Then you get to hear from some people out in the community about the tools that they recommend you use to make your WordPress life much easier. I’m going to tell you a bit about the tools that I love.

This post is dedicated to them, and to all of the lovely things that they do.

But there are tools out there that can improve our experience, productivity, and interaction with WordPress. We all love that we can get it for free, get free plugins and themes and generally enjoy the freeness. If editing and developing code is a major activity for you, then building up habits and muscle-memory with one specific tool is likely to affect which approach you prefer.We all love WordPress. Some people will prefer this “Arduino IDE on steroids”, others will prefer a GUI-based general-purpose programmer’s editor such as Sublime Text, Atom, Notepad++, and yet others will prefer the text / command-line based editing facilities of vim or emacs. There are lots of Eclipse configurations and plugins, for just about any programming language. One benefit of this Eclipse-based IDE is that if you do any programming in other contexts, you may already be familiar with it, so that re-using this same tool and all its features and keyboard shortcuts for embedded projects will be a lot easier. When used with hardware debugging (via SWCLK and SWDIO pins on an LPC8xx chip), you get tremendous power and access to advanced features such as breakpoints, watchpoints, live inspection of variable values, and more. This is merely a (sophisticated) source code editor and development environment based on top of all that. Note that underneath are still the same tools one would use from the command line, i.e. But to get this far, you’ll need to first build the subprojects it depends on: lpc_board_nxp_lpcxpresso_824 and lpc_chip_82x. It compiles to 4196 bytes in release mode.

SysTick_Config(SystemCoreClock / TICKRATE_HZ) #define TICKRATE_HZ (10) /* 10 ticks per second */ Many of these wrappers merely add a thin C interface to the raw CMSIS layer, e.g.: static inline voidĬhip_GPIO_SetPinOutHigh(LPC_GPIO_T *pGPIO, uint8_t port, uint8_t pin) This approach offers an extensive library of C headers and source files to access all the different hardware peripherals, available on the LPC8xx series ♜’s in this case: $ ls lpc_chip_82x/incĪcmp_8xx.h error_8xx.h pinint_8xx.h spim_8xx.hĬhip.h gpio_8xx.h ring_buffer.h stopwatch.hĬlock_8xx.h i2c_common_8xx.h rom_i2c_8xx.h swm_8xx.hĬmsis.h i2cm_8xx.h rom_pwr_8xx.h sys_config.hĬore_cm0plus.h i2cs_8xx.h rom_uart_8xx.h syscon_8xx.hĬore_cmFunc.h iap.h romapi_8xx.h uart_8xx.hĬore_cmInstr.h inmux_8xx.h sct_8xx.h wkt_8xx.hĬrc_8xx.h iocon_8xx.h sct_pwm_8xx.h wwdt_8xx.h Another option would be to use the LPCOpen library from the LPCware site by NXP.

Notepad ++ download chip