“ win+vscode+eide+gcc下的STM32编程环境搭建。”% C4 z- D8 K+ P% G( ] @' W
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) ^6 c z& g! a; O8 m# C: e2 ^1.VSCode安装与配置, }! ^+ ^6 R) c+ l6 R$ ?
a.卸载$ f& [ Z( V3 @0 z/ M6 U4 u
b.安装( z$ H1 [3 J6 J# ~& {+ {7 ^
c.git安装与配置1 V( F5 K$ U5 {! a. y, K
d.安装插件
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* I E! C! u- P! ~/ u9 O2.Embedded IDE配置
; _6 y. b& j+ |, g n3 F+ p5 ja.安装EIDE插件4 ]$ G8 `2 ~) u; ~7 o7 ]3 h
b.安装实用工具到EIDE
: ^( O D0 Y$ G# G+ H! H- 安装arm-none-embed-gcc
- 添加其bin文件夹到环境变量
- 安装OpenOCD
- 在vscode中安装Makefile Tools8 ^8 x, q7 k j
3.Embedded IDE项目建立-stm32标准库
" @% r2 v! l. d7 l% t0 na.工程项目建立
9 ^$ u9 c; F' ~2 ?" I( F2 S+ Kb.在EIDE中使用标准库时的设置(无Makefile) q, \0 h" T0 M
c.编译工程; N2 S- B3 m5 `/ w9 _
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4.一些问题的处理:, o1 j5 v& u3 X% A
5.调试工程
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01VSCode安装与配置- f5 ?: ?% R! R+ X( s% S+ K& e, `: A7 N
1.完全卸载之前安装过的VSCode
! L. _) d' O! a2 h( Ia.卸载软件
: P/ n# R+ d) }b.删除插件:找到C:\Users\用户名\.vscode`文件夹并删除它,以彻底清除已安装的插件。
; M( e; O/ o3 ^) e2 [c.删除用户信息和缓存信息:访问C:\Users\用户名\AppData\Roaming路径下,删除Code和Visual Studio Code文件夹,以彻底删除用户信息和缓存信息。
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$ {* |$ ?' W, u+ f! `" X+ t3 k2.下载安装vscode1 ^+ ]2 f( J5 E/ o' W. W
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3.git安装与配置
; U! [ b# t! B安装git8 |: q2 n- X7 B! W ^
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安装完成后,在开始菜单中找到并打开Git Bash
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在代码托管平台网站新建仓库,按照gitee等克隆下载的要求设置git+ {; {& P3 g6 z/ @* C4 H- V# X
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1 X6 R5 s" B* x/ _2 ]在git bash中输入配置- git config --global user.name 'kevin.kerry'
" `; Y1 X! L* d* n - git config --global user.email 'ct15762287606@outlook.com'
6 {7 L x' |. Z3 e' Y, M - //检查当前仓库状态4 m( l% t% o& Q0 Y
- git status1 m; ]' J7 Q5 l- a
- //确认git配置0 x$ O) x, a( x: R0 A
- git config user.name6 F: F7 Y' L3 E9 t9 E
- git config user.email* D* H! y: Z' G3 [# U- g" }( }
- //查看错误信息
: E! G1 I5 d* Z+ B D5 z9 d" m8 w - git commit -v
# Q5 t9 M, V" o - //清理缓存
s2 T" Y8 w9 Y; e2 D4 }% a - git rm -r --cached .8 g) A4 V4 Q, C; Q$ M
- git add .8 X1 v p* X+ E7 L6 w7 e
- git commit -m "Your commit message"
复制代码
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4.安装插件,如下图:( `+ b0 ?9 B, X# H' G
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- u& Q0 z0 H* j: i& b8 Q02Embedded IDE配置* _( ~; B* G) i
1.安装EIDE插件到VS Code! W/ P6 Y- I& G& ? z3 v9 o
2.安装实用工具到EIDE环境
+ `4 R; U% n# [# [% I* Ra.安装arm-none-embed-gcc工具链) k3 A, b5 q: N/ n8 c+ V
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* X! [ f& y! Z" Z. e3 Rb.添加其bin文件夹到环境变量
$ X, A( q' [% y9 {- 在EIDE中安装的gcc插件安装目录通常为:C:\Users\${用户名}\.eide\tools\gcc_arm\bin
- "windows"键唤出搜索,输入编辑系统环境变量。找到Path进行编辑。添加上述gcc命令地址
