def webServer(sshIp=""):
while True:
os.system("tput clear")
size = os.get_terminal_size()
os.system("tput setaf 6; tput setab 0")
os.system("tput clear")
print("Webserver actions".center(size.columns))
os.system("tput setaf 7; tput setab 0")
speech.speak("here are the services provided")
print(webserverval)
speech.speak("What can i do for you?")
opt = recog.voice_rec()
opt = opt.lower()
if "install" or "download" in opt:
speech.speak("installing web server")
os.system(f"{sshIp} dnf install httpd")
elif "start" or "launch" in opt:
speech.speak("starting web server")
os.system(f"{sshIp} systemctl enable --now httpd")
print("Web server started")
elif "restart" or "again" in opt:
speech.speak("restarting web server")
os.system(f"{sshIp} systemctl restart httpd")
print("Web server restarted")
elif "stop" or "pause" in opt and "server" or "web" in opt:
speech.speak("stopping web server")
os.system(f"{sshIp} systemctl stop httpd")
print("Web server stopped")
elif "exit" or "quit" or "back" in opt:
return
else:
print("Invalid request")
speech.speak("invalid request")
os.system("tput clear")
def dockerMenu(sshIp=""):
while True:
out = ""
os.system("tput clear")
size = os.get_terminal_size()
os.system("tput setaf 6; tput setab 0")
os.system("clear")
print("Docker Operations".center(size.columns))
os.system("tput setaf 7; tput setab 0")
speech.speak("Here are the services provided")
print(docker)
speech.speak("What can i do for you?")
subOpt = recog.voice_rec()
subOpt = subOpt.lower()
out = ""
os.system("tput reset")
if "create" or "new" in subOpt and "container" or "containers" in subOpt:
speech.speak("Creating container...")
out = startContainer(sshIp)
elif "pull" or "download" in subOpt and "image" or "images" in subOpt:
speech.speak("Pulling Image...")
out = pullImg(sshIp)
elif "running" in subOpt and "container" in subOpt:
speech.speak("These are the running containers...")
out = operate("container", "ls", sshIp)
elif "list" or "show" in subOpt and "container" or "containers" in subOpt:
speech.speak("Listing all containers...")
out = operate("container", "ls -a", sshIp)
elif "list" or "show" in subOpt and "os" or "images" in subOpt:
speech.speak("Listing all images...")
out = operate("image", "ls", sshIp)
elif "start" or "launch" in subOpt and "container" or "containers" in subOpt:
speech.speak("please enter container name or id")
cnameId = input("Enter container name or id: ")
speech.speak("Starting container...")
out = operate("container", "start", cnameId, sshIp)
speech.speak("container started...")
elif "stop" or "pause" in subOpt and "container" or "containers" in subOpt:
speech.speak("please enter container name or id")
cnameId = input("Enter container name or id")
out = operate("container", "stop", cnameId, sshIp)
speech.speak("container stopped...")
elif "delete" or "terminate" in subOpt and "container" or "containers":
speech.speak("please enter container name or id")
cnameId = input("Enter container name or id: ")
out = operate("container", "rm -f", cnameId, sshIp)
speech.speak("container terminated...")
elif "execute" or "run" in subOpt and "mannual" or "mannually" in subOpt:
cnameId = input("Enter container name or id: ")
cmd = input("Enter the command you want to run: ")
cnameId = f"{cnameId} {cmd}"
out = operate("container", "exec -it", cnameId, sshIp)
elif "exit" or "quit" or "back" in subOpt:
return
else:
print("Invalid request")
speech.speak("invalid request")
os.system("tput clear")
print(out)
def static_part():
while True:
os.system("tput clear")
size = os.get_terminal_size()
os.system("tput setaf 6; tput setab 0")
os.system("clear")
print("Partitions".center(size.columns))
os.system("tput setaf 7; tput setab 0")
speech.speak("here are the services provided")
print(partition)
speech.speak("What can i do for you?")
