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@ -77,7 +77,7 @@ class Relationship(Cog):
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# Make sure that the user cannot marry themselves
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# Make sure that the user cannot marry themselves
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if member.id == ctx.author.id:
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if member.id == ctx.author.id:
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await ctx.send("**Senpaii! ˭̡̞(◞⁎˃ᆺ˂)◞*✰ You can't possibly marry yourself!**")
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await self.bot.generate_embed(ctx, desc="**Senpaii! ˭̡̞(◞⁎˃ᆺ˂)◞*✰ You can't possibly marry yourself!**")
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return
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return
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# Setup pool connection and cursor
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# Setup pool connection and cursor
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@ -96,7 +96,7 @@ class Relationship(Cog):
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# Make sure that the person is not already married to someone else within the server
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# Make sure that the person is not already married to someone else within the server
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if married_user is not None:
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if married_user is not None:
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member = guild.get_member(int(married_user))
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member = guild.get_member(int(married_user))
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await ctx.send(f"**((╬◣﹏◢)) You're already married to {member.mention}!**")
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await self.bot.generate_embed(ctx, desc=f"**((╬◣﹏◢)) You're already married to {member.mention}!**")
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return
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return
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# Set up new cursor for member row
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# Set up new cursor for member row
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@ -108,11 +108,12 @@ class Relationship(Cog):
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if target_user is not None:
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if target_user is not None:
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member = guild.get_member(int(target_user))
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member = guild.get_member(int(target_user))
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await ctx.send(f"**Sorry! That user is already married to {member.mention}**")
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await self.bot.generate_embed(ctx,
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desc=f"**Sorry! That user is already married to {member.mention}**")
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return
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return
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# Send a message to the channel mentioning the author and the person they want to wed.
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# Send a message to the channel mentioning the author and the person they want to wed.
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await ctx.send(f"{ctx.author.mention} **Proposes To** {member.mention}"
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await self.bot.generate_embed(ctx, desc=f"{ctx.author.mention} **Proposes To** {member.mention}"
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f"\n**Do you accept??**"
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f"\n**Do you accept??**"
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f"\nRespond with [**Y**es/**N**o]")
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f"\nRespond with [**Y**es/**N**o]")
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@ -145,23 +146,24 @@ class Relationship(Cog):
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print(cur.rowcount, "2 people have been married!")
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print(cur.rowcount, "2 people have been married!")
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# Congratulate them!
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# Congratulate them!
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await ctx.send(
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desc = f"**Congratulations! 。゚( ゚^∀^゚)゚。 {ctx.author.mention} and {member.mention} are now married to each other!**"
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f"**Congratulations! 。゚( ゚^∀^゚)゚。 {ctx.author.mention} and {member.mention} are now married to each other!**")
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await self.bot.generate_embed(ctx, desc=desc)
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# if the person says no
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# if the person says no
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elif msg.content.lower() in ['n', 'no', 'nah']:
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elif msg.content.lower() in ['n', 'no', 'nah']:
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# Try to console the person and wish them the best in their life
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# Try to console the person and wish them the best in their life
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await ctx.send(f"**{ctx.author.mention} It's okay king. Pick up your crown and move on (◕‿◕✿)**")
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desc = f"**{ctx.author.mention} It's okay king. Pick up your crown and move on (◕‿◕✿)**"
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await self.bot.generate_embed(ctx, desc=desc)
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else:
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else:
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# Abort the process as the message sent did not make sense
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# Abort the process as the message sent did not make sense
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await ctx.send("**Senpaiiii! (。╯︵╰。) Speak English Please**")
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await self.bot.generate_embed(ctx, desc="**Senpaiiii! (。╯︵╰。) Speak English Please**")
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except asyncio.TimeoutError as ex:
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except asyncio.TimeoutError as ex:
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print(ex)
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print(ex)
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# Send out an error message if the user waited too long
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# Send out an error message if the user waited too long
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await ctx.send("**(。T ω T。) {} waited too long**".format(member.mention))
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await self.bot.generate_embed(ctx, desc=f"**(。T ω T。) {member.mention} waited too long**")
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@command(name="divorce")
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@command(name="divorce")
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@cooldown(1, 1, BucketType.user)
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@cooldown(1, 1, BucketType.user)
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@ -175,7 +177,7 @@ class Relationship(Cog):
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# Make sure that the user cannot divorce themselves
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# Make sure that the user cannot divorce themselves
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if member.id == ctx.author.id:
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if member.id == ctx.author.id:
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await ctx.send("**Senpaii! ˭̡̞(◞⁎˃ᆺ˂)◞*✰ You can't possibly divorce yourself!**")
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await self.bot.generate_embed(ctx, desc="**Senpaii! ˭̡̞(◞⁎˃ᆺ˂)◞*✰ You can't possibly divorce yourself!**")
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return
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return
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# Setup pool connection and cursor
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# Setup pool connection and cursor
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@ -192,18 +194,22 @@ class Relationship(Cog):
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# Make sure that the person trying to divorce is actually married to the user
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# Make sure that the person trying to divorce is actually married to the user
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if married_user is None:
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if married_user is None:
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await ctx.send(f"**((╬◣﹏◢)) You must be married in order to divorce someone! Baka!**")
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desc = "**((╬◣﹏◢)) You must be married in order to divorce someone! Baka!**"
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await self.bot.generate_embed(ctx, desc=desc)
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return
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return
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# Make sure the person is married to the person that they're trying to divorce
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# Make sure the person is married to the person that they're trying to divorce
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elif married_user != str(member.id):
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elif married_user != str(member.id):
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member = guild.get_member(int(married_user))
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member = guild.get_member(int(married_user))
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await ctx.send(f"**(ノ ゜口゜)ノ You can only divorce the person that you're married!"