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在cmd/VSCode的集成终端输入 arm-none-eabi-gcc -v测试
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- PS C:\Users\ct\Desktop\win-stm32-gcc> arm-none-eabi-gcc -v
复制代码
7 [ T' F8 l. _2 Mc.安装OpenOCD1 t0 P# ]- N( ~( g3 [) ]1 |
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( z6 o; }4 a0 O3 u! U( md.在vscode中安装Makefile Tools% p! n* c5 M4 E7 K. {' ~
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3 [+ p1 q, d# L+ v' P; ]! u- 找到该工具的安装目录
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- 将该Make工具的bin路径添加到环境变量,如前
- 重启vscode,测试make -v命令是否正常: O$ j! _1 ?+ a6 ^) w( D
- PS C:\Users\ct\Desktop\win-stm32-gcc> make -v1 `$ |+ x% A$ u/ R) j
- GNU Make 3.81; Y' o9 {4 t+ r$ I, i- l( s
- Copyright (C) 2006 Free Software Foundation, Inc.+ ]0 t5 i* T# @/ Y" b1 ]1 L* Y
- This is free software; see the source for copying conditions.
9 a% n, T9 V# u! J* o2 N - There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A
/ L/ ^" n6 f7 P: b - PARTICULAR PURPOSE.
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- This program built for i686-pc-msys
复制代码
) R( `. l8 v. w- j8 j o03Embedded IDE项目建立-stm32标准库
9 Q" G" Q A0 a q0 d+ ~1.工程项目建立; f% g | n- n
a.切换到EIDE环境,点击操作-新建项目-空项目图片3 z7 Z# [0 e! ]& U! k
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b.选择一个合适的MCU项目类型,如Cortex-M项目6 J! I- L' a! g, Q
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c.点击右下角继续,跳转到工作区( t+ E; F: S( U
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d.添加工程文件到工作区路径下。——标准库
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1 j$ q, h3 z9 @0 O0 l6 t' Z* `/ S0 e- 将Libraries文件夹复制到根目录,删除Libraries文件夹中的无用文件,保留core_cm3.c,core_cm3.h,stm32f10x.h文件,startup文件选择固件库里的Libraries\CMSIS\CM3\DeviceSupport\ST\STM32F10x\startup\TrueSTUDIO 里对应芯片的s文件,一定要TrueSTUDIO 目录里的启动文件。
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5 H2 d# U, J$ e: q+ s' w4 ]8 z5 m- 新建User目录,将STM32F10x_StdPeriph_Lib_V3.5.0\Project\STM32F10x_StdPeriph_Template目录下的stm32f10x_conf.h,stm32f10x_it.c,stm32f10x_it.h,system_stm32f10x.c复制到User目录,并新建main.c文件。, R$ B, o% p% W( l
: u. @0 M+ o1 ?, P; @1 C& @( t- 将固件库对应芯片下的(例如)Project\STM32F10x_StdPeriph_Template\TrueSTUDIO\STM3210C-EVAL\stm32_flash.ld拷贝到根目录并在EIDE中指定gcc所需的链接文件
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7 _5 m4 P) t5 D/ X8 Istm32_flash.ld( J% N* W+ s0 B& q
- /*
, J4 x, I# A- f$ C9 [" p3 _& M - *****************************************************************************
3 {# h( a! q7 z+ j - **
0 V; W5 `* K( j# m; b7 F( v# ~5 ` - ** File : stm32_flash.ld
! u- @: s( i$ F- o/ v - **& w6 F# p7 a2 d/ l0 s
- ** Abstract : Linker script for STM32F107VC Device with
8 J) O3 X) F1 F, j - ** 256KByte FLASH, 64KByte RAM
8 r% }' _( W: z2 k n4 D7 K0 K+ U - **
/ I% D- e( l: B4 F - ** Set heap size, stack size and stack location according: n$ ?9 \. c; a0 l. D5 X4 I4 R