opt = recog.voice_rec()
opt = opt.lower()
if "list" or "show" in opt:
os.system("fdisk -l")
elif "create" or "make" or "new" in opt:
speech.speak("enter the device name")
device = input("Enter the Device name: ")
speech.speak("primary or extended")
p_type = input(
"Which type of partition you want to create? [p(Primary)/e(Extended)]: "
).lower()
speech.speak("enter partition number")
number = input(
"Enter the partition number (leave empty for default): ")
speech.speak("enter first sector")
start = input("Enter the First sector (leave empty for default): ")
speech.speak("input last sector")
end = input("Enter the Last sector (leave empty for default): ")
os.system(
f"printf 'n\n{p_type}\n{number}\n{start}\n{end}\nw\n' | fdisk {device}"
)
elif "delete" or "remove" in opt:
speech.speak("enter the device name")
device = input("Enter the Device name: ")
os.system(f"printf 'd\nw\n' | fdisk {device}")
elif "mount" or "connect" in opt:
speech.speak("enter the device name")
device = input("Enter the Device name: ")
speech.speak("enter the path of directory")
path = input("Enter the Directory path: ")
os.system(f"mount {device} {path}")
print(f"{device} mounted to {path} directory.")
elif "format" in opt:
speech.speak("enter the device name")
device = input("Enter the Device name: ")
os.system(f"mkfs.ext4 {device}")
elif "exit" or "quit" or "back" in opt:
return
else:
print("Invalid request")
speech.speak("invalid request")
os.system("tput clear")
def logical_vol():
while True:
os.system("clear")
size = os.get_terminal_size()
os.system("tput setaf 6; tput setab 0")
os.system("clear")
print("Logical Volume Management".center(size.columns))
speech.speak("Welcome to the logical volume management")
os.system("tput setaf 7; tput setab 0")
speech.speak("Here are the services provided")
print(lvm_part)
speech.speak("What can i do for you?")
x = recog.voice_rec()
x = x.lower()
if "show" or "check" or "list" in x and "partitions" or "partition" or "storage" in x:
speech.speak("listing partitions")
os.system("fdisk -l")
elif "create" or "make" or "new" in x and "physical" or "volumes" or "volumes" in x:
while True:
speech.speak("enter name of storage")
pv1 = input("Enter the name of storage: ")
os.system(f"pvcreate {pv1}")
speech.speak("Do you want to create another Physical Volume")
another = input(
"Do you want to create another PV [Y/N]: ").lower()
if another == 'y':
pass
else:
exit()
elif "display" or "show" in x and "physical" in x:
speech.speak("enter the name of the storage")
pv = input("Enter the name of storage: ")
os.system(f"pvdisplay {pv}")
elif "extend" or "create" in x and "volume" in x:
speech.speak("Here are the services provided")
print("""
Create new Volume Group
Extend Volume Group
""")
speech.speak("What can i do for you?")
vg = recog.voice_rec()
vg = vg.lower()
if "create" or 'make' in vg:
speech.speak("give a name to volume group")
vgn = input("Give name to the VG: ")
speech.speak("enter name of physical volume")
pvn = input("Enter the name of PV: ")
os.system(f"vgcreate {vgn} {pvn}")
elif "extend" or "increase" in vg:
speech.speak("Enter the name of existing volume group")
vgn = input("Enter the name of existing VG: ")
speech.speak("Enter the name of physical volume")
pvn = input("Enter the name of the PV: ")
os.system(f"vgextend {vgn} {pvn}")
elif "display" or "show" in x and "group" in x:
speech.speak("Enter the name of existing volume group")
vgn = input("Enter the name of VG: ")
os.system(f"vgdisplay {vgn}")
elif "manage" or "create" or "make" in x and "logical" in x:
speech.speak("Here are the services provided")
print("""
Create new Logical Volume
Extend Logical Volume
Format the Logical Volume
""")
speech.speak("What can i do for you?")
