Contiki 2.7 Makefile 文件（二）

二、Makefile.include

1、第一部分

（1）

ifndef CONTIKI
  ${error CONTIKI not defined! You must specify where Contiki resides}
endif

含义：

如果没有定义CONTIKI变量，make停止运行。

并产生一个致命的错误信息，CONTIKI not  defined! You must specify where Contiki resides。

hello-world这个例子在主控Makefile中就定义了CONTIKI变量，所以不会发生这个错误。

注：所以主控Makefile中一定要定义CONTIKI这个变量。

相关知识点：

其中error是一个控制make的函数，函数的调用语句是

$(<function> <arguments>) 

函数名和参数名用空格分隔，参数之间用逗号,分隔。函数的返回值可以当做变量来使用,故上述语句将是函数的返回值。

所以${error CONTIKI not defined! You must specify where Contiki resides}语句

会使make停止运行，并返回一个错误信息CONTIKI not defined! You must specify where Contiki resides。

（2）

ifeq ($(TARGET),)
  -include Makefile.target
  ifeq ($(TARGET),)
    ${info TARGET not defined, using target 'native'}
    TARGET=native
  else
    ${info using saved target '$(TARGET)'}
  endif
endif

含义：

在Contiki build system中知道，make命令可以显式定义TARGET：make TARGET=esb 

还可以保存默认的TARGET到Makefile.target中：make TARGET=esb savetarget

先判断TARGET变量是否为空，如果不为空，则跳过这一段语句。

如果TARGET为空，则TARGET变量没有显式定义（至少在这之前还没有定义），导入Makefile.target文件，看是否已经保存了默认的TARGET。

是的话（Makefile.target文件存在），则使用Makefile.target文件中默认的TARGET，并提示。

如果没有显式定义，又没有保存默认的TARGET到Makefile.target，那么设置TARGET=native，即本机，并提示。

注：include之前的符号-，加了这个符号之后，即使这条命令出错，make也会继续执行后续的命令。

因为这里Makefile.target可能不存在，但不能影响make继续执行，所以在include命令前添加了 -。

（3）

ifeq ($(DEFINES),)
  -include Makefile.$(TARGET).defines
  ifneq ($(DEFINES),)
    ${info using saved defines '$(DEFINES)'}
  endif
endif

含义：

在Contiki build system中知道，make命令可以显式定义DEFINES，为c预处理设定任意的变量：make TARGET=esb DEFINES=MYTRACE,MYVALUE=4711

还可以保存默认的DEFINES到Makefile.$(TARGET).DEFINES中：make TARGET=esb DEFINES=MYTRACE,MYVALUE=4711 savedefines

先判断DEFINES变量是否为空，如果不为空，则跳过这一段语句。

如果DEFINES为空，则DEFINES没有显式定义（至少在这之前还没有定义），导入Makefile.$(TARGET).DEFINES文件，看是否已经保存了默认的DEFINES。

如果已经保存了默认的DEFINES的话（Makefile.$(TARGET).DEFINES文件存在），则使用Makefile.$(TARGET).DEFINES文件中默认的DEFINES，并提示。

没有保存的话，则没有任何操作。

注：include之前的符号-，加了这个符号之后，即使这条命令出错，make也会继续执行后续的命令。

因为这里Makefile.$(TARGET).DEFINES可能不存在，但不能影响make继续执行，所以在include命令前添加了 -。

（4）

ifndef HOST_OS
  ifeq ($(OS),Windows_NT)
  ## TODO: detect more specific Windows set-ups,
  ## e.g. CygWin, MingW, VisualC, Watcom, Interix
    HOST_OS := Windows
  else
    HOST_OS := $(shell uname)
  endif
endif

含义：

判断是否有定义HOST_OS变量，如果已经定义了这个变量，则跳过这段语句。

如果没有定义这个变量，判断OS变量的值。

如果OS为Windows_NT，即在Windows系统，设置HOST_OS为windows。

如果OS不为Windows_NT，即不是Windows系统，用shell uname命令获取当前操作系统的名字。

$(shell uname)获取返回值，即操作系统的名字，并赋值给HOST_OS变量。

shell是make内置的函数，shell的参数就是Shell的命令，shell函数将执行Shell命令后的输出作为函数的返回。

在Shell执行uname命令，输出Linux，故shell函数返回Linux。

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" alt="" />