- ** to application requirements.. h/ y5 P9 |- t& E3 {# f
- **
# U, ^) W `+ P- v) T6 g - ** Set memory bank area and size if external memory is used.
- G2 N! E. a4 S9 t8 d4 `- v% X/ T - **
7 M( b7 n1 m' q4 F9 i9 f - ** Target : STMicroelectronics STM32
2 x8 Y4 j- L" S- z - **9 q& U4 p" \# A
- ** Environment : Atollic TrueSTUDIO(R)" A1 ]$ Y' i% c# Q/ O
- **
% i8 c6 G$ w4 M* P - ** Distribution: The file is distributed �as is,� without any warranty1 A' a5 ?, |- S5 ^/ {5 {2 L k
- ** of any kind.
' l# i M# m! L& d - **
! K& f$ v$ B3 I, s% s8 T - ** (c)Copyright Atollic AB.; q; `7 c# E: c
- ** You may use this file as-is or modify it according to the needs of your
, S7 O3 C5 l4 Q8 q& l1 O3 F8 t - ** project. Distribution of this file (unmodified or modified) is not
2 e, J p) r& o p4 P0 t - ** permitted. Atollic AB permit registered Atollic TrueSTUDIO(R) users the
7 R& W) B* P8 h- o% {! c) \$ N - ** rights to distribute the assembled, compiled & linked contents of this5 Q( q" l) L" Z3 a u! _. W5 R# \
- ** file as part of an application binary file, provided that it is built m# }+ I+ G2 { c' }# Y( N; L- ?& s( K
- ** using the Atollic TrueSTUDIO(R) toolchain.' T! w. \! d- v$ q& M3 H& {3 T
- **
/ C" }, ?) ?$ A" u - *****************************************************************************, h3 {! V; O. S5 g1 d2 S6 `
- */) O' g2 b$ E1 i" m6 I, G. `
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6 J: d. ]- A( j/ K- /* Entry Point */5 n) }( C L# i- z4 v" h! n
- ENTRY(Reset_Handler)+ x1 {# T) ?4 |0 k) j6 S
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- : v$ a& u: e5 I, o! j/ U
- /* Highest address of the user mode stack */
' L5 w+ P0 E/ E5 B: l' U8 T5 K - _estack = ORIGIN(RAM) + LENGTH(RAM); /* end of 64K RAM */
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- /* Generate a link error if heap and stack don't fit into RAM */* m9 v! H) K% {: n+ v
- _Min_Heap_Size = 0; /* required amount of heap */& z3 F0 r; Z6 L- f: v9 q1 ]) ^
- _Min_Stack_Size = 0x200; /* required amount of stack */3 S9 u& a% e( ?5 n
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, L8 `5 `$ U8 c0 A- /* Specify the memory areas */2 o0 P4 m8 m3 v; h# t) G4 k$ [7 E9 X
- MEMORY
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- RAM (xrw) : ORIGIN = 0x20000000, LENGTH = 20K
1 L; j! |0 s6 E; S- K - FLASH (rx) : ORIGIN = 0x8000000, LENGTH = 64K! o" ^# s% }2 }- @8 j) y6 ^$ f
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- /* Define output sections */% B' X$ z/ P6 L9 @+ Q" d
- SECTIONS
6 A7 ~& S; J% l8 R3 c3 L - {# n6 A4 t* U/ }: s' l1 K+ Y' t
- /* The startup code goes first into FLASH */
! L5 `5 C) J3 o5 j# Y6 ] - .isr_vector :
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A+ H6 H* n' u; p - . = ALIGN(4);& R X J7 E( k
- KEEP(*(.isr_vector)) /* Startup code */
: v1 c. I/ c0 }# D @1 a - . = ALIGN(4);# d2 j J/ p# ^' f b
- } >FLASH, P. U8 ^/ k. H/ r1 v; @
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- /* The program code and other data goes into FLASH */
! u" l" f/ B. V# Q k - .text :