lv = recog.voice_rec()
lv = lv.lower()
if "create" or "make" in lv:
speech.speak("enter size of logical volume")
size = input("Enter size for your LV: ")
speech.speak("give a name to logical volume")
lvn = input("Give name to your LV: ")
speech.speak("enter the name of volume group")
vgn = input("Enter name of the VG: ")
os.system(f"lvcreate --size {size} --name{lvn} {vgn}")
elif "extend" or "increase" in lv:
speech.speak("enter the name of logical")
lvn = input("Enter the name of your LV: ")
speech.speak("enter the name of volume group")
vgn = input("Enter name of the VG: ")
os.system(f"lvextend --size {size} /dev/{vgn}/{lvn}")
elif "format" or "clear" in lv:
speech.speak("enter the name of the volume group")
vgn = input("Enter the name of VG:")
speech.speak("enter the name of logical volume")
lvn = input("Enter the name of LV:")
os.system(f"mkfs.ext4 /dev/{vgn}/{lvn}")
print("Partiton formatted....\n")
speech.speak("Do you want to mount Logical volume")
mout = input("Do you want to mount LV [Y/N]: ").upper()
if mout == "Y":
speech.speak("enter the folder path")
path = input(
"Enter path of folder where you want to mount : ")
print("Creating directory")
os.system(f'mkdir {path}')
print("\nMounting Now ....\n")
mntout = os.system(f"mount /dev/{vgn}/{lvn} {path}")
else:
exit()
elif "display" or "show" in x and "logical" in x:
speech.speak("listing logical volumes")
os.system("lvdisplay")
elif "exit" or "quit" or "back" in x:
return
else:
print("Invalid request")
speech.speak("invalid request")
os.system("tput clear")
def hadoop():
while True:
size = os.get_terminal_size()
os.system("tput setaf 6; tput setab 0")
os.system("tput clear")
print("Hadoop configuration and operations".center(size.columns))
os.system("tput setaf 7; tput setab 0")
speech.speak("here are the services provided")
print(mainPrmt)
speech.speak("What can i do for you?")
opt = recog.voice_rec()
opt = opt.lower()
os.system("tput clear")
if "download" or "install" in opt and "hadoop" in opt:
speech.speak("downloading and installing hadoop")
os.system(
"wget https://archive.apache.org/dist/hadoop/core/hadoop-1.2.1/hadoop-1.2.1-1.x86_64.rpm"
)
os.system("rpm -i hadoop-1.2.1-1.x86_64.rpm --force")
speech.speak("hadoop installed")
os.system("tput clear")
elif "download" or "install" in opt and "jdk" or "java" in opt:
speech.speak("downloading and installing java JDK")
os.system(
"wget 35.244.242.82/yum/java/el7/x86_64/jdk-8u171-linux-x64.rpm"
)
os.system("rpm -i jdk-8u171-linux-x64.rpm")
speech.speak("jdk installed")
os.system("tput clear")
elif check(opt) and "data" in opt:
while True:
speech.speak("here are the services provided")
print("""
Setup Data-node
Start Data-node
Stop Data-node
Format Data-node
Go back""")
speech.speak("What can i do for you?")
d = recog.voice_rec()
d = d.lower()
if "setup" or "configure" in d and "data" or "node" in d:
speech.speak("please enter ip address of name node")
ip = input("Enter the IP address of Name-node")
speech.speak("please enter port number")
port = int(input("Enter the port number"))
datafile1 = """<?xml version=\"1.0\"?>\n<?xml-stylesheet type=\"text/xsl\" href=\"configuration.xsl\"?>\n<!-- Put site-specific property overrides in this file. -->\n<configuration>\n<property>\n<name>dfs.data.dir</name>\n<value>/datanode</value>\n</property>\n</configuration>\n"""
datafile2 = f"""<?xml version="1.0"?>\n<?xml-stylesheet type="text/xsl" href="configuration.xsl"?>\n<!-- Put site-specific property overrides in this file. -->\n<configuration>\n<property>\n<name>fs.default.name</name>\n<value>hdfs://{ip}:{port}</value>\n</property>\n</configuration>\n"""
hdfsfile = open("/etc/hadoop/hdfs-site.xml", "w")
os.system("mkdir /datanode")
if hdfsfile:
print(
"hdfs-site.xml created succesfully ..... now writing in file.....\n"
)
hdfsfile.writelines(datafile1)
print(
"hdfs-site.xml written successfully..... now closing file"
)
hdfsfile.close()
corefile = open("/etc/hadoop/core-site.xml", "w")
if corefile:
print(
"core-site.xml created succesfully ..... now writing in file.....\n"
)
corefile.writelines(datafile2)
print(
"core-site.xml written successfully..... now closing file"
)
corefile.close()
print("Hadoop Data-node setup successful")
speech.speak("Hadoop Data node setup successful")
elif "start" in d and "data" or "node" in d:
speech.speak("Starting data node")
os.system("hadoop-daemon.sh start datanode")
print("Data-node started..")
