury ZX5 # Target SoC : XC7Z015 # Embedded CPU : ARM Cortex-A9 #------------------------------------------------------------------------------- # Complementary Makefile to perform tasks not covered by the Xilinx Vitis GUI. # # Particular targets... # scripts : update auxiliary TCL scripts # lib : build the GigE static library # eeprom : generate EEPROM binary image # Top-level targets... # all : build everything # s2i : prepare scripts and library for customer # # The scripts, lib, boot, and s2i targets are nonfunctional for end customers # due to missing source code of the scripts, library, and bootloader. Customer # gets prebuilt object files in the ./lib directory and up to date scripts # in the ./etc directory instead. #------------------------------------------------------------------------------- # 0.1 | 2014-07-16 | JP | Initial release # 0.2 | 2014-08-01 | JP | Fixed incompatibility with Vivado 2014.2 under # | | | Windows operating systems # 0.3 | 2014-10-07 | MAS | Cleanup for Zynq design flow (no bootloader, # | | | bitstream/application.bin file creation) # 0.4 | 2016-12-02 | JP | Upgraded to Vivado/SDK 2016.2 # 0.5 | 2019-03-20 | JP | Updated to current tools # 0.6 | 2021-11-30 | SS | Update to Vivado 2020.2/Vitis # 0.7 | 2025-02-11 | NF | Update to Vivado 2022.2/Vitis #------------------------------------------------------------------------------- #---- Project specific settings ------------------------------------------------ # Vitis workspace projects VITIS_PRJ_APP = xgvrd VITIS_CFG_APP = Release VITIS_EXPORT = xgvrd_platform/export/xgvrd_platform VITIS_EXPORT_SW = $(VITIS_EXPORT)/sw/xgvrd_platform VITIS_EXPORT_HW = $(VITIS_EXPORT)/hw # EEPROM image generator options EE_OPTIONS = -m 3C:39:E7:71:02:86 -c 6 -i 169.254.100.100 -n 255.255.0.0 -g 169.254.100.1 -p 3956 -e 999999 -a FEC00000 # Configuration flash memory map OFFSET_BIT = 0x00400000 OFFSET_APP = 0x00800000 OFFSET_XML = 0x00C00000 # Serial communication device SERIAL = /dev/ttyUSB0 #---- Project files and directories -------------------------------------------- # Base names of the input/output files LIB_NAME = gige APP_NAME = application EE_NAME = eeprom XML_NAME = xgvrd-tpg HW_NAME = xgvrd BIF_NAME = bootimage # Project directories HW_PATH = $(wildcard ../*.runs/impl_1) FW_PATH = . OUT_PATH = $(FW_PATH)/bin LIB_PATH = $(FW_PATH)/lib ETC_PATH = $(FW_PATH)/etc # Full input/output file names LIB_FILE = $(LIB_PATH)/lib$(LIB_NAME).a APP_BIN_FILE = $(OUT_PATH)/$(APP_NAME).bin EE_BIN_FILE = $(OUT_PATH)/$(EE_NAME).bin EE_C_FILE = $(FW_PATH)/$(VITIS_PRJ_APP)/src/$(EE_NAME).c XML_FILE = $(ETC_PATH)/$(XML_NAME).xml HW_BIT = $(HW_PATH)/$(HW_NAME).bit BIN_FILE = $(OUT_PATH)/$(BIF_NAME).bin BOOTIMAGE = $(ETC_PATH)/$(BIF_NAME).bif # Vitis workspace paths and files BSP_PATH = $(FW_PATH)/$(VITIS_EXPORT_SW)/domain_0 APP_PATH = $(FW_PATH)/$(VITIS_PRJ_APP) APP_OUT = $(APP_PATH)/$(VITIS_CFG_APP) APP_FILE = $(APP_OUT)/$(VITIS_PRJ_APP).elf APP_SRC := $(wildcard $(APP_PATH)/src/*.c) APP_HDR := $(wildcard $(APP_PATH)/src/*.h) FSBL_FILE = $(FW_PATH)/$(VITIS_EXPORT_SW)/boot/fsbl.elf XSA_FILE = $(FW_PATH)/$(VITIS_EXPORT_HW)/$(HW_NAME).xsa #---- Private GigE files and directories --------------------------------------- FW_PREFIX = ./fw # TCL scripts SCRIPTS_PATH = $(FW_PREFIX)/scripts/tcl # GigE library source files LIB_SRC := $(wildcard $(FW_PREFIX)/libgige/src/*.c) LIB_HDR := $(wildcard $(FW_PREFIX)/libgige/src/*.h) LIB_OBJ := $(addsuffix .o,$(basename $(notdir $(wildcard $(FW_PREFIX)/libgige/src/*.c)))) LIB_PUB := $(FW_PREFIX)/libgige/src/gige.h #---- Toolchain setup ---------------------------------------------------------- # CPU tools AR = arm-none-eabi-ar CC = arm-none-eabi-gcc SIZE = arm-none-eabi-size OC = arm-none-eabi-objcopy # Compiler options CC_OPT_LIB = -O2 CC_FLAGS = -Wall -mcpu=cortex-a9 -mfpu=vfpv3 -mfloat-abi=hard -nostartfiles CC_INCLUDES = -I$(BSP_PATH)/bspinclude/include # Linker options LNK_LIBPATH = -L$(BSP_PATH)/bsplib/lib -L$(LIB_PATH) LNK_FLAGS = -l$(LIB_NAME) # Object copy options OC_FLAGS = -v -I elf32-littlearm -O binary OC_REMOVE = -R .vectors.reset -R .vectors.sw_exception -R .vectors.interrupt -R .vectors.hw_exception # Correct command line tools for GNUWin environment XILINX_VITIS_DIR := $(subst \,/,$(XILINX_VITIS)) ifneq (,$(wildcard $(XILINX_VITIS_DIR)/gnuwin/.)) MKDIR := $(XILINX_VITIS_DIR)/gnuwin/bin/mkdir ECHO := $(XILINX_VITIS_DIR)/gnuwin/bin/echo RM := $(XILINX_VITIS_DIR)/gnuwin/bin/rm DATE := $(shell $(XILINX_VITIS_DIR)/gnuwin/bin/date +%Y%m%d) else MKDIR := mkdir ECHO := echo RM := rm DATE := $(shell date +%Y%m%d) endif # Correct NULL file ifeq ($(SHELL),$(filter $(SHELL),sh.exe command.com)) NULL := nul else NULL := /dev/null endif # Tcl interpreter and scripts TCLSH := $(shell which tclsh 2>$(NULL)) XTCLSH := $(shell which xtclsh 2>$(NULL)) VIVADO := $(shell which vivado 2>$(NULL)) ifdef TCLSH TCL := tclsh TCLARGS := else ifdef XTCLSH TCL := xtclsh TCLARGS := else ifdef VIVADO TCL := vivado -mode batch -nojournal -nolog -notrace -source TCLARGS := -tclargs else TCL := TCLARGS := endif endif endif CKSUM = cksum.tcl EEPROM = eeprom.tcl BITBIN = bit2bin.tcl #---- Compilation targets ------------------------------------------------------ # Aliases all: scripts lib eeprom bin s2i: scripts lib scripts: $(ETC_PATH)/$(CKSUM) $(ETC_PATH)/$(EEPROM) $(ETC_PATH)/$(BITBIN) lib: $(LIB_FILE) # delete "$(EE_C_FILE)" if EEPROM emulation is not needed #eeprom: $(EE_BIN_FILE) $(EE_C_FILE) eeprom: $(EE_BIN_FILE) app: $(APP_FILE) bin: $(BIN_FILE) # Update TCL scripts $(ETC_PATH)/$(CKSUM): $(wildcard $(SCRIPTS_PATH)/$(CKSUM)) ifeq ($(wildcard $(SCRIPTS_PATH)/$(CKSUM)),) @$(ECHO) @$(ECHO) The TCL script is not available! @$(ECHO) Please use the $(ETC_PATH)/$(CKSUM) script delivered by S2I! @$(ECHO) else @cp -fv $(SCRIPTS_PATH)/$(CKSUM) $(ETC_PATH)/$(CKSUM) endif $(ETC_PATH)/$(EEPROM): $(wildcard $(SCRIPTS_PATH)/$(EEPROM)) ifeq ($(wildcard $(SCRIPTS_PATH)/$(EEPROM)),) @$(ECHO) @$(ECHO) The TCL script is not available! @$(ECHO) Please use the $(ETC_PATH)/$(EEPROM) script delivered by S2I! @$(ECHO) else @cp -fv $(SCRIPTS_PATH)/$(EEPROM) $(ETC_PATH)/$(EEPROM) endif $(ETC_PATH)/$(BITBIN): $(wildcard $(SCRIPTS_PATH)/$(BITBIN)) ifeq ($(wildcard $(SCRIPTS_PATH)/$(BITBIN)),) @$(ECHO) @$(ECHO) The TCL script is not available! @$(ECHO) Please use the $(ETC_PATH)/$(BITBIN) script delivered by S2I! @$(ECHO) else @cp -fv $(SCRIPTS_PATH)/$(BITBIN) $(ETC_PATH)/$(BITBIN) endif # Actual targets $(LIB_FILE): $(LIB_SRC) $(LIB_HDR) ifeq ($(LIB_SRC),) @$(ECHO) @$(ECHO) Building the GigE library is not available to end