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- . = ALIGN(4);
- b" o; b K0 p; ]. r - *(.text) /* .text sections (code) */
, R- I l' z8 I$ P$ K3 X% _ } - *(.text*) /* .text* sections (code) */
. n! ^* {1 o6 k4 v, J0 K& k - *(.rodata) /* .rodata sections (constants, strings, etc.) */
0 {7 P# R, m/ Z( m; _" E6 W7 ] g - *(.rodata*) /* .rodata* sections (constants, strings, etc.) */' ~0 ?! P& z& s0 J; S+ @& C1 L
- *(.glue_7) /* glue arm to thumb code */% ]' e) {1 I; O! N' d; d8 A
- *(.glue_7t) /* glue thumb to arm code */( z- a6 X8 x2 a, ]( F* t6 \5 H
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* M" E2 J$ E: T. H: m- KEEP (*(.init))
" d( [. q3 h2 C9 p - KEEP (*(.fini)); x' a$ p6 k8 a% s9 M7 H
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- . = ALIGN(4);7 y8 @1 [3 d* e
- _etext = .; /* define a global symbols at end of code */0 x; a8 P3 N- R0 F9 b! h; A
- } >FLASH
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- .ARM.extab : { *(.ARM.extab* .gnu.linkonce.armextab.*) } >FLASH
9 ?0 s! n% {6 p( t - .ARM : {1 U( j* a* [, ]8 U0 D( |" }
- __exidx_start = .;
: m; ^6 S& s; _8 o* j - *(.ARM.exidx*)
# r' H; O! c: ~+ v, ?/ j q7 r - __exidx_end = .;7 D. A3 F! P0 r5 X6 r8 d$ a" l
- } >FLASH: A9 y2 J8 d/ J7 h
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& X' ^; O# l9 L9 K' l$ ]9 Q# N- .ARM.attributes : { *(.ARM.attributes) } > FLASH
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- .preinit_array :
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- PROVIDE_HIDDEN (__preinit_array_start = .);3 G8 s" I/ y9 H7 `4 D7 s
- KEEP (*(.preinit_array*))
- ?% n. ]) ^8 U - PROVIDE_HIDDEN (__preinit_array_end = .);8 r( d i5 _) P W0 N5 d. U' k7 z
- } >FLASH
3 x- I: g7 j& _6 Q" r6 B - .init_array :
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- PROVIDE_HIDDEN (__init_array_start = .);2 d8 o' ]' J% |3 J8 p# X6 h5 n
- KEEP (*(SORT(.init_array.*)))
6 D/ ], V: \; [0 [8 ` - KEEP (*(.init_array*))
e- _) o. ^3 q$ R! M+ W - PROVIDE_HIDDEN (__init_array_end = .);
, ^( N( i- D+ O/ }0 a - } >FLASH
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- {
/ |+ e) I& j8 T2 b - PROVIDE_HIDDEN (__fini_array_start = .);+ g/ N; ?: j" q1 w4 z
- KEEP (*(.fini_array*))8 ]) b7 R9 u- {# E# ]3 {
- KEEP (*(SORT(.fini_array.*))): ~, K) U1 Q- P& _9 T0 |. T" X
- PROVIDE_HIDDEN (__fini_array_end = .);
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- /* used by the startup to initialize data */
, @1 k$ S6 B9 |7 A9 x4 Q8 w - _sidata = .;
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3 L9 C$ z" p* j# B+ W- t- /* Initialized data sections goes into RAM, load LMA copy after code */
, `" k& e" @1 N+ d) @. {# C6 x - .data : AT ( _sidata )
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: I0 @% _' S9 G2 T$ J - . = ALIGN(4);
, k% s" S6 q* i- P7 ^3 D, R0 ` - _sdata = .; /* create a global symbol at data start */8 M0 D/ T p' m, o6 e
- *(.data) /* .data sections */' l/ p1 A3 l1 t1 c1 A! [, ^
- *(.data*) /* .data* sections */
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6 P$ k% ~* L! L: o4 R) A8 a; S. I- . = ALIGN(4);
