banker.py-银行家算法

#coding=utf-8
import sys
class Banker（）:
    def __init__（selfmn）:
        self.m=m
        self.n=n

    def safe（self）:
        work=[]
        finish=[]
        f_num=0
        for i in range（n）:
            ava=[]
            for j in range（m）:
                ava.append（available[j]）
            work.append（ava）
        ‘‘‘print（work）‘‘‘
            
        for i in range（n）:
            finish.append（0）
            
        for i in range（n）:
            if finish[i]==0:
                for j in range（m）:
                    if need[i][j]<=work[i][j]:
                        work[i][j] +=allocation[i][j]
                        finish[i]=1 #有问题！
                        f_num +=1   #经i、j循环后值为15
                    else:                        
                        break
        ‘‘‘print（f_num）‘‘‘
        if f_num==n*m:
            return 1
        else:
            return 0
        
    def check（self）:
        flag=1
        for i in range（n）:
            for j in range（m）:
                #try:
                if request[i][j]<=need[i][j] and request[i][j]<=available[j]:
                    #‘int‘ object is not iterable可迭代的
                    available[j] -=request[i][j]
                    allocation[i][j] +=request[i][j]
                    need[i][j] -=request[i][j]                        

                else:
                    ‘‘‘print（‘ok‘）‘‘‘
                    flag=0
                    break
                
        if flag==0:
            print（‘分配失败！‘）
            
        safe=Banker.safe（self）
        ‘‘‘print（safe）‘‘‘
        #safe（） takes exactly 1 positional argument （0 given）需加self