speech.speak("data node started")
elif "data" or "node" in d and "stop" in d:
speech.speak("stopping data node")
os.system("hadoop-daemon.sh stop datanode")
print("Data-node stopped..")
speech.speak("data node stopped")
elif "data" or "node" in d and "format" in d:
os.system("hadoop datanode -format")
print("Data-node formatted..")
speech.speak("data node formatted")
elif "back" or "exit" or "stop" in d:
os.system("tput clear")
return
else:
speech.speak("invalid command")
os.system("tput clear")
continue
input("Press Enter to continue")
elif check(opt) and "name" in opt:
while True:
speech.speak("here are the services provided")
print("""
Setup Name-node
Start Name-node
Stop Name-node
Format Name-node
Check report
Go back""")
speech.speak("What can i do for you?")
n = recog.voice_rec()
n = n.lower()
if "setup" or "configure" in n and "name" or "node" in n:
speech.speak("enter IP address")
ip = input(
"Enter the IP (By default 0.0.0.0 will be added): ")
if len(ip) > 0:
pass
else:
ip = "0.0.0.0"
speech.speak("enter post number")
port = int(input("Enter the port number: "))
datafile3 = """<?xml version="1.0"?>\n<?xml-stylesheet type="text/xsl" href="configuration.xsl"?>\n<!-- Put site-specific property overrides in this file. -->\n<configuration>\n<property>\n<name>dfs.name.dir</name>\n<value>/namenode</value>\n</property>\n</configuration>\n"""
datafile4 = f"""<?xml version="1.0"?>\n<?xml-stylesheet type="text/xsl" href="configuration.xsl"?>\n<!-- Put site-specific property overrides in this file. -->\n<configuration>\n<property>\n<name>fs.default.name</name>\n<value>hdfs://{ip}:{port}</value>\n</property>\n</configuration>\n"""
hdfsfile = open("/etc/hadoop/hdfs-site.xml", "w")
os.system("mkdir /natanode")
if hdfsfile:
print(
"hdfs-site.xml created succesfully ..... now writing in file.....\n"
)
hdfsfile.writelines(datafile3)
print(
"hdfs-site.xml written successfully..... now closing file"
)
hdfsfile.close()
corefile = open("/etc/hadoop/core-site.xml", "w")
if corefile:
print(
"core-site.xml created succesfully ..... now writing in file.....\n"
)
corefile.writelines(datafile4)
print(
"core-site.xml written successfully..... now closing file"
)
corefile.close()
print("Hadoop Name-node setup successful")
speech.speak("hadoop name node setup successful")
elif "start" or "run" in n and "name" or "node" in n:
speech.speak("Starting name node")
os.system("hadoop-daemon.sh start namenode")
print("Name-node started")
speech.speak("name node started")
elif "stop" or "pause" in n and "name" or "node" in n:
speech.speak("stopping name node")
os.system("hadoop-daemon.sh stop namenode")
print("Name-node stopped")
speech.speak("name node stopped")
elif "format" or "clear" in n and "name" or "node" in n:
speech.speak("formatting name node")
os.system("hadoop namenode -format")
speech.speak("name node formatted")
elif "admin" or "report" or "detail" in n:
speech.speak("here are the details")
os.system("hadoop dfsadmin -report")
elif "exit" or "stop" or "back" in n:
os.system("tput clear")
return
else:
speech.speak("invalid command")
os.system("tput clear")
continue
input("Press Enter to continue")
elif check(opt) and "client" in opt:
while True:
speech.speak("here are the services provided")
print("""
Setup Client-node
Change block-size and Replication-factor
See files in hadoop cluster
Upload file in hadoop cluster
Remove the file from hadoop
Go back""")
speech.speak("What can i do for you?")