+ r$ r4 o: z+ N6 J+ f; _/ f - _edata = .; /* define a global symbol at data end */0 V2 r3 h) H3 h
- } >RAM* z {; u% g+ M' C8 Q0 a- ^. o
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- /* Uninitialized data section */
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4 d$ G9 Z4 u4 X - .bss :% S/ @, B; U* Y8 F ^6 d2 L
- {
5 V$ L% o2 [7 f - /* This is used by the startup in order to initialize the .bss secion */0 q5 X' D5 Y7 e. ^# M
- _sbss = .; /* define a global symbol at bss start */
! U# D* d& B$ @0 I7 _5 V - __bss_start__ = _sbss;/ h4 o; _0 [8 A) ]6 |
- *(.bss), R! Y2 Y9 k' K2 G2 B; i9 Z0 [7 j9 ~/ c
- *(.bss*)( z3 v% }9 \3 V6 N* N, ?1 a" e
- *(COMMON)
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- . = ALIGN(4);
* t( l6 W* x6 k5 `$ E - _ebss = .; /* define a global symbol at bss end */1 D" E4 |5 Z5 b8 n( k
- __bss_end__ = _ebss;
$ ^+ p! H) n/ `3 m - } >RAM; [4 }5 _4 r$ R7 K! H
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- PROVIDE ( end = _ebss );; |4 L0 {% B& X! Z+ i0 y9 {
- PROVIDE ( _end = _ebss );
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- /* User_heap_stack section, used to check that there is enough RAM left *// q* d& c5 u4 K% W1 d9 c- u% z
- ._user_heap_stack :
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- . = ALIGN(4);
! e4 d! c" X% e: A0 d: Q - . = . + _Min_Heap_Size;' f! r/ A( X; P7 M8 {; n8 V
- . = . + _Min_Stack_Size;
, n5 o! s) M2 }) H2 {! A/ e - . = ALIGN(4);
- y7 C3 j, E/ _+ j4 _+ M5 W - } >RAM
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2 I6 G2 m- ~+ j" Z$ M- /* MEMORY_bank1 section, code must be located here explicitly */
: Q4 t" R; ^: m8 H9 L. t# J - /* Example: extern int foo(void) __attribute__ ((section (".mb1text"))); */
* `/ V/ m% ?* S' I0 m- ]9 d - .memory_b1_text :
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6 o, i! E9 J; Y+ j. j* J - *(.mb1text) /* .mb1text sections (code) */& M. j- y2 R( R& u: }/ b8 H
- *(.mb1text*) /* .mb1text* sections (code) */% e5 ~& U/ ?7 k4 t( h# a+ M
- *(.mb1rodata) /* read-only data (constants) */
5 F4 i p4 n& h# M9 w; ?, V - *(.mb1rodata*)0 J) @; T/ ~1 [: M, P7 t
- } >MEMORY_B17 `3 C {1 D5 d; o& Z
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8 a8 L2 W" K1 F) W- /* Remove information from the standard libraries */3 x# n- h3 k8 G: n" c
- /DISCARD/ :
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- libc.a ( * )# p: m, w3 V# e" o+ m+ {
- libm.a ( * )$ v+ o# d* v3 A8 Z5 q }+ r! }
- libgcc.a ( * )
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- }
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- 最终目录文件如下
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2.在EIDE中使用标准库时的设置(无Makefile)
0 k4 q* ?$ x; ~$ f- a: ?) i6 Ca.切换到EIDE环境下
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b.右键项目资源-点击添加源文件夹-选择普通文件夹,导入Keil工程文件及文件夹
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文件目录如下:+ E7 m% Y( d6 K# |+ n, i E
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8 l3 l3 O, b% v) e+ B* @; Gc.点击+号安装CMSIS芯片支持包+ S e S' i7 o9 u3 @" N9 i4 Q: P
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Q: M, d* o- S jd.修改构建配置为gcc