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f"\n That person is {member.mention}**")
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desc = f"**(ノ ゜口゜)ノ You can only divorce the person that you're married!" \
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f"\n That person is {member.mention}**"
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await self.bot.generate_embed(ctx, desc=desc)
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return
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return
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# Send a message to the channel mentioning the author and the person they want to wed.
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# Send a message to the channel mentioning the author and the person they want to wed.
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await ctx.send(
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await self.bot.generate_embed(ctx, desc=f"{ctx.author.mention} **Wishes to Divorce** {member.mention}"
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f"{ctx.author.mention} **Wishes to Divorce** {member.mention}"
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f"\n**Are you willing to break this sacred bond?**"
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f"\n**Are you willing to break this sacred bond?**"
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f"\nRespond with [**Y**es/**N**o]")
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f"\nRespond with [**Y**es/**N**o]")
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@ -235,26 +241,26 @@ class Relationship(Cog):
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print(cur.rowcount, "2 Members have been divorced :(!")
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print(cur.rowcount, "2 Members have been divorced :(!")
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# Congratulate them!
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# Congratulate them!
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await ctx.send(
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desc = f"**૮( ´⁰▱๋⁰ )ა {ctx.author.mention} and {member.mention} are now divorced." \
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f"**૮( ´⁰▱๋⁰ )ა {ctx.author.mention} and {member.mention} are now divorced."
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f"\nI hope you two can find happiness in life with other people**"
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f"\nI hope you two can find happiness in life with other people**")
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await self.bot.generate_embed(ctx, desc=desc)
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# if the person says no
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# if the person says no
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elif msg.content.lower() in ['n', 'no', 'nah']:
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elif msg.content.lower() in ['n', 'no', 'nah']:
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# Try to console the person and wish them the best in their life
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# Try to console the person and wish them the best in their life
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await ctx.send(
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desc = f"**Sorry {ctx.author.mention} but you're gonna need {member.mention}'s consent to move forward with this!**"
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f"**{ctx.author.mention} Sorry but you're gonna need {member.mention}'s consent to move forward with this!**")
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await self.bot.generate_embed(ctx, desc=desc)
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else:
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else:
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# Abort the process as the message sent did not make sense
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# Abort the process as the message sent did not make sense
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await ctx.send("**Senpaiiii! (。╯︵╰。) Speak English Please**")
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await self.bot.generate_embed(ctx, desc="**Senpaiiii! (。╯︵╰。) Speak English Please**")
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except asyncio.TimeoutError as ex:
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except asyncio.TimeoutError as ex:
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print(ex)
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print(ex)
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# Send out an error message if the user waited too long
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# Send out an error message if the user waited too long
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await ctx.send("**(。T ω T。) {} waited too long**".format(member.mention))
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await self.bot.generate_embed(ctx, desc=f"**(。T ω T。) {member.mention} waited too long**")
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@command(name="marriageinfo", aliases=["minfo"])
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@command(name="marriageinfo", aliases=["minfo"])
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@cooldown(1, 1, BucketType.user)
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@cooldown(1, 1, BucketType.user)
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@ -262,12 +268,8 @@ class Relationship(Cog):
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async def m_info(self, ctx, member: Member = None):
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async def m_info(self, ctx, member: Member = None):
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"""Marriage Information!"""
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"""Marriage Information!"""
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# If a target has been specified, set them as the user
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# Choose author if no other user has been mentioned
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if member:
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member = ctx.author if not member else member
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member = member
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# If no target has been specified, choose the author
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else:
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member = ctx.author
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# Getting the guild of the user
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# Getting the guild of the user
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guild = member.guild
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guild = member.guild
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