customers! @$(ECHO) Please use the prebuilt $(LIB_FILE) delivered by S2I! @$(ECHO) else @$(MKDIR) -p $(LIB_PATH) @$(RM) -f $(LIB_OBJ) $(CC) $(CC_OPT_LIB) $(CC_FLAGS) $(CC_INCLUDES) -c $(LIB_SRC) $(AR) rcs $(LIB_FILE) $(LIB_OBJ) @$(RM) -f $(LIB_OBJ) @$(ECHO) $(SIZE) -t $(LIB_FILE) @$(ECHO) @cp $(LIB_PUB) $(FW_PATH)/$(VITIS_PRJ_APP)/src/ endif $(EE_BIN_FILE): $(XML_FILE) $(ETC_PATH)/$(CKSUM) $(ETC_PATH)/$(EEPROM) ifndef TCL $(error Tcl interpreter not found) endif @$(TCL) $(ETC_PATH)/$(EEPROM) $(TCLARGS) $(EE_OPTIONS) -x $(XML_FILE) -o $(EE_BIN_FILE) @$(TCL) $(ETC_PATH)/$(CKSUM) $(TCLARGS) -x $(EE_BIN_FILE) $(EE_C_FILE): $(XML_FILE) $(ETC_PATH)/$(EEPROM) ifndef TCL $(error Tcl interpreter not found) endif @$(TCL) $(ETC_PATH)/$(EEPROM) $(TCLARGS) $(EE_OPTIONS) -t -x $(XML_FILE) -o $(EE_C_FILE) $(APP_FILE): $(LIB_FILE) $(APP_SRC) $(APP_HDR) make -C $(APP_OUT) all $(APP_BIN_FILE): $(APP_FILE) $(ETC_PATH)/$(CKSUM) @$(OC) $(OC_FLAGS) $(OC_REMOVE) $(APP_FILE) $(APP_BIN_FILE) @chmod -x $(APP_BIN_FILE) ifdef TCL @$(TCL) $(ETC_PATH)/$(CKSUM) $(TCLARGS) -x $(APP_BIN_FILE) endif $(BIN_FILE): $(HW_BIT) $(APP_FILE) $(FSBL_FILE) $(XML_FILE) @$(ECHO) "//arch = zynq; split = false; format = BIN" > $(BOOTIMAGE) @$(ECHO) "the_ROM_image:" >> $(BOOTIMAGE) @$(ECHO) "{" >> $(BOOTIMAGE) @$(ECHO) " [bootloader]$(FSBL_FILE)" >> $(BOOTIMAGE) @$(ECHO) " [offset = $(OFFSET_BIT)]$(HW_BIT)" >> $(BOOTIMAGE) @$(ECHO) " [offset = $(OFFSET_APP)]$(APP_FILE)" >> $(BOOTIMAGE) @$(ECHO) " [offset = $(OFFSET_XML)]$(XML_FILE)" >> $(BOOTIMAGE) @$(ECHO) "}" >> $(BOOTIMAGE) bootgen -image $(BOOTIMAGE) -arch zynq -o $(BIN_FILE) -w on # @$(RM) -f $(BOOT_NAME).bif #---- Device programming targets ----------------------------------------------- prog: $(HW_BIT) @$(ECHO) "connect" > xsdb_prog.tcl @$(ECHO) "targets 2" >> xsdb_prog.tcl @$(ECHO) "rst" >> xsdb_prog.tcl @$(ECHO) "fpga $(HW_BIT)" >> xsdb_prog.tcl @$(ECHO) "exit" >> xsdb_prog.tcl xsdb xsdb_prog.tcl # @$(RM) -f xsdb_prog.tcl # @$(RM) -f ps7_init.* ps7_init_gpl.* run: $(APP_FILE) @$(ECHO) "connect" > xsdb_run.tcl @$(ECHO) "targets 2" >> xsdb_run.tcl # @$(ECHO) "loadhw $(HW_NAME).xsa" >> xsdb_run.tcl @$(ECHO) "source xgvrd_platform/hw/ps7_init.tcl" >> xsdb_run.tcl @$(ECHO) "ps7_init" >> xsdb_run.tcl @$(ECHO) "ps7_post_config" >> xsdb_run.tcl @$(ECHO) "dow $(APP_FILE)" >> xsdb_run.tcl @$(ECHO) "con" >> xsdb_run.tcl @$(ECHO) "exit" >> xsdb_run.tcl xsdb xsdb_run.tcl # @$(RM) -f xsdb_run.tcl # @$(RM) -f ps7_init.* ps7_init_gpl.* prog_flash: $(BIN_FILE) $(FSBL_FILE) program_flash -f $(BIN_FILE) -offset 0 -flash_type qspi_single -verify -fsbl $(FSBL_FILE) #---- Cleanup ------------------------------------------------------------------ clean: ifneq ($(LIB_SRC),) @$(RM) -fv $(LIB_FILE) endif @$(RM) -fv $(APP_BIN_FILE) @$(RM) -fv $(EE_BIN_FILE) @$(RM) -fv $(BIN_FILE) ifneq ($(wildcard $(SCRIPTS_PATH)/$(CKSUM)),) @$(RM) -fv $(ETC_PATH)/$(CKSUM) endif ifneq ($(wildcard $(SCRIPTS_PATH)/$(EEPROM)),) @$(RM) -fv $(ETC_PATH)/$(EEPROM) endif ifneq ($(wildcard $(SCRIPTS_PATH)/$(BITBIN)),) @$(RM) -fv $(ETC_PATH)/$(BITBIN) endif 以上是makefile内容，请说明在makefile中如何修改？
10-30
- 修改生成BIF文件的脚本（可能是TCL脚本或Makefile中的规则） - 或者直接修改BIF文件模板（如果存在） 假设我们的Makefile中有一个规则生成BIF文件，内容可能类似于： ``` ./etc/bootimage.bif: echo "the_...
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