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e.烧录配置为STLink/OpenOCD- T" X; o0 i U, Y
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f.添加arm-none-embed-gcc安装目录下的/ARM/ARMCC/include和/ARM/ARMCC/include到包含目录。' s4 J" z; E2 D; ?, [$ H+ r2 e
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g.添加__C_ARM、STM32F10x_MD、USE_STDPERIPH_DRIVER到预处理宏定义
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h.此时编译可能会有下述报错
/ c$ K$ Q& \1 k( j) Z- C:\416: Error: registers may not be the same -- `strexb r0,r0,[r1]'
. m5 H0 Q# y- k4 t5 Y+ E - C:\436: Error: registers may not be the same -- `strexh r0,r0,[r1]'
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; @ e4 `9 R' G# W8 R打开src\Libraries\CMSIS\CoreSupport\core_cm3.c文件,将 736行,753行 中的 “=r"修改为”=&r",如下- uint32_t __STREXB(uint8_t value, uint8_t *addr)" U2 V/ i, O1 y, c0 o" f/ z5 ]
- {
; B, }6 c* s4 W- v0 Q - uint32_t result=0;1 O4 i3 T! x( q
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- __ASM volatile ("strexb %0, %2, [%1]" : "=&r" (result) : "r" (addr), "r" (value) );; c @3 N8 f( W2 |1 ]* M+ p
- return(result);
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' K @/ m6 S' G' ^9 q- uint32_t __STREXH(uint16_t value, uint16_t *addr) ^- Y) e# b( W w$ ?2 ?0 Q
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- uint32_t result=0;: @, P' s: A4 Z, `6 }7 I
0 Q7 `# [7 \2 C H. W- [- __ASM volatile ("strexh %0, %2, [%1]" : "=&r" (result) : "r" (addr), "r" (value) );
- x5 e, }9 r/ ?# M. F/ e+ o - return(result);
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- ctrl+shift+p,配置c_cpp_properties.json文件图片, H3 r4 h' s1 L: K2 r
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- {
+ h) X3 K* _$ W; r - "configurations": [
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$ F9 S( ~1 B8 V9 V# H' x - "name": "Win32",7 Z' o1 ^7 K8 Y6 a* x
- "includePath": [ Z, T7 i4 r, Q
- "${workspaceFolder}/**",
: [" {4 j |" I1 u, t& n - "C:/Keil_v5/ARM/ARMCC/include/**",' f/ o k% A: W i
- "C:/Keil_v5/ARM/ARMCC/include/rw/**",
% M8 v7 |3 h$ ?) k - "${workspaceFolder}/CORE") i0 k+ e' ^7 s
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- "defines": [
; x9 v1 Y0 m9 T, _0 [% T - "_DEBUG",9 d* ^( {. ?8 y# Q( ]/ L, d& Z
- "UNICODE",
! x8 ~+ a V# }# I& G- T - "_UNICODE",
. t3 k! f; @. o$ D" m1 ^# ~3 h- X2 J - "STM32F10X_MD",! u4 h( a" h" ^
- "USE_STDPERIPH_DRIVER",
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+ C; K6 x" {: g; V' @, b - "cStandard": "c99"
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- "version": 4' v0 H& {# W3 H @
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: S: M+ J8 B8 D9 F" \; V$ [3.编译工程# ]; g, J8 Z( F+ g0 F7 [+ s
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4.一些问题的处理:
7 A, f! X( m: h) d2 D0 J+ k3 Ka.编译成功,但下载后没有任何反应。. [0 q* P% O$ r) c/ F: A$ w- u
注意检查stm32_flash.ld文件内容! G( f! p2 p( q3 `1 t# `& j
- /* Highest address of the user mode stack */
: ~2 P- [1 D: i3 I8 O- G' a7 O - _estack = ORIGIN(RAM) + LENGTH(RAM); /* end of 64K RAM */
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注意对应芯片型号( d$ O7 W" k' O$ _5 E) J