c = recog.voice_rec()
c = c.lower()
if "setup" or "start" in c and "client" in c:
ip = input("Enter the IP address of Name-node: ")
speech.speak("Enter ip address")
port = int(input("Enter the port number: "))
speech.speak("Enter port number")
datafile5 = f"""<?xml version="1.0"?>\n<?xml-stylesheet type="text/xsl" href="configuration.xsl"?>\n<!-- Put site-specific property overrides in this file. -->\n<configuration>\n<property>\n<name>fs.default.name</name>\n<value>hdfs://{ip}:{port}</value>\n</property>\n</configuration>\n"""
corefile = open("/etc/hadoop/core-site.xml", "w")
if corefile:
print(
"core-site.xml created succesfully ..... now writing in file.....\n"
)
corefile.writelines(datafile5)
print(
"core-site.xml written successfully..... now closing file"
)
corefile.close()
print("Hadoop Client-node setup successful")
elif "replication" or "block" or "backup" in c:
speech.speak("Enter replication factor")
replication_factor = input(
"Enter the Replication-factor: ")
speech.speak("Enter block size in bytes")
block_size = input("Enter the block-size (in bytes): ")
datafile6 = f"""<?xml version="1.0"?>\n<?xml-stylesheet type="text/xsl" href="configuration.xsl"?>\n<configuration>\n<property>\n<name>dfs.replication</name>\n<value>{replication_factor}</value>\n</property>\n<property>\n<name>dfs.block.size</name>\n<value>{block_size}</value>\n</property>\n</configuration>\n"""
hdfsfile = open("/etc/hadoop/hdfs-site.xml", "w")
if hdfsfile:
print(
"hdfs-site.xml created succesfully ..... now writing in file.....\n"
)
hdfsfile.writelines(datafile6)
print(
"hdfs-site.xml written successfully..... now closing file"
)
hdfsfile.close()
speech.speak("replication factor and block size changed")
elif "see" and "files" in c:
speech.speak("files in hadoop cluster are")
os.system("hadoop fs -ls /")
elif "upload" or "put" in c:
speech.speak("Enter name of the file")
name = input("Enter the name of the file: ")
os.system(f"hadoop.fs -put {name} /")
elif "remove" or "delete" in c:
speech.speak(
"Enter the name of the file you want to remove")
name = input(
"Enter the name of the file you want to remove: ")
os.system(f"hadoop.fs -rm /{name}")
elif "exit" or "stop" or "back" in c:
os.system("tput clear")
return
else:
speech.speak("invalid command")
os.system("tput clear")
continue
input("Press Enter to continue")
elif "exit" or "quit" or "back" in opt:
return
else:
print("Invalid request")
speech.speak("invalid request")
os.system("tput clear")
if __name__ == "__main__":
text = '''
Docker Management
Amazon Web Services
Hadoop Configuration
Webserver Configuration
Yum Configuration
Manage Logical Volumes
Manage static partitions'''
sshIp = ""
print('Do you want to do ssh? Say (yes/no)')
speech.speak("Do you want to do ssh?")
sleep(2)
isSsh = recog.voice_rec()
isSsh.lower()
while True:
size = os.get_terminal_size()
os.system("tput setaf 6; tput setab 0")
os.system("clear")
print("Welcome to the menu".center(size.columns))
os.system("tput setaf 7; tput setab 0")
speech.speak("Welcome to the menu!")
if "yes" in isSsh:
sshIp = input('Enter the ssh IP or domain: ')
speech.speak("Please enter IP address")
sshIp = f"ssh {sshIp}"