- /* Specify the memory areas */
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- RAM (xrw) : ORIGIN = 0x20000000, LENGTH = 20K: y" h6 A" T' M/ x7 b* w
- FLASH (rx) : ORIGIN = 0x8000000, LENGTH = 64K4 Z4 H3 w- U( P* @
- }
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b.vscode提交(commit)代码时卡住8 N4 {5 P, j. J. b
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+ m% q8 t* X! {) e2 s设置的这里选择的默认选项影响了commit,当commit却不添加任何消息时,会默认生成一个文件来替代消息并提交,而服务器无法接受这样的消息。
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6 m( H7 c9 @4 D: O2 ]' y' Z5.调试工程5 I5 ~. E' K( m
a.添加launch.json
0 l( n* ?; M- \1 X6 k进入一个C文件,点击右上角按钮生成launch.json
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+ u t% }; b$ M% M: _b.修改launch.json为下述内容
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8 d/ h4 ^# z2 O! W - // 使用 IntelliSense 了解相关属性。# d+ \, D& p1 |7 s; e$ W( e
- // 悬停以查看现有属性的描述。- T' e3 a2 Y/ m
- // 欲了解更多信息,请访问: https://go.microsoft.com/fwlink/?linkid=830387
8 _: I& l0 Y! v - "version": "0.2.0", p# N3 Q6 a- { T! k% F1 B8 }6 Q4 m
- "configurations": [9 _. J" ?6 p) Q: v9 k" J; O: c. i
- {
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/ S: [: @5 _3 t2 r1 b! Z4 n - "cwd": "${workspaceRoot}", // 输出路径3 h/ ]$ h/ O- n7 C0 R5 O
- "executable": "./build/Debug/${workspaceRootFolderName}.elf", // 要调试的程序4 t) b$ |% D% i: e8 M5 q- e
- "request": "launch",
. D8 w3 M. K3 f - "type": "cortex-debug",& \: w- N1 o7 }* ~, q% C6 U; n
- "servertype": "openocd", // 调试器选择
. H2 K6 Y, l7 F- ] - "device": "STM32F103C8", // 使用J-link GDB Server时必须;其他GBD Server时可选(有可能帮助自动选择 SVD文件)。支持的设备见 https://www.segger.com/downloads/supported-devices.php. s# x7 \' b1 j' `
- //"svdFile": "./STM32L15xC.svd", // svd文件,有这个文件才能查看寄存器的值,每个单片机都不同。可以在以下地址找到 https://github.com/posborne/cmsis-svd下载
9 |' C5 `+ y# i3 s - "interface": "swd",/ w6 V A z- o0 t6 T. t9 V
- "configFiles": [+ [$ ^8 B& H/ z+ X* x2 P. p
- //"${workspaceRoot}/openocd.cfg", // *可以通过加载该文件来配置
! p+ |( k8 G4 M& o, s2 s; a: q - "C:/Users/ct/.eide/tools/openocd_7a1adfbec_mingw32/share/openocd/scripts/interface/stlink-v2.cfg",
: I! B$ A4 t' n - "C:/Users/ct/.eide/tools/openocd_7a1adfbec_mingw32/share/openocd/scripts/target/stm32f1x.cfg"
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& t' U0 m( _% F& @; Q! u7 K* ?1 l3 N - "runToEntryPoint": "false",3 h0 F" i/ T( _& r! p
- //"runToMain": false,* R% f! K/ Y( Z4 {" G
- //"preLaunchTask": "Build", // 在调试前预先执行的任务,此处是tasks.json中的1 b a$ f" z' X5 L8 d; Z- C, y
- //"armToolchainPath": "C:\\Program Files (x86)\\GNU Tools ARM Embedded\\5.4 2016q3\\bin" // 如果没有把 arm工具链路径添加到系统环境变量,则需要这条指令添加你的路径
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2 ?/ Y; T. S- \0 {+ p4 i, }上述最重要的是引入openocd的路径。
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6 e2 s v" |* w Y# sc.点击播放按钮进行调试0 Z( R* Q6 `1 { {3 y/ P5 x
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6.结束1 I: l% p4 T1 v' r: j
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转载自: kevin$ ^; p# s+ E; _( ]" f
如有侵权请